ILLINOIS POLLUTION CONTROL BOARD

April

9,

1992

IN THE MATTER OF:

)

R91—13

RCRA UPDATE, USEPA REGULATIONS)

)

 Identical in Substance

(1/1/91

—

 6/30/91)

)

 Rules)

Adopted Rules.

 Final Order.

ORDER OF~THE BOARD

 (by J. Anderson):

By a separate Order, pursuant to Section 7.2 and 22.4(a)

of

the Environmental Protection Act (Act), the Board is amending the

RCRA hazardous waste regulations.

 The amendments involve 35 Ill.

Adm. Code 703,

 720,

 721,

 722,

 724, 725,

 726 and 728.

 The Board

not file the adopted rules before May 8,

 1992, to allow time for

post—adoption comments from the agencies involved in the

authorization process.

The complete text of the rules is attached to this Order.

This Order is supported by an Opinion adopted this same say.

IT IS SO ORDERED.

B. Forcade and 3. Theodore Meyer dissented.

I, Dorothy N.

 Gunn, Clerk of the Illinois Pollution Control

Board, hereby certify that the above Order was adopted on the

 day of

(~~~&~cL

 1992,

 by a vote of

~*),

~orothy

N.

 GUUII,

 Clerk

Illinois Polli~kionControl Board

132—263

2

TITLE

35:

 ENVIRONMENTAL PROTECTION

SUBTITLE G:

 WASTE DISPOSAL

CHAPTER I:

 POLLUTION CONTROL BOARD

SUBCHAPTER b:

 PERMITS

PART 703

RCRA PERMIT PROGRAM

SUBPART A:

 GENERAL PROVISIONS

Section

703.120

703.121

703.122

703. 12.3

703.124

703 .125

703.126

703.127

Prohibitions in General

RCRA Permits

Specific Inclusions in Permit Program

Specific Exclusions from Permit Program

Discharges of Hazardous Waste

Reapplications

Initial Applications

Federal Permits

 (Repealed)

SUBPART C:

 AUTHORIZATION BY RULE

AND

INTERIM STATUS

Purpose and Scope

Permits by Rule

Application by Existing iNN Facilities and Interim

Status Qualifications

Application by New HWN Facilities

Amended Part A Application

Qualifying for Interim Status

Prohibitions During Interim Status

Changes During Interim Status

Interim Status Standards

Grounds for Termination of Interim Status

Permits for Less Than an Entire Facility

Closure by Removal

Procedures for Closure Determination

SUBPART D:

 APPLICATIONS

Section

703.180

703.181

703. 182

 703.183

703.184

703.185

703.186

703.187

Applications in General

Contents of Part A

Contents of Part B

General Information

Facility Location Information

Groundwater Protection Information

Exposure Information

Solid Waste Management Units

Section

703.100

703.101

703.110

Scope and Relation to Other Parts

Purpose

References

SUBPART B:

 PROHIBITIONS

Section

703.140

703.141

703.150

703.151

703.152

703.153

703.154

703.155

703.156

703.157

703.158

703

159

703.160

132—264

3

703.188

703.200

703.201

703.202

703.203

703.204

703

205

703.206

703

207

703.208

703.209

703.210

703.211

703.212

Section

703.221

703.222

703.223

703.224

703.225

703.230

703.231

703.232

Other~Information

Specific Information

Containers

Tank Systems

Surface Impoundments

Waste Piles

Incinerators

Land Treatment

Landfills

Specific Part B Information Recmirements for Boilers

and Industrial Furnaces

Miscellaneous Units

Process Vents

Equipment

Drip Pads

SUBPART E:

 SHORT TERM AND PHASED PERMITS

Emergency Permits

Incinerator Conditions Prior to Trial Burn

Incinerator Conditions During Trial Burn

Incinerator Conditions After Trial Burn

Trial Burns for Existing Incinerators

Land Treatment Demonstration

Research,

 Development and Demonstration Permits

Permits for Boilers and Industrial Furnaces Burning

Hazardous Waste

Section

703.240

703.241

703.242

703.243

703.244

703.245

703.246

703.247

appendix A

SUBPART

F:

 PERMIT CONDITIONS OR DENIAL

Permit Denial

Establishing Permit Conditions

Noncompliance Pursuant to Emergency Permit

Monitoring

Notice of Planned Changes

Twenty-four Hour Reporting

Reporting Requirements

Anticipated Noncompliance

SUBPART G:

 CHANGES TO PERMITS

Transfer

Modification

Causes for Modification

Causes for Modification or Reissuance

Facility Siting

Permit Modification at the Request of the Permittee

Class

 1 Modifications

Class

 2 Modifications

Class

 3 Modifications

Classification of Permit Modifications

Section

703.260

703.270

703.271

703.272

703.273

703.280

703.281

703.282

703.283

132—265

4

AUTHORITY:

 Implementing Section 22.4 and authorized by Section

27 of the Environmental Protection Act

 (Ill. Rev.

 Stat.

 1989,

ch.

111½, pars.

 1022.4 and 1027).

SOURCE:

 Adopted in R82—19,

 53 PCB 131, at

 7 Ill. Reg.

 14289,

effective October 12,

 1983;

 amended in R83-24 at

 8 Ill. Reg.

 206,

effective December 27,1983;

 amended in R84-9 at 9 Ill. Reg.

11899, effective July 24, 1985; amended in R85—22 at 10 Ill.

 Reg.

1110,

 effective January

2,

 1987; amended in R85—23 at 10 Ill.

Reg.

 13284, effective July 28,

 1986; amended in R86—l at 10 Ill.

Reg.

 14093, effective August 12,

 1986; amended in R86-l9 at 10

Ill. Reg.

 20702, effeôtive December 2,

 1986; amended in R86-28 at

11 Ill.

 Reg.

 6121, effective March 24,

 1987; amended in R86-46 at

11 Ill. Reg. 13543,.effective August 4,

 1987; amended in R87—5 at

11 Ill. Reg.

 19383, effective November 12,

 1987; amended in R87-

26 at 12

 Ill. Reg.

 2584, effective January 15,

 1988;

 amended in

R87—39 at 12

 Ill. Reg.

 13069, effective July 29,

 1988; amended in

R88—16 at 13

 Ill. Reg.

 447, effective December 27,

 1988; amended

in R89—1 at 13

 Ill. Reg.

 18477, effective November 13,

 1989;

amended in R89—9 at 14

 Ill.

 Reg.

 6278,

 effective April 16,

 1990;

amended in R90-2 at 14

 Ill.

 Reg.

 14492, effective August 22,

1990; amended in R90—11 at 15 Ill. Reg. 9616, effective June 17,

1991; amended in R9l—1 at 15 Ill.

 Reg.

 14554, effective September

30,

 1991;

 amended in R9l—13 at 16 Ill Reg.

 effective

SUBPART

C:

 AUTHORIZATION BY RULE AND INTERIM STATUS

Section 703.150

 Application by Existing HWN Facilities and

Interim Status Qualifications

a)

 The owner or operator of an existing HWM facility or of

an HWM facility in existence on the effective date of

statutory or regulatory amendments that render the

facility subject to the requirement to have a RCRA

permit must submit Part A of the permit application to

the Agency no later than the following times, whichever

comes first;

1)

 Six months after the date of publication of

regulations which first require the owner or

operator to comply with standards in 35 Ill. Adm.

Code 725 or 726

or

2)

 Thirty days after the date the owner or operator

first becomes subject to the standards in 35 Ill.

Adm. Code 725 or 726

3)

 For generators which generate greater than 100

kilograms but less than 1000 kilograms of

hazardous waste in a calendar month and treat,

store or dispose of these wastes on—site, by March

132—266

24,

 1987.

BOARD NOTE:

 Derived from 40 CFR 270.10(e) (1) and

270.1(b)

 (1991). amended at 56 Fed. Rec~. 32688,

July 17,

 1991.

b)

qq~

 ~r ~

e~-~r.

cxicting HWN facility may

be required to 3ubmit Part B of thc permit application

at

 any. time after thc effective date of ~tandard~ in 35

Ill.

 Adm. Code 724 applicable to any TCD unit at the

facility.

 The Agency will notify thc owner or operator

that a Part B application iQ rcquircd, and Qet a date

for rcccipt of the application, not lc~3than

3i~

monthG after the date the noticc

 ~cnt. Thc owner or

opcrator my voluntarily 3ubmit a Part B application for

all or part of the

 HWFI facility.at any time.

~

c~rantincia variance under subsection

 (C), below, the

Board will consider whether there has been substantial

confusion as to whether the owner or operator of such

 facilities were required to file a Part A application

and whether such confusion was attributable to

ambiquities in 35

 Ill. Adm. Code 720, 721 or 725.

BOARD NOTE:

 Derived from 40 CFR 270.10(e)(2)

 (1990).

ç)

 The time for filing Part A of the permit application

may be extended only by a Board Order entered pursuant

to a variance petition.

 The Board will con3ider

whether there hac bcen 2ubstantial confusion a~to

______J_

_.~

___~t_

—

whether

the

uwlim:

(Eii~r-~i-

ri~rni~-r~ri

t~ fi1r~ n P~r1~~

rn

1i~M-~irrn ~r~i

whether

 ~nir~h

“~

 attributab1c~ambig’

Adm. Code 720,

 721 or 725.

.....L

~JULi~

LuLiiiL~e~

WL~LC

BOARD NOTE:

 Derived from 40 CFR 270.10(e) (3)

 (1990).

d)

 The owner or operator of an existing INN facility may

be required to submit Part B of the permit application

at any time after the effective date of standards in 35

Ill.

 Adm. Code 724 applicable to any TSD unit at the

facility.

 The Agency will notify the owner or operator

that a Part B application is required,

 and set a date

for receipt of the application, not less than six

months after the date the notice is sent. The owner or

operator my voluntarily submit a Part B application for

all or part of the HWM facility at any time.

Notwithstanding the above,

 any owner or operator of an

existing HWM facility must submit a Part B permit

application in accordance with the dates specified in

Section 703.157.

 Any owner or operator of a land

disposal facility in existence on the effective date of

statutory .or regulatory amendments which render the

132—267

6

facility subject to the requirement to have a RCRA

permit must submit a Part B application in accordance

with the dates specified in Section 703.157.

BOARD NOTE:

 Derived from 40 CFR 270.10(e) (4)

 (1990).

e)

 Interim status may be terminated as provided in Section

703. 157.

BOARIY NOTE:

 Derived from 40 CFR 270.10(e) (5)

 (1990).

(Roard Note:

 Ccc 40 CFR 270.10(c).)

Source:

 Amended at 16 Ill. Reg.

 effective

Section 703.155

 Changes During Interim Status

a)

 Except as provided in subsection

 (b). below, the owner

or operator of an interim status facility may make the

following changes at the facility:

1)

 Treatment,

 storage or disposal of new hazardous

wastes not previously identified in Part A of the

permit application

 (and,

 in the case of newly

listed or identified wastes, addition of the units

being used to treat,

 store or dispose of the

hazardous wastes on the date of the listing or

identification)

 if the owner or operator submits a

revised Part A permit application prior to such

treatment,

 storage or disposal;

2)

 Increases in the design capacity of processes used

at the facility if the owner or operator submits a

revised Part A permit application prior to such a

change

 (along with a justification explaining the

need for the change) and the Agency approves the

change because:

A)

 There is a lack of available treatment,

storage or disposal capacity at other

hazardous waste management facilities;

or

B)

 The change is necessary to comply with a

federal, State or local requirement,

including 35 Ill. Adm. Code 725, 728 or 729.

3)

 Changes in the processes for the treatment,

storage or disposal of hazardous waste may be made

at a facility or addition of processes may be

added if the owner or operator submits a revised

Part A permit application prior to such a change

132—268

7

(along with a justification explaining the need

for change)

 and the Agency approves the change

because:

A)

 The change is necessary to prevent a threat

 to human health or the environment because of

an emergency situation; or

B)

 The change is necessary to comply with a

Federal, State or local requirement,

including 35 Ill.

 Adm. Code 725, 728 or 729;

4)

 Changes in the ownership or operational control of

a facility if the new owner or operator submits a

revised Part A permit application no later than 90

days prior to the scheduled change.

 When .a

transfer of ownership or operational control of a

facility occurs, the old owner or operator shall

comply with the requirements of 35 Ill. Adm. Code

725.Subpart H (financial requirements), until the

new owner or operator has demonstrated to the

Agency that it is complying with the requirements

of that Subpart.

 The new owner or operator shall

demonstrate compliance with the financial

assurance requirements within six months after the

date of the change in the ownership or operational

control of the facility.

 Upon demonstration to

the Agency by the new owner or operator of

compliance with the financial assurance

requirements, the Agency shall notify the old

owner or operator in writing that the old owner or

operator no longer needs to comply with 35 Ill.

Adm. Code 725.Subpart H as of the date of

demonstration.

 All other interim status duties

are transferred effective immediately upon the

date of the change of ownership or operational

control of the facility;

5)

 Changes made in accordance with an interim status

corrective action order issued by:

 USEPA under

Section 3008(h)

 of the Resource Conservation and

Recovery Act or other federal authority;

 a court

pursuant to a judicial action brought USEPA;

a

court pursuant to the Environmental Protection

Act;

 or, the Board.

 Changes under this subsection

are limited to the treatment,

 storage or disposal

of solid waste from releases that originate within

the boundary of the facility.

~j

 Addition of newly regulated units for the

treatment,

 storage or disposal of hazardous waste

if the owner or operator submits a revised Part A

132—269

8

permit application on or before the date on which

the unit becomes subiect to the new requirements.

b)

 Except as specifically allowed under this subsection,

changes listed under subsection

 (a), above, must not be

made if they amount to reconstruction of the HWM

facility.

 Reconstruction occurs when the capital

investment in the changes to the facility exceeds fifty

percent of the capital cost of. a comparable entirely

new HWM facility.

 If all other requirements are met,

the following changes may be made even if they amount

to a reconstruction:

1)

 Changes made solely for

the

 purposes of complying

with requirements of

 35 Iii. Adm. Code 725.293 for

tanks and ancillary equipment.

2)

 If necessary to comply with federal,

 State or

local requirements, including 35 Ill. Adm. Code

725,

 728 or 729, changes to an existing unit,

changes solely involving tanks or containers,

or

addition of replacement surface impoundments that

satisfy the statutory standards of Section 35 Ill.

Adm. Code 728.139.

3)

 Changes that are necessary to allow owners or

operators to continue handling newly listed or

identified hazardous wastes that have been

treated, stored or disposed of at the facility

prior to the effective date of the rule

establishing the new listing or identification.

4)

 Changes during closure of a facility or of a unit

within a facility made in accordance with an

approved closure plan.

5)

 Changes necessary to comply with an interim status

corrective action order issued by:

 USEPA under

Section 3008(h) of the Resource Conservation and

Recovery Act or other federal authority;

 a court

pursuant to a judicial action brought by USEPA;

a

court pursuant to the Environmental Protection

Act; or, the Board.

 Changes under this subsection

are limited to the treatment,

 storage or disposal

of solid waste from releases that originate within

the boundary of the facility.

6)

 Changes to treat or store,

 in tanks or containers,

hazardous wastes subject to land disposal

restrictions imposed in 35 Ill. Adm. Code 728,

provided that such changes are made solely for the

purpose of complying with 35 Ill. Adm. Code 728.

13

2—270

9

 Addition of newly regulated units under subsection

(a) (6),

 above.

(Board Note:

 Derived from 40 CFR 270.72

 (1988),

ac amended at 54 Fed.

 flcg.

 9607, March

7,

1989(1990. as amended 56 Fed. Req.

 7206,

 February

21,

 1991.)

Source:

 Amended at 16

 Ill.

~

 effective

Section 703.157

 Grounds for Termination of Interim Status

Interim status terminates when:

a)

 Final administrative disposition of a permit

application is made;

or

b)

 The owner or operator fails to furnish a requested Part

B application on time, or to furnish the full

information required by the Part B application,

in

which case the Agency shall notify the owner and

operator of the termination of interim status following

the procedures for a notice of intent to deny a permit

pursuant to 35 Ill. Adm. Code 705.

c)

 For owners or operators of each land disposal facility

which has been granted interim status prior to November

8,

 1984,

 on November 8.

 1985, unless:

1)

 The owner or operator submits a Part B application

for a permit for such facility prior to that date;

and

2)

 The owner or operator certifies that such facility

is in compliance with all applicable groundwater

monitoring and financial responsibility

requirements.

d)

 For owners or operators of each land disposal facility

which is in existence on the effective date of

statutory or regulatory amendments under the Resource

Conservation and Recovery Act that render the facility

subject to the requirement to have a RCRA permit and

which is granted interim status, twelve months after

the date on which the facility first becomes subject to

such permit requirement unless the owner or operator of

such facility:

1)

 Submits a Part B application for a RCRA permit for

such facility before the date 12 months after the

date on which the facility first becomes subject

132—271

10

to such permit requirement; and

2)

 Certifies that such facility is in compliance with

all applicable groundwater monitoring and

financial responsibility requirements.

e)

 For owners or operators of any land disposal unit that

is granted authority to operate under Section

703.155(a) (1),

 (2) or

 (3), on the day 12 months after

 the effective date of such requirement, unless the

owner or operator certifies that such unit is in

compliance with all applicable groundwater monitoring

and financial responsibility requirements.

 (35 Ill.

Adm. Code 725.190 et seq. and 725.240 et seq.)

f)

 For owners and operators of each incinerator facility

which achieved interim status prior to November 8,

1984,

 interim status terminates on November 8,

 1989,

unless the owner or operator of the facility submits a

Part B application for a RCRA permit for anincinerator

facility by November

8,

 1986.

g)

 For owners and operators of any facility (other than a

land disposal or an incinerator facility) which

achieved interim status prior

to

November 8,

 1984,

interim status terminates on November 8,

 1992, unless

the owner or operator of the facility submits a Part B

application for a RCRA permit for the facility by

November 8,

 1988.

(Board Note:

 Derived from 40 CFR 270.10(e) (5)

(19881990)

 and 270.73

 (1988), a~amended at 54

 Fed.

Rcg.

 9607, March 7,

 19891990.

 as amended at 56 Fed.

Reg.

 7206, February 21,

 1991.)

Source:

 Amended at 16 Iii.

 Reg.

 effective

SUBPART D:

 APPLICATIONS

Section 703.208

 Specific Part B Information Requirements for

 Boilers and Industrial Furnaces

~j

 Trial burns.

 General.

 Except as provided below,

 owners and

operators that are subject to the standards to

control organic emissions provided by

35

 Ill.

Adm. Code 726.204, standards to control

particulate matter provided by 35 Ill.

 Adm. Code

726.205 standards to control metals emissions

provided by 35 Ill. Adm. Code 726.206, or

132—27 2

11

standards to control hydrogen chloride

 (HC1)

or

chlorine gas emissions provided by 35

 Ill. Adm.

Code 726.207 shall conduct a trial burn to

demonstrate conformance with those standards and

shall submit a trial burn plan or the results of a

trial burn,

 including all required determinations,

in accordance with Section’703.232.

~j

 Under subsection

 (a) (2) through

 (5) and 35

Ill. Adm. Code 726.204 through 726.207, the

Agency may waive a trial burn to demonstrate

conformance with a particular emission

standard; and

~

 The owner or operator may submit date in lieu

of a trial burn,

 as prescribed in subsection

(a) (6), below.

21

 Waiver of trial burn of DRE (destruction removal

efficiency).

~j

 Boilers operated under special operating

requirements.

 When seeking to be permitted

under 35

 Ill.

 Adm. Code 726.204(a) (4) and

72&.210 that automatically waive the DRE

trial burn,

 the owner or operator of a boiler

shall submit documentation that the boiler

operates under the special operating

requirements provided by 35 Ill. Adm. Code

726.210.

~I

 Boilers and industrial furnaces burning low

risk waste.

 When seeking to be permitted

under the provisions for low risk waste

provided by 35 Ill.

 Adm. Code

 726.204(a)(5)

and 726.209(a)

 that waive the DRE trial burn,

the owner or operator shall submit:

il

 Documentation that the device is

operated in conformance with the

requirements of 35

 Ill. Adm. Code

726.209 (a) (1)

jJJ.

 Results of analyses of each waste to be

burned, documenting the concentrations

of nonmetal compounds listed in 35 Ill.

Adm. Code 72l.Appendix H. except for

those constituents that would reasonably

not be expected to be in the waste.

The

constituents excluded from analysis must

be identified and the basis for their

exclusion explained.

 The analysis must

132—273

12

rely on analytical techniques specified

in Test Methods for the Evaluation of

Solid Waste. Physical/Chemical Methods

 (incorporated by reference,

 see 35

 Ill.

Adm. Code 720.111)

iii) Documentation of hazardous waste firing

rates and calculations of reasonable,

worst—case emission rates of each

constituent identified in subsection

(a) (2) (B) (ii).

 above, using procedures

provided by 35 Ill.

 Adm. Code

726.209 (a) (2) (B)

i~1

Results of emissions dispersion modeling

for emissions identified in subsection

(a) (2) (B) (iii), above, using modeling

procedures prescribed by 35 Ill. Adm.

Code 726.206(h).

 The Agency shall

review the emission modeling conducted

by the applicant to determine

conformance with these procedures.

The

Agency shall either approve the modeling

or determine that alternate or

supplementary modeling is appropriate.

yj

 Documentation that the maximum annual

average ground level concentration of

each constituent identified

in

subsection

 (a) (2) (B) (ii).

 above,

quantified in conformance with

subsection

 (a) (2) (B) (iv).

 above, does

not exceed the allowable ambient level

established in 35 Ill. Adm. Code

726.Appendices D or E.

 The acceptable

ambient concentration for emitted

constituents for which a specific

reference air concentration has not been

established in 35 Ill. Adm. Code

726.Appendix D or risk-specific does has

 not been established in 35 Ill.

 Adm.

Code 726.Appendix E is 0.1 micrograms

per cubic meter,

 as noted in the

footnote to 35 Ill. Adm.

 Code

726.Appendix D.

~j

 Waiver of trial burn for metals.

 When seeking to

be permitted under the Tier I

 (or adjusted Tier I)

metals feed rate screening limits provided by 35

Ill.

 Adm. Code 726.206(b)

and

 (e) that control

metals emissions without requiring a trial burn,

the owner or operator shall submit:

132—2 74

13

~

 Documentation of the feed rate of hazardous

waste,

 other fuels and industrial furnace

feed stocks:

~j

 Documentation of the concentration of each

metal controlled by 35

 Ill. Adm. Code

726.206(b)

or

(c)

 in the hazardous waste,

other fuels and industrial furnace

feedstocks.

 and calculations of the total

feed rate of each metal;~

ci

 Documentation of how the applicant will

ensure that the Tier I feed rate screening

limits provided by 35 Ill. Adm. Code

726.206(b)

or

 (e) will not be exceeded during

the averaging period provided by that

subsection

P1

 Documentation to support the determination of

the TESH (terrain-adjusted effective stack

height), good engineering practice stack

height, terrain type and land use as provided

by 35

 Ill. Adm. Code 726.206(b) (3) through

(5)

~j

 Documentation of compliance with the

provisions of 35

 Ill. Adm. Code

726.206(b) (6), if applicable,

 for facilities

with multiple stacks

fi

 •Documentation that the facility does not fail

the criteria provided by 35 Ill. Adm. Code

726.206(b) (7)

 for eligibility to comply with

the screening limits; and

ci

 Proposed sampling and metals analysis plan

for the hazardous waste, other fuels and

industrial furnace feed stocks.

il

 Waiver of trial burn for PM (particulate matter).

When seeking to be permitted under the low risk

waste provisions of 35 Ill. Adm. Code 726.209(b)

which waives the particulate standard

 (and trial

burn to demonstrate conformance with the

particulate standard), applicants shall submit

documentation supporting conformance with

subsection

 (a) (2) (B) and

 (a) (3).

 above.

~j

 Waiver of trial burn for HC1 and chlorine gas.

When seeking to be permitted under the Tier

I

(or

adjusted Tier

I)

 feed rate screening limits for

total chlorine and chloride provided by 35 Ill.

132—275

14

Adm. Code 726.207(b) (1) and

 (e) that control

emissions by HC1 and chlorine gas without

requiring a trial burn, the owner or operator

shall submit:

~j

 Documentation of the feed rate of hazardous

waste,

 other fuels, and industrial furnace

feed stocks

~J

 Documentation of the levels of total chlorine

and chloride in the~hazardous waste, other

fuels and industrial furnace feedstocks,

and

calculations of the total feed rate of total

chlorine and chloride

ci

 Documentation of how the applicant will

ensure that the Tier I

 (or adjusted Tier I)

feed rate screening limits provided by 35

Ill.

 Adm. Code 726.207(b) (1)

or

 (e) will not

be exceeded during the averaging period

provided by that subsection

j~j

 Documentation to support the determination of

the TESH. good engineering practice stack

height, terrain type and land use as provided

by 35

 Ill. Adm. Code 726.207(b) (3).

~1

 Documentation of compliance with the

provisions of 35

 Ill. Adm. Code

726.207(b) (4), if applicable,

 for facilities

with multiple stacks

~j

 Documentation that the facility does not fail

the criteria provided by 35 Ill. Adm. Code

726.207(b) (3)

 for eligibility to comply with

the screening limits; and

çj

 Proposed sampling and analysis plan for total

 chlorine and chloride for the hazardous

waste, other fuels,

 and industrial furnace

feedstocks.

~j

 Data in lieu of trial burn.

 The owner or operator

may seek an exemption from the trial burn

requirements to demonstrate conformance with

Section 703.232 and 35 Ill. Adm. Code 726.204—

726.207 by providing the information required by

Section 703.232 from previous compliance testing

of the device in conformance with 35

 Ill. Adm.

Code

 726.203. or from compliance testing or trial

or operational burns of similar boilers or

industrial furnaces burning similar hazardous

132—276

15

wastes under similar conditions.

 If data from a

similar device is used to support a trial burn

waiver, the design and operating information

required by Section 703.232 from previous

compliance testing of the device in conformance

with 35 Ill. Adm. Code 726.203, or from compliance

jesting or trial or operational burns of similar

boilers or industrial furnaces burning similar

hazardous wastes under similar conditions.

If

data from a similar device is used to support a

trial_burn waiver, the design and operating

information required by Section 703.232 must be

provided for both the similar device and the

device to which the data is to be a~p1ied,and a

comparison of the design and operating information

 must be provided.

 The Agency shall approve a

permit application without a trial burn if he

finds that the hazardous wastes are sufficiently

similar, the devices are sufficiently similar, the

operating conditions are sufficiently similar, and

the data from other compliance tests, trial burns,

or operational burns are adequate to specify

(under 35

 Ill. Adm. Code 726.102) operating

conditions that will ensure conformance with 35

Ill.

 Adni. Code 726.102(c).

 In addition, the

following information shall be submitted:

For a waiver from any trial burn:

LL

 A description and analysis of the

hazardous waste to be burned compared

with the hazardous waste for which data

from_compliance testing or operational

or trial burns are provided to support

the contention that a trial burn is not

needed

jjj

 The design and operating conditions of

the boiler or industrial furnace to be

used,_compared with that for which

comparative burn data are available; and

iii) Such supplemental information as the

Agency finds necessary to achieve the

purposes of this subsection.

~J

 For a waiver of the DRE trial burn, the basis

for selection of POHC5

 (principal organic

hazardous constituents) used in the other

trial or operational burns which demonstrate

compliance with the DRE performance standard

in 35 Ill. Adm. Code 726.204

 (a).

 This

132—27 7

16

analysis should s~ecifvthe constituents in

35

 Ill. Adm. Code 721.Appendix H, that the

applicant has identifled in the hazardous

waste for which a permit

 is sought, and any

differences from the POHC5 in the hazardous

waste for which burn data are provided.

~j

 Alternative HC limit for industrial furnaces with

organic matter in raw materials.

 Owners and operators

of industrial furnaces requesting an alternative HC

limit under 35 Ill. Adm. Code 726.204(f)

 shall submit

the following information at a minimum:

fl.

 Documentation that the furnace is designed and

operated to minimize HC emissions from fuels and

raw materials

21

 Documentation of the proposed baseline flue gas NC

(and CO) concentration, including data on NC (and

CO)

 levels during tests when the facility produced

normal products under normal operating conditions

from normal raw materials while burning normal

fuels and when not burning hazardous waste

fl

 Test burn protocol to confirm the baseline NC (and

CO) level including information on the type and

flow rate of all feedstreams. point of

introduction of all feedstreams, total organic

carbon content

 (or other appropriate measure of

organic content) of all nonfuel feedstreams, and

 operating conditions that affect combustion of

fuel(s) and destruction of hydrocarbon emissions

from nonfuel sources

41

 Trial burn plan to:

~j

 Demonstrate that flue gas HC (and CO)

concentrations when burning hazardous waste

do not exceed the baseline HC

 (and CO) level

and

~j

 Identify,

 in conformance with Section

703.232(d). the types and concentrations of

organic compounds listed in 35 Ill. Adm. Code

721.Appendix H that are emitted when burning

hazardous waste

~j

 Implementation plan to monitor over time changes

in the operation of the facility that could reduce

the baseline HC level and procedures to

periodically confirm the baseline HC level;

and

132-278

17

~)

 Such other information as the Agency finds

necessary to achieve the purposes of this

subsection.

~j

 Alternative metals implementation approach.

 When

seeking to be permitted under an alternative metals

implementation approach under 35 Ill. Adm. Code

726.206(f),

 the owner or operator shall submit

documentation specifying how the approach ensures

compliance with the metals emissions standards of

35

Ill.

 Adm. Code 726.106(c)

or

 (d) and how the approach

can be effectively implemented and monitored.

 Further,

the owner or operator shall provide such other

information that the Agency finds necessary to achieve

the purposes of this subsection.

~j

 Automatic waste feed cutoff system.

 Owners and

operators shall submit information describing the

automatic waste feed cutoff system, including any pre—

alarm systems that may be used.

~j

 Direct transfer.

 Owners and operators that use direct

transfer operations to feed hazardous waste from

transport vehicles (containers,

 as defined in 35

 Ill.

Adm. Code 726.211) directly to the boiler or industrial

furnace shall submit information supporting conformance

with the standards for direct transfer provided by 35

Ill. Adm. Code 726.211.

fl

 Residues.

 Owners and operators that claim that their

residues are excluded from regulation under the

provisions of 35

 Ill. Adm. Code 726.212 shall submit

information adequate to demonstrate conformance with

those provisions.

Source:

 Added at 16 Ill.

 Reg.

 effective

Section 703.211

 Equipment

Except as otherwise provided in 35 Ill.

 Adlu. Code 724.101,

 owners

and operators of facilities which have equipment to which 35

 Ill.

Adm. Code 724.Subpart BB applies shall provide the following

additional information:

a)

 For each piece of equipment to which 35 Ill. Adm. Code

724.Subpart BB applies:

1)

 Equipment identification number and hazardous

waste management unit identification.

2)

 Approximate locations within the facility (e.g.,

132—279

18

identify the hazardous waste management unit on a

facility plot plan).

3)

 Type of equipment (e.g.,

 a pump or pipeline

valve).

4)

 Percent by weight total organics in the hazardous

wastestream at the equipment.

5)

 ~Hazardouswaste state at the equipment (e.g.,

gas/vapor or liquid).

6)

 Method of compliance with the standard (e.g.,

“monthly leak detection and repair” or “equipped

with dual mechanical seals”).

b)

 For facilities which cannot install a closed-vent

system and control device to comply with 35 Ill. Adm.

Code 724.Subpart BB on the effective date that facility

becomes subject to this Subpart or 35 Ill. Adm. Code

724.Subpart BB, an implementation schedule as specified

in 35 Ill. Adm. Code 724.933(a) (2).

c)

 Where an owner or operator applies for permission to

use a control device other than a thermal vapor

incinerator, catalytic vapor incinerator,

 flare,

boiler, process heater, condenser or carbon adsorption

system and chooses to use test data to determine the

organic removal efficiency or the total organic

compound concentration achieved by the control device,

a performance test plan as specified in 35 Ill. Adm.

 Code 724.935(b) (3).

d)

 Documentation which demonstrates compliance with the

equipment standards in 35 Ill.

 Adm. Code 724.952 or

724.959.

 This documentation must contain the records

required under 35 Ill. Adm. Code 724.964.

 The Agency

shall request further documentation if necessary to

demonstrate compliance.

 Documentation to demonstrate

compliance with 35 Ill. Adm. Code 724.960 must include

the following information:

1)

 A list of all information references and sources

used in preparing the documentation.

2)

 Records

 including the dates of each compliance

test required by 35 Ill.

 Adm. Code 724.933(j).

3)

 A design analysis, specifications,

 drawings,

schematics,

 and piping and instrumentation

diagrams based on the appropriate sections of APTI

Course 415, incorporated by reference in

 35 Ill.

132—280

19

Adm. Code 720.111,

 or other engineering texts

appprovcd apprOved by the Agency which present

basic control device design information.

The

design analysis must address the vent stream

characteristics and control device parameters as

specified in 35 Ill.

Adm.

Code 724.935(b) (4) (C).

4)

 A statement signed and dated by the owner or

operator certifying that the operating parameters

used in the design analysis reasonably represent

the conditions which exist when the hazardous

waste management unit is or would be operating at

the highest load or capacity level reasonably

expected to occur.

5)

 A statement signed and dated by the owner .or

operator certifying that the control device is

designed to operate at an efficiency~of 95 weight

percent or greater.

Source:

 Amended at 16 Ill. Reg.

 effective

SUBPART E:

 SHORT TERM AND PHASED PERMITS

Section 703.232

 Permits for Boilers and Industrial Furnaces

Burning Hazardous Waste

~j

 General.

 Owners and operators of new boilers and

industrial furnaces

 (those not operating under the

interim status standards of 35 Ill. Adm. Code 726.203)

are subject to subsection

 (b) through

 (f). below.

Boilers and industrial furnaces operating under the

interim status standards of

 35 Ill. Adm. Code 726.203

are subject to subsection

 (g),

 below.

~j

 Permit operating periods for new boilers and industrial

furnaces.

 A permit for a new boiler or industrial

furnace must specify appropriate conditions for the

following operatina periods:

fl.

 Pretrial burn period.

 For the period beginning

with initial introduction of hazardous ‘waste and

ending with initiation of the trial burn,

 and only

 for the minimum time required to bring the boiler

or industrial furnace to a point of operation

readiness to conduct a trial burn, not to exceed

720 hours operating time when burning hazardous

waste, the Agency shall establish in the Pretrial

Burn Period of the permit conditions,

 including

but not limited to allowable hazardous waste feed

rates and operating conditions.

 The Agency shall

132—281

20

extend the duration of this operational period

once,

 for up to 720 additional hours,

 at the

request of the applicant when good cause

 is shown.

The permit most’ be modified to reflect the

extension according to Section 703.280 et seq.

~j

 Applicants must submit

p

statement, with part

B of the permit application, that suggests

the conditions necessary to operate in

compliance with the standards of 35 Ill. Adm.

Code 726.204-726.207 during this period.

This statement should include, at a minimum,

restrictions on the applicable operating

requirements identified in 35 Ill. Adm. Code

726.202

 (e).

~j

 The Agency shall review this statement and

any other relevant information submitted with

part B of the permit application and specify

requirements for this period sufficient to

meet the performance standards of 35

 Ill.

Adm. Code 726.204-726.207 based on the

Agency’s engineering judgment.

~J

 Trial

burn

period.

 For the duration of the trial

burn,

 the Agency shall establish conditions in the

permit for the purposes of determining feasibility

of compliance with the performance standards of 35

Ill. Adm. Code 726.204—726.207 and determining

adequate operatina conditions under 35

 Ill.

 Adm.

Code 726.202(e).

 Applicants shall propose a trial

burn plan, prepared under subsection

 (c),

 below,

to be submitted with part B of the permit

application.

fl

 Post-trial burn period.

~j

 For the period immediately following

completion of the trial burn,

 and only for

the minimum period sufficient to allow sample

analysis, data computation and submission of

the trial burn results by the applicant,

and

review of the trial burn results and

modification of the facility permit by the

Agency to reflect the trial burn results,

the

Agency shall establish the operating

requirements most likely to ensure compliance

with the performance standards of

35

 Ill.

Adm. Code 726.204-726.207 based on the

Agency’s engineering judgment.

~j

 Applicants shall submit a statement, with

132—282

21

part B of the application, that identifies

the conditions necessary to operate during

this period in compliance with the

performance standards of 35

 Ill. Adm. Code

726.204—726.207.

 This statement should

include, at a minimum, restrictions on the

operating requirements provided by 35 Ill.

Adm. Code 726.202

 (e).

Q1

 The Agency shall review this statement and

any other relevant information submitted with

part B of the permit application and specify

requirements of this period sufficient to

meet the performance standards of

 35 Ill.

Adm. Code 726.204—726.207 based on the

Agency’s engineering judgment.

41

 Final permit period.

 For the final period of

operation the Agency shall develop operating

requirements in conformance with 35 Ill. Adm. Code

726.202

 (e) that reflect conditions in the trial

burn plan and are likely to ensure compliance with

the performance standards of 35 Ill. Adm. Code

726.204-726.207.

 Based on the trial burn results,

the Agency shall make any necessary modifications

to the operating requirements to ensure compliance

with the performance standards.

 The permit

modification must proceed according to Section

703.280 et seq.

~j

 Requirements for trial burn plans.

 The trial burn plan

must include the following information.

 The Agency,

in

reviewing the trial burn plan,

 shall evaluate the

sufficiency of the information provided and may require

the applicant to supplement this information,

if

necessary,

 to achieve the purposes of this subsection.

fl

 An analysis of each feed stream, including

hazardous waste,

 other fuels, and industrial

furnace feed stocks,

 as fired, that includes:

~j

 Heating value,

 levels of antimony, arsenic.

barium, beryllium, cadmium,

 chromium,

 lead.

mercury, silver, thallium, total

chlorine/chloride and ash

~j

 Viscosity or description of the physical form

of the feed stream

21

 An analysis of each hazardous waste, as fired,

including:

132—283

22

~j

 An identification of any hazardous organic

constituents listed in 35 Ill.

Adm. Code

721.Appendix

 H that are present in the feed

stream,

 except that the applicant need not

analyze for constituents listed in Ape. H

which would reasonably not be expected to be

found in the hazardous waste.

The

constituents excluded from analysis must be

identified as the basis for this exclusion

explained.

 The analysis must be conducted in

with ~r~~ilvtical

i~h,~rni~cz

specified in Test Methods for the Evaluation

of Solid Waste. Physical/Chemical Methods

(incorporated by reference,

 see 35 Ill.

 Adm.

Code 720.111 or their equivalent.)

~j

 An approximate quantification of the

hazardous constituents identified in the

hazardous waste, within the precision

produced by the analytical methods specified

in Test Methods for the Evaluation of Solid

Waste, Physical/Chemical Methods or other

equivalent.

~

 A de~criptionof blending procedures,

if

applicable,

 prior to firing the hazardous

waste. includinq a detailed analysis of the

hazardous waste prior to blending,

an

analysis of the .material with which the

hazardous waste prior to blending,

an

analysis of the material with which the

hazardous waste is blended, and blending

ratios.

~J

 A detailed engineering description of the boiler

or industrial furnace,

 including:

~j

 Manufacturer’s name and model number of the

boiler ‘or industrial furnace

~j

 Type of boiler or industrial furnace:

ci

 Maximum design capacity in appropriate units

~

 Description of the Feed system for the

hazardous waste,

 and as appropriate, other

fuels and industrial furnace feedstocks

~j

 Capacity of riazardous waste feed system

fi

 Description of automatic hazardous waste feed

cutoff system(s); and

132—284

23

ci

 Description of any pollution control system

and

JU

 Description of stack gas monitoring and any

pollution control monitoring systems.

41

 A detailed description of sampling and monitorinq

procedures including sampling and monitoring

locations in the system, the equipment to be used.

sampling and monitoring freauencv and sample

analysis.

~j

 A detailed test schedule for each hazardous waste

for which the trial burn is planned, including

date(s). duration, quantity of hazardous waste to

be burned, and other. factors relevant to the

Agency’s decision under subsection

 (b) (2), above.

~j.

 A detailed test protocol, including,

 for each

hazardous waste identified,

 the ranges of

hazardous waste feed rate,

 and, as appropriate,

the feed rates of other fuels and industrial

furnace feedstocks,

 and any other relevant

parameters that may affect the ability of the

boiler or industrial furnace to meet the

performance standards in 35 Ill.

 Adm. Code

726.204—726.207.

fl

 A description of and planned operating conditions

for any emission control equipment that will be

used.

~J.

 Procedures for rapidly stopping ;the hazardous

waste feed and controlling emissions in the event

of an equipment malfunction.

~j

 Such other information as the Agency finds

necessary to determine whether to approve the

trial burn plan in light of the purposes of this

subsection and the criteria in subsection

 (b) (2).

above.

~j

 Trial burn procedures.

fl

 A trial burn must be conducted to demonstrate

conformance with the standards of 35 Ill. Adm.

Code 726.104—726.107.

21

 The Agency shall approve a trial burn plan if the

Agency finds that:

132—285

24

~j.

 The trial burn is likely to determine whether

the boiler or industrial furnace can meet the

performance standards of 35 Ill. Adm. Code

726.104—726.107.

~j

 The trial burn itself will not present an

imminent

hazard

human

health

and

the

environment

ci

 The trial burn will help the Agency to

determine operating requirements to be

specified under 35 Ill.

 Adm. Code 726.102

(e); and

Qj

 The information sought in the trial burn

cannot reasonably be developed through other

means.

~j.

 The applicant shall submit to the Agency a

 certification that the trial burn has been carried

out in accordance with the approved trial burn

plan, and submit the results of all the

determinations required in subsection

 (c),

 above.

The

Agency

shall,

the

trial

burn

plan,

require

that the submission be made within 90 days after

completion of the trial burn,

 or later if the

Agency determines that a later date is acceptable.

41

 All data collected during any trial burn must be

submitted to the Agency following completion of

the trial burn.

.~j

 All submissions required by this subsection must

be_certified on behalf of the applicant by the

signature of a person authorized to sign a permit

application or a report under 35

 Ill. Adm. Code

702.126.

~j

 Special procedures for DRE trial burns.

 When a DRE

trial burn is required under 35

 Ill. Adm.

 Code 726.104,

the Agency shall specify

 (based on the hazardous waste

analysis data and other information in the trial burn

plan) as trial Principal Organic Hazardous Constituents

(POHCs)

 those compounds for which destruction and

removal efficiencies must be calculated during the

trial burn.

 These trial POHCs will be specified by the

Agency based on information including the Agency’s

estimate of the difficulty of destroying the

 constituents identified in the hazardous waste

analysis, their concentrations or mass in the hazardous

waste feed, and, for hazardous waste containing or

derived from wastes listed in 35

 Ill.

 Adm. Code

132—286

25

721.Subpart

 ID. the hazardous waste organic

constituent(s) identified in 35 Ill.

 Adm. Code

721.Appendix G as the basis for listing.

.fj~

 Determinations based on trial burn.

 During each

approved trial burn (or as soon after the burn as is

practicable). the applicant shall make the following

determinations:

fl

 A quantitative analysis of the levels of antimony,

arsenic, barium, beryllium,

 cadmium, chromium.

lead, mercury, thallium, silver, and

chlorine/chloride,

 in the feed streams

 (hazardous

waste, other fuels, and industrial furnace

feedstocks)

21

 When a DRE trial burn is required under 35

 Ill.

Adm. Code 726.204

 (a):

~j

 A quantitative analysis of the trial POHCs in

the hazardous waste feed

~j

 A quantitative analysis of the stack gas for

the concentration and mass emissions of the

trial POHCs; and

ci

 A computation of

 (DRE),

 in accordance with

the DRE formula specified in 35 Ill. Adm.

Code 726.204

 (a).

fl.

 When.a trial burn for chlorinated dioxins and

furans is required under 35 Ill. Adm. Code 726.204

(e), a quantitative analysis of the ‘stack gas for

the concentration and mass emission rate of the

2.3,

 7, 8—chlorinated tetra—octa congeners of

chlorinated dibenzo—p—dioxjns and furans. and a

computation showing conformance with the emission

standard.

41

 When a trial burn for PM. metals. or HC1/Chlorine

gas is required under 35 Ill. Adm. Code 726.205,

726.206

(c)

or

 (d) or 726.207

(b)

(2)

 or (c).a

quantitative analysis of the stack gas for the

concentrations and mass emissions of PM, metals,

or HC1 and chlorine gas and computations showing

conformance with the applicable emission

performance standards

~j

 When a trial burn for DRE. metals, and

HC1/Chlorine gas

 is required under 35 Ill.

 Adm.

Code 726.204

 (a).

 726.206.

 (c) or

 (dl. or 726.207

(b)

(2)

or

 (c), a quantitative analysis of the

132—287

26

scrubber ~iater (if any), ash residues, other

residues,

 and products for the purpose of

estimating the fate of the trial POHCs, metals,

and chlorine/chloride

~

 An identification of sources of fugitive emissions

 and their means of control

fl

 A continuous measurement of carbon monoxide

 (CO).

oxygen, and where required, hydrocarbons

 (HC),

in

the stack gas; and

~j

 Such other information as the Agency specifies as

necessary to ensure that the trial burn will

determine compliance with the performance

standards 35

 Ill. Adm. Code 726.204 through

726.207 and to establish the operating conditions

required by 35

 Ill.

 Adm. Code 726.204 through

726.207 and of determining adequate operating

conditions under 35 Ill.

 Adin.

 Code 726.203,

 and to

establish the operating conditions required by 35

Ill.

Adm.

Code

726.202(e)

necessary

meet

those performance standards.

.gl

 Interim status boilers and industrial furnaces,

for

the purpose of determining feasibility of compliance

with the performance standards of 35 Ill. Adm. Code

726.204 through 726.207 and of determining adequate

operating conditions under 35

 Ill. Adm.

 Code 726.203,

applicants owning or operating existing boilers or

industrial furnaces operated under the interim status

standards of 35

 Ill. Adm. Code 726.203 shall either

prepare and submit a trial burn plan and perform a

trial burn in accordance with the requirements of the

Section or submit other information as specified in

 Section 703.208(a)(6).

 Applicants who submit a trial

burn plan and receive approval before submission of the

part B permit application shall complete the trial burn

and submit the results specified in subsection

 (f),

above,_with the part B permit application.

If

completion of this process conflicts with the date set

for submission of the part B application, the applicant

shall contact the Agency to establish a later date for

submission of the part B application or the trial, burn

results.

 If the applicant submits

 a trial burn plan

with part B of the permit application, the trial burn

must be conducted and the results submitted within a

time period prior to permit issuance to be specified by

the Agency.

Source:

 Added at 16

 Ill.

 Reg.

 effective

132—288

27

SUBPART G:

 CHANGES

TO PERMITS

Section 703.280

 Permit Modification at the Request of the

Permittee

a)

 Class

 1 modifications.

 See Section 703.281.

b)

 Class

 2 modifications.

 See Section 703.282.

c)

 Class

 3 modifications.

 See Section 703.283.

d)

 Other modifications.

1)

 In the case of modifications not explicitly listed

in Appendix A,

 the permittee may submit a Class

3

modification request to the Agency, or the

permittee may request a determination by the

Agency that the modification be reviewed and

approved as a Class 1 or Class

 2 modification.

If

the permittee requests that the modification be

classified as a Class 1 or

 2 modification, the

permittee shall provide the Agency with the

necessary information to support the requested

classification.

2)

 The Agency shall make the determination described

in subsection

 (d) (1).

 above,

 a promptly as

practicable.

 In determining the appropriate class

for a specific modification, the Agency, shall

consider the similarity of the modification to

other modifications ôodified in Appendix A and the

following criteria:

A)

 Class

 1 modification apply to minor changes

that keep the permit current with routine

changes to the facility or its operation.

These changes do not substantially alter the

permit conditions or reduce the capacity of

the facility to protect human health or the

environment.

 In the case of Class

1

modifications, the Agency may require prior

approval.

B)

 Class

 2 modifications apply to changes that

are necessary to enable a permittee to

respond,

 in a timely manner, to

1)

 Common variations in the types and

quantities of the wastes managed under

the facility permit,

ii)

 Technological advances, and

132—289

28

iii) Changes necessary to comply with new

regulations,

where

these

changes

can

implemented without substantially

changing design specifications or

management practices in the permit.

C)

 Class

 3 modifications substantially alter the

facility or its operation.

e~

 Temporary authorizations.

1)

 Upon request of the permittee, the Agency shall,

without prior public notice and comment, grant the

permittee a temporary authorization in accordance

with this subsection.

 Temporary authorizations

have a term of not more than 180 days.

2)

 Procedures.

The

permittee

may

request

temporary

authorization for:

i)

Any

Class

 2 modification meeting the

criteria in subsection

 (e) (3) (B), below,

and

ii)

Any

Class

modification

that

meets

the

criteria in subsection

 (e) (3) (B) (i)~

below

 or that meets the criteria in

subsection

 (e) (3) (B) (iii) through (v)~

below, ‘and provides improved management

 or treatment of a hazardous waste

already listed in the facility permit.

B)

 The temporary authorization request must

include:

i)

 A description of the activities to be

conducted under the temporary

authorization;

ii)

 An explanation of why the temporary

authorization is necessary;

and

iii) Sufficient information to ensure

compliance with 35 Ill.

Adm.

Code 724

standards.

C)

 The permittee shall send a notice about the

temporary’ authorization request to all

persons on the facility mailing list

maintained by the Agency and to appropriate

132—290

29

units of State and local governments as

specified in 35 Ill.

 Adin.

 Code 705.163(a) (5).

This notification must be made within seven

days after submission of the authorization

request.

3)

 The Agency shall approve or deny the temporary

authorization as quickly as practical.

 To issue a

temporary authorization, the Agency shall find:

A)

 The authorized activities are in compliance

with the standards of 35 Ill. Adm. Code 724.

B)

 The temporary authorization is necessary to

achieve one of the following objectives

before action is likely to be taken on a

modification request:

i)

 To facilitate timely implementation of

closure or corrective action activities;

ii)

 To allow treatment or storage in tanks

or containers of restricted wastes in

accordance with 35 Ill. Adm.Code 728;

iii) To prevent disruption of ongoing waste

management activities;

iv)

 To enable the permittee to respond to

sudden changes in the types or

quantities of the wastes managed under

the facility permit; or

v)

 To facilitate other changes to protect

human health and the environment.

4)

 A temporary authorization shall be reissued for

one additional term ‘of up to 180 days provided

that the permittee has requested a Class

 2 or

3

permit modification for the activity covered in

the temporary authorization, and:

A)

 The reissued temporary authorization

constitutes the Agency’s decision on a Class

2 permit modification in accordance with

Section 703.282(f)(1)(D)

or

 (f)(2)(D),

or

B)

 The Agency determines that the reissued

temporary authorization involving a Class

3

permit modification request is warranted to

allow the authorized activities to continue

while the modification procedures of 35 Ill.

132—291

30

Adm.

Code

703.283

are

conducted.

Public

notice

and

appeals

permit

modification

decisions.

The

Agency

shall

notify

persons

the

facility

mailing list and appropriate units of State and

local

government

within

days

any

decision

grant or deny a Class

 2 or

 3 permit modification

request.

 The Agency shall also notify such

persons within 10 days after an automatic

authorization for a Class

 2 modification goes into

effect under Section 703.282(f) (3)

or

 (f)(5).

2)

 The Agency’s decision to grant or deny

 a Class

2

or

 3 permit modification request may be appealed

under the permit appeal procedures of 35

 Ill.

 Adm.

Code 705.212.

3)

 An automatic authorization that goes into effect

under Section 703.282(f) (3) or

 (f)(5) may be

appealed under the permit appeal procedures of 35

Ill. Adm. Code 705.212; however, the permittee may

continue to conduct the activities pursuant to the

automati~c~authorization

 until the Board enters a

final order on the appeal notwithstanding the

provisions of 35

 Ill. Adm. Code 705.204.

g)

 Newly li~tcdor identified wacteoregulated wastes and

 units.

1)

 The permittee is authorized to continue to manage

wastes listed or identified as hazardous under

35

Ill. Adm. Code 721

 if the permittce, or to

continue to manage hazardous waste in units newly

regulated as hazardous waste management units,

if:

A)

 WaeThe unit was in existence as a hazardous

waste facility with respect to the newly

listed or characterized waste or newly

regulated waste manaaement unit on the

effective date of the final rule listing or

identifying the waste,

 or regulating the

unit

B)

 Submit3The ~ermittee submits a Class

1

modification request on or before the date on

which the waste becomes subject to the new

requirements;

~-sThe

permittee

compliance

with

the

applicable

standards

Ill.

Adm.

Code

725

132—292

and

726

D)

 In the cace of Cla~oc~

 2 and 3 modificati~_,

~Ihe permittee also submits a complete permit

class

 2 or

 3 modification request within 180

days after the effective date of the rule

listing or identifying the waste,

or

subjecting the unit to management standards

under

Ill.

Adm.

Code

724,

725

726

and

E)

 In the case of land disposal units,

~jj~

permittee certifies that such unit is in

compliance with all applicable requirements

p1 35

 Ill.

 Adin. Code 725 fp~groundwater

monitoring and financial responsibility

requirements on the date 12 months after the

effective date of the rule identifying or

listing the waste as hazardous,

 or regulating

the unit as a hazardous waste management

unit.

 If the owner or operator fails to

clarifycertify compliance with

~3J,

these

requirements, the owner or operator loses

authority to operate under this Section.

2)

 New wastes or units added to a facility’s permit

under ‘this subsection do not constitute expansions

for the purpose of the 25 percent capacity

expansion limit for Class

 2 modifications.

h)

 Permit modification list.

 The Agency shall maintain a

list of all approved permit modifications and shall

publish a notice once a year in a State—wide newspaper

that an updated list is available for review.

-f-Board Note:

 Derived from 40 CFR 270.42(d) through

(h),

 ao amended at 53 Fed. Req. 37934, Ccptcmber 28,

1988.) (1990).

 as amended at 56 Fed. Reg.

 7206, February

21,

 1991, and at 56 Fed. Req.

 32688, July 17,

 1991.

Source:

 Amended at 16 Ill. Reg.

 effective

Section.703.283

 Class

 3 Modifications

a)

 For Class

 3 modifications, listed in Appendix A, the

permittee shall submit a modification request to the

Agency which:

1)

 Describes the exact change to be made to the

permit conditions and supporting documents

referenced by the permit;.

132—293

32

2)

 Identifies that the modification is a Class

.3

modification;

3)

 Explains why the modification is needed; and

4)

 Provides the applicable information required by

Section 703.181 through 703.185703.187,

 703.201

through 703.207703.209,’ 703.221 through 703.225~

and 703.230 and 703.232.

b)

 The permittee shall send a notice of the modification

request to all persons on the facility mailing list

maintained by the Agency and to the appropriate units

of State and local government as specified in 35 Ill.

Adm. Code 705.163(a) (5) and shall publish this notice

in a newspaper of general circulation in the county in

which the facility is located.

 This notice must be

mailed and published within

 7 days before or after the

date of submission of the modification request, and the

permittee shall provide to the Agency evidence of the

 mailing and publication.

 The notice must include:

1)

 Announcement of a 60—day comment period,

in

accordance with subsection

 (e), below,, and the

name and address of an Agency contact to whom

comments must be sent;

2)

 Announcement of the date, time and place for a

public meeting held in accordance with subsection

(d). below

3)

 Name and telephone number of the permittee’s

contact person;

4)

 Name and telephone number of an Agency contact

person;

5)

 Locations where copies of the modification request

and any supporting documents can be viewed and

copied; and

6)

 The following statement:

 “The permittee’s

compliance history during the life of the permit

being modified is available from the Agency

contact person.”

c)

 The permittee shall place a copy of the permit

modification request and supporting documents in a

location accessible to the public in the vicinity

of.

the permitted facility.

d)

 The permittee shall hold a public meeting no earlier

1.32—294

33

than 15 days after the publication of the notice

required in subsection

 (b). above, and no later than 15

days before the close of the 60-day comment period.

The meeting must be held to the extent practicable in

the vicinity of ‘the permitted facility.

e)

 the public shall be provided 60 days to comment on the

modification request.

 The comment period will begin on

the date the .permittee publishes the notice in the

local newspaper.

 Comments must be submitted to the

Agency contact identified in the public notice.

f)

 After the conclusion of the 60-day comment period, the

Agency shall grant or deny the permit modification

request according to the permit modification procedures

of 35

 Ill. Adm. Code 705.

 In addition, the Agency

shall consider and respond to all significant written

comments received during the 60—day comment period.

Source:

 Amended at 16 Ill. Reg.

 effective

Section 703.Appendix A

 Classification of Permit Modifications

Class

 Modifications

A.

 General Permit Provisions

1.

 Administrative and informational changes.

2.

 Correction of typographical errors.

3.

 Equipment replacement or upgrading with

functionally equivalent components

 (e.g., pipes,

valves, pumps, conveyors,

 controls).

4.

 Changes in the frequency of or procedures for

monitoring, reporting,

 sampling or maintenance

activities by the permittee:

a.

 To provide for more frequent monitoring,

reporting or maintenance.

2

b.

 Other changes.

5.

 Schedule of compliance:

1*

a.

 Changes in interim compliance dates, with

prior approval of the Agency.

BOARD NOTE:

 indicates that prior Agency

approval is required.

132—295

34

3

b.

 Extension of final compliance date.

1*

6.

 Changes in expiration date of permit to allow

earlier permit termination, with prior approval of

the Agency.

1*

7.

 Changes in ownership or operational control of a

facility, provided the procedures of Section

703.260(b)

 are followed.

B.

 General Facility Standards

1.

 Changes to waste sampling or analysis methods:

1

a.

 To conform with Agency guidance or Board

regulations.

1

b.

 To incorporate changes associated with F039

(multi—source leachate) sampling or analysis

methods.

2

c.

 Other changes.

2.

 Changes to analytical quality assurance/control

plan:

1

a.

 To conform with agency guidance or

regulations.

2

b.

 Other changes.

1

3.

 Changes in procedures for maintaining the

operating record.

2

4.

 Changes in frequency or content of inspection

schedules.

5.

 Changes in the training plan:

2

a.

 That affect the type or decrease the amount

of training given to employees.

‘1

b.

 Other changes.

6.

 Contingency plan:

2

a.

 Changes in emergency procedures

 (i.e.,

 spill

or release response procedures).

1

b.

 Replacement with functionally equivalent

equipment, upgrade or relocate emergency

equipment listed.

13 2—296

35

2

c.

 Removal of equipment from emergency equipment

list.

Changes

name,

address

phone

number

coordinators or other persons or agencies

identified in the plan.

Note:

 When a permit modification

 (such as

introduction of a new unit) requires a change

in facility plans or other general facility

standards, that change must be reviewed under

the same procedures as the permit

modification.

Groundwater

Protection

Changes

wells:

2

a.

 Changes in the number,

 location, depth or

design of upgradient or downgradient wells of

permitted groundwater monitoring system.

Replacement

existing

well

that

has

been

damaged

rendered

inoperable,

without

change

location,

design

depth

the

well.

Changes

groundwater

sampling

analysis

procedures

monitoring

schedule,

with

prior

approval

 ‘of the Agency.

1*

3.

 Changes in statistical procedure for determining

whether

statistically

significant

change

groundwater

quality

between

upgradient

and

downgradient

wells

has

occurred,

with

prior

approval

the

Agency.

2*

4.

 Changes in point of compliance.

Changes

indicator

parameters,

hazardous

constituents

concentration

limits

(including

ACLs

(Alternate

Concentration

Limits)):

specified

the

groundwater

protection

standard.

specified

the

detection

monitoring

program.

Changes

detection

monitoring

program

required

Ill.

Adm.

Code

724.198(j),

unless

otnerwise

specified

this

Appendix.

132—297

36

7.

 Compliance monitoring program:

3

a.

 Addition of compliance monitoring program as

required by 35 Ill.

 Adm. Code 724.198(h) (4)

and 724.199.

2

b.

 Changes to a compliance monitoring program as

required by 35 Ill.

 Adm. Code 724.199(k),

unless otherwise specified in this Appendix.

8.

 Corrective action program:

3

a.

 Addition of a corrective action program as

required by 35 Ill.

 Adm. Code 724.199(i) (2)

and 724.200.

2

b.

 Changes to a corrective action program as

required by 35 Ill.

 Adin. Code 724.200(h),

unless otherwise specified in this Appendix.

D.

 Closure

1.

 Changes to the closure plan:

1*

a.

 Changes in estimate of maximum extent of

operations or maximum inventory of waste on—

site at any time during the active life of

the facility, with prior approval of the

Agency.

1*

b.

 Changes in the closure schedule for any unit,

changes in the final closure schedule for the

facility or extension of the closure period,

with prior approval of the Agency.

1*

c.

 Changes in the expected year of final

closure, where other permit conditions are

not changed, with prior approval of the

Agency.

1*

d.

 Changes in procedures for decontamination of

facility equipment or structures,

 with prior

approval of the Agency.

2

e.

 Changes in approved closure plan resulting

from unexpected events occurring during

partial or final closure, unless otherwise

specified in this Appendix.

2

 Extension of the closure period to allow a

landfill, surface impoundment or land

treatment unit to receive non—hazardous

132—298

37

wastes after final receipt of hazardous

wastes under 35

 Ill.

 Adin. Code 724.213(d)

or

(e).

3

2.

 Creation of a new landfill unit as part of

closure.

3.

 Addition of the following new units to be used

temporarily for closure activities:

3

a.

 Surface impoundments.

3

b.

 Incinerators.

3

c.

 Waste piles that do not comply with 35 Ill.

Adm. Code 724.350(c).

2

d.

 Waste piles that comply with 35 Ill. Adm.

Code 724.350(c).

2

e.

 Tanks or containers

 (other than specified

below).

1*

f.

 Tanks used for neutralization, dewatering,

phase

 separation or component separation,

with prior approval of the Agency.

Post—Closure

Changes

name,

address

phone

number

contact

post—closure

plan.

2

2.

 Extension of post—closure care period.

Reduction

the

post—closure

care

period.

Changes

the

expected

year

final

closure,

where other permit.conditions are not changed.

2

5.

 Changes in post—closure plan necessitated by

events

occurring

 during the active life of the

facility,

 including partial and final closure.

Containers

1.

 Modification or addition of container units:

3

a.

 Resulting in greater than 25

 increase in the

facility’s container storage capacity, except

as provided in F(l)

(C)

 and F(4) (a).

Resulting

increase

the

132—299

38

facility’s container storage capacity,

 except

as provided in F(l) (c) and F(4) (a).

c.

 Or treatment processes necessary to treat

wastes that are restricted from land disposaJ

to meet some or all of the applicable

treatment standards or to treat wastes to

satisfy (in whole or in part) the standard 01

“use of practically ‘available technology that

yields the greatest, environmental benefit”

contained in 40 CFR 268.8(a) (2) (ii),

incorporated by reference in 35 Ill.

 Adm.

Code 728.108, with prior approval of the

Agency.

 This modification’may also involve

the addition of new waste codes or narrative

description of wastes.

 It is not applicable

to dioxin—containing wastes (F020, F021,

F022, F023,

 F026, F027 and F028).

2.

2

a.

 Modification of a container unit without

increasing the capacity of the unit.

b.

 Addition of a roof to a container unit

without alteration of the containment system.

3.

 Storage of different wastes in containers, except

as provided in F(4):

3

a.

 That require additional or different

management practices from those authorized in

the permit.

2

b

 That do not require additional or different

management practices from those authorized in

the permit.

Note:

 See Section 703.280(g)

for

modification procedures to be used for the

management of newly listed or identifiçd

wastes.

 Storage or treatment of different wastes in

containers:

2

a.

 That require addition of units or change in

treatment process or management standards,

provided that the wastes are restricted from

land disposal and are to be treated to meet

some or all of the applicable treatment

standards, or are to be treated to satisfy

132—300

39

(in whole or in part) the standard of “use of

practically available technology that yields

the greatest environmental benefit” contained

in 40 CFR 268.8(a) (2) (ii),

 incorporated by

reference in 35 Ill. Adm. Code 728.108.

It

is not applicable to dioxin-containing wastes

(F020,

 F021, F022,

 F023, F026,

 F027 and

F028)

That

not

require

the

addition

units

a change in the treatment process or

management standards,

 and provided that the

units

have

previously

received

wastes

the

same

type

(e.g.,

incinerator

scrubber

water).

This modification is not applicable to

dioxin-containing

wastes

(F020,

F02l,

F022,

F023, F026,

 F027 and F028).

G.

 Tanks

1.

3

a.

 Modification or addition of tank units

resulting in greater than 25

 increase in the

facility’s tank capacity, except as provided

paragraphs

G(1) (c),

G(1)

(d)

and

G(1) (e).

2

b.

 Modification or addition of tank units

resulting in up to 25

 increase in the

facility’s tank capacity, ‘except as provided

in paragraphs G(1) (d)

 and G(1) (e).

2

 Addition of a new tank that will operate for

more than 90 days using any of the following

physical

chemical

treatment

technologies:

neutralization,

dewatering,

phase

separation

or component separation.

1*

After

prior

approval

the

Agency,

addition

of a new tank that will operate for up to 90

days

using

 any of the following physical or

 chemical treatment technologies:

neutralization, dewatering, phase separation

component

separation.

e.

 Modification or addition of tank units or

treatment processes that are necessary to

treat wastes that’are restricted from land

disposal

meet

some

all

the

applicable treatment standards or to treat

wastes

satisfy

(in

whole

part)

the

standard

“use

practically

availabI~e

132—30 1

technology that yields the greatest

environmental benefit” contained in 40 CFR

268.8(a) (2) (ii),

 incorporated by reference in

35 Ill.

 Adm. Code 728.108, with prior

approval of the Agency.

 This modification

may also involve the addition of new waste

codes.

 It is not applicable to dioxin-

containing wastes

 (F020,

 F021,

 F022,

 F023,

F026, F027 and F028).

2

2.

 Modification of a tank unit or secondary

containment system without increasing the capacity

of the unit.

3.

 Replacement of a tank with a tank that meets the

same design standards and has a capacity within

+1-

10

 of the replaced tank provided:

a.

 The capacity difference

 is no more than 1500

gallons,

The

facility’s

permitted

tank

capacity

not

increased and

The. replacement

tank

meets

the

same

conditions

the

permit.

Modification

tank

management

practice.

Management

different

wastes

tanks:

That

requtre

additional

different

management

practices,

tank

design,

different

fire protection specifications or

significantly different tank treatment

process

from

that

authorized

the

permit,

except as provided in paragraph G(5)

(C).

That

not

require

additional

different

management practices, tank design, different

fire protection specification or

significantly different tank treatment

process than authorized in the permit,

 except

provided

paragraph

G(5) (d).

Note:

See

Section

703.280(g)

for

modification

procedures

used

for

the

management

newly

listed

identified

wastes.

c.

 That require addition of units or change in

treatment processes or management standards,

13 2—302

41

provided that the wastes are restricted from

land disposal and are to be treated to meet

some or all of the applicable treatment

standards,

 or that are to be treated to

satisfy

 (in whole or in part)

 the standard of

“use of practically available technology that

yields

the

greatest

environmental

benefit”

contained in 40 CFR 268.8(a) (2) (ii),

incorporated by reference in 35 Ill.

 Adm.

Code 728.108.

 The modification is not

applicable to dioxin—containing wastes

 (F020,

F021,

 F022,

 F023, F026,

 F027 and F028).

d.

 That do not require the addition of units or

a change in the treatment process or

management standards, and provided that the

units have previously received wastes of the

same type

 (e.g.,

 incinerator scrubber water).

 This modification is not applicable to

dioxin-containing wastes

 (F020,

 F021, F022,

F023,

 F026,

 F027 and F028).

H.

 Surface Impoundments

3

1.

 Modification or addition of surface impoundment

units that result in increasing the facility’s

surface impoundment storage or treatment capacity.

3

2.

 Replacement of a surface impoundment unit.

2

3.

 Modification of a surface impoundment unit without

increasing the facility’s surface impoundment

storage or treatment capacity and without

modifying the unit’s liner, leak detection system

or leachate collection system.

2

Modification

surface

impoundment

management

practice.

Treatment,

storage

disposal

different

wastes

in surface impoundments:

3

a.

 That require additional or different

management practices or different design of

the liner or leak detection system than

authorized

the

permit.

2

b.

 That do not require additional or different

management

practices

different

design

the liner or leak detection system than

authorized in the permit.

132—303

42

Note:

 See Section 703.280(g)

for

modification procedures to be used for the

management of newly listed or identified

wastes.

c.

 That are wastes restricted from land disposal

that meet the applicable treatment standards

or that are treated to satisfy the standard

of “use of practically available technology

that yields the greatest environmental

benefit” contained in 40 CFR 268.8(a) (2) (ii),

incorporated by reference in 35 Ill.

 Adm.

Code 728.108, and provided that the unit

meets the minimum technological requirements

stated in 40 CFR 268.5(h) (2),

 incorporated by

reference in 35 Ill. Adm. Code 728.105.

 This

modification is not applicable to dioxin-

containing wastes

 (F020,

 F021,

 F022,

 F023,

F026,

 F027 and F028).

d.

 That are residues from wastewater treatment

or incineration, provided the disposal occurs

in a unit that meets the minimum.

technological reguircmcnt3 requirements

stated in 40 CFR 268.5(h) (2), incorporated by

reference in 35 Ill. Adm. Code 728.105, and

provided further that the surface impoundment

has previously ‘received wastes of the same

type (for example,

 incinerator scrubber

water).

 This modification is not applicable

to dioxin-containing wastes

 (F020,

 F021,

F022, F023,

 F026,

 F027 and F028).

Enclosed

Waste

Piles.

For

all

waste

piles,

except

those complying with 35

 Ill.

 Adm. Code 724.350(c),

modifications

are

treated

the

same

for

landfill.

The

following

modifications

are

applicable

only

waste piles complying with 35

 Ill. Adm. Code

724.350(c).

Modification

addition

waste

pile

units:

3

a.

 Resulting in greater than 25

 increase in the

facility’s waste pile storage or treatment

capacity.

2

b.

 Resulting in up to 25

 increase in the

facility’s waste pile storage or treatment

capacity.

2

2.

 Modification of waste pile unit without increasing

the capacity of the unit.

132—304

43

1

3.

 Replacement of a waste pile unit with another

waste pile unit of the same design and capacity

and meeting all waste pile conditions in the

permit.

2

4.

 Modification of a waste pile management practice.

5.

 Storage or treatment of different wastes in waste

piles:

3

a.

 That require additional or different

management practices or different design of

the unit.

2

b.

 That do not require additional or different

management practices or different design of

the unit.

Note:’

 See Section 703.280(g)

for

modification procedures to be used for the

management of newly listed or identified

wastes.

J.

 Landfills and Unenclosed Waste Piles

3

1.

 Modification or addition of landfill units that

result in increasing the facility’s disposal

capacity.

3

2.

 Replacement of a landfill.

3

3.

 Acictition or modification of a liner,

 leachate

collection system, leachate detection system, run—

off control or final cover system.

2

 Modification of a landfill unit without changing a

liner,

 leachate collection system, leachate

detection system, run—off control or final cover

system.

2

5.

 Modification of a landfill management practice.

6.

 Landfill different wastes:

3

a.

 That require additional or different

management practices, different design of the

liner,

 leachate collection system or leachate

detection system.

2

b.

 That do not require additional or different

 management practices,

 different design of the

liner,

 leachate collection system or leachate

132—305

44

detection system.

Note:

 See Section 703.280(g)

for

modification procedures to be. used for the

management of newly listed or identified

wastes.

c.

 That are wastes restricted from land disposal

that meet the applicable treatment standards

or that are treated to satisfy the standard

of “use of practically available technology

that yields the greatest environmental

benefit” contained in 40 CFR 268.8(a) (2) (ii),

incorporated by reference in 35 Ill. Adm.

Code 728.108, and provided that the landfill

unit meets the minimum technological

rcguircment~requirements stated in 40 CFR

268.5(h) (2), incorporated by reference in 35

Ill. Adm. Code 728.105.

 This modification is

not applicable to dioxin—containing wastes

(F020,

 F021, F022,

 F023,

 F026, F027 and

F028)

d.

 That are residues from wastewater treatment

or -incineration, provided the disposal occurs

in a landfill unit that meets the minimum

technological rcguircmcnt3 requirements

stated in 40 CFR 268.5(h) (2), incorporated by

reference in 35

 Ill. Adm. Code 728.105, and

provided further that the landfill has

previously received wastes of the same type

 (for example, incinerator ash).

 This

modification is not applicable to dioxin-

containing wastes

 (F020,

 F021,

 F022, F023,

F026,

 F027 and F028).

Land

Treatment

3

1.

 Lateral expansion of or other modification of a

land treatment unit to increase area extent.

2

2.

 Modification of run—on control system.

3

3.

 Modify run-off control system.

2

4.

 Other modification of land treatment unit

component specifications or standards required in

permit.

Management

different

wastes

land

treatment

units:

132—306

45

3

a.

 That require a change in permit operating

conditions or unit design specifications.

2

b.

 That do not require a change in permit

operating conditions or unit design

specifications.

Note:

 See Section 703.280(g)

for

modification procedures to be used for the

management of newly listed or identified

wastes.

6.

 Modification of a land treatment unit management

practice to:

3

a.

 Increase rate or change method of waste

application.

b.

 Decrease rate of waste application.

2

7.

 Modification of

 a land treatment unit management

practice to change measures of pH or moisture

content or to enhance microbial or chemical

reactions.

3

8.

 Modification of a land treatment unit management

practice to grow food chain crops, to add to or

replace existing permitted crops with different

food chain crops or to modify operating plans for

distribution of animal feeds resulting from such

crops.

3

9.

 Modification of operating practice due to

detection of releases from the land treatment unit

pursuant to 35

 Ill. Adm. Code 724.378(g) (2).

3

10.

 changes in the unsaturated zone monitoring system

resulting in a change to the location, depth,

number of sampling points or replace unsaturated

zone monitoring devices or components of devices

with devices or components that have

specifications different from permit requirements.

2

11.

 Changes in the unsaturated zone monitoring system

that do not result in a change to the location,

depth, number of sampling points, or that replace

unsaturated zone monitoring devices or components

of devices with devices or components having

specifications different from permit requirements.

2

12.

 Changes in background values for hazardous

constituents in soil and soil—pore liquid.

132—307

46

2

L3.

 Changes in sampling, analysis or statistical

procedure.

2

14.

 Changes in land treatment demonstration program

prior to or during the demonstration.

l~

15.

 Changes in any condition specified in the permit

for a land treatment unit to reflect results of

the land treatment demonstration, provided

performance standards are met, and the Agency’s

prior approval has been received.

l~

16.

 Changes to allow a second land treatment

demonstration to be conducted when the results of

the first demonstration have not shown the

conditions under which the .wastes can be treated

completely,

 provided, the conditions for the second

demonstration are substantially the same as the

conditions for the first demonstration and have

received the prior approval of the Agency.

3

17.

 changes to allow a second land treatment

demonstration to be conducted when the results of

the first demonstration have not shown the

conditions under which the wastes can be treated

completely, where the conditions for the second

demonstration are not substantially the same as

the conditions for the first demonstration.

2

18.

 changes in vegetative cover requirements for

closure.

L.

 Incinerators, Boilers and Industrial Furnaces

3

1.

 Changes to increase by more than 25

 any of the

following limits authorized in the permit: A

thermal feed rate limit,

 a waste feed rate limit

or an organic chlorine feed rate limita feedstream

feed rate limit,

 a chlorine/chloride feed rate

limit,

 a metal feed rate limit or an ash feed rate

limit.

 The Agency shall require a new trial burn

to substantiate compliance with the regulatory

performance standards unless this demonstration

can be made through other means.

2

2.

 Changes to increase by up.to 25

 any of the

following limits authorized in the permit:

A

thermal feed rate limit,

 a waritc feed limit or an

organic chlorine food rate limita feedstream feed

rate limit,

 a chlorine/chloride feed rate limit,

a

metal feed rate limit or an ash feed rate limit.

The Agency shall require a new trial burn to

132—308

47

substantiate compliance with the regulatory

performance standards unless this demonstration

can be made through other means.

3

3.

 Modification of’ an incinerator, boiler or

industrial furnace unit by changing the internal

size or geometry of the primary or secondary

combustion units, by adding a primary or secondary

combustion unit, by substantially changing the

design of any component used to remove HClJQ~

~tals

 or particulatee from the combustion gases

 or by changing other features of the incinerator~

boiler or industrial furnace that could affect its

capability to meet the regulatory performance

standards.

 The Agency shall require a new trial

burn to substantiate compliance with the

regulatory performance standards, unless this

demonstration can be made through other means.

2

4.

 Modification of an incinerator, boiler or

industrial furnace unit in a manner that will not

likely affect the capability of the unit to meet

the regulatory performance standards but which

will change the operating conditions or monitoring

requirem-ents specified in the permit.

 The Agency

may require a new trial burn to demonstrate

compliance with the regulatory performance

standards.

Operating

requirements:

3

a.

 Modification of the limits specified in the

permit for minimum or maximum combustion gas

temperature,

minimum

combustion

gas

residence

time~ e~ oxygen

concentration

the

secondary combustion chamber, flue gas carbon

monoxide or hydrocarbon concentration,

maximum temperature at the inlet to the PM

emission

control

system

operating

parameters

for

the

air

pollution

control

system.

The

Agency

shall

require

new trial

burn to substantiate compliance with the

regulatory performance standards unless this

demonstration

 can be made through other

means.

3

b.

 Modification of any stack gas emission limits

specified in the permit,

 or modification of

any conditions in the permit concerning

emergency

shutdown

automatic

waste

feed

cutoff procedures or controls.

13 2—309

48

2

c.

 Modification of any other operating condition

or any inspection or recordkeeping

requirement specified in the permit.

6.

 inciflcr~ioflofBurning different wastes:

3

a.

 If the waste contains a POHC that is more

difficult to incincratcburn than authorized

by the permit or if incincrationburning of

the waste requires compliance with different

regulatory performance standards than

specified in the permit, the Agency shall

require a new trial burn to substantiate

compliance with the regulatory performance

standards, unless this demonstration can be

made through other means.

b.

 If the waste does not contain a POHC that is

more difficult to incincrateburn than

authorized by the permit and if

inoincrationburning of the waste does not

 require compliance with different regulatory

performance standards than specified in the

permit.

BOARD NOTE:

 See Section 703.280(g)

for

modification procedures to be used for the

management of newly listed or identified

wastes.

7.

 Shakedown and trial burn:

2

a.

 Modification of the trial burn plan or any of

the permit conditions applicable during the

shakedown period for determining operational

readiness after construction, the trial burn’

period or the period immediately following

the trial burn.

1*

b.

 Authorization of up to an additional 720

hours of waste incincrationburninci during the

shakedown period for determining operational

readiness after construction,

 with’ the prior

approval of the Agency.

1*

c.

 Changes in the operating requirements set in

the permit for conducting a trial burn,

provided the change

 is minor and has received

the prior approval of the Agency.

1*

d.

 Changes in the ranges of the operating

requirements set in the permit to reflect the

132—3 10

49

results of the trial burn, provided the

change is minor and has received the prior

approval of the Agency.

8.

 Substitution of an alternate type of nonhazardous

waste fuel that is notspecified in the permit.

BOARD NOTE:

 Derived from 40 CFR 270.42, Appendix

I

 (1990). as amended at 56 Fed. Reg.

 7206,

February 21,

 1991.

Source:

 Amended at 16 Ill. Reg.

 effective

13 2—3 11

50

TITLE 35:

 ENVIRONMENTAL PROTECTION

SUBTITLE G:

 WASTE DISPOSAL

CHAPTER

I:

 POLLUTION CONTROL BOARD

SUBCHAPTER

c:

 HAZARDOUS WASTE OPERATING REQUIREMENTS

PART

720

HAZARDOUS WASTE

MANAGEMENT

 SYSTEM:

GENERAL

SUBPART A:

 GENERAL PROVISIONS

Section

720.101

 Purpose,

Scope and Applicability

720.102

 Availability of Information; Confidentiality

of

Information

720.103

 Use of

Number and Gender

SUBPART

B:

 DEFINITIONS

Section

720.110

 Definitions

720.111

 References

SUBPART C:

 RULEMAKING PETITIONS AND OTHER PROCEDURES

Section

720. 120

 Rulemaking

720.121

 Alternative Equivalent Testing Methods

720.122

 Waste Delistihg

720.130

 Procedures for Solid Waste Determinations

720.131

 Solid Waste Determinations

720.132

 Boiler Determinations

 720.133

 Procedures for Determinations

720.140

 Additional regulation of certain hazardous waste

Recycling Activities on a case—by—case Basis

720.141

 Procedures for case—by—case regulation of hazardous

waste Recycling Activities

Appendix A

 Overview of 40 CFR, Subtitle C Regulations

AUTHORITY:

 Implementing Section 22.4

and authorized by Section

27 of the Environmental Protection Act

 (Ill. Rev. Stat.

 1989,

ch.

111½,

 pars.

 1022.4 and 1027).

SOURCE:

 Adopted in R81-22,

 43 PCB 427,

at

5

 Ill.

 Reg.

 9781,

effective as noted

 in 35 Ill. Adm.

 Code 700.106; amended and

codified in R81—22,

 45 PCB 317, at 6

 Ill.

 Reg. 4828,

 effective as

noted in 35 Ill.

 Adm. Code 700.106; amended in R82-19 at

 7 Ill.

Peg.

 14015, effective Oct.

12,

 1983; amended in R84—9,

 53 PCB 131

at

9

 Ill. Reg.

 11819, effective July 24,

 1985; amended

 in R85—22

at 10

 Ill. Reg.

 968, effective January

 2, 1986; amended

 in R86—1

at 10

 Ill. Reg.

 13998, effective August 12,

 1986;

 amended in

R86-

19 at 10 Ill.

 Reg.

 20630, effective December 2,

 1986;

 amended in

 R86-28 at 11 Ill.

 Peg.

 6017,

 effective March 24,

 1987; amended in

R86—46 at 11

 Ill.

 Reg.

 13435,

 effective August

4,

 1987;

amended

in R87-5 at 11 Ill. Reg.

 19280, effective November 12,

 1987;

132—312

amended in R87-26 at 12 Ill. Reg.

 2450,

 effective January 15,

1988;

 amended in R87-39 at 12 Ill. Reg.

 12999, effective July 29,

1988;

 amended in R88-16 at 13 Ill.. Reg.

 362, effective December

27,’ 1988;

 amended in R89—1 at 13 Ill. Reg.

 18278, effective

November 13,

 1989; amended in R89—2 at 14

 Ill. Reg.

 3075,

effective February 20,

 1990; amended in R89—9 at 14 Ill.

 Reg.

6225, effective April 16,

 1990; amended in R90-10 at 14

 Ill.

 Reg.

16450, effective September 25, 199~ amended in R90—17 at 15

 Ill.

Reg.

 7934,

 effective May 9,

 1991; amended in R90-l1 at 15 Ill.

Reg.

 932,3,

 effective June 17,

 1991; amended in R91-1 at

 15. Ill.

Reg~14446,

 effective September 30,

 1991;

 amended in R91—13 at

16 Ill. Reg.

 effective

SUBPART

B:

 DEFINITIONS

Section 720.110

 Definitions

When used in 35 Ill.

 Adm. Code 720 through ~-2-~j~and 728 only,

the following terms have the meanings given below:

“Aboveground tank” means a device meeting the

definition of “tank” that is situated in such a way

that the entire surface area of the tank is completely

above the plane of the adjacent surrounding surface and

the entire surface area of the tank (including the tank

bottom)

 is able to be visually inspected.

“Act” or “RCRA” means the Solid Waste Disposal Act,

as

amended by the Resource Conservation and Recovery Act

of 1976, as amended

 (42 U.S.C.

6901

 ‘et seq.)

“Active life” of a facility means the period from the

initial receipt of hazardous waste at the fadility

until the Agency receives certification of final

closure.

“Active portion” means that portion of a facility where

treatment,

 storage or disposal operations are being or

have been conducted after May 19,

 1980,

 and which is

not a closed portion.

 (See also “closed portion” and

“inactive portion”.)

“Administrator” means the Administrator of the U.S.

Environmental Protection Agency or the Administrator’s

designee.

“Agency” means the Illinois Environmental Protection

Agency.

“Ancillary equipment” means any device including,

but

not limited to, such devices as piping,

 fittings,

flanges, valves and pumps, that is used to distribute,

13 2—3 13

52

meter or control the flow of hazardous waste from its

point of generation’ to storage or treatment tank(s),

between hazardous waste storage and treatment tanks to

a point of disposal onsite, or to a point of shipment

for disposal off—site.

“Aquifer” means a geologic formation, group of

formations or part of a formation capable of yielding a

significant amount of groundwater to wells or springs.

“Authorized representative” means the person

responsible for the overall operation of a facility or

an operational unit (i.e., part of a facility),

 e.g.,

the plant manager, superintendent or person of

equivalent responsibility.

“Board” means the Illinois Pollution Control Board.

“Boiler” means an enclosed device using controlled

flame combustion and having the following

characteristics:

The unit must have physical provisions for

recovering and exporting thermal energy in the

form of ~steam,heated fluids or heated gases; and

the unit’s combustion chamber and primary energy

recovery section(s)

 must be of integral design.

To be of integral design, the combustion chamber

and the primary energy recovery section(s)

 (such

as waterwalls and superheaters) must be physically

formed into one manufactured or assembled unit.

A

unit in which the combustion chamber and the

primary energy recovery section(s)

 are joined only

 by ducts or connections carrying flue gas is not

integrally designed; however, secondary energy

recovery equipment (such as economizers or air

preheaters)

 need not be physically formed into the

same unit as the combustion chamber and the

primary energy recovery section.

 The following

units are not precluded from being boil~rssolely

because they are no’t of integral design:

 process

heaters

 (units that transfer energy directly to a

process stream), and fluidized bed combustion

units; and

While in operation, the unit must maintain a

thermal energy recovery efficiency of at least 60

percent, calculated in terms of the recovered

energy compared with the thermal value of the

fuel; and

The unit must export and utilize at least 75

13 2—314

53

percent of the recovered energy, calculated on an

annual basis.

 In this calculation, no credit

shall be given for recovered heat used internally

in the same unit.

 (Examples of internal use are

the preheating of fuel or combustion air, and the

driving of induced or forced draft fans or

feedwater pumps); or

The unit

 is one which the Board has determined,

on

a case—by—case basis,

 to be a boiler, after

considering the standards in Section 720.132.

“Carbon regeneration unit” means any enclosed thermal

treatment device used to regenerate spent activated

 carbon.

“Certification” means a statement of professional

opinion based upon knowledge and belief.

“Closed Portion” means that portion of a facility which

an owner or operator has closed in accordance with the

approved facility closure plan and all applicable

closure requirements.

 (See also “active portion” and

“inactive portion”.)

“Component” means either the tank or ancillary

equipment of a tank system.

“Confined aquifer” means an aquifer bounded above and

below by impermeable beds or by beds of. distinctly

lower permeability than that of the aquifer itself; an

aquifer containing confined groundwater.

“Container” means any portable device in which a

material is stored,

 transported, treated, disposed of

or otherwise handled.

“Contingency plan” means a document setting out an

organized, planned and coordinated course of action to

be followed in case of a fire, explosion or release of

hazardous waste or hazardous waste constituents which

could threaten human health or the environment.

“Corrosion expert” means a person who, by reason of

knowledge of the physical sciences and the principles

of engineering and mathematics, acquired by a

professional education and related practical

experience,

 is qualified to engage in the practice of

corrosion control on buried or submerged metal piping

systems and metal tanks.

 Such a person must be

certified as being qualified by the National

 Association of Corrosion Engineers’ (NACE)

 or be a

13 2—3 15

54

registered professional engineer who has certification

or licensing that includes education and experience in

corrosion control on buried or submerged metal piping

systems and metal tanks.

“Dccignatcd facility”.

“Designated facility” means a hazardous waste

treatment,

 storage or disposal facility,

Which:

Has received a

RCRA

permit

 (or interim

status) pursuant to 35 Ill. Adm. Code 702,

703 and 705;

Has received a

RCRA

permit from USEPA

pursuant to 40 CFR 124 and 270

 (1989);

Has received a

RCRA

permit

 from a state

authorized by USEPA pursuant to 40 CFR 271

(1989); or

Is regulated under 35 Ill. Adm. Code

721-. 106(c) (2)

 or 266.Subpart F; and

Which has been designated on the manifest by the

generator pursuant

 t’o 35

 Ill. Adm. Code 722.120.

If a waste is destined to a facility in a state,

other than Illinois, which has been authorized by

USEPA pursuant to 40 CFR 271, but which has not

yet obtained authorization to regulate that waste

as hazardous,

 then the designated facility must be

a facility allowed by the receiving state to

accept such waste.

“Dike” means an embankment or ridge of either natural

or manmade materials used to prevent the movement of

liquids,

 sludges,

 solids or other materials.

“Director” means the Director of the Illinois

Environmental Protection Agency.

“Discharge” or “hazardous waste discharge” means the

accidental or intentional spilling,

 leaking, pumping,

pouring, emitting, emptying or dumping of hazardous

waste into or on any land or water.

“Disposal” means the discharge, deposit,

 injection,

dumping, spilling,

 leaking or placing of any solid

waste or hazardous waste into or on any land or water

132—316

55

so that such solid waste or hazardous waste or any

constituent thereof may enter the environment or be

emitted into the air or discharged into any waters,

including groundwaters.

“Disposal facility” means a.facility or part of a

facility at which hazardous waste

 is intentionally

placed into or on any land or water and at which waste

will remain after closure.

“Drip pad” means an engineered structure consisting of

a curbed,

 free—draining base, constructed of non-

earthen materials and designed to convey preservative

kick-back or drippage from treated wood, precipitation

and surface water run—on to an associated collection

system at wood preserving plants.

“Elementary neutralization unit” means a device which:

Is used for neutralizing wastes which are

hazardous only because they exhibit the

corrosivity characteristic defined in 35

 Ill.

 Adin.

Code 721.122 or are listed in 35 Ill. Adm. Code

721.Subpart D only for this reason; and

Meets the definition of tank, tank system,

container,

 transport vehicle or vessel in this

Section.

“EPA”

or “USEPA

“

 means United States Environmental

Protection Agency.

“EPA hazardous waste number” or “USEPA hazardous waste

number” means the number assigned by EPA to each

hazardous waste listed in 35 Ill. Adm. Code 721.Subpart

D and to each characteristic identified in 35 Ill.

 Adm.

Code 72l.Subpart

C.

“EPA identification number” or “USEPA identification

number” means the

number

 assigned by USEPA pursuant to

35

 Ill. Adm. Code 722 through 725 to each generator,

transporter and treatment,

 storage or disposal

facility.

“EPA region” means the states and territories found in

any one of the following ten regions:

Region I:

 Maine, Vermont, New Hampshire,

Massachusetts, Connecticut and Rhode Island

Region II:

 New York, New Jersey, Commonwealth of

Puerto Rico and the U.S. Virgin Islands

13 2—3 17

56

Region III:

 Pennsylvania, Delaware, Maryland,

West Virginia, Virginia and the District of

Columbia

Region IV:

 Kentucky, Tennessee, North Carolina,

Mississippi, Alabama, Georgia, South Carolina and

Florida

Region V:

 Minnesota,

 Wisconsin, Illinois,

Michigan, Indiana and Ohio

Region VI:

 New Mexico,

 Oklahoma, Arkansas,

Louisiana and Texas

Region VII:

 Nebraska, Kansas, Missouri and Iowa

Region VIII:

 Montana, Wyoming, North Dakota,

South Dakota, Utah and Colorado

Region IX:

 California, Nevada,

 Arizona, Hawaii,

Guam, American Samoa and Commonwealth of the

Northern Mariana Islands

Region X

 Washington,

 Oregon, Idaho and Alaska

“Equivalent method” means any testing or analytical

method approved by the Board pursuant to Section

720.120.

“Existing hazardous waste management

 (HWM)

 facility” or

“existing facility” means ‘a facility which was in

operation or for which construction commenced on or

before November 19,

 1980.

 A facility had commenced

construction if the owner or operator had obtained the

federal, state and local approvals or permits necessary

to begin physical construction and either~

A continuous on—site, physical construction

program had begun or

t~heowner or operator had entered into

contractual obligations

——

 which could not be

cancelled or modified, without substantial loss

for physical construction of the facility to be

completed within a reasonable time.

“Existing portion” means that land surface area of an

existing waste management unit, included in the

original Part A permit application,

 on which wastes

have been placed prior to the issuance of a permit.

“Existing tank system” or “existing component” means a

132—3 18

57

tank system or component that is used for the storage

or treatment of hazardous waste and that is in

operation, or for which installation has commenced on

or prior to July 14, 1986.

 Installation will be

considered ‘to have commenced if the owner or operator

has obtained, all federal, State and local approvals or

permits necessary to begin physical construction of the

site or installation of the tank system and if either

A continuous on—site physical construction or

installation program has begun; or

The owner or operator has entered into contractual

obligations

——

 which cannot be canceled or

modified without substantial loss

—-

 for physical

construction of the site or installation of the

tank system to be completed within a reasonable

time.

“Facility” means all contiguous land and structures

other appurtenances and improvements on the land usel

for treating, storing or ‘disposing of hazardous waste.

A facility may consist of several treatment,

 storage or

disposal operational units

 (e.g.,

 one or more

landfills, surface impoundments’ or combinations of

them).

“Final closure” means the closure of all hazardous

waste management units at the facility

 in accordance

with all applicable closure requirements so that

hazardous waste management activities under 35 Ill.

Adm. Code 724 and 725 are no longer conducted at the

facility unless subject to the provisions of

35

 Ill.

Adm. Code 722.134.

“Federal agency” means any department,

 agency or other

instrumentality of the federal government,

any

independent agency or establishment of the federal

government including any government corporation and the

Government Printing Office.

“Federal, state and local approvals or permits

necessary to begin physical construction” means permits

and approvals required under federal, state or local

hazardous waste control statutes, regulations or

ordinances.

“Food-chain crops” means tobacco,

 crops grown for human

consumption and crops grown for feed for animals whose

products are consumed by humans.

“Freeboard” means the vertical distance between the top

132—319

58

of

 a tank or surface impoundment dike and the surface

 of the waste contained therein.

“Free liquids” means liquids which readily separate

from the solid portion of a waste under ambient

temperature and pressure.

“Generator” means any person, by site, whose act or

process produce hazardous waste identified or listed in

35 Ill.

 Adin. Code 721 or whose act first causes a

hazardous waste to become subject to regulation.

“Groundwater” means water below the land surface in a

zone of saturation.

“Hazardous waste” means

 a hazardous waste as defined in

35 Ill. Adm. Code 721.103.

“Hazardous waste constituent” means a constituent which

caused the hazardous waste to be listed in 35

 Ill. Adm.

Code 721.Subpart D,

 or a constituent listed in of

35

Ill.

 Adm. Code 721.124.

“Hazardous waste management unit”

 is a contiguous area

of land on or in which hazardous waste is placed, or

the largest area in which there

 is significant

likelihood of mixing hazardous waste constituents in

the same area.

 Examples of hazardous waste management

units include a surface impoundment,

 a waste pile,

a

land treatment area,

 a landfill cell,

 an incinerator,

a

tank and its associated piping and underlying

containment system and a container storage area.

A

container alone does not constitute a unit; the unit

includes containers and the land or pad upon which they

are placed.

“Inactive portion” means that portion of a facility

which is not operated after November 19,

 1980.

 (See

also “active portion” and “closed portion”.)

“Incinerator” means any enclosed device ucing

controlled flame combuction which ic neither a “boiler”

nor an “inductrial furnace”.that:

Uses controlled flame combustion and neither:

Meets the criteria for classification as a

boiler.

 sludcie dryer or carbon regeneration

unit,

nor

Is listed as an industrial furnace;

or

132—32 0

59

Meets the definition of infrared incinerator or

plasma arc incinerator.

“Incompatible waste” means a hazardous waste which is

suitable for:

Placement in a particular device or facility

because it may cause corrosion or decay of

containment materials

 (e.g., container inner

liners or tank walls);

or

Commingling with another waste or material under

uncontrolled conditions because the commingling

might produce heat or pressure, fire or explosion,

violent reaction, toxic dusts,

 mists,

 fumes or

gases or flammable fumes or gases.

(See 35

 Ill. Adm. Code 725.Appendix

 E for

examples.)

“Industrial furnace” means any of the following

enclosed devices that are integral components of

manufacturing processes and that use controlled flame

 devicc~thermaltreatment to accomplish recovery of

materials or ‘energy:

Cement kilns

Lime kilns

Aggregate kilns

Phosphate kilns

Coke ovens

Blast furnaces

Smelting, melting and refining furnaces

 (including

pyrometallurgical devices such as cupolas,

reverberator furnaces, sintering machines,

roasters and foundry furnaces)

Titanium dioxide chloride process oxidation

reactors

Methane reforming furnaces

Pulping liquor recovery furnaces

Combustion devices used in the recovery of sulfur

values from spent sulfuric acid

132—32 1

60

Halogen acid furnaces

(HAFs)

 for the production of

acid from halogenated hazardous waste generated by

chemical production facilities where the furnace

is located on the site of a chemical production

facility, the acid product has a halocien acid

content of at least 3.

 the acid product is used

in a manufacturing process and, except for

hazardous waste burned as fuel, hazardous waste

fed to the furnace has a minimum halogen content

of 20.

 as generated.

Any other such device as the Agency determines to

be an “Industrial Furnace” on the basis of one or

more of the following factors:

The design and use of the device primarily to

accomplish recovery of material products;

The use of the device to burn or reduce raw

 materials to make a material product;

The use of the device to burn or reduce

secondary materials as effective-substitutes

for raw materials,

 in processes using raw

mat’~rials

 as principal feedstocks;

The use of the device to burn or reduce

secondary materials as ingredients in an

industrial process to make a material

product;

The use of the device in common industrial

practice to produce a material product; and

Other relevant factors.

“Individual generation site” means the contiguous site

at or on which one or more hazardous wastes are

generated.

 An individual generation site,

 such as a

large manufacturing plant, may have one or more sources

of hazardous waste but is considered a single or

individual generation site if the site or property is

contiguous.

“Infrared incinerator” means any enclosed device which

uses electric powered resistance heaters as a source of

radiant heat and which

 is not listed as an industrial

furnace.

“Inground tank” means a device meeting the definition

of “tank” whereby a portion

 of. the tank wall is

situated to any degree within the ground, thereby

13 2—322

61

preventing visual inspection of that external surface

area of the tank that is in the ground.

“In operation” refers to a facility which is treating,

storing or disposing of hazardous waste.

“Injection well” means a well into which fluids are

being injected.

 (See also “underground injection”.)

“Inner liner” means a continuous layer of material

placed inside a tank or container which protects the

construction materials of the tank or container from

the contained waste or reagents used to treat the

waste.

“Installation inspector” means a person who, by reason

of knowledge of the physical sciences and the

principles of engineering, acquired by a professional

education and related practical experience,

is

qualified to supervise the installation of tank

systems.

“International shipment” means the transportation of

hazardous waste into or out of the jurisdiction of the

United States.

“Land treatment facility” means a facility or part of a

facility at which hazardous waste is applied onto or

incorporated into the soil surface; such facilities are

disposal facilities if the waste will remain after

closure.

“Landfill” means a disposal facility or part of a

facility where hazardous waste is placed in or on land

and which is not a pile,

 a land treatment facility,

a

surface impoundment, an underground injection well,

a

salt dome formation,

 an underground mine or a cave.

“Landfill cell” means a discrete volume of a hazardous

waste landfill which uses a liner to provide isolation

of wastes from adjacent cells or wastes.

 Examples of

landfill cells are trenches and pits.

“Leachate” means any liquid, including any suspended

components in the liquid, that has percolated through

or drained from hazardous waste.

“Liner” means a continuous layer of natural or manmade

materials beneath or on the sides of a surface

impoundment,

 landfill or landfill cell,

 which restricts

the downward or lateral escape of hazardous waste,

hazardous waste constituents or leachate.

132—323

62

“Leak—detection system” means

 a system capable of

detecting the failure of either the primary or

secondary containment structure or the presence of a

release of hazardous waste or accumulated liquid

 in the

secondary containment structure.

 Such a system must

employ operational controls

 (e.g.’, daily visual

inspections for releases into the secondary containment

system of aboveground tanks) or consist of an

interstitial monitoring device designed to detect

continuously and automatically the failure of the

primary or secondary containment structure or the

presence of a release of hazardous waste into the

secondary containment structure.

“Management” or “hazardous waste management” means the

systematic control of the collection,

 source

separation,

 storage, transportation, processing,

treatment,

 recovery and disposal of hazardous waste.

“Manifest” means the shipping document originated and

signed by the generator which contains the information

required by 35 Ill. Adm. Code 722.Subpart

B.

“Manifest document number” means the USEPA twelve digit

identification’number assigned to the generator plus a

unique five digit document number assigned to the

manifest by the generator for recording and reporting

purposes.

“Mining overburden returned to the mine site” means any

material overlying an economic mineral deposit which is

removed to gain access to that deposit and is then used

for reclamation of a surface mine.

“Miscellaneous unit” means a hazardous waste management

unit where hazardous waste is treated, stored or

disposed of and which is not a container,

 tank, tank

system, surface impoundment,

 pile, land treatment unit,

landfill, incinerator, boiler, industrial furnace,

underground injection well with appropriate technical

standards under 35 Ill.

 Adm. Code 730, or a unit

eligible for a research, development and demonstration

permit under 35 Ill. Adm.

 .Code 703.231.

“Movement” means that hazardous waste transported to a

facility in an individual vehicle.

“New hazardous waste management facility” or “new

facility” means a facility which began operation,

or

for which construction commenced,

 after November 19,

1980.

 (See also “Existing hazardous waste management

facility”.)

132—324

63

“New tank system” or “new tank component” means

 a tank

system or component that will be used for the storage

or treatment of hazardous waste and for which

installation commenced after July 14, 1986;

 except,

however,

 for purposes of 35 Ill. Adm. Code

724.293(g) (2) and 725.293(g) (2),

 a new tank system is

one for which construction commences after July 14,

1986.

 (See also “existing tank system.”)

“Onground tank” means a device meeting the definition

of “tank” that is situated in such a way that the

bottom of the tank is on the same level as the adjacent

surrounding surfaces so that the external tank bottom

cannot be visually inspected.

“On—site” means the same or geographically contiguous

property which may be divided by public or private

right—of—way, provided the entrance and exit between

the properties

 is at a crossroads intersection and

access

 is by crossing as opposed to going along the

right-of-way.

 Noncontiguous properties owned by the

same person but connected’ by a right—of—way which he

controls and to which the public does not have access

is also considered on—site property.

“Open burning” means the combustion of any material

without the following characteristics:

Control of combustion air to maintain adequate

temperature for efficient combustion;

Containment of the combustion reaction in an

 enclosed device to provide sufficient residence

time and mixing for complete combustion; and

Control of emission of the gaseous combustion

products.

(See also “incineration” and “thermal treatment”.)

“Operator” means the person responsible for the overall

operation of a facility.

“Owner” means the person who owns a facility or part of

a facility.

“Partial closure” means the closure of

 a hazardous

waste management unit in accordance with the applicable

closure requirements of 35 Ill.

Adm.

Code 724 or 725 at

a facility which contains other active hazardous waste

management units.

 For example, partial closure may

include the closure of a tank (including its associated

132—325

64

piping and underlying containment systems), landfill

cell,

 surface impoundment, waste pile or other

hazardous waste management unit, while other units of

the same facility continue to operate.

“Person” means an individual, trust,

 firm,

 joint stock

company,

 federal agency, corporation

 (including a

government corporation), partnership, association,

state,, municipality, commission, political subdivision

of a state or any interstate body.

“Personnel”

 or “facility personnel” means all persons

who work at or oversee the operations of a hazardous

waste facility and whose actions or failure to act may

 result in noncompliance with the requirements of 35

Ill.

Adm.

 Code 724 or 725.

“Pile” means any noncontainerized accumulation of

solid,

 non—flowing hazardous waste that is used for

treatment or storage.

“Plasma arc incinerator” means any enclosed device

which uses a high intensity electrical discharge or arc

as

 a source of heat and which is not listed as an

industrial

furnace.

“Point

source”

means

any

discernible,

confined

and

discrete conveyance including, but not limited to,

any

pipe,

 ditch, channel, tunnel,

 conduit, well,

 discrete

fissure, container, rolling stock, concentrated animal

feeding operation or vessel or other floating craft

from which pollutants are or may be discharged.

 This

term

does

not

include

return

flows

from

irrigated

agriculture.

“Publicly owned treatment works” or “POTW” is as

defined in 35 Ill. Adm. Code 310.110.

“Regional Administrator” means the Regional

Administrator for the EPA Region in which the facility

is located or the Regional Administrator’s designee.

“Representative sample” means a sample of a universe or

whole

 (e.g.,

 waste pile,

 lagoon,

 groundwater) which can

be expected to exhibit the average properties of the

 universe or whole.

“Runoff” means any rainwater,

 leachate or other liquid

that drains over land from any part of a facility.

“Runon” means any rainwater,

 leachate or other liquid

that drains over land onto any part of a facility.

132—326

65

“Saturated zone” or “zone of saturation” means that

part of the earth’s crust in which all voids are filled

with water.

“SIC Code” means Standard Industrial Code as defined in

Standard Industrial Classification Manual,

 incorporated

by reference in Section 720.111.

“Sludge” means any solid,

 semi—solid or liquid waste

gener’ated from a municipal,

 commercial or industrial

wastewater treatment plant, water supply treatment

plant or air pollution control facility exclusive of

the

treated

effluent

from

wastewater

treatment

plant.

“Sludge dryer” means any enclosed thermal treatment

device which is used to dehydrate sludcie and which has

a total thermal input. excludinq the heating value of

the sludge itself,

 of 2500 Btu/lb or less of sludge

treated on a wet weight basis.

“Small Quantity Generator” means a generator which

generates less than 1000 kg of hazardous waste

 in a

calendar month.

“Solid waste”- means a solid waste as defined in 35

 Ill.

Adm.

Code

721.102.

“Sump” means any pit or reservoir that meets the

definition of tank and those troughs or trenches

connected to it that serve to collect hazardous waste

for transport to hazardous waste storage, treatment or

disposal facilities.

“State” means any of the several states, the District

Columbia,

the

Commonwealth

Puerto

Rico,

the

Virgin

Islands,

Guam,

American

Samoa

and

the

Commonwealth

the

Northern

Mariana

Islands.

“Storage” means the holding of hazardous waste for a

temporary period, at the end of which the hazardous

waste is treated, disposed of or stored elsewhere.

“Surface impoundment” or “impoundment” means

 a facility

or part of

 a facility which is a natural topographic

depression,

 manmade excavation or diked area formed

primarily of earthen materials (although it may be

lined with manmade materials) which is designed to hold

an accumulation of liquid wastes or wastes containing

free liquids and which is not an injection well.

Examples

surface

impoundments

are

holding,

storage,

settling and aeration pits,

 ponds and lagoons.

132—327

66

‘Tank” means a stationary device, designed to contain

anaccumulation of hazardous waste which is constructed

primarily of nonearthen materials

 (e.g., wood,

concrete,

 steel, plastic) which provide structural

support.

“Tank system” means a hazardous waste storage or

breatment tank and its associated ancillary equipment

and containment system.

“Thermal treatment” means the treatment of hazardous

waste in a device which uses elevated temperatures as

tthe

primary means to change the chemical, physical or

biological character or composition of the hazardous

waste.

 Examples of thermal treatment processes are

incineration, molten salt, pyrolysis,

 calcination, wet

air oxidation and microwave discharge.

 (See also

“incinerator” and “open burning”.)

“Totally enclosed treatment facility” means a facility

for the treatment of hazardous waste which is directly

connected to an industrial production process and which

is constructed and operated in a manner which prevents

the release of any hazardous waste or any constituent

thereof into the environment during treatment.

An

example is a pipe in which waste acid is neutralized.

“Transfer facility” means any transportation related

facility including loading docks, parking areas,

storage areas and other similar areas where shipments

of hazardous waste are held during the normal course of

 transportation.

“Transport vehicle” means a motor vehicle or rail car

used for the transportation of cargo by any mode.

 Each

cargo—carrying body (trailer, railroad freight car,

etc.)

 is a separate transport vehicle.

“Transportation” means the movement of hazardous waste

by air,

 rail, highway or water.

“Transporter” means a person engaged in the off—site

transportation of hazardous waste by air,

 rail,

 highway

or water.

“Treatability study” means:

A study in which a hazardous waste is subjected to

a treatment process to determine:

Whether the waste is amenable to the

treatment process.

132—328

67

What pretreatment

 (if any)

 is required.

The optimal process conditions needed to

achieve the desired treatment.

The efficiency of.a treatment process for a

specific waste or wastes.

Or,

The characteristics and volumes of residuals

from a particular treatment process.

Also included in this definition for the purpose

of 35 Ill.

 Adm. Code 721.104(e)

and

 (f) exemptions

are liner compatibility, corrosion and other

material compatibility studies and toxicological

and health effects studies.

 A “treatability

study”

 is not a means to commercially treat or

dispose of hazardous waste.

“Treatment” means any method, technique or process,

 including neutralization,

 designed to change the

physical, chemical or biological character or

composition of any hazardous waste so as to neutralize

such waste,

 or so as to recover energy or material

resources from the waste or so as to render such waste

non—hazardous or less hazardous; safer to transport,

store or dispose of; or amenable for recovery, amenable

for storage or reduced in volume.

“Treatment zone” means a soil area of the unsaturated

zone of a land treatment unit within which hazardous

constituents are degraded, transformed or immobilized.

“Underground injection” means the subsurface

emplacement of fluids through a bored, drilled or

driven well;

 or through a dug well,

 where the depth of

the dug well is greater than the largest surface

dimension.

 (See also “injection well”.)

“Underground tank” means a device meeting the

definition of “tank” whose entire surface area is

totally below the surface of and covered by the ground.

“Unfit—for—use tank system” means a tank system that

has been determined through an integrity assessment or

other inspection to be no longer capable of storing or

treating hazardous waste without posing a threat of

release of hazardous waste to the environment.

“Uppermost aquifer” means the geologic formation

nearest the natural ground surface that is an aquifer,

as well as lower aquifers that are hydraulically

132—329

68

interconnected with this aquifer within the facility’s

property boundary.

“United States” means the 50 States, the District of

Columbia, the Commonwealth of Puerto Rico,

 the U.S.

Virgin Islands, Guam,

 American Samoa and the

Commonwealth of the Northern Mariana Islands.

“Unsaturated zone” or “zone of aeration” means the zone

between the land surface and the water table.

“USEPA” means United States Environmental Protection

Agency.

“Vessel” includes every description of watercraft,

 used

or capable of being used as a means of transportation

on the water.

“Wastewater treatment unit” means a device which:

Is part of a wastewater treatment facility which

has an NPDES permit pursuant to 35 Ill.

 Adm. Code

309 or a pretreatment permit or authorization to

discharge pursuant to 35 Ill. Adm. Code 310; and

Receives and treats or stores an influent

wastewater which is a hazardous waste as defined

in 35

 Ill. Adm. Code 721.103, or generates and

accumulates a wastewater treatment sludge which is

a hazardous waste as defined in 35 Ill.

 Adm. Code

721.103, or treats or stores a wastewater

treatment sludge which is a hazardous waste as

defined in 35

 Ill. Adm. Code 721.103; and

Meets the definition of tank or tank system in

this Section.

“Water (bulk shipment)” means the bulk transportation

of hazardous waste which is loaded or carried on board

 a vessel without containers or labels.

“Well” means any shaft or pit dug or bored into the

earth, generally of a cylindrical form, and often

walled with bricks or tubing to prevent the earth from

caving in.

“Well injection”

 (See “underground injection”).

“Zone of engineering control” means an area under the

control of the owner or operator that,

 upon detection

of a hazardous waste release, can be readily cleaned up

prior to the release of hazardous waste or hazardous

13 2—330

69

constituents to groundwater or surface water.

Source:

 Amended at

 Ill. Reg.

 effective

Section 720.111

 References

a)

 The following publications are incorporated by

reference:

ANSI.

 Available from the American National

Standards Institute,

 1430 Broadway, New York, New

York

 10018,

 (212)

 354—3300:

ANSI B31.3 and B3l.4.

 See ASME/ANSI B3l.3

and B31.4

ACI.

 Available from the American Concrete

Institute, Box 19150, Redford Station, Detroit,

Michigan

 48219:

ACI 318-83:

 “Building Code Requirements for

Reinforced Concrete”, adopted September,

1983.

API.

 Available from the American Petroleum

Institute,

 1220 L Street, N.W., Washington,

 D.C.

20005,

 (202)

 682—8000:

“Guide for Inspection of Refinery Equipment,

Chapter XIII, Atmospheric and Low Pressure

Storage Tanks,” 4th Edition,

 1981,

 reaffirmed

December,

 1987.

“Cathodic Protection of Underground Petroleum

Storage Tanks and Piping Systems,” API

Recommended Practice 1632,

 Second Edition,

December,

 1987.

“Installation of Underground Petroleum

Storage Systems,”

API

Recommended Practice

1615,

 Fourth Edition, November,

 1987.

APTI.

 Available from the Air and Waste Management

Association, Box 2861, Pittsburgh, PA

 15230,

(412)

 232—3444:

APTI Course 415:

 Control of Gaseous

Emissions,

 EPA Publication EPA-450/2-81-005,

December, 1981.

ASME.

 Available from the American Society of

132—331

70

Mechanical Engineers,

 345 East 47th Street, New

York, NY

 10017,,

 (212)

 705—7722:

“Chemical Plant and Petroleum Refinery

Piping”, ASME/ANSI B31.3—1987,

as

supplemented by B31.3a-1988 and B31.3b-1988.

Also available from ANSI.

“Liquid Transportation Systems for

Hydrocarbons, Liquid Petroleum Gas, Anhydrous

Ammonia,

 and Alcohols”; ASME/ANSI B31.4—1986,

as supplemented by B31.4a—1987.

 Also

available from ANSI.

ASTM.

 Available from American Society for Testing

and Materials,

 1916 Race Street, Philadelphia, PA

19103,

 (215)

 299—5400:

ASTN C94-90, Standard Specification for

Ready-Mixed Concrete, approved March 30,

1990.

ASTN D88—87. Standard Test Method for Savbolt

Viscosity. April

24,

 1981, reapproved

Jantiary,

 1987.

ASTM D93-85, Standard Test Methods for Flash

Point by Pensky-Martens Closed Testerapproved

October 25,

 1985.

ASTM D1946—90, Standard Practice for Analysis

of Reformed Gas by Gas Chromatography,

Approved March 30,

 1990.

ASTM D2l61-87, Standard Practice for

Conversion of Kinematic Viscosity to Saybolt

Universal or to Saybolt Furol Viscosity,

March 27,

 1987.

ASTM D2267-88, Standard Test Method for

Aromatics in Light Naphthas and Aviation

Gasolines by Gas Chromatography, approved

November 17,

 1988.

ASTN D2382-88, Standard Test Method for Heat

of Combustion of Hydrocarbon Fuels by Bomb

Calorimeter (High Precision Method), approved

October

31,

 1988..

ASTM D2879-86, Standard Test Method for Vapor

Pressure—Temperature Relationship and Initial

Decomposition Temperature of Liquids by

13 2—332

71

Isoteniscope, approved October 31,

 1986.

ASTM D3828-87, Standard Test Methods for

Flash Point of Liquids by Setaflash’ Closed

Tester,

 approved December 14,

 1988.

ASTM E168—88,

 Standard Practices for General

Techniques of Infrared Quantitative Analysis,

approved May 27,

 1988.

ASTM E169-87, Standard Practices for General

Techniques of Ultraviolet-Visible

Quantitative Analysis, approved February 1,

1987.

ASTM E260-85, Standard Practice for Packed

Column Gas Chromatography,

 approved June 28,

1985.

GPO.

 Available from the Superintendent of

Documents, U.S. Government Printing Office,

Washington,

 D.C.

 20401,

 (202)

 783—3238:

Standard Industrial Classification Manual

(19-72), and 1977 Supplement,

 republished in

1983

NACE.

 Available from the National Association of

Corrosion Engineers,

 1400 South Creek Dr.,

Houston,

TX

 77084,

 (713)

 492—0535.:

“Control of External Corrosion on Metallic

Buried, Partial’ly Buried,

 or Submerged Liquid

Storage Systems”, NACE Recommended Practice

RP0285—85,

 approved March,

 1985.

NFPA.

 Available from the National Fire Protection

Association, Batterymarch Park,

 Boston, MA

 02269,

(617)

 770—3000 or

 (800)

 344—3555:

“Flammable and Combustible Liquids Code” NFPA

 30, issued July 17,

 1987.

 Also available

from ANSI.

NTIS.

 Available from the National Technical

Information Service,

 5285 Port Royal Road,

Springfield, VA

 22161,

 (703)

 487—4600:

“Generic Quality Assurance Project Plan for

Land Disposal Restrictions Program”, EPA/530-

SW—87-011, March

15,

 1987.

 (Document number

PB 88—170766.)

132—333

72

“Guidance on Air quality Models”, Revised

1986.

 (Document number PB86-245-248

(Guideline)

 and PB88—150—958 (Supplement)).

“Methods for Chemical Analysis of Water and

Wastes”, Third Edition, March,

 1983.

(Document number PB 84-128677)

“Methods Manual for Compliance with BIF

Regulations”, December,

 1990.

 (Document

number PB91-120—006)

“Petitions to Delist Hazardous Wastes

Guidance Manual”,

 EPA/530—SW—85-003, April,

1985.

 (Document Number PB 85-194488

“Procedures Manual for Ground Water

Monitoring at Solid Waste Disposal

Facilities”, EPA—530/SW—611,

 1977.

 (Document

number PB 84—174820)

“Screening Procedures for Estimating the Air

quality Impact ‘of Stationary Sources”.

August.

1988

 (Document number PB89-159396).

“Test Methods for Evaluating Solid Waste,

Physical/Chemical Methods,” EPA Publication

number SW-846

 (Second Edition,

 1982 as

amended by Update

I

 (April,

 1984) and Uptiate

II

 (April,

 1985))

 (Document number PB 87-

120291)

STI.

 Available from the Steel Tank Institute,

728

Anthony Trail, Northbrook,

IL

 60062,

 (312)

 498-

1980:

“Standard for Dual Wall Underground Steel

Storage Tanks”

 (1986).

USEPA.

 Available from United States Environmental

Protection Agency, Office of Drinking Water,

 State

Programs Division, WH 550 E, Washington,

 D.C.

20460:

“Technical Assistance Document:

 Corrosion,

Its Detection and Control in Injection

Wells”, EPA 570/9—87—002, August,

 1987.

LJSEPA.

Available

from

USEPA,

Number

F-90-WPWF-

FFFFF,

Room

M2427,

401

Street

SW,

Washington,

D.C.

20460,

(202)

475—9327:

13 2—334

73

“Test Method

8290:

 Procedures for the

Detection and Measurement of PCDD5 and

PCDFs”, EPA/530—SW—91—019

 (January,

 1991)

b)

 Code of Federal Regulations.

 Available from the

Superintendent of Documents,

 U.S. Government Printing

Office,

 Washington,

 D.C.

 20401,

 (202)

 783—3238:

10 CFR 20, Appendix B ~19901991)

40 CFR 51.100(u)

 (1991)

40 CFR 60

 (19901991)

40 CFR 61, Subpart V (19901991)

40 CFR 136

 (19901991)

40 CFR 142

 (19901991)

40 CFR 220

 (19901991)

40 CFR 260.20

 (19901991)

40 CFR

 2-64

 (19901991)

40 CFR 302.4,

 302.5 and 302.6

 (19901991)

40 CFR 761

 (19901991)

c)

 Federal Statutes

Section 3004 of the Resource Conservation and Recovery

Act

 (42 U.S.C.

 6901 et seq.), as amended through

December 31,

 1987.

d)

 This Section incorporates no later editions or

amendments.

Source:

 Amended at

 Ill.

 Reg.

 effective

132—335

74

TITLE 35:

 ENVIRONMENTAL PROTECTION

SUBTITLE G:

 WASTE DISPOSAL

CHAPTER

I:

 POLLUTION CONTROL BOARD

SUBCHAPTER c:

 HAZARDOUS. WASTE OPERATING REQUIREMENTS

PART 721

IDENTIFICATION AND LISTING OF HAZARDOUS

WASTE

Section

721. 101

 721. 102

721.103

721.104

721.105

721.106

721.107

721. 108

SUBPART A:

 GENERAL PROVISIONS

Purpose and Scope

Definition of Solid Waste

Definition of Hazardous Waste

Exclusions

Special Requirements for Hazardous Waste Generated by

Small Quantity Generators

Requirements for Recyclable Materials

Residues of Hazardous Waste in Empty Containers

PCB Wastes Regulated under TSCA

SUBPART

B:

 CRITERIA FOR IDENTIFYING THE CHARACTERISTICS

OF HAZARDOUS WASTE AND FOR LISTING HAZARDOUS WASTES

721.110

 Criteria for

Identifying the Characteristics of

Hazardous Was~te

721.111

 Criteria for Listing Hazardous Waste

Section

721. 130

721. 131

721. 132

721. 133

SUBPART

C:

 CHARACTERISTICS OF HAZARDOUS WASTE

General

Characteristic of Ignitability

Characteristic of Corrosivity

Characteristic of Reactivity

Toxicity Characteristic

SUBPART D:

 LISTS OF HAZARDOUS WASTE

Hazardous Wastes From Nonspecific Sources

Hazardous Waste from Specific Sources

Discarded Commercial Chemical Products, Off—

Specification Species, Container Residues and Spill

Residues Thereof

721.135

 Wood Preserving Wastes

721.Appendix

721.Appendix

721.Appendix

 Table A

Table B

A Representative Sampling Methods

B Method 1311 Toxicity Characteristic Leaching

Procedure

 (TCLP)

C Chemical Analysis Test Methods

Analytical Characteristics of Organic Chemicals

(Repealed)

Analytical Characteristics of Inorganic Species

Section

Section

721. 120

721. 121

721. 122

721.123

721. 124

General

132—336

75

(Repealed)

Sample Preparation/Sample Introduction Techniques

(Repealed)

G Basis for Listing Hazardous Wastes

H Hazardous Constituents

I Wastes Excluded under Section.720.120 and 720.122

Wastes Excluded from Non—Specific Sources

Wastes Excluded from Specific Sources

Wastes Excluded From Commercial Chemical Products,

Off-Specification Species, Container Residues, and

Soil Residues Thereof

Table D

 Wastes

Excluded by Adlusted Standard

72l.Appendix J Method of Analysis for Chlorinated Dibenzo-p-

Dioxins and Dibenzofurans

72i~Appendix Z Table to Section 721.102

AUTHORITY:

 Implementing Section 22.4 and authorized by Section

27 of the Environmental Protection Act

 (Ill.

 Rev.

 Stat.

 1989,

ch.

111½,

 pars.

 1022.4 and 1027).

SOURCE:

 Adopted in R8l-22,

 43 PCB 427, at 5 Ill. Reg.

 9781,

effective as noted in 35

 Ill. Adm.

 ‘Code 700.106; amended and

codified in P81—22,

 45 PCB 317,

at

 6 Ill. Reg. 4828, effective as

noted in 35 Ill. Adm.

 Code 700.106; amended in P82—18,

 51 PCB 31,

at

 7 Ill. Reg.

 2518,

 effective February 22,

 1983;

 amended in R82-

19,

 53 PCB 131,

 at 7

 Ill. Reg.

 13999, effective October 12,

 1983;

amended in R84—34,

 61 PCB 247,

at

 8 Ill. Peg.

 24562, effective

December 11,

 1984; amended in R84—9, at

 9 Ill. Reg.

 11834,

effective July 24,

 1985; amended in.R85—22

 at 10,111. Reg.

 998,

effective January

2,

 1986; amended in R85—2

 at 10 Ill.

 Peg.

 8112,

effective May 2,

 1986; amended in P86—i at 10

 Ill. Peg.

 14002,

effective August 12,

 1986; amended in P86—19 at 10 Ill. Reg.

20647, effective December 2,

 1986; amended in P86—28 at 11 Ill.

Peg.

 6035,

 effective March 24,

 1987; amended in P86—46 at 11 Ill.

Peg.

 13466, effective August

4,

 1987; amended in P87—32 at 11

Ill.

 Peg.

 16698,

 effective September 30,

 1987;

 amended in P87-S

 at 11

 Il..

 Peg.

 19303, effective November 12,

 1987; amended in

R87—26 at 12

 Ill. Reg.

 2456,

 effective January 15,

 1988;

 amended

in P87—30 at

 12 Ill. Peg.

 12070, effective July 12,

 1988;

 amended

in P87-39 at 12 Ill. Reg.

 13006, effective July 29,

 1988;

 amended

in P88—16 at

 13 Ill. Peg.

 382, effective December 27,

 1988;

amended in P89—1 at 13

 Ill. Peg.

 18300, effective November 13,

1989; amended in R90—2 at 14 Ill. Reg.

 14401, effective August

22,

 1990;

 amended in P90—10 at 14

 Ill.

 Peg. 16472, effective

September 25,

 1990; amended in P90—17 at 15 Ill. Peg.

 7950,

effective May 9,

 1991; amended in P90—li at 15 Ill.

 Peg.

 9332,

effective June 17,

 1991; amended in R9l—1 at 15 Ill.

 Peg.

 14473,

effective September 30,

 1991;

 amended in P91—12 at

 16 Ill.

 Peg.

2155, effective January 27,

 1992;

 amended in P91—26 at 16

 Ill.

Peg.

 2600, effective February 3,

 1992;

 amended in P91—13 at 16

Ill. Reg.

 effective

Table C

721.Appendix

721.Appendix

721.Appendix

Table A

Table B

Table C

132—337

76

SUBPART A:

 GENERAL PROVISIONS

Section 721.102

 Definition of Solid Waste

a)

 Solid waste.

1)

 A solid waste is any discarded material that is

not excluded by Section 721.104(a)

 or that is not

excluded pursuant to 35

 111. Adm.

 Code 720.130 and

720. 131.

2)

 A discarded material is any material which

is:

A)

 Abandoned,

 as explained in subsection (b)~

below

or

B)

 Recycled, as explained in subsection

 (c)4.

below

or

C)

 Considered inherently waste-like,

as

explained in subsection

 (d), below.

b)

 Materials are solid waste if they are abandoned by

being:

1)

 Disposed of; or

2)

 Burned or incinerated; or

3)

 Accumulated,

 stored or treated

 (but not recycled)

before or in lieu of being abandoned by being

disposed of, burned or incinerated.

c)

 Materials are solid wastes if they are recycled

——

or

accumulated,

 stored or treated before recycling

——

as

specified in subsections

 (c) (1) through

 -(-e’)-(4),

 below,

if they are:

1)

 Used in a manner constituting disposal.

A)

 Materials noted with a “yes”

 in column

 1 of

table in Appendix

 Z are solid wastes when

they are:

i)

 Applied to or placed on the land in a

manner that constitutes disposal;

or

ii)

 Used to produce products that are

applied to or placed on the land or are

otherwise contained in products that are

applied to or placed on the land

(in

which cases the product itself remains a

13 2—338

77

solid waste).

B)

 However, commercial chemical products listed

in Section 721.133 are not solid wastes if

they are ‘applied to the land and that is

their ordinary manner of use.

2)

 Burned for energy recovery.

B)

 Materials noted with a “yes”

 in column

 2 of

table in Appendix

 Z are solid wastes when

they are:

i)

 burned to recover energy;

ii)

 Used to produce a fuel or are otherwise

contained in fuels

 (in which case the

fuel itself remains a solid waste);

iii) Contained in fuels

 (in which case the

fuel itself remains a solid waste).

B)

 However, commercial chemical products listed

in Section 721.133 are not solid wastes

if

they are themselves fuels.

3)

 Reclaimed.

 Materials noted with

 a. “yes”

 in column

3 of table in Appendix

 Z are solid wastes when

reclaimed.

4)

 Accumulated speculatively.

 Materials noted with

“yes”

 in column

 4 of table in Appendix

 Z are solid

wastes when accumulated speculatively.

d)

 Inherently waste-like materials.

 The following

materials are solid wastes when they are recycled in

any manner:

1)

 Hazardous waste numbers F020,

 F021

 (unless used as

an ingredient to make a product at the site of

generation),

 F022,

 F023,

 F026 and F028.

2i

 Secondary materials fed to a halogen acid furnace

that exhibit a characteristic of a hazardous waste

or are listed as a hazardous waste as defined in

Subparts C or D,

 except for brominated material

which meets the following criteria:

~j

 The material must contain a bromine

concentration of at least 45;

and

~J

 The material must contain less than a total

132—339

78

of

1

 of toxic organic compounds listed

in

Appendix

H;.

and

~j

 The material is processed continually on—site

in the halogen acid furnace via direct

conveyance

 (hard pining).

 2~) The following criteria are used to add wastes to

the list:

aA)

 Disposal method or toxicity.

i)

 The materials are ordinarily disposed

of, burned or incinerated; or

ii)

 The materials contain toxic constituents

listed in Appendix H and these

constituents are not ordinarily found in

raw materials or products for which the

materials substitute

 (or are found in

raw materials or products in smaller

concentrations)

 and are not used or

reused during the recycling process; and

B)

 The~material may pose a substantial hazard to

human health and the environment when

recycled.

e)

 Materials that are not solid waste when recycled.

1)

 Materials are not solid wastes when they can be

shown to be recycled by being:

A)

 Used or reused as ingredients in an

industrial process to make a product,

provided the materials are not being

reclaimed; or

B)

 Used or reused as effective substitutes for

commercial products; or

C)

 Returned to the original process from which

they are generated, without first being

reclaimed.

 The materials must be returned as

a substitute for raw materials feedstock,

and

the process must use raw materials as

principal feedstocks.

2)

 The following materials are solid wastes, even if

the recycling involves use, reuse or return to the

original process

 (described in subsections

(e) (1) (A)—(C),

 above:

132—340

79

A)

 Materials used in a manner constituting

disposal, or used to produce products that

are applied to the land; or

B)

 Materials burned for energy reôovery, used to

produce a fuel or-contained in fuels; or

C)

 Materials accumulated speculatively;

or

D)

 Materials listed in subsection

 (d) (1),

 above.

f)

 Documentation of claims that materials are not solid

wastes or are conditionally exempt from regulation.

Respondents

 in actions to enforce regulations

implementing Subtitle C of the Resource Conservation

Recovery Act or Section

 21 of the Environmental

Protection Act who raise a claim that a certain

material is not a solid waste,

 or is conditionally

exempt from regulation must demonstrate that there is a

known market or disposition for the material, and that

they meet the terms of the exclusion or exemption.

In

doing so, they must provide appropriate documentation

(such as contracts showing that a second person uses

the material as an ingredient in a production process)

to demonstrate’ that the material is not a waste, or

is

exempt from regulation.

 In addition, owners or

operators of facilities claiming that they actually are

 recycling materials must show that they have the

necessary equipment to do so.

Source:

 Amended at

 16 Ill.

 Peg.

 effective

Section 721.103

 Definition of Hazardous Waste

a)

 A solid waste,

 as defined in Section 721.102,

is

a

hazardous waste if:

1)

It

 is not excluded from regulation as a hazardous

waste under Section 721.104(b); and

2)

 It meets any of the following criteria;’

A)

 It exhibits any of the characteristics of

hazardous waste identified in Subpart

C.

Except that any mixture of a waste from the

extraction, beneficiation or processing of

ores or minerals excluded under Section

721.104(b) (7) and any other solid waste

exhibiting a characteristic of hazardous

waste under Subpart C is a hazardous waste

only:

 if it exhibits a characteristic that

13

2—34

80

would not have been exhibited by the excluded

waste alone if such mixture had not occurred;

or,

 if it continues to exhibit any of the

characteristics exhibited by the non-excluded

wastes prior to mixture.

 Further,

 for the

purposes of applying the EP toxicity

(extraction procedure toxicity),

characteristic to such mixtures, the mixture

is also a hazardous waste:

 if it exceeds the

maximum concentration for any contaminant

listed in Section 721.124 that would not have

been exceeded by the excluded waste alone if

the mixture had not occurred;

or,

 if it

continues to exceed the maximum concentration

for any contaminant exceeded by the nonexempt

waste prior to mixture.

B)

 It is listed in Subpart D and has not been

excluded from the lists in Subpart D under 35

Ill. Adm. Code 720.120 and 720.122.

C)

 It is a mixture of a solid waste and

.a

hazardous waste that is listed in Subpart D

solely because it exhibits one or more of the

characteristics of hazardous waste identified

in Subpart C, unless the resultant mixture no

longer exhibits any characteristic of

hazardous waste identified in Subpart C, or

unless the solid waste:

 is excluded from

regulation under Section 721.104(b) (7);

 and,

the resultant mixture no longer exhibits any

characteristic of hazardous waste identified

in Subpart C for which the hazardous waste

listed in Subpart D was listed.

D)

 It is a mixture of solid waste and one or

more hazardous wastes listed in Subpart D and

has not been excluded from this paragraph

under 35 Ill. Adm. Code 720.120 and 720.122;

however, the following mixtures of solid

wastes and hazardous wastes listed in Subpart

D are not hazardous wastes

 (except by

application of subsection

 (a) (2) (A) or (B)~

above)

 if the generator can demonstrate. that

the mixture consists of wastewater the

discharge of which is subject to regulation

under either 35 Ill. Adm. Code 309 or 310

(including wastewater at facilities which

have eliminated the discharge of wastewater)

and;

i)

 One or more of the following spent

123—342

81

solvents listed in Section 721.131

carbon tetrachloride, tetrachloro

ethylene,. trichloroethylene

 provided

that the maximum total weekly usage of

these solvents

 (other than the amounts

that can be demonstrated not to be

discharged to wastewater)

 divided by the

average weekly flow of wastewater into

the headworks of the facility’s

wastewater treatment or pre—treatment

system does not exceed 1 part per

million; or

ii)

 One or more of the following spent

solvents listed in Section 721.131

methylene chloride,

 1,1,1

—

trichloroethane,

 chlorobenzene,

o—dichlorobenzene, cresols, cresylic

acid, nitrobenzene, toluene, methyl

ethyl ketone, carbon disulfide,

isobutanol, pyridine, spent chloro

fluorocarbon solvents

—

 provided that

the maximum total weekly usage of these

solvents

 (other than the amounts that

can be demonstrated not to be discharged

to wastewater)

 divided by the average

weekly flow of wastewater into the

headworks of the facility’s wastewater

treatment or pre—treatment system does

not exceed 25 parts per million; or

iii) One of the following wastes listed in

Section 721.132

—

 heat exchanger bundle

cleaning sludge from the petroleum

refining industry (EPA Hazardous Waste

No. K050); or

iv)

 A discharged commercial chemical

product, or chemical intermediate listed

in Section 721.133, arising from de

minimis losses of these materials from

manufacturing operations in which these

materials are used as rawmatcrial~ raw

materials or are produced in the

manufacturing process.

 For purposes of

this subsection,

 “de minimis” losses

include those from normal material

handling operations

 (e.g., spills from

the unloading or transfer of materials

from bins or other containers,

 leaks

from pipes, valves or other devices used

tr~

transfer materials); minor leaks of

13 2—343

82

process equipment,

 storage tanks or

containers;

 leaks from well—maintained

pump packings and seals; sample

purgings; relief device discharges;

 discharges from safety showers and

rinsing and cleaning of personal safety

equipment;

 and rinsate from empty

containers or from containers that are

rendered empty by that rinsing; or

v)

 Wastewater resulting from laboratory

operations containing toxjc

 (T) wastes

listed in Subpart D, provided that the

annualized average flow of laboratory

wastewater does not exceed one percent

of total wastewater flow into the

headworks ,of the facility’s wastewater

treatment or pre—treatment system,

or

provided that the wastes combined

annualized ‘average concentration does

not exceed one part per million in the

headworks of the facility’s wastewater

treatment or pre-treatment facility.

Toxic

 (T) wastes used in laboratories

 ‘that are’ demonstrated not to be

discharged to wastewater are not to be

included in this calculation.

 solici

waste which is not excluded from regulation

under subsection

 (a) (1).

 above,

 becomes

 a hazardous

waste when any of the following events occur:

1)

 In the case of a waste listed in Subpart

 D, when

the waste first meets the listing description set

forth in Subpart D.

2)

 In the case of a mixture of solid waste and one or

more listed hazardous wastes, when a hazardous

waste listed in Subpart D is first added to the

 solid waste.

3)

 In the case of any other waste

 (including a waste

mixture), when the waste exhibits any of the

characteristics identified in Subpart C.

c)

 Unless. and until

 it meets the criteria of subsection

(d), below:

1)

 A hazardous waste will remain a hazardous waste.

2)

 Specific inclusions and exclusions

132—3 44

83

A)

 Except as otherwise provided in subsection

(c) (2) (B).

 below,

 any solid waste generated

from the ‘treatment, storage or disposal of a

hazardous waste,

 including any sludge, spill

residue,

 ash, emission control dust or

leachate (but not including precipitation

run—off),

 is a hazardous waste.

 (However,

materials that are reclaimed from solid

wastes and that are used beneficially are not

solid wastes and hence are not hazardous

wastes under this provision unless the

reclaimed material

 is burned for energy

recovery or used in a manner constituting

disposal.)

B)

 The following solid wastes are not hazardous

even though they are generated from the

treatment,

 storage or disposal of a hazardous

waste,

 unless they exhibit one or more of the

characteristics of hazardous waste--:

1)

 Waste pickle liquor sludge generated by

 lime stabilization of spent pickle

liquor from the iron and steel industry

(SIC Codes 331 and 332)

 (Standard

Industrial Codes,

 as defined and

incorporated by reference, in 35 Ill.

Adm. Code 720.110 and 720.111).

ii)

 Wastes from burning any of the materials

exempted from regulation by Section

721.106 (a) (3) (E)

 (F),

(G)

or

(H)—e~

+1+.

iii) Nonwastewater residues, such as slag,

resulting from high temperature metal

recovery

(HTNR)

processing of K061

waste,

 in units identified below,

 that

are disposed of in non—hazardous waste

units, provided that these residues meet

the generic exclusion levels identified

below for all constituents, and exhibit

no characteristics of hazardous waste.

The

types

of units are:

 rotary kilns,

flame reactors, electric furnaces,

plasma arc furnaces, slag reactors,

rotary hearth furnace/electric furnace

combinations or the following

types

of

industrial furnaces

 (as defined in 35

Ill. Adm. Code 720.110):

 blast

furnaces, smelting, melting and refining

furnaces

 (including pyrometallurgical

13 2—345

84

devices such as cupolas, reverberator

 furnaces. sintering machines, roasters

and foundry furnaces),

 and other

furnaces designated by the Agency

pursuant to that definition.

 Testing

requirements must be incorporated in a

facility’s waste analysis plan or

a

generator’ s self—implementing waste

analysis plan;

 at a minimum, composite

samples of residues must be collected

and analyzed quarterly and when the

process or operation generating the

waste changes.

 The generic exclusion

levels are:

Constituent

 Maximum for any single

composite sample

 (mg/L)

Antimony

 0.063

Arsenic

 0.056

Barium

6.3

Beryllium

 0.0063

Cadmium

 0.032

Chromium

 (total)

 0.33

Lead

 0.095

Mercury

 0.009

Nickel

 0.63

Selenium

 0.16

Silver

 0.30

Thallium

 0.013

Vanadium

 1.26

For each shipment of K06l

HTMR

residues

sent to a nonhazardous waste management

unit,

 a notification and certification

must be sent to the Agency

 (or, for out—

of-State shipments,

 to the appropriate

Regional Administrator of USEPA or state

agency authorized to implement 40 CFR

268 reauirements).

 The notification

must include the following information:

The name and address of the nonhazardous

waste management unit receiving the

waste shipment;

 The USEPA hazardous

waste number and treatability group at

the initial point of generation;

The

treatment standards applicable to the

waste at the initial point of

generation.

 The certification must be

signed by an authorized representative

and must state

 as follows:

132—346

85

“I certify under penalty of law that the

generic exclusion levels for all

constituents have been met without

impermissible dilution and that no

characteristic of hazardous waste is

~~vh’i hi

ted.

 I am aware

th~1-

there are

significant penalties for submitting a

false certification, including the

possibility of fine and imprisonment.”

d)

 Any solid waste described in ~ubsection (c). above,

is

not a hazardous waste if it meets the following

criteria:

1)

 In the case of any solid waste,

 it does not

exhibit any of the characteristics of hazardous

waste identified in Subpart

C.

 (However, wastes

which exhibit a characteristic at the point of

generation may still be subiect to the

requirements of 35 Ill.

 Adm. Code 728, even if

they no longer exhibit

 a characteristic at the

point of land disposal.)

2)

 In the case of a waste which is a listed waste

under Stthpart D, contains a waste listed under

Subpart D or is derived from a waste listed in

Subpart D,

 it also has been excluded from

subsection

 (c), above,

 under 35 Ill. Adm. Code

720.120 and 720.122.

Source:

 Amended at 16 Ill.

 Peg.

 effective

Section 721.104

 Exclusions

a)

 Materials which are not solid wastes.

 The following

materials are not solid wastes for the purpose of this

Part:

1)

 Sewage:

A)

 Domestic sewage; and

B)

 Any mixture of domestic sewage and other

waste that passes through a sewer system to

publicly—owned treatment works for treatment.

“Domestic sewage” means untreated sanitary

wastes that pass through a sewer system.

2)

 Industrial wastewater discharges that are point

source discharges with NPDES permits issued by the

Agency pursuant to Section 12(f)

 of the

132—347

86

Environmental Protection Act and 35 Ill. Adm. Code

309.

BOARD NOTE:

 This exclusion applies only to the

actual point source discharge.

 It does not

exclude industrial wastewaters while they are

being collected,

 stored or treated before

discharge,

 nor does it exclude sludges that are

generated by industrial wastewater treatment.

3)

 Irrigation return flows.

4)

 Source,

 special nuclear or by—product material as

defined by the Atomic Energy Act of 1954,

as

amended

 (42 U.S.C.

 2011 et seq.)

5)

 Materials subjected to in-situ mining techniques

which are not removed from the ground as part of

the extraction process.

6)

 Pulping liquors

 (i.e.,

 black liquor) that are

reclaimed in a pulping liquor recovery furnace and

then reused in the pulping process, unless

accumulated speculatively as defined in Section

721.101(-c);

7)

 Spent sulfuric acid used to produce virgin

sulfuric acid,

 unless it is accumulated

speculatively as defined in Section 721.101(c).

8)

 Secondary materials that are reclaimed and

returned to the original process or processes in

which they were ,generated where they are reused in

the production process, provided:

A)

 Only tank storage is involved, and the entire

process through completion of reclamation is

closed by being entirely connected with pipes

or other comparable enclosed means of

conveyance;

B)

 Reclamation does not involve controlled flame

combustion (such as occurs in boilers,

industrial furnaces or incinerators);

C)

 The secondary materials are never accumulated

in such tanks for over twelve months without

being reclaimed; and

D)

 The reclaimed material is not used to produce

a fuel,

 or used to produce products that are

used in a manner constituting disposal.

132—348

87

9)

 Wood preserving wastes.

A)

 Spent wood preserving solutions that have

been used and are reclaimed and reused for

their original intended purpose;

and

B)

 Wastewaters from the wood preserving process

that have been reclaimed and are reused to

treat wood.

1QI.

 When used as a fuel,

 coke and coal

 ta’r from the

iron and steel industry that contains or

is

produced from decanter tank tar sludge. USEPA

hazardous waste K087.

 The process of producing

coke and coal tar from such decanter tank tar

sludge in a coke oven is likewise excluded from

regulation.

~JJ

 Nonwastewater splash condenser dross residue from

the treatment of K061 in high temperature metals

recovery units.

 provided it

 is shipped in drums

(if shipped) and not land disposed before

recovery.

b)

 Solid wastes”which are not hazardous wastes.

The

following solid wastes are not hazardous wastes:

1)

 Household waste,

 including household waste that

has been collected, .transported, ,stored, treated,

disposed, recovered (e.g., refuse—derived fuel)

or

reused.

 “Household waste” means any waste

material

 (including garbage, trash and sanitary

wastes

 in septic tanks) derived from households

(including single and multiple residences, hotels

and motels, bunkhouses,

 ranger stations, crew

quarters, .campgrounds, picnic grounds and day—use

recreation areas)

 A resource recovery facility

managing municipal solid waste shall not be deemed

to be treat’ing,

 storing, disposing of or otherwise

managing hazardous wastes for the purposes of

regulation under this Part,

 if such facility:

A)

 Receives and burns only:

i)

 Household waste

 (from single and

multiple dwellings, hotels, motels and

other residential sources) and

ii)

 Solid waste from commercial or

industrial sources that does not contain

hazardous waste; and

132—349

88

B)

 Such facility does not accept hazardous waste

and the owner or operator of such facility

has established contractual requirements or

other appropriate notification or inspection

procedures to assure that hazardous wastes

are not received at or burned in such

facility.

2)

 Solid wastes generated by any of the following and

which are returned to the soil as fertilizers:

The

growing

and

harvesting

agricultural

crops.

B)

 The raising of animals, including animal

manures.

3)

 Mining overburden returned to the mine site.

4)

 Fly ash waste,

 bottom ash waste,

 slag wasteT and

flue gas emission control waste generated

primarily from the combustion of coal or other

fossil fuels,

 except as provided in 35

 Ill.

 Adm.

Code 726.212 for facilities that burn or process

hazardous -waste.

5)

 Drilling fluids, produced waters,

 and other wastes

associated with the exploration, development,

or

production of crude oil, natural gas or geothermal

energy.

6)

 Chromium wastes:

A)

 Wastes which fail the test for the toxicity

characteristic (Section 721.124 and Appendix

B) because chromium is present or are listed

in Subpart D due to the presence of chromium,

which do not fail the test for the toxicity

characteristic for any other constituent or

are not listed due to the presence ‘of any

other constituent,

 and which do not fail the

test for any other characteristic,

 if it is

shown by a waste generator or by waste

generators that:

The

chromium

the

waste

exclusively

(or nearly exclusively) trivalent

chromium; and

ii)

 The waste is generated from an

industrial process which, uses trivalent

chromium exclusively

 (or nearly

132—350

89

exclusively)

 and the process does not

generate hexavalent chromium; and

iii) The waste is typically and frequently

managed in non—oxidizing environments.

B)

 Specific wastes which meet the standard in

subsections (b)(6)(A)(i),

 (ii) and (iii)~

above,

 (so long as they do not fail the test

for the characteristic of EP toxicity, and do

not fail the test for any other

characteristic)

are

i)

 Chrome

 (blue)

 trimmings generated by the

following subcategories of the leather

tanning and finishing industry; hair

pulp/chrome tan/retan/wet finish; hair

save/chrome tan/retan/wet finish;

retan/wet finish; no beamhouse; through-

the-blue; and shearling.

ii)

 Chrome

 (blue)

 shavings generated by the

following subcategories of the leather

tanning and finishing industry; hair

pulp/chrome tan/retan/wet finish; hair

save/chrome tan/retan/wet finish;

retan/wet finish; no beamhouse; through-

the-blue; and shearling.

iii) Buffing dust generated by the following

subcategories of the leather tanning and

finishing industry:

 hair pulp/chrome

tan/retan/wet finish; hair save/chrome

tan/retan/wet finish; retan/wet finish;

no beamhouse; through-the-blue.

iv)

 Sewer screenings generated by the

following subcategories of the leather

tanning and finishing industry:

 hair

pulp/chrome tan/retan/wet finish; hair

save/chrome tan/retan/wet finish;

retan/wet finish; no beamhouse; through-

the-blue; and shearling.

v)

 Wastewater treatment sludges generated

by the following subcategories of the

leather tanning and finishing industry:

hair pulp/chrome tan/retan/wet finish;

hair save/chrome tan/retan/wet finish;

retan/wet finish; no beamhouse; through-

 the-blue; and shearling.

132—351

90

vi)

 Wastewater treatment sludges generated

by the following subcategories of the

leather tanning and finishing industry:

hair pulp/chrome tan/retan/wet finish;

hair save/chrome tan/retan/wet finish;

and through-the-blue.

vii) Waste scrap leather from the leather

tanning industry, the shoe manufacturing

industry, and other leather product

manufacturing industries.

viii)

 Wastewater treatment sludges from

the production of titanium dioxide

pigment using chromium—bearing ores

by the chloride process.

7)

 Solid waste from the extraction,

 beneficiation and

processing of ores and minerals (including coal~3-~-

including phosphate rock and overburden from the

mining of uranium ore),

 except as provided by 35

Ill.

 Adm. Code 726.212

 for facilities that burn or

process hazardous waste.

 For purposes of this

subsection,

 beneficiation of ores and minerals is

restrict-ed to the following activities:

 crushing,

grinding, washing, dissolution, crystallization,

filtration,

 sorting,

 sizing,

 drying,

 sintering,

pelletizing, briquetting, calcining to remove

water or carbon dioxide,

 roasting, autoclaving or

chlorination in preparation for leaching (except

 where the roasting or autoclaving or

chlorination)/leaching sequence produces a final

or intermediate product that does not undergo

further beneficiation or processing), gravity

concentration, magnetic separation,

 electrostatic

separation,

 floatation,

 ion exchange, solvent

extraction,

 electrowinning,

 precipitation,

amalgamation, and heap, dump,

 vat tank and in situ

leaching.

 For the purposes of this subsection,

solid waste from the processing of ores and

minerals will include,~only the following wastes:

Slag

from

primary

copper

processing;

Slag

from

primary

lead

processing;

C)

 Red and brown muds from bauxite refining;

D)

 Phosphogypsum from phosphoric acid

production;

E)

 Slag from elemental phosphorus production;

132—352

91

F)

 Gasifier ash from coal gasification;

G)

 Process wastewater from coal gasification;

H)

 Calcium sulfate wastewater treatment plant

sludge from primary copper processing;

I)

 Slag tailings from primary copper processing;

3)

 Fluorogypsum from hydrofluoric acid

production;

K)

 Process wastewater from hydrofluoric acid

production;

L)

 Air pollution control dust/sludge from iron

blast furnaces;

N)

 Iron blast furnace slag;

N)

 Treated residue from roasting/leaching of

chrome ore;

0)

 Process wastewater from primary magnesium

processing by the anhydrous process;

P)

 Process wastewater from phosphoric acid

production;

Q)

 Basic oxygen furnace and open hearth furnace

air pollution control dust/sludge from carbon

steel production;

R)

 Basic oxygen furnace and open hearth furnace

slag from carbon steel production;

5)

 Chloride processing waste solids from

titanium tetrachloride production;

 and,

T)

 Slag from primary zinc smelting.

8)

 Cement kiln dust waste,

 except as provided by

35

Ill.

 Adm. Code 266.212 for facilities that burn or

process hazardous waste.

9)

 Solid waste which consists of discarded wood or

wood products which fails the test for the

toxicity characteristic solely for arsenic and

which is not a hazardous waste for any other

reason or reasons if the waste is generated by

persons who utilize the arsenical-treated wood anc~

wood products for these materials’ intended end

13

2—353

92

use.

10)

Petroleum-contaminated

media

and

debris

that

fail

the test for the toxicity characteristic of

Section 721.124

 (hazardous waste codes D018

through D043 only)

 and are subject to corrective

action regulations under 35 Ill. Adm. Code 731.

11)

Glnlected

groundwater

that

hazardous

only

because it exhibits the toxicity characteristic

(USEPA hazardous waste codes D018 through D024

only)

 in Section 721.124 that is reinjected e~

rcinfiltratedthrough an underaround inlection well

pursuant to cxi~tingfreephase hydrocarbon

recovery

operations

undertaken

petroleum

refineries, petroleum marketing terminals—e~

petroleum bulk plants handling crude petrolcum or

intermediate products of petroleum rcfining until

March 25,

 1991., petroleum pipelines and petroleum

spill sites until January 25.

 1993.

 This

extension applies to recovery operations

in

existence,

 or for which contracts have been

issued,

 on or before March 25,

 1991.

For

groundwater returned through infiltration

galleries-from such at petroleum refineries,

marketing terminals and bulk plants, until October

2.

 1991.

 New operations involving iniection wells

(beginning after March 25,

 1991)

 will qualify for

this compliance date extension

 (until January 25.

1993)

 only

if:

~j

 Operations are performed pursuant to a “free

product removal report” pursuant to 35

 Ill.

Adm. Code 731.164;

and

~j,, A copy of the “free product removal report”

has been submitted to:

Characteristics

Section

(OS-333)

USEPA

401 N Street, SW

Washington. D.C.

20460

~j

 Used chlorofluorocarbon refrigerants from totally

enclosed heat transfer equipment,

 including mobile

air conditioning systems, mobile refrigeration,

and commercial and industrial air conditioning and

refrigeration systems, which use chiorofluoro—

carbons as the heat transfer fluid in a

refrigeration cycle, provided the refrigerant is

reclaimed for further use.

132—354

93

c)

 Hazardous wastes which are exempted from certain

regulations.

 A hazardous waste which is generated in a

product or raw material storage tank,

 a product or raw

material transport vehicle or vessel, a product or raw

material pipeline,

 or in a manufacturing process unit

or an associated non—waste—treatment manufacturing

unit,

 is ‘not’ subject to regulation under 35 Ill.

Adm.

Code 702,

 703,

 705 and 722 through 725 and 728 or to

the notification requirements of Section 3010 of RCRA

 until it exits the unit in which it was generated,

unless the unit is a surface impoundment, or unless the

hazardous waste remains in the unit more than 90 days

after the unit ceases to be operated for manufacturing,

or for storage or transportation of product or raw

materials.

d)

 Samples

1)

 Except as provided in subsection

 (d) (2). below,

a

sample of solid waste or a sample of water,

 soil

or air, which is collected for the sole purpose of

testing to determine its characteristics or

composition,

 is not subject to any requirements of

this Part or

 35 Ill. Adm. Code 702,

 703,

 705 and

722 through 728.

 The sample qualifies when:

A)

 The sample is being transported to a

laboratory for the purpose of testing; or

B)

 The sample is being transported back to the

sample collector after testing; or

C)

 The sample is being stored by the sample

collector before transport to a laboratory

for testing; or

D)

 The sample is being stored in a laboratory

before testing; or

E)

 The sample is being stored in a laboratory

for testing but before it is returned to the

sample collector;

or

F)

 The sample is being stored temporarily in the

laboratory

after

testing

for

specific

purpose

 (for example, until conclusion of a

 court case or enforcement action where

further testing of the sample may be

necessary).

2)

 In order to qualify for the exemption in

subsection

 (d) (1) (A) and

 (B). above,

 a sampl~

132—355

94

collector shipping samples to a laboratory and a

laboratory returning samples to a sample collector

must:

A)

 Comply with U.S. Department of Transportation

(DOT),

 U.S. Postal Service

 (USPS)

 or any

other

applicable

shipping

requirements;

B.)

 Comply with the following requirements if the

sample

collector

determines

that

DOT,

USPS

other

shipping

requirements

not

apply

the shipment of the sample:

i)

 Assure that the following information

accompanies

the

sample:

The

sample

collector’s

name,

mailing

address

and

telephone

number;

the

laboratory’s

name,

mailing address and telephone number;

the quantity of the sample; the date of

the shipment; and a description of the

sample.

ii)

 Package the sample so that it does not

leak,

spill

vaporize

from

its

packaging.

3)

 This exemption does not apply

 if the laboratory

determines that the waste is hazardous but the

laboratory is no longer meeting any of the

conditions stated in subsection

 (d) (1), above.

e)

 Treatability study samples.

1)

 Except as

 is provided in subsection

 (e) (2), below,

persons who generate or collect samples for the

purpose of conducting treatability studies, as

defined in 35 Ill. Adm. Code 720.110, are not

subject to any requirement of

 35 Ill. Adm. Code

721 through 723 or to the notification

requirements of Section 3010 of the ResOurce

Conservation

and

Recovery

Act.

Nor

are

such

samples included in the quantity determinations of

Section 721.105 and 35

Ill.

 Adm.

Code

722.134(d)

when:

A)

 The sample is being collected and prepared

for transportation by the generator or sample

collector;

or,

B)

 The sample is being accumulated or stored by

the generator or sample collector prior to

t,r~,n~nnrtatjon to

laboratory

testing

132—356

95

facility; or

C)

 The sample is being transported to the

laboratory or testing facility for the

purpose of conducting a treatability study.

2)

 The exemption in subsection

 (e) (1). above,

is

applicable to samples of hazardous waste being

collected and shipped for the purpose of

conducting treatability studies provided that:

A)

 The generator or sample collector uses

(in

“treatability studies”) no more than 1000 kg

of any non—acute hazardous waste,

 1 kg of

acute hazardous waste or 250 kg of soils,

water or debris contaminated with acute

hazardous waste for each process being

evaluated for each generated wastestream; and

B)

 The mass of each shipment does ‘not exceed

1000 kg of non—acute hazardous waste,

 1 kg of

acute hazardous waste or 250 kg of soils,

water or debris contaminated with acute

hazardous waste;

and

C)

 The sample must be packaged so that it does

not leak,

 spill or vaporize from its

packaging during shipment and the

requirements of subsections

 (e) (2) (C) (i)

or

(ii),

 below, are met.

i)

 The transportation of each sample

shipment complies with U.S. Department

of Transportation (DOT),

 U.S. Postal

Service

 (USPS)

 or any other applicable

shipping requirements; or

ii)

 If the DOT, USPS or other shipping

 requirements do not apply to the

shipment of the sample, the following

information must accompany the sample:

The name, mailing address and telephone

number of the originator of the sample;

the name,

 address and telephone number

of the facility that will perform the

treatability study; the quantity of the

sample; the date of the shipment;

 and, a

description of the sample, including its

USEPA hazardous waste number.

D)

 The sample is shipped to a laboratory or

testing facility which is exempt under

132—35 7

96

subsection (f). below, or has an appropriate

PCRA permit or interim status.

E)

 The generator or sample collector maintains

the following records for a period ending

3

years after completion of the treatability

study:

i)

 Copies of the shipping documents;

ii)

 A copy of the contract with the facility

conducting the treatability study;

iii) Documentation showing:

 The amount of

waste shipped under this exemption; the

name,

 address and USEPA identification

number of the laboratory or testing

facility that received the waste;

the

date the shipment was made;

 and, whether

or not unused samples and residues were

returned to the generator.

F)

 The generator reports the information

 required in subsection

 (e) (2) (E) (iii).

 above,

in -its report under 35 Ill. Adm. Code

722.141.

3)

 The Agency may grant requests, on a case—by—case

basis,

 for quantity limits in excess of those

specified in subsection

 (e) (2) (A).

 above,

 for up

to an additional 500 kg of any non—acute hazardous

waste,

 1 kg of acute hazardous waste and 250 kg of

soils, water or debris contaminated ‘with acute

hazardous waste, to conduct further treatability

study evaluation when:

 There has been an

equipment or mechanical failure during the conduct

of the treatability study;

 there is need to verify

the results of a previously conducted treatability

study; there is a need to study and analyze

alternative techniques within a previously

evaluated treatment process;

 or, there is a need

to do further evaluation of an ongoing

treatability study to determine final

specifications for treatment.

 The additional

quantities allowed are subject to all the

provisions in subsections

 (e) (1) and

 (e) (2) (B)

through

 (F), above.

 The generator or sample

collector must apply to the Agency and provide in

writing the following information:

A)

 The reason why the generator or sample

collector requires additional quantity of

132—358

97

sample for the treatability study evaluation

and the additional quantity needed;

B)

 Documentation accounting for all samples of

hazardous waste from the wastestream which

have been sent for or undergone treatability

studies, including the date each previous

sample was shipped, the quantity of each

previous shipment, the laboratory or testing

facility to which it was shipped, what

treatability study processes were conducted

on each sample shipped, and the available

results of each treatability study;

C)

 A description of the technical modifications

or change in specifications which will be

evaluated and the expected results;

D)

 If such further study is being required due

to equipment or mechanical failure, the

applicant must include information regarding

the reason for the failure or breakdown and

also include what procedures or equipment

have been made to protect against further

breakdowns;

 and,

E)

 Such other information as the Agency

determines

 is necessary.

4)

 Final Agency determinations pursuant to this

subsection may be appealed to the Board.

f)

 Samples undergoing treatability studies at laboratories

or testing facilities.

 Samples undergoing treatability

studies and the laboratory or testing facility

conducting such treatability studies (to the extent

such facilities are not otherwise subject to

RCRA

requirements)

 are not subject to any requirement of

this Part,

 or of 35 Ill.

 Adm. Code 702,

 703,

 705,

722

through 726, and 728,

 or to the notification

requirements of Section 3010 of the Resource

Conservation and Recovery Act, provided that the

requirements of subsections

 (f) (1) through

 (f) (i1)~

below, are met.

 A mobile treatment unit may qualify as

a testing facility subject to subsections

 (f) (1)

through

 (f) (11).

 below.

Where

group

mobile

treatment units are located at the same site,

the

limitations specified in subsections

 (f) (1) through

(f) (11), below,

 apply to the entire group of mobile

treatment units collectively as if the group were one

mobile treatment unit.

132—359

98

1)

 No less than 45 days before conducting

treatability studies, the facility notifies the

Agency in writing that it intends to conduct

treatability studies under this subsection.

2)

 The laboratory or testing facility conducting the

treatability study has a USEPA identification

number.

3)

 No more than a total of 250 kg of “as received”

hazardous waste is subjected to initiation of

treatability studies in any single day.

 “As

received” waste refers to the waste as received in

the shipment from the generator or sample

collector.

4)

 The quantity of “as received” hazardous waste

stored at the facility for the purpose of

evaluation in treatability studies does not exceed

1000 kg, the total of which can include 500 kg of

soils, water or debris contaminated with acute

hazardous waste or

 1 kg of acute hazardous, waste.

This quantity limitation does not include:

A)

 Treatability study residues; and,

B)

 Treatment materials (including nonhazardous

solid waste)’ added to “as received” hazardous

waste.

5)

 No more than 90 days have elapsed since the

treatability study for the sample was completed,

or no more than one year has elapsed since the

generator or sample collector shipped the sample

to the laboratory or testing facility, whichever

date first occurs.

6)

 The treatability study does not involve the

placement of hazardous waste on the land or open

burning of hazardous waste.

7)

 The facility maintains records for

 3 years

following completion ,of each study that show

compliance with the treatment rate limits and the

storage time and quantity limits.

 The following

specific information must be included for each

treatability study conducted:

A)

 The name,

 address and USEPA identification

number of the generator or sample collector

of each waste sample;

132—360

99

B)

 The date the shipment was received;

C)

 The quantity of waste accepted;

D)

 The quantity of “as received” waste in

storage each day;

E)

 The date the treatment study was initiated

and the amount of “as received” waste

introduced to treatment each day;

F)

 The date the treatability study was

concluded;

G)

 The date any unused sample or residues

generated from the treatability study were

returned to the generator or sample collector

or,

 if sent to a designated facility, the

name of the facility and the USEPA

identification number.

8)

 The facility keeps,

 on—site,

 a copy of the

treatability study contract and all shipping

papers associated with the transport of

treatabi-lity study samples to and from the

facility for a period ending

 3 years from the

completion date of each treatability study.

9)

 The facility prepares and submits a report to the

Agency by March 15 of each year that estimates the

number of studies and the amount of waste expected

to be used in treatability studies during the

current year,

 and includes the following

information for the previous calendar year:

A)

 The name,

 address and USEPA identification

 number of the facility conducting the

treatability studies;

B)

 The types

 (by process)

 of treatability

studies conducted;

C)

 The names and addresses of persons for whom

studies have been conducted (including their

USEPA identification

numbers);

D)

 The total quantity of waste in storage each

day;

E)

 The quantity and types of waste subjected to

treatability studies;

132—361

100

F)

 When each treatability study was conducted;

G)

 The final disposition of residues and unused

sample from each treatability study;

10)

 The facility determines whether any unused sample

or residues generated by the treatability study

are hazardous waste under Section 721.103 and,

if

so, are subject to 35

 Ill.

 Adin.

 Code 702, 703 and

721 through 728, unless the residues and unused

samples are returned to the sample originator

under the subsection

(e)

 exemption.

 above.

11)

 The facility notifies the Agency by letter when

the facility is no longer planning to conduct any

treatability studies at the site.

Source:

 Amended

 at. 16

 Ill. Peg.

 effective

Section 721.106

 Requirements for Recyclable Materials

a)

 Recyclable materials:

1)

 Hazardous ‘wastes that are recycled are subject to

the requirements for generators,

 transporters and

storage facilities of subsections

(b)

and

(C)

below,

 except for the materials listed in

subsections

 (a) (2) and

-(-a-~-(3),

below.

 Hazardous

wastes that are recycled will be known as

“recyclable materials”.

2)

 The following recyclable materials are not subject

to the requirements of this Section but are

regulated under 35

 Ill.

Adin.

 Code 726.Subparts C

through GU and all applicable provisions in 35

Ill. Adm. Code 702,

 703 and 705.

A)

 Recyclable materials used in a manner

constituting disposal

 (35 Ill.

 Adm.’ Code

726.Subpart

 C)’;

B)

 Hazardous wastes burned for energy recovery

in boilers and industrial furnaces that are

not regulated under 35 Ill.

 Adin.

Code 724 or

725.Subpart 0

 (35 Ill.

 Adin.

Code 726.Subpart

eli.)

C)

 Used oil that exhibits one or more of the

characteristics of hazardous waste and is

burned for energy recovery

 in. boilers or

industrial furnaces that are not regulated

132—362

101

under 35

 Ill. Adm. Code 724 or 725.Subpart 0.

(35 Ill. Adm. Code 726.Subpart E);

D)

 Recyclable materials from which precious

metals are reclaimed (35 Ill.

 Adin.

Code

726.Subpart F);

Spent

lead-acid

batteries

that

are

being

reclaimed

(35

Ill.

Adm.

Code

726.Subpart

G).

3)

 The following recyclable materials are not subject

to regulation under 35 Ill.

 Adm. Code 722 through

726,

 728,

 or 702,

 703 or 705 and are not subject

to the notification requirements of Section 3010

of the Resource Conservation and Recovery Act:

A)

 Industrial ethyl alcohol that is reclaimed

except that, unless provided otherwise in an

international agreement as specified in 35

Ill.

 Adm. Code 722.158:

i)

 A person initiating a shipment for

reclamation in a foreign country, and

any intermediary arranging for the

shipment, shall comply with the

requirements applicable to a primary

exporter in 35 Ill.

 Adm. Code 722.153,

722.156(a)(1) through (a)(4),

 (a)(6)

and

(b), and 722.157, shall export such

materials only upon cons,ent of the

receiving country and in conformance

with the USEPA Acknowledgement of

 Consent as defined in 35 Ill. Adm. Code

722.Subpart

 E, and shall provide a copy

of the USEPA Acknowledgement of Consent

to the shipment to the transporter

transporting the shipment for export;

ii)

 Transporters transporting a shipment for

export shall not accept a shipment if

the transporter knows the shipment does

not conform to the USEPA Acknowledgement

of Consent,

 shall ensure that a copy of

the USEPA Acknowledgement of Consent

accompanies the shipment and shall

ensure that it is delivered to the

facility designated by the person

initiating the shipment.

B)

 Used batteries

 (or used battery cells)

returned to a battery manufacturer for

reqeneration;

132—363

102

C)

 Used oil that exhibits one or more of the

characteristics

hazardous

waste

but

recycled

some

other

manner

than

being

burned for energy recovery;

D)

 Scrap metal;

Fuels

produced

from

the

refining

oil-

bearing hazardous wastes along with normal

process streams at a petroleum refining

facility

such

wastes

result

from

normal

petroleum refining, production and

transportation practices;

F)

 Oil reclaimed from hazardous waste resulting

from

normal

pe-troluem

petroleum

refining,

production and transportation practices,

which oil is to be refined along with normal

process streams at a p~troleumrefining

facility;

G)

 Coke and coal tar from ‘~nciron una ~cca

inuuc~try‘cna’c containo UCEPA hacardouc wacte

number

K087

 (dccantcr

tank

tar a.ludgc from

coking opcrationo)

 (Scotion 721.132) from the

iron and ~tccl production proceor

H-)

Petroleum

refining

‘wastes.

i)

 Hazardous waste fuel produced from oil—

bearing hazardous wastes from petroleum

refining, production or transportation

practices, or produced from oil

reclaimed

from

such

hazardous

wastes,

where such hazardous wastes are

reintroduced

into

process

that

does

not use distillation or does not produce

products

from

crude

oil

long

the

resulting fuel meets the used oil

specification under 35 Ill.

Adin.

Code

726.140(e) and so long as no other

hazardous

wastes

are

used

produce

the

hazardous waste fuel;

ii)

 Hazardous waste fuel produced from oil—

bearing hazardous waste from petroleum

refining production and transportation

practices, where such hazardous wastes

are reintroduced into a refining process

after a point at which contaminants are

removed,

long

the

fuel

meets

the

used oil fuel specification under 35

132—364

103

Ill. Adm. Code 726.140(e); and

iii) Oil reclaimed from oil-bearing hazardous

wastes from petroleum refining,

production and transportation practices,,

which reclaimed oil is burned as a fuel

without reintroduction to a refining

process, so long as the reclaimed oil

meets the used oil fuel specification

under 35 Ill.

Adin.

 Code 726.140(e);

and

~jj) Petroleum coke produced from petroleum

refinery hazardous wastes containing oil at

the same facility at which such wastes were

generated, unless the resulting coke product

exceeds one or more of the characteristics of

hazardous waste in Subpart

C.

b)

 Generators and ‘transporters’ of recyclable materials are

subject to the applicable requirements of

 35 Ill. Adm.

Code 722 and 723 and the notification requirements

under Section 3010 of the Resource Conservation and

Recovery Act, except as provided in subsection

(a)

above.

c)

 Storage and recycling:

 Owners or operators of facilities that store

recyclable materials before they are recycled are

regulated under all applicable provisions of 35

Ill. Adm. Code 724.Subparts A through

 L, AA and BB

and 725.Subparts A through L, AA and BB,

 726,

 728,

702,

 703 and 705 and the notification requirement

under Section 3010 of the Resource Conservation

and Recovery Act, except as provided in subsection

(a), above.

 (The recycling process itself is

exempt from regulation, except as provided in

subsection

 (d). below.)

2)

 Owners or operators of facilities that recycle

recyclable materials without storing them before

they are recycled are subject to the following

requirements, except as provided in subsection

(a), above.

A)

 Notification requirements under Section 3010

of the Resource Conservation and Recovery

Act.

B)

35

 Ill. Adm. Code 725.171 and 725.172

(dealing with the use of the manifest and

manifest discrepancies)

132—365

104

C)

 Subsection

 (d).

 below.

d)

 Owners or operators of facilities required to have a

RCRA

permit pursuant to 35 Ill.

Adin.

 Code ‘703 with

hazardous waste ‘management units which recycle

hazardous wastes are subject to 35 Ill.

Adm.

Code

724.Subpart AA and BB and 725.Subpart AA and BB.

Source:

 Amended at 16 Ill. Peg.

 effective

SUBPART

C:

 CHARACTERISTICS OF

HAZARDOUS

WASTE

Section 721.120

 General

a)

 A solid waste, as defined in Section 721.102, which is

not excluded from regulation as a hazardous waste under

Section 721.104(b),

 is a hazardous waste if it exhibits

any of the characteristics identified in this Subpart.

BOARD NOTE:

 35 Ill.

Adm.

 Code ‘722.111 sets forth the

generator’s responsibility to determine whether the

generator’s waste exhibits one or more characteristics

identified in this Subpart.

b)

 A hazardous waste which is identified by a

characteristic in this Subpart is assigned every USEPA

Hazardous Waste Number which is applicable as set forth

in this Subpart.

 This number must be used

 i,n complying

with the notification requirements of Section 3010 of

the Resource Conservation’and Recovery Act and all

applicable recordkeeping and reporting requirements

under

 35 Ill. Adm. Code 702,

 703,

 722 through ~-2-~22~

and 728.

c)

 For purposes of this Subpart,

 a sample obtained using

any of the applicable sampling methods specified in

Appendix A is a representative sample within the

meaning of 35 Ill.

Adm.

Code 720.

BOARD NOTE:

 Since the Appendix A sampling methods are

not being formally adopted,

 a person who desires to

employ an alternative sampling method is not required

to demonstrate the equivalency of the person’s method

under the procedures set forth in 35 Ill. Adm. Code

720.121.

Source:

 Amended at 16 Ill. Reg.

 effective

Section 721.131

 Hazardous Wastes From Nonspecific Sources

132—366

105

a)

 The following solid wastes are listed hazardous wastes

from non—specific sources unless they are excluded

under

 35 Ill. Adm. Code .720.120 and 720.122 and listed

in Appendix I.

EPA

 Industry and Hazardous Waste

 Haz-

Hazardous

ard

Waste No.

 Code

FOOl

 The following spent halogenated

(T)

solvents used in degreasing:

 tetra—

chloroethylene,

trichloroethylene,

methylene chloride,

 1,1,1-trichioro-

ethane, carbon tetrachioride and

chlorinated fluorocarbons; all spent

solvent mixtures and blends used in

 degreasing containing,

 before use,

a

total of ten percent or more (by

volume) of one or more of the above

halogenated solvents or those solvents

listed in F002, F004 or F005;

 and still

bottoms from the recovery of these

spent solvents and spent solvent

mixtures.

F002

 The following spent halogenated

(T)

solvents:

 tetrachloroethylene,

methylene chloride, trichloroethylene,

1,1,1—trichioroethane, chlorobenzene,

1,1,2-trichloro-1,2, 2-trifluoroethane,

orthodichlorobenzene,

trichloro—

fluoromethane and 1,1,2—trichloro—

ethane; all spent solvent mixtures’and

blends containing, before use,

 a total

of ten percent or more

 (by volume)

of

one or more of the above halogenated

solvents

those

solvents

listed

FOOl,

 F004 or F005;

 and still bottoms

from the recovery of these spent

solvents and spent solvent mixtures.

F003

 The following spent non-halogenatea

(I)

solvents:

 xylene, acetone,

 ethyl

acetate,

 ethyl benzene, ethyl ether,

methyl isobutyl ketone, n-butyl

alcohol, cyclohexanone and methanol;

all spent solvent mixtures and blends

containing, before use, only the above

spent non—halogenated solvents;

 and all

spent solvent mixtures and blends

 containing, before use, one or more of

the above non—halogenated solvents and

13 2—367

106

a total of ten percent or more

(by

volume)

 of one or more of those

solvents

listed

FOOl,

FOO2,

FOO4

FOO5; and still bottoms from the

recovery of these spent solvents and

spent solvent mixtures.

F004

 The following spent non-halogenated

(T)

solvents:

 cresols and cresylic acid

and nitrobenzene; all spent solvent

mixtures and blends containing, before

use,

total

ten

percent

or,more

(by

volume)

 of one or more of the above

non—halogenated

solvents

those

solvents listed in FOOl,

 FOO2 or FOO5;

and still bottoms from the recovery of

these spent solvents and spent solvent

mixtures.

FOOS

 The following spent non—halogenated

(I,

solvents:

 toluene, methyl ethyl

T)

ketone, carbon disulfide,

 isobutanol,

pyridine, benzene,

 2-ethoxyethanol and

2—nitropropane;

all

spent

solvent

mixtures

and

blends,

containing,

before

use, a total of ten percent or more

(by

volume)

 of one or more of the above

non—halogenated solvents or those

solvents listed in FOOl, F002 or F004;

and still bottoms from the recovery of

these spent solvents and spent solvent

mixtures.

F006

Wastewater

treatment

sludges

from

(T)

electroplating operations except from

the

following

processes:

(1)

sulfuric

acid anodizing of aluminum;

 (2) tin

plating on carbon steel;

 (3) zinc

plating

 (segregated basis)

 on carbon

steel;

(4)

 aluminum or zinc—aluminUm

plating

carbon

steel;

(5)

cleaning/stripping

associated

with .tin,

zinc and aluminum plating on carbon

steel; and

 (6) chemical etching and

milling

aluminum.

F019

See

Below

F007

Spent

cyanide

plating

bath

solutions

(R,

from electroplating operations.

T)

F008

 Plating bath residues from the bottom

(R,

132—368

107

of plating baths from electroplating

T)

operations where cyanides are used in

 the process.

FOO9

 Spent stripping and cleaning bath

(R,

solutions

from

electroplating

operations where cyanides are used in

the process.

FOlO

 Quenching bath residues from oil baths

(R,

from metal heat treating operations

T)

where cyanides are used in the process.

FOll

 Spent cyanide solutions from salt bath

(R,

pot cleaning from metal heat treating

T)

operations.

F012

 Quenching wastewater treatment sludges

(T)

from metal heat treating operations

where cyanides are used in the process.~.

F0l9

 Wastewater treatment sludges from the

(T

chemical conversion coating of aluminum

except

from

zirconium

phosphating

aluminum can washing when such

phosphating is an exclusive conversion

coating process.

F020

 Wastes

 (except wastewater and spent

(H)

carbon from hydrogen chloride

purification) from the production or

manufacturing use

 (as a reactant,

chemical intermediate or component in a

formulating process) of tn— or tetra—

chlorophenol, or of intermediates used

to produce their pesticide derivatives.

(This listing does not include wastes

from the production of hexachlorophene

from highly purified 2,4,5-trichioro-

phenol.

F021

 Wastes

 (except wastewater and spent

(H)

carbon

from

hydrogen

chloride

purification)

from

the

production

manufacturing use (as a reactant,

chemical intermediate or component in a

formulating process)

 of pentachloro—

phenol, or of intermediates used to

produce its derivatives.

F022

 Wastes

 (except wastewater and spent

(H

carbon from hydrogen chloride

132—369

108

purification) from the manufacturing

use

 (as a’.reactant,

 chemical

intermediate or component in a

formulating process)

 of tetra—, penta—

or hexachlorobenzenes under alkaline

conditions.

FO23

Wastes

(except

wastewater

and

spent

(H)

carbon from hydrogen chloride

purification)

 from the production of

materials

equipment

previously

used

for

the

production

manufacturing

use

(as a reactant, chemical intermediate

or component in a formulating process)

of tn- and tetrachlorophenols.

 (This

listing does not include wastes from

equipment used only for the production

 or use of hexachlorophene from highly

purified 2,4,5- trichiorophenol.

F024

 Process wastes including but not

(T)

limited to, distillation residues,

heavy

ends, tars,

 and reactor cleanout

wastes,

 from the production of certain

chlorinated aliphatic hydrocarbons by

free radical catalyzed processes.

These chlorinated aliphatic

hydrocarbons are those having carbon

chain lengths ranging from one to and

including five, with varying amounts

and positions of chlorine substitution.

(This listing does not include

wastewaters, wastewater treatment

sludges,

 spent catalysts and wastes

listed in this Section or Section

721.132.)

F025

 Condensed light ends,

 spent filters and

(T)

filter

aids,

and

spent

dcoicant

desiccant

wastes’

from

the

production

certain chlorinated aliphatic

hydrocarbons by free radical catalyzed

processes.

 These chlorinated aliphatic

hydrocarbons are those having carbon

chain lengths ranging from one to and

including five, with varying amounts

and positions of chlorine substitution.

FO26

 Wastes

 (except wastewater and spent

(H)

carbon

from

hydrogen

chloride

purification) from the production of

 materials on equipment previously used

132—370

109

for the manufacturing use (as a

reactant, chemical intermediate or

component in a formulating process)

of

tetra—, penta— or hexachlorobenzene

under alkaline conditions.

F027

 Discarded unused formulations

(H)

containing tn-, tetra— or pentachloro—

phenol or discarded .unused formulations

containing compounds derived from these

chlorophenols.

 (This listing does not

include formulations containing hexa—

chlorophene synthesized from

prepurified 2,4,5-trichlorophenol as

the sole component).

F028

 Residues resulting from the

(T)

incineration

thermal

treatment

soil contaminated with hazardous waste

numbers FO2O,

 FO21, F022,

 FO23, FO26

and F027.

F032

 Wastewaters, process residuals,

 (T’)

preservative drippage and spent

formulations from wood preserving

processes generated at plants that

currently use or have previously used

chlorophenolie formulations

 (except

potentially cross—contaminated wastes

that have had the FO32 waste code

deleted in accordance with Section

721.135 and where the generator does

not resume or initiate use of chloro—

phenolic formulations).

 This listing

does not include KOO1 bottom sediment

sludge from the treatment of wastewater

from wood preserving processes that use

creosote or pentachlorophenol.

BOARD

NOTE:

 The listing of wastewaters

that have not come into contact with

process contaminants is stayed

administratively.

 The listing for

plants that have previously used

chiorophenolic formulations is

administratively stayed whenever these

wastes are covered by the F034 or F035

listings.

 These stays will remain in

effect until further administrative

action is taken.

 Furthermore, the F032

listing is administratively stayed with

respect to the process area receiving

132—37 1

110

dnippage of these wastes provided

persons desiring to continue operating

notify USEPA by August

6,

 1991,

of

their intent to upgrade or install drip

pads,

 and by November 6,

 1991, provide

evidence to USEPA that they have

adequate financing to pay for drip pad

upgrades or installation, as provided

in the administrative stay.

 The stay

of listings will remain in effect until

February 6,

 1992,

 for existing drip

pads,

 and until May 6,

 1992, for new

drip pads.

F034

 Wastewaters, process residuals,

(T)

preservative drippage and spent

formulations from wood preserving

processes

generated

plants

that

use

creosote

formulations.

This

listing

does not include KOO1 bottom sediment

sludge from the treatment of wastewater

from wood preserving processes that

use

creosote or pentachlorophenol.

BOARD

NOTE:

 The listing of wastewaters

that have not come into contact with

process

contaminants

stayed

administratively.

 These stays will

remain in effect until further

administrative action is taken.

Furthermore, the FO34 and F035 listings

are

administratively

stayed

with

respect to the process area receiving

drippage of these wastes provided that,

by February 6,

 1992, persons desiring

to continue operating notify the Agency

of their intent to upgrade or install

drip pads,

 and provide evidence to the

Agency that they have adequate

financing to pay for drip pad upgrades

or installation, as provided in the

administrative stay.

 The stay of

listings will remain in effect until

July 1, 1992.

F035

 Wastewaters, process residuals,

(T)

preservative dnippage and spent

formulations from wood preserving

processes generated at plants that use

inorganic

preservatives

containing

arsenic or chromium.

 This listing does

not include KOOl bottom sediment sludge

132—3 72

111

from the treatment of wastewater from

wood preserving processes that use

creosote or pentachlorophenol.

BOARD

NOTE:

 The listing of wastewaters

that have not come into contact with

process contaminants is stayed

administratively.

 These stays will

remain in effect until further

administrative

action

taken.

Furthermore, the F034 and F035 listings

are administratively stayed with

respect

the

process

area

receiving

drippage of these wastes provided that,

February

1992,

persons

desiring

to continue operating notify’the Agency

their

intent

upgrade

install

drip pads,

 and provide evidence to the

Agency that they have adequate

financing to pay for drip pad upgrades

or installation,

 as provided in the

administrative

‘stay.

The

stay

listings

will

remain

effect

until

July

1,

 1992.

F037

 Petroleum refinery primary oil/water/

(T)

solids separation sludge

——

Any

 sludge

generated from the gravitational

separation

oil/water/solids

during

the storage or treatment of process

wastewaters and oily cooling

wastewaters

from

petroleum

refineries.

Such

sludges

include,

but

are

not

limited to, those generated in:

 oil!

water/solids

separators;

tanks

and

impoundments;’ ditches and other

conveyances; sumps; and stormwater

units receiving dry weather flow.

Sludges generated in stormwater units

that do not receive dry weather flow,

sludges generated from non—contact

once—through

cooling

waters

segregated

for

treatment

from

other

process

oily cooling waters, sludges generated

aggressive

biological

treatment

units as defined in subsection

 (b) (2)

below,

 (including sludges generated

iii

one or more additional units after

 wastewaters have been treated in

aggressive biological treatment units)

and K051 wastes are not included in

this listing.

132—373

112

FO38

 Petroleum refinery secondary

(T)

(emulsified) oil/water/solids

separation, sludge

——

Any

sludge or

float generated from the physical or

chemical separation of oil/water/solids

in process wastewaters and oily cooling

wastewaters from petroleum refineries.

Such wastes include, but are not

limited to, all sludges and floats

generated in:

 induced air floatation

(IAF)

units,

tanks

and

impoundments,

and all sludges generated in DAF units.

Sludges generated in stormwater units

that do not receive dry weather flow,

sludges

generated

from

non—contact

once—through cooling waters segregated

for treatment from other process or

oily cooling waters, sludges and floats

generated

aggressive

biological

treatment units as defined in

subsection

 (b) (2). below.

 (including

sludges and floats,generated in one or

more additional units after wastewaters

have been treated in aggressive

biological treatment units),

 F037, K048

 and K051 wastes are not included in

this listing.

F039

 Leachate (liquids which have percolated

(T)

through land disposed wastes) resulting

from the treatment, atoragc or disposal

of more than one restricted wastes

alaooificd by more than one wa3tc code

classified as hazardous under Subpart

D, or from a mixture of waotco

cla~oificdunder Cubparth C and D.

(Leachate resulting from the

managcmcntdisposal of one or more of

the following USEPA hazardous wastes

and no other hazardous wastes retains

its USEPA hazardous waste

codc(a)number(s):

 F020,

 F021, F022,

FO23,

 F026,

 F027 or F028.)

BOARD

NOTE:

 The primary hazardous properties of’these.

materials have been indicated by the letters T

(Toxicity), P

 (Reactivity),

I

 (Ignitability),

 and C

(Corrosivity).

 The letter H indicates Acute Hazardous

Waste.

b)

 Listing specific definitions.

132—374

113

1)

 For the purpose of the FO37 and FO38 listings,

oil/water/solids is defined as oil or water or

solids.

2)

 For the purposes of the F037 and F038 listings:

A)

 Aggressive biological treatment units are

defined as units which employ one of the

following four treatment methods:

 activated

sludge; trickling filter; rotating biological

contactor for the continuous accelerated

biological oxidation of wastewaters;

or,

high—rate aeration.

 High—rate aeration is

a

system of surface impoundments or tanks,

in

which intense mechanical aeration is used to

completely mix the wastes, enhance biological

activity, and:

i)

 The units employ a minimum of

6

horsepower per million gallons of-

treatment volume; and either

ii)

 The hydraulic retention time of the unit

is no longer than 5 days;

or

iii) The hydraulic retention time is no

longer than 30 days and the unit does

not generate a sludge that is a

hazardous waste by the toxicity

characteristic.

B)

 Generators and treatment,

 storage or disposal

(TSD)

 facilities have the burden of proving

that their sludges are exempt from listing as

FO37 or FO38 wastes under this definition.

Generators and TSD facilities shall maintain,

in their operating or other on site records,

documents and data sufficient to prove that:

i)

 The unit is an aggressive biological

treatment unit as defined in this

subsection; and

ii)

 The sludges sought to be exempted frçm

FO37 or FO38 were actually generated in

the aggressive biological treatment

unit.

3)

 Time of generation.

 For the purposes of:

A)

 The F037

 listing, sludges are considered to

be generated at the moment of deposition

in

132—375

114

the

unit,

where

deposition

defined

least a temporary cessation of lateral

particle movement.

B)

 The FO38 listing:

1)

 Sludges are considered to be generated

at the moment of deposition in the unit,

where deposition is defined as at least

a temporary cessation of lateral

particle movement; and

ii)

 Floats are considered to be generated at

the moment they are formed in the top of

the

unit.

Source:

 Amended at 16 Ill. Peg.

 effective

Section 721.132

 Hazardous Waste from Specific Sources

The following solid wastes are listed hazardous wastes from

specific sources unless they are excluded under 35 Ill.

 Adm. Code

720.120 and 720.122 and listed in Appendix I.

EPA

Hazardous

 Hazard

Waste No.

 Industry and Hazardous Waste

 Code

Wood Preservation:

KOOl

 Bottom sediment sludge from the treatment of

(T)

wastewaters from wood preserving processes

that use creosote and/or pentachlorophenol.

Inorganic Pigments:

K002

 Wastewater treatment sludge from the

(T)

production of chrome yellow and orange

pigments.

K003

 Wastewater treatment sludge from the

(T)

production of molybdate orange pigments.

K004

 Wastewater treatment sludge from the

(T)

production of zinc yellow pigments.

K005

 Wastewater treatment sludge from the

(T)

production of chrome green pigments.

132—376

115

K006

 Wastewater treatment sludge from the

(T)

production of chrome oxide green pigments

(anhydrous and hydrated).

KOO7

 Wastewater treatment sludge from the

(T)

production of iron blue pigments.

K008

 Oven residue from the production of chrome

(T)

oxide green pigments.

Organic

Chemicals:

K009

 Distillation bottoms from the production of

(T)

acetaldehyde from ethylene.

KOlO

 Distillation side cuts from the production

(T)

of acetaldehyde from ethylene.

KOll

Bottom

stream

from

the

wastewater

stripper

(P,T)

the

production

acrylonitrile.

K013

Bottom

stream

from

the

acetronitrile

column

(T)

the

production

acrylonitrile.

K014

 Bottoms from the acctontrilc acetonitrile

(T)

purification column in the production of

acrylonitrile.

K015

Still

bottoms

from

the

distillation

(T)

benzyl

chloride.

K016

Heavy

ends

distillation

residues

from

the

(T)

production

carbon

tetrachloride.

K0l7

Heavy

ends

(still

bottoms)

from

the

(T)

purification

 column

in the production of

epichlorohydrin.

K018

Heavy

ends

from

the

fractionation

column

(T)

ethyl

chloride

production.

K019

Heavy

ends

from

the

distillation

ethylene

(I)

dichloride

ethylene

dichloride

production.

K020

Heavy

ends

from

the

distillation

vinyl

(T)

chloride in vinyl chloride monomer

production.

1021

Aqueous

spent

antimony

catalyst

waste

from

(T)

fluoromethanes

production.

13 2—3

77

116

K022

 Distillation bottom tars from the production

(T)

of phenol/acetone from cumene.

K023

 Distillation light ends from the production

(T)

of phthalic anhydride from naphthalene.

1024

 Distillation bottoms from the production of

(T)

phthalic anhydride from naphthalene.

K093

 Distillation light ends from the production

(T)

of phthalic anhydride from ortho-xylene.

1094

 Distillation bottoms from the production of

(T)

phthalic anhydride from ortho-xylene.

K025

 Distillation bottoms from the production of

(T)

nitrobenzene

 by. the nitration of benzene.

K026

 Stripping still tails from the production of

(T)

methyl ethyl pyridines.

1027

 Centrifuge and distillation residues from

 (P,T)

toluene diisocyanate production.

K028

 Spent catalyst from the hydrochlorinator

(T)

reactor in the production of 1,1,1-tn-

chloroethane.

K029

 Waste from the product stream stripper in

(T)

the production of 1,l,1-trichloroethane.

1095

 Distillation bottoms from the production of

(T)

1,1,l-trichloroethane.

K096

 Heavy ends from the heavy ends column from

(T)

the production of 1,1,1-tnichloroethane.

1030

 Column bottoms or heavy ends from the

(T)

combined production of tnichioroethylene and

perchloroethylene.

K083

 Distillation bottoms from aniline

(T)

production.

K103

 Process residues from aniline extraction

(T)

from the production of aniline.

K104

 Combined wastewater streams generated from

(T)

nitrobenzene/aniline production.

K085

 Distillation or fractionation column bottoms

(T)

from the production of chlorobenzenes.

132—378

117

1105

 Separated aqueous stream from the reactor

(T)

product washing step in the production of

chlorobenzenes.

1107

 Column bottoms from product separation from

 (C,T)

the production of 1,1-dimethylhydrazine

(UDMH)

 from canboxylic acid hydrazides.

KlO8

 Condensed column overheads from product

 (I,T)

separation and condensed reactor vent gases

from the production of l,l—dimethylhydrazine

(UDMH)

 from carboxylic acid hydrazides.

K109

 Spent filter cartridges from the product

(T)

purification from the production of 1,1-di-

methyihydrazine

 (UDMH)

 from

carboxylic acid

hydrazides.

KllO

 Condensed column overheads from intermediate

(T)

separation from the production of 1,1-di-

methylhydrazine

 (UDMH)

 from carboxylic acid

hydrazides.

1111

 Product wastewaters from the production of

 (C,T)

dinitrotoluené via nitration of toluene.

1112

 Reaction by-product water from the drying

(T)

column in the production of toluenediamine

via hydrogenation of dinitrotoluene.

1113

 Condensed liquid light ends from the

(T)

purification of toluenediamine in the

production of toluenediamine via

hydrogenation of dinitroluone

dinitrotoluene.

K114

 Vicinals from the purification of toluene-

(T)

diamine in the production of toluenediamine

via hydrogenation of dinitrotolunc

dinitrotoluene.

1115

 Heavy ends from the purification of

(T)

tolueriediamine in the production of

toluenediamine via hydrogenation of di-

nitrotoluene.

1116

 Organic condensate from the solvent recovery

(T)

column in the production of toluene di—

isocyanate via phosgenation of toluenedi—

amine.

132—37 9

118

1117

 Wastewater from the reactor vent gas

(T)

scrubber in the production of ethylene di-

bromide via bromination of ethene.

Kll8

 Spent adsorbent solids from purification of

(T)

ethylene dibromide in the production of

ethylene dibromide via bromination of

ethene.

1136

 Still bottoms from the purification of

(T)

ethylene dibromide in the production of

ethylene dibromide via bromination of

ethene.

Inorganic Chemicals:

1071

 Brine purification muds from the mercury

(T)

cell process in chlorine production, where

separately prepunified brine is not used.

K073

 Chlorinated hydrocarbon waste from the

(T)

purification step of the diaphragm cell

process using graphite anodes in chlorine

production.

Kl06

 Wastewater treatment sludge from the mercury

(T)

cell process in chlorine production.

Pesticides:

1031

 By-product salts generated in the production

(T)

of

MSMA

and cacodyllc acid.

1032

 Wastewater treatment sludge from the

(T)

production of chlordane.

1033

 Wastewater and scrub water from the

(T)

chlorination of cyclopentadiene in the

production of chlordane.

1034

 Filter solids from the filtration of hexa-

(T)

chlorocyclopentadiene in the production of

chlordane.

K097

 Vacuum stripper discharge from the chiordane

(T)

chlorinator in the production of chiordane.

K035

 Wästewater treatment sludges generated in

(T)

the production of creosote.

132—380

119

K036

 Still bottoms from toluene reclamation

(T)

distillation in the production of di-

sulfoton.

K037

 Wastewater treatment sludges from the

(T)

production of disulfoton.

1038

 Wastewater from the washing and stripping of

(T)

phorate production.

1039

‘

 Filter cake from the filtration of diethyl-

(T)

phosphonodithioic acid in the production of

phorate.

K040

 Wastewater treatment sludge from the

(T)

production of phorate.

1041

 Wastewater treatment sludge from the

(T)

production of toxaphene.

1098

 Untreated process wastewater from the

(T)

production of toxaphene.

1042

 Heavy

ends or distillation residues from the

(T)

distillation, of tetrachlorobenzene in the

production of 2,4,5-T.

1043

 2,6-Dichiorophenol waste from the production

(T)

of 2,4—D.

1099

 Untreated wastewater from the production of

(T)

2,4—D.

K123

 Process wastewater

 (including supernates,

(T)

filtrates and washwaters)

 from the

production of ethylenebisdithiocarbamic acid

 and its salts.

Kl24

 Reactor vent scrubber water from the

 (C,T)

production of ethylenebisdithiocarbamic acid

and its salts.

Kl25

 Filtration,

 evaporation and centni’fugation

(T)

solids from the production of ethylenebisdi-

thiocarbamic acid and its salts.

1126

 Baghouse dust and floor sweepings in milling

(T)

and packaging operations from the production

or formulation of ethylenebisdithiocarbamic

acid and its salts.

132—38 1

120

Kl3l

 Wastewater from the reactor and spent

 (C,T)

sulfuric acid from the acid dryer from the

production of methyl bromide.

K132

 Spent absorbent and wastewater separator

(T)

solids from the production of methyl

bromide.

Explosives:

1044

 Wastewater treatment sludges from the

(R)

manufacturing and processing of explosives.

1045

 Spent carbon from the treatment of

(R)

wastewater containing explosives.

K046

 Wastewater treatment sludges from the

(T)

manufacturing, formulation and loading of

lead-based initiating compounds.

1047

 Pink/red water from TNT operations.

(R)

Petroleum Refining:

1048

 Dissolved air flotation

 (DAF)

 float from the

(T)

 petroleum refining industry.

1049

 Slop oil emulsion solids from the petroleum

(T)

refining industry.

1050

 Heat exchanger bundle cleaning sludge from

(T)

the petroleum refining industry.

1051

 API separator sludge from the petroleum

(T)

refining industry.

1052

 Tank bottoms

 (leaded) from the petroleum

(T)

refining industry.

Iron

and

Steel:

K06l

 Emission control dust/sludge from the

(T)

primary production of steel in electric

furnaces.

K062

 Spent pickle liquor generated by steel

 (C,T)

finishing operations of facilities within

the iron and steel industry

 (SIC Codes 331

and

332)

(as

defined

Ill.

Adm.

Code

720.110).

132—382

121

Primary Copper:

K064

 Acid plant blowdown slurry or sludge

(T)

resulting from the thickening of blowdown

slurry from primary copper production.

Primary Lead:

KO65

 Surface impoundment solids contained in and

(T)

dredged from surface impoundments at primary

lead smelting facilities.

Primary Zinc:

KO66

 Sludge from treatment of process wastewater

(T)

or acid plant blowdown from primary zinc

production.

BOARD NOTE:

 This waste listing is the subject of a judicial

remand. in American Mining Congress

EPA,

907

F.2d

1179

(D.D.C.

1990).

 The Board intends that this listing not become

enforceable in Illinois until the first date upon which the Board

PCRA

program becomes “not equivalent to the Federal program,”

within the meaning of Section 3006(b)

 of the

RCRA

Act,

 42 U.S.C.

6926(b), the Board

RCPA-

rules become “less stringent” than the

USEPA

 rules,

 as this phrase is used in Section 3009,

 42 U.S.C.

6929,

 or the Board

RCRA

rules are not “identical in substance”

with the federal rules as that term is intended by Ill.

 Rev.

Stat.

1989

ch.

 111 1/2,

 pars.

 1007.2 and 1022.4 as a result of

some action by USEPA with regard to this listing in response to

the American Mining Congress remand.

Primary Aluminum:

1088

 Spent potliners from primary aluminum

(T)

reduction.

Ferroalloys:

K090

 Emission control dust or sludge from

(T)

ferrochromiumsilicon production.

1091

 Emission control dust or sludge from

(T)

ferrochromium production.

Secondary Lead:

K069

 Emission control dust/sludge from secondary

(T)

lead smelting.

13 2—383

122

BOARD NOTE:

 This listing is

administratively stayed for sludge generated

from

secondary acid scrubber systems.

The

stay will remain in effect until this note

is removed.

Kl00

 Waste leaching solution from acid leaching

(T)

emission

control

dust/sludge

from

secondary lead smelting.

Veterinary

Pharmaceuticals:

1084

 Wastewater treatment sludges generated

(T)

during the production of veterinary

pharmaceuticals from arsenic or organo—

arsenic compounds.

1101

 Distillation tar residues from the

(T)

distillation of aniline—based compounds in

the production of veterinary pharmaceuticals

from arsenic or organoarsenic compounds.

K102

 Residue from use of activated carbon for

(T)

decolorization in the production of

veterinary pharmaceuticals from arsenic or

organo-arsenic compounds.

Ink Formulation:

1086

 Solvent washes and sludges, caustic washes

(T)

and ‘sludges, or water washes and sludges

from cleaning tubs and equipment used in the

formulation of ink from pigments, driers,

soaps and stabilizers containing chromium

and lead.

Coking:

1060

 Ammonia

still lime sludge from coking

(T)

operations.

K087

 Decanter tank tar sludge from coking

(T)

operations.

Source:

 Amended at 16

 Ill.

 Peg.

 effective

Section 72l.Appendix

I

 Wastes Excluded under Section 720.120

and 720.122

Table D

 Wastes Excluded by Adjusted Standard

132—384

123

The Board has entered the following Orders on petitions for

adjusted standards for delisting, pursuant to 35 Ill. Adm.

 Code

720.122.

AS91-l

 Petition of’ Keystone Steel and Wire Co.

 for Hazardous

Waste Delistinq, February 6.

 1992.

Source:

 Added at 16 Ill.

 Reg.

 effective

132—385

124

TITLE 35:

 ENVIRONMENTAL PROTECTION

SUBTITLE

WASTE

DISPOSAL

CHAPTER I:

 POLLUTION CONTROL BOARD

SUBCHAPTER

c:

 HAZARDOUS

WASTE OPERATING REQUIREMENTS

PART 722

 STANDARDS APPLICABLE

GENERATORS

HAZARDOUS

WASTE

SUBPART A:

 GENERAL

Section

722.110

722.111

722.112

Section

722.120

722.121

722.122

722.123

Section

722.130

722.131

722.132

722.133

722.134

Section

722.140

722.141

722.142

722.143

722.144

Section

722.150

722.151

722.152

722.153

722 .154

722.155

722.156

722.157

Section

722.160

Purpose, Scope and Applicability

Hazardous Waste Determination

USEPA

 Identification Numbers

SUBPART B:

THE

 MANIFEST

General Requirements

Acquisition of Manifests

Number of Copies

Use of the Manifest

SUBPART

PRE-TRANSPOPT.

REQUIREMENTS

Packaging

Labeling

Marking

Placarding

Accumulation Time

SUBPART D:

 RECORDKEEPING

AND

REPORTING

Recordkeeping

Annual Reporting

Exception Reporting

Additional Reporting

 Special Requirements for Generators of between 100 and

1000 kilograms per month

SUBPART

E:

 EXPORTS OF HAZARDOUS WASTE

Applicability

Definitions

General Requirements

Notification of Intent to Export

Special Manifest Requirements

Exception Report

Annual Reports

Pecordkeeping

SUBPART F:

 IMPORTS OF

HAZARDOUS

WASTE

Imports of Hazardous Waste

132—3 86

125

SUBPART G:

 FARMERS

Section

722.170

 Farmers

722.Appendix A Hazardous Waste Manifest

AUTHORITY:

 Implementing Section 22.4 and authorized by Section

27 of the Environmental Protection Act

 (Ill. Rev. Stat.

 1989,

ch.

111½, pars.

 1022.4 and 1027).

SOURCE:

 Adopted in P81—22,

 43 PCB 427, at 5 Ill.

 Reg.

 9781,

effective as noted in 35

 Ill. Adm. Code 700.106; amended and

codified in P81—22,

 45 PCB 317,

at

 6 Ill. Reg.

 4828, effective as

noted in 35

 Ill. Adm. Code 700.106; amended in R82—18,

 51 PCB 31,

at 7

 Ill.

 Reg.

 2518, effective February 22,

 1983; amended in R84-

9 at

9

 Ill.

 Peg.

 11950, effective July 24,

 1985; amended in

P85—

22 at 10 Ill. Peg.

 1131, effective January 2,

 1986; amended in

P86-i

at

10

 Ill. Peg.

 14112, effective August 12,

 1986;

 amended

in P86—19 at 10

 Ill. Peg.

 20709, effective December 2,

 1986;

amended in P86-46 at 11

Ill.

 Peg.

 13555, effective August

4,

1987; amended in P87-S at 11 Ill. Peg.

 19392,

 effective November

12,

1987;

 amended in P87-39 at 12

 Ill. Peg.

 13129, effective July

29,

1988;

 amended in P88—16 at 13

 Ill. Peg.

 452,

 effective

December 27,

 1988; amended in P89—1 at 13

 Ill.

 Peg.

 18523,

effective November 13,

 .1989; amended in P90—10 at

14

 Ill. Peg.

16653,

 effective September 25,

 1990; amended in P90—11 at 15

 Ill.

Peg.

 9644,

 effective June 17,

 1991; amended in P91—1

 at 15

 Ill.

Req.

 14562,

 effective October

 1991;

 amended in P91-13 at

16

Ill.

 Peg.

 effective

SUBPART

 GENERAL

Section 722.110

 Purpose,

 Scope and Applicability

a)

 These regulations establish standards for generators of

hazardous waste.

b)

 A generator who treats,

 stores or disposes of hazardous

waste on-site must only comply with the following

Sections of

this

 Part with respect to that waste:

Section 722.111 for determining whether or not the

generator has a hazardous waste,

 Section 722.112 for

obtaining an EPA identification number,

 Section

722.140(c)

and

(d)

for

recordkeeping,

Section

722.143

for additional reporting and,

 if applicable,

 Section

722.170 for farmers.

c)

 Any person who imports hazardous waste into the United

States must comply with the standards applicable to

generators established in this Part.

d)

 A farmer who generates waste pesticides which are

132—38 7

126

hazardous waste and who complies with all of the

requirements of Section 722.151 is not required to

comply with other standards in this Part,

 or 35 Ill.

Adm. Code 702,

 703, 724 725 or 728 with respect to such

pesticides.

e)

 A person who generates a hazardous waste as defined by

Ill.

Adm.

Code

721

subject

the

compliance.

requirements

and

penalties

prescribed

Title

VIII

and

XII of the Environmental Protection Act if he does not

comply with the requirements of this Part.

di~po~csofhazardou3wastcon-3itcrnu~t

 comply with

the-

applicable standards and permit requirements set

forth in 35 Ill. Adm. Code 702,

703,

724,

725

and

726.)

 owner or operator who initiates a shipment of

hazardous waste from a treatment,

 storage or disposal

facility must comply with the generator standards

established in this Part.

-(Board NoteBOARD NOTE:

 The provisions of Section

722.134 are applicable to the on—site accumulation of

hazardous waste by generators.

 Therefore, the

provisions of Section 722.134 only apply to owners or

operators who are shipping hazardous waste which they

generated at that facility.

 A generator who treats.

stores or disposes of hazardous waste on—site must

comply with the applicable standards and permit

requirements set forth in 35

 Ill. Adm. Code 702.

 703,

724,

 725.

 726 and 728.)-

g)

Ill.

Adm.

 Code 700 contains rules on application of

other Board regulations.

Source:

 Amended at 16 Ill.

 Peg.

 effective

Section 722.134

 Accumulation Time

Except

provided

subsections

(d),

(e)

(f)~

below,

 a generator is exempt from all the requirements

in 35 Ill. Adm. Code 725.Subparts G and H, except for

35 Ill.

 Adm. Code 725.211 and 725.214 and may

accumulate hazardous waste on—site for 90 days or less

without a permit or without having interim status,

provided that:

The

 waste is placed:

A)

 In containers and the generator complies with

132—388

127

Ill.

Adm.

Code

725.Subpart

or

B)

 In tanks and the generator complies with 35

Ill.

 Adm. Code 725.Subpart J except 35

 Ill.

Adm. Code 725.297(c)

 and 725.300;

or

C)

 On drip pads and the generator complies with

35

 Ill. Adm. Code 725.Subpart W and maintains

the following records at the facility:

i)

 A description Of the procedures that

will be followed to ensure that all

wastes are removed from the drip pad and

associated collection system at least

once every 90 days;

and

ii)

 Documentation of each waste removal,

including

the

quantity

waste

removed

from the drip pad and the stump or

collection

system

and

the

date

and

time

of removal.

BOARD NOTE:

 The “in addition” hanging

paragraph is in the introduction to

subsection

 (a).

 above.

2)

 The date upon which each period of accumulation

begins

 is clearly marked and visible for

inspection on each container;

3)

 While

being accumulated on—site, each container

and tank is labeled or marked clearly with the

words,

 “Hazardous Waste”, and

4)

 The generator complies with the requirements for

owners or operators in 35 Ill. Adm. Code

725.Subparts C and D, with 35 Ill.

 Adin.

 Code

725.116 and 728.107(a) (4).

b)

generator who accumulates hazardous waste for more

than 90 days is an operator of a storage facility and

is subject to the requirements of 35 Ill. Adm. Code 724

and

725

and

the

permit

requirements

Ill.

Adm.

Code 702,

 703 and 705 unless the generator has been

granted an extension of the 90—day period.

If

hazardous

wastes

must

remain

on—site

for

longer

than

days due to unforeseen, temporary,

 and uncontrollable

circumstances, the generator may seek an extension of

up to 30 days by means of a variance or provisional

variance, pursuant to Section 37 of the Environmental

Protection Act.

13 2—389

128

c)

 Accumulation near point of generation.

1)

 A generator may accumulate as much as 55 gallons

of hazardous waste or one quart

 of. acutely

hazardous waste listed in 35 Iii. Adm. Code

721.133(e)

 in containers at or near any point

of

generation where wastes initially, accumulate,

which is under the control of the operator of the

process

generating

the

waste,

without

permit

interim status and without complying with

paragraphsubsection

(a).

above,

provided

the

generator:

A)

 Complies with 35 Ill. Adm. Code 725.271,

725.272 and 725.273(a); and

B)

 marks the generator’s containers either with

the

words

“Hazardous

Waste”

with

other

words that identify the contents of the

containers.

2)

 A generator who accumulates either hazardous waste

or acutely hazardous waste listed in 35 Ill.

 Adin.’

Code 721.133(e)

 in excess of the amounts listed in

subsection

 (c) (1),

 above,

 at or near any point of

generation must, with respect to that amount of

excess

waste,

comply

within

three

days

with

subsection

(a)

 above, or other applicable

provisions of this chapter.

 During the, three day

period the generator must continue to comply with

‘subsection

 (c) (1). above.

 The generator must mark

the container holding the excess accumulation of

hazardous waste with the date the excess amount

began accumulating.

generator

who

generates

greater

than

100

kilograms

but less than 1000 kilograms of hazardous waste

 in a

calendar month may accumulate hazardous waste on—site

for 180 days or less without a permit or without having

interim status provided that:

1)

 The quantity of waste accumulated on—site never

exceeds

6000

kilograms;

The

generator

complies

with

the

requirements

Ill. Adm. Code 725.Subpart I, except the generator

need

not

comply

with

Ill.

Adm.

Code

725.276;

3)

 The generator complies with the requirements of 35

Ill. Adm. Code 725.301;

4)

 The generator complies with the requirements of

132—3 90

129

subsections

 (a) (2) and

-?a3-(3),

 above, and the

requirements

Ill.

Adin.

 Code 725.Subpart C

and of 35

 Ill.

 Adm. Code 728.107 (a) (4) and

5)

 The generator complies with the following

requirements:

A)

 At all times there must be at least one

employee either on the premises or on call

(i.e.,

 available to respond to an emergency

by reaching the facility within a short

period of time) with the responsibility for

coordinating all emergency response measures

.specified in subsection

 (d) (4~)(D).

 below.

The

employee

the

emergency

coordinator.

B)

 The generator shall post the following

information next to the telephone:

i)

 The name and telephone number of the

emergency coordinator:

ii)

 Location of fire extinguishers and spill

control material, and if present,

 fire

alarm:

and

iii) The telephone number of the fire

department, unless the facility has a

direct alarm.

C)

 The generator shall ensure that all employees

are thoroughly familiar with proper waste

handling and emergency procedures, ‘relevant

to their responsibilities during normal

facility operations and emergencies:

D)

 The emergency coordinator or designee shall

respond to any emergencies that arise.

The

applicable responses are as follows:

i)

 In the event of a fire, call the fire

department or attempt to extinguish it

using a fire extinguisher:

ii)

 In the event of a spill, contain the

flow of hazardous waste to the extent

possible, and as soon as

 is practicable,

clean up the’hazardous waste and any

contaminated materials or soil:

iii)

 In the event of a fire, explosion or

other release which could threaten human

132—39

130

health outside the facility or when the

generator has knowledge that a spill has

reached surface water, the generator

shall immediately notify the National

Response Center

 (using its 24-hour toll

free

number

800/424-8802).

 The report

must include the following information:

the name, address and USEPA

identification number

 (35 Ill. Adm. Code

722.112) of the generator; date, time

and

type

of incident (e.g.,

 spill or

fire); quantity and

type

of hazardous

waste involved in the incident; extent

of injuries,

 if any; and, estimated

quantity and disposition of recoverable

materials,

 if any.

generator

who

generates

greater

than

100

kilograms

but

less

than

1000

kilograms

hazardous

waste

calendar

month

and

who

must

transport

the

waste,

offer

the

waste

for

transportation,

over

distance

200 miles or more for off—site treatment,

 storage or

disposal may accumulate hazardous waste on—site for 270

days or less without a permit or without having interim

status provided that the generator complies with the

requirements of subsection

(d)

 above.

f)

 A generator who generates greater than 100 kilograms

but less than 1000 kilograms of hazardous waste in a

calendar month and who accumulates hazardous waste in

quantities

exceeding,

6000

accumulates

hazardous

waste for more than 180 days

 (or for more than 270 days

the

generator

must

transport

the

waste,

offer

the

waste

for

transportation,

over

distance

200

miles

more)

operator

storage

facility

and

subject

the

requirements

Ill.

Adm.

Code

724

and 725 and the permit requirements of

 35 Ill. Adm.

Code

703

unless

the

generator

has

been

granted

extension to the 180—day (or 270—day if applicable)

period.

 If hazardous wastes must remain on—site for

longer than 180 days

 (or 270 days if applicable)

 due to

unforeseen,

 temporary and uncontrollable circumstances,

the

generator

may

seek

extension

days

means of variance or provisional variance pursuant to

Section 37 of the Environmental Protection Act.

Source:

Amended

Ill.

Reg.

effective

132—39 2

131

TITLE 35:

 ENVIRONMENTAL PROTECTION

SUBTITLE

WASTE

DISPOSAL

CHAPTER

POLLUTION

CONTROL

BOARD

SUBCHAPTER

C:

 HAZARDOUS

WASTE OPERATING

REQUIREMENTS

PART

724

STANDARDS

FOR

OWNERS

AND

OPERATORS

HAZARDOUS

WASTE

TREATMENT,

STORAGE

AND

DISPOSAL

FACILITIES

SUBPART

GENERAL

 PROVISIONS

Section

724.101

 Purpose,

 Scope and Applicability

724.103

Relationship

Interim

Status

Standards

SUBPART

GENERAL

FACILITY

STANDARDS

Section

724.110

Applicability

724.111

Identification

Number

724.112

Required

Notices

724.113

 General Waste Analysis

724.114

Security

724.115

General

Inspection

Requirements

724.116

Personnel

Training

724.117

General

Requirements

for

Ignitable,

Reactive

Incompatible

Wastes

724.118

 Location Standards

SUBPART C:

PREPAREDNESS

AND

PREVENTION

Applicability

Design

and

Operation

Facility

Required Equipment

Testing

and

Maintenance

Equipment

Access

Communications

Alarm

System

Required

Aisle

Space

SUBPART

CONTINGENCY

PLAN

AND

EMERGENCY

PROCEDURES

Applicability

Purpose and Implementation of Contingency Plan

Content of Contingency Plan

Copies of Contingency Plan

Amendment of Contingency Plan

Emergency

Coordinator

Emergency

Procedures

SUBPART

 MANIFEST SYSTEM, RECORDKEEPING

AND

 REPORTING

Applicability

Use of Manifest System

Manifest Discrepancies

Section

724.130

724

•

131

724.132

724.133

724.134

724.135

724.137

Section

724.150

724.151

724.152

724 .153

724.154

724.155

724.

156

Arrangements

with

Local

Authorities

Section

724.170

724.171

724.172

132—393

132

724.173

 Operating Record

724.174

Availability,

Retention

and

Disposition

Records

724.175

 Annual Report

724.176

 Unmanifested Waste Report

724.177

 Additional Reports

SUBPART

F:

RELEASES

 FROM SOLID WASTE MANAGEMENT UNITS

Applicability

Required Programs

Groundwater Protection Standard

Hazardous Constituents

Concentration Limits

Point of Compliance

Compliance Period

General Groundwater Monitoring Requirements

Detection

Monitoring

Program

Compliance Monitoring Program

Corrective Action Program

Corrective Action for Solid Waste Management Units

SUBPART G:

 CLOSURE AND POST-CLOSURE

Applicability

Closure Performance Standard

Closure Plan; Amendment of Plan

Closure;

Time

Allowed

For

Closure

Disposal or Decontamination of Equipment,

 Structures

and Soils

Certification

Closure

Survey

Plat

Post—closure

Care

and

Use

Property

Post-closure

Plan;

Amendment

Plan

Post-closure Notices

Certification

Completion

Post-closure

Care

SUBPART

FINANCIAL

REQUIREMENTS

Applicability

Definitions

Terms

Used

This

Subpart

Cost Estimate for Closure

Financial

Assurance

for

Closure

Cost

Estimate

for

Post—closure

Care

Financial Assurance f.or Post—closure Care

Use of a Mechanism for Financial Assurance of Both

Closure and Post-closure Care

Liability Requirements

Incapacity of Owners or Operators, Guarantors or

Financial

Institutions

Section

724.190

724.191

724.192

724.193

724.194

724.195

724.

196

724.197

724.198

724.199

724.200

724.201

Section

7’24 .210

724.211

724.212

724.213

724.214

724.215

724.216

724.217

724

218

724.219

724.220

Section

724.240

724.241

724.242

724.243

724 .244

724 .245

724.246

724.247

724.248

724.251

 Wording of the Instruments

132—394

133

SUBPART

USE

AND

 MANAGEMENT

OF CONTAINERS

Applicability

Condition of Containers

Compatibility of Waste With Container

Management of Containers

Inspections

Containment

Special

Requirements

for

Ignitable

Reactive

Waste

Special Requirements for Incompatible Wastes

Closure

SUBPART J:

 TANK

SYSTEMS

Section

724.290

724.291

724.292

724.293

724.

294

724.295

724.296

724.297

724.298

724.299

724.300

Section

724.320

724.321

724 .322

724.326

724.327

724.328

724.329

724.330

724.331

Applicability

Assessment

Existing

Tank

System’s

Integrity

Design

and

Installation

New

Tank

Systems

Components

Containment and Detection of Releases

General

Operating

Requirements

Inspections

Response to Leaks or Spills and Disposition of Leaking

 or unfit—for—use Tank Systems

Closure and Post—Closure Care

Special Requirements for Ignitable or Reactive Waste

Special Requirements for Incompatible Wastes

Special

Requirements

for

Hazardous

Wastes

F020,

F021,

F022,

F023,

F026

and

F027

SUBPART

SURFACE

IMPOUNDMENTS

Applicability

Design and Operating Requirements

Double-lined

Surface

Impoundments:

Exemption

from

Subpart F: Ground—water Protection Requirements

(Repealed)

Monitoring

and

Inspection

Emergency

Repairs;

Contingency

Plans

Closure and Post—closure Care

Special Requirements for Ignitable or Reactive Waste

Special Requirements for Incompatible Wastes

Special

Requirements

for

Hazardous

Wastes

F020,

F021,

F022,

F023,

F026

and

F027

SUBPART

WASTE

PILES

Section

724

350

Applicability

724.351

Design

and

Operating

Requirements

724.352

Double-lined

Piles:

Exemption

from

Subpart

water Protection Requirements

 (Repealed)

724.353

Inspection

Liners:

Exemption

from

Subpart

Ground—water

Protection

Requirements

(Repealed)

Section

724.270

724.271

724.272

724.273

724.274

724.275

724.276

724.277

724.278

Ground—

132—395

134

724.354

724.356

724.357

724.358

724.359

Section

724.370

724.371

724.372

724.373

724.376

724.378

724.379

724.380

724.381

724.382

724.383

Section

724.400

724.401

724.402

Monitoring and Inspection

Special

Requirements

for

Ignitable

Reactive

Waste

Special Requirements for Incompatible Wastes

Closure

and

Post—closure

Care

Special

Requirements

for

Hazardous

Wastes

F020,

F021,

F022, F023, F026 and F027

SUBPART

LAND

TREATMENT

Applicability

 Treatment Program

Treatment Demonstration

Design and Operating Requirements

Food—chain Crops

Unsaturated Zone Monitoring

Recordkeeping

Closure

and

Post—closure

Care

Special

Requirements

for

Ignitable

Reactive

Waste

Special Requirements for Incompatible Wastes

Special

Requirements

for

Hazardous

Wastes

F020,

F021,

F022,

 F023, F026 and P027

SUBPART N:

 LANDFILLS

Design

 and Operating Requirements

Double-lined Landfills:

 Exemption from Subpart

F:

Ground—water Protection Requirements

 (Repealed)

Monitoring and Inspection

Surveying and Recordkeeping

Closure

and

Post—closure

Care

Special Requirements for Ignitable or Reactive Waste

Special Requirements for Incompatible Wastes

Special Requirements for Bulk and Containerized Liquids

Special Requirements for Containers

Disposal

Small

Containers

Hazardous

Waste

Overpacked Drums

 (Lab Packs)

724.417

Special

Requirements

for

Hazardous

Wastes

P020,

P021,

F022, F023,

 F026 and F027

SUBPART

0:

 INCINERATORS

Applicability

Waste Analysis

Principal Organic Hazardous Constituents

 (POHCs)

Performance Standards

Hazardous Waste Incinerator Permits

Operating Requirements

Monitoring and Inspections

Closure

Applicability.

724.403

724.409

724.410

724.412

724.413

724.414

724.415

724.416

Section

724.440

724.441

724.442

724.443

724.444

724.445

724.447

724.451

132—396

135

SUBPART

DRIP

PADS

Section

724 .670

724.671

724.672

724.673

724.674

724.675

Applicability

Assessment of existing drip pad integrity

Design and installation of new drip pads

Design

and

operating

requirements

Inspections

Closure

SUBPART

MISCELLANEOUS

UNITS

Sect ion

724.701

Applicability

724.701

Environmental

Performance

Standards

724.702

 Monitoring,

 Analysis, Inspection,

 Response, Reporting

and Corrective Action

724.703

Post-closure

Care

SUBPART AA:

AIR

EMISSION

 STANDARDS

FOR PROCESS VENTS

Section

724.

930

724.931

724.

932

724.933

724.934

724.935

724.936

Applicability

Definitions

Standards:

 Process Vents

Standards:

 Closed—vent Systems and Control Devices

Test

methods

and

procedures

Recordkeep

ing-

requirements

Reporting R~equirements

SUBPART

BB:

AIR

 EMISSION STANDARDS

FOR EQUIPMENT

LEAKS

Applicability

Definitions

Standards:

 Pumps in Light Liquid Service

Standards:

 Compressors

Pressure Relief Devices in Gas/Vapor

 Standards:

Service

Standards:

Sampling

Connecting

Systems

Standards:

 Open—ended Valves or Lines

Standards:

 Valves in Gas/Vapor or Light Liquid Service

Standards:

 Pumps,

 Valves, Pressure Relief Devices and

Other Connectors

Standards:

 Delay of Repair

Standards:

 Closed—vent Systems and Control Devices

Alternative Percentage Standard for Valves

Skip Period Alternative for Valves

Test

Methods

and

Procedures

Recordkeeping Requirements

Reporting Requirements

Section

724.950

724.951

724.952

724.953

724.954

724.955

724.956

724.957

724.958

724.959

724.960

724.961

724 .962

724

963

724.964

724. 965

~ppendix A

~ppendix B

~ppendix D

Recordkeeping Instructions

EPA

Report

Form

and

Instructions

(Repealed)

Cochran’s Approximation to the Behrens—Fisher

Student’s T—Test

132—39 7

136

Appendix

Examples

Potentially

Incompatible

Waste

Appendix

I

 Groundwater Monitoring List

AUTHORITY:

Implementing

Section

22.4

and

authorized

Section

27 of the Environmental Protection Act

 (Ill. Rev.

 Stat.

 1989,

ch.

111½,

 pars. 1022.4 and 1027).

SOURCE:

Adopted

R82—19,

 53 PCB 131,

 at 7

 Ill.

 Reg.

 14059,

effective October 12,

 1983; amended in R84-9

at

 9 Iii. Req.

11964,

effective

July

24,

1985;

amended

R85—22

Ill.,Reg.

1136,

 ef’fective January 2,

 1986;

 amended in R86-l at 10 Ill. Reg.

14119,

 effective August 12,

 1986; amended in R86—28 at 11 Ill.

Reg.

 6138,

 effective March 24,

 1987; amended in R86—28 at 11 Ill.

Reg.

 8684,

 effective April

 21, 1987; amended in R86—46 at 11 Ill.

Reg.

13577,

effective

August

1987;

amended

R87—5

Ill.

Reg.

 19397,

 effective November 12,

 1987; amended in R87-39 at

12

Ill.

Reg.

13135,

effective

July

29,

1988;

amended

R88—16

Ill.

Reg.

458,

effective

December

28,

1988;

amended

R89-1

Ill.

Reg.

18527,

effective

November

13,

1989;

amended

R90—2

Ill.

Reg.

14511,

effective

August

22,

1990;

amended

R90—

Ill.

Reg.

16658,

effective

September

25,

1990;

amended

R90—l1

Ill.

Reg.

9654,

effective

June

17,

1991;

amended

R91—l

Ill.

Reg.

14572,

effective

October

1991;

amended

R91—l3

Ill.

Reg.

effective

SUBPART

CLOSURE

AND

POST-CLOSURE

Section

724.212

Closure

Plan;

Amendment

Plan

Written

Plan.

1)

 The owner or operator of a hazardous waste

management facility shall have a written closure

plan.

 In addition, certain surface impoundments

and

waste

piles

from

which

the

owner

operator

intends to remove or decontaminate the hazardous

waste at partial or final closure are required by

Sections 724.328(c) (1) (A) and 724.358(c) (1) (A) to

have contingent closure plans.

 The plan~must be

submitted with the permit application,

in

accordance with 35 Ill.

Adm.

 Code 703.18.3, and

approved by the Agency as part of the permit

issuance proceeding under 35 Ill.

Adm.

 Code 705.

In accordance with 35 Ill.

Adm.

 Code 703.241, the

approved closure plan will become a condition of

any

RCRA

permit.

2)

 The Agency’s approval of the plan must ensure that

the

approved

closure

plan

consistent

with

Sections 724.211 through 724.215 and the

applicable requirements of Sections 724.190 et

132—398

137

seq.,

724.278,

724.297,

724.328,

724.358,

724.380,

724.410,

724.45.1

and

724.701.

Until

final

closure

completed

and

certified

accordance

with

Section 724.515, a copy of the approved plan and

approved revisions must be furnished to the Agency

upon request, including requests by mail.

Content

plan.

The

plan

must

identify

steps

necessary to perform partial or final closure of the

faciMty

any

point

during

its

active

life.

The

closure plan must include, at least:

1)

 A description of how each hazardous waste

management unit at the facility will be closed in

accordance with Section 724.211;

2)

 A description of how final closure of the facility

will

conducted

accordance

with

Section

724.211.

 The description must identify the

maximum extent of the operations which will,,be

unclosed

during

the

active

life

the

facility;

and

3)

 An estimate of the maximum inventory of hazardous

wastes

ever

on—site

over

the

active

life

the

facility and a detailed description of the methods

used

during

partial

closures

and

final

closure,

including,

but

not

limited

to,

methods

for

removing,

transporting,

treating,

storing

disposing

all

hazardous

wastes,

and

identification

the

type(s)

off—site

hazardous waste management units to be used,

if

 applicable; and

4)

 A detailed description of the steps needed to

remove

decontaminate

all

hazardous

waste

residues and contaminated containment system

components,

equipment,

structures

and

soils

during

partial

and

final

closure,

including,

but

not

limited

to,

procedures

for

cleaning

equipment

and

removing

contaminated

soils,

methods

for

sampling

and testing surrounding soils and criteria for

determining the extent of decontamination required

to satisfy the closure performance standard; and

detailed

description

other

activities

necessary

during

the

closure

period

ensure

that

all

partial

closures

and

final

closure

satisfy

the

closure

performance

standards,

including,

but

not

limited

to,

groundwater

monitoring,

leachate

collection,

 and run—on and run—off control; and

132—3 99

138

schedule

for

closure

each

hazardous

waste

management unit and for final closure of the

facility.

The

schedule

must

include,

minimum, the total time required to close each

hazardous waste management unit and the time

required for intervening closure activities which

will allow tracking of the progress of partial and

final closure.

 (For example,

 in the case of a

landfill unit,

 estimates of the time required to

treat and dispose of all hazardous waste inventory

and of the time required to place a final cover

must

included.)

For

facilities

that

use

trust

funds

establish

financial assurance under Section 724.243 or

724.245 and that are expected to close prior to

the expiration of the permit, an estimate of the

expected year of final closure.

c)

 Amendment of the plan.

 The owner or operator shall

submit

written

notification

request

for

permit

modification

authorize

change

operating

plans,

facility

design

the

approved

closure

plan

accordance with the applicable procedures in 35 Iii.

Adm.

Code

702~ ‘703

and

705.

The

written

notification

request

must

include

copy

the

amended

closure

plan

for

review

approval

the

Agency.

1)

 The owner or operator

may

submit

written

notification or request to the Agency for a permit

modification to amend the closure plan at any time

prior to notification of partial or final closure

the

facility.

The

owner

operator

shall

submit

written

notification

request

for

permit

modification

authorize

change

the

approved

closure plan whenever:

A)

 Changes in operating plans or facility design

affect the closure plan; or

B)

 There is

 a change in the expected year of

closure,

 if applicable,

or

C)

 In conducting partial or final closure

activities, unexpected events require

modification of the approved closure plan.

3)

 The owner or operator shall submit a written

request for a permit modification including a copy

of the amended closure plan for approval at least

132—400

139

60 days prior to the proposed change in the

facility design or operation,

 or no later than 60

days after an unexpected event has occurred which

has affected the closure plan.

 If an unexpected

event occurs during the partial or final closure

period, the owner or operator shall request a

permit modification no later than 30 days after

the unexpected event.

 An owner or operator of a

surface impoundment or waste pile that intends to

remove all hazardous waste at closure and is not

otherwise

required

prepare

contingent

closure

plan under Sections 724.328(c) (1) (A) or

724.358(c) (1) (A), shall submit an amended closure

plan

the

Agency

later

than

days

after

the

date the owner or operator or Agency determines

that

the

hazardous

waste

management

unit

must

closed as a landfill, subject to the requirements

of Section 724.410,

 or no later than 30 days after

that

date

the

determination

made

during

partial or final closure.

 The Agency shall

approve, disapprove or modify this amended plan in

accordance with the procedures in 35 Ill. Adm.

Code 702, 703 and 705.

 In accordance with 35

 Ill.

Adm.

Code

702.160

and

703.241,

the

approved

closure

plan

will

become

condition

any

RCRA

permit

issued.

The

Agency

may

request

modifications

the

plan

under

the

conditions

described

Section

724.212

The

owner

operator

shall

submit

the

modified

plan

within

days

after

the

Agency’s

request,

within

days

the

change

facility

conditions

occurs

during

partial

final closure.

Any

modifications requested by the

Agency must be approved in accordance with the

procedures in 35

 Ill. Adm. Code 702,

 703 and 705.

d)

 Notification of partial closure and final closure.

The

owner

operator

shall

notify

the

Agency

writing at least 60 days prior to the date 9n

which the owner or operator expects to begin

closure of a surface impoundment, waste pile,

 land

treatment or landfill unit, or final

 closure, of a

facility with such a unit.

 The owner or operator

shall notify the Agency in writing at least 45

days prior to the date on which the owner or

operator

expects

begin

final

closure

facility with only treatment or storage tanks,

container storage or incinerator units to be

closed.

 The owner or operator shall notify the

Agency

writing

least

days

prior

the

132—401

140

date on which the owner or operator expects to

begin

partial

final

closure

boiler

industrial

furnace,

whichever

earlier.

2)

 The date when the owner or operator

“expects

 begin closure” must be either:

a~) No later than 30 days after the date on which

any hazardous waste management unit receives

the known final volume of hazardous wastes

or,

 if there

 is a reasonable possibility that

the hazardous waste management unit will

receive additional hazardous wastes, no later

than

one

year

after

the

date

which

the

unit received the most recent volume of

hazardous waste.

 If the owner or operator of

a hazardous waste management unit

demonstrates to the Agency that the hazardous

waste management unit or facility has the

capacity to receive additional hazardous

wastes and that the owner or operator have

taken,

 and will continue to take,

 all steps

to prevent threats to human health and the

environment, including compliance

with

all

applicable permit requirements, the Agency

shall

approve

extension

this

one—year

limit.

Or,

For

units

meeting

the

requirements

Section

724.213(d),

 no later than 30 days after the

date on which the hazardous waste management

unit receives the final known volume of

non—hazardous wastes, or,

 if there is a

 reasonable possibility that the hazardous

waste management unit will receive additional

non—hazardous wastes, no later than one year

after the date on which the unit received the

most recent volume of non—hazardous wastes.

If the onwcr owner or operator demonstrates

to the Agency that the hazardous waste

management unit has the capacity to receive

additional non—hazardous wastes and that the

owner

and operator have taken, and will

continue to take,

 all steps to prevent

threats to human health and the environment,

including compliance with all applicable

permit

requirements,

the

Agency

shall

approve

an extension to this one—year limit.

3)

 If the facility’s permit is terminated,

or

 if the

facility is otherwise ordered, by judicial decree

or Board order to cease receiving hazardous wastes

132—402

141

or to close, then the requirements of this

subsection do not apply.

 However, the owner or

operator shall close the facility in accordance

with the deadlines established in Section 724.213.

Removal

wastes

and

decontamination

dismantling

of’

equipment.

Nothing

this

Section

shall

preclude

the

owner

or operator from removing hazardous wastes and

decontaminating or dismantling equipment in accordance

with the approved partial or final closure plan at any

time before or after notification of partial or final

closure.

Source:

 Amended at 16 Ill.

 Reg.

 effective

SUBPART

0:

 INCINERATORS

Section

724.440

Applicability

a)

 The regulations in this Subpart apply to owners and

operators of facilities that incinerate hazardous waste

incinerators

 (as defined in 35 Ill.

 Adm. Code 720.110),

except as Section 724.101 provides otherwise.

~e

following

fac~iIity

owners

and

opcrators

arc

considered

incinerate

hazardous

waste:

1)

 Owners or operators of hazardous waste

incinerators

(as

dcfincd

Ill.

 Adm.

 Code

720.110); and

2)

 Owners

boilcrs

or operators who

or in industrial

burn hazardous waste in

furnaces in order to

destroy them,

 or who burn hazardous waste in

hr-ri 1r-i—~t nr

i

ir

 i~t.ri.-,1

Fr~r

recycling

purpose

and

elect

rcgulated

under

this Subpart.

b)

 After consideration of the waste analysis included with

Part B of the permit application, the Agency,

in

establishing the permit conditions, must exempt the

applicant

from

all

requirements

this

Subpart

except

Section

 724.441

 (Waste analysis) and Section 724.451

(Closure):

1)

 If the Agency finds that the waste to be burned

is:

A)

 Listed as a hazardous waste in 35 Ill. Adm.

Code 721, Subpart D solely because it is

ignitable (Hazard Code I),

 corrosive (Hazard

Code C), or both;

or

132—403

142

B)

 Listed as a hazardous waste in 35 Ill. Adm.

Code 721, Subpart D solely because it is

reactive

 (Hazard Code R) for characteristics

other than those listed in Section

721.123(a) (4) and

 (5), and will not be burned

when other hazardous wastes are present in

the

combustion

zone;

C)

 A hazardous waste solely because it possesses

the characteristic of ignitability,

corrosivity, or both, as determined by the

test for characteristics of hazardous wastes

under 35 Ill.

 Adin.

Code 721,

 Subpart C; or

0)

 A hazardous waste solely because it possesses

any of the reactivity characteristics

described

Ill.

 Adin.

Code

721.123(a)(1),

 (2),

 (3),

 (6),

 (7) and

 (8) and

will not be burned when other hazardous

wastes are present in the combustion zone;

and

2)

 If the waste analysis shows that the waste

contains none of the hazardous constituents listed

in 35

Il~l.Adm.

Code 721, Appendix H, which would

reasonably be expected to be in the waste.

the

waste

 burned is one which is described by

subsections

(b) (1) (A),

(b) (1) (B),

(b) (1)

(C)

(b) (1) (D). above,

 and contains insignificant

concentrations of the hazardous constituents “listed in

35 Ill.

 Adm. Code 721, Appendix H, then the Agency may,

in establishing permit conditions,

 exempt the applicant

from all requirements of this Subpart, except Section

724.441

 (Waste analysis) and Section 724.451

 (Closure),

after consideration of the waste analysis included with

Part

the

permit

application,

unless

the

Agency

finds that the waste ‘will pose a threat to human health

or the environment when burned in an incinerator.

The

owner

operator

of’

incinerator

may

conduct

trial burns subject only to the requirements .of 35 Ill.

Adm. Code 703.222 through 703.225

 (Short term and

incinerator permits).

Source:

Amended

Ill.

Reg.

effective

SUBPART AA:

 AIR EMISSION .STAND~J?T~SFOR PROCESS VENTS

Section

724.930

Applicability

132—404

143

a)

 This Subpart applies to owners and operators of

facilities

that

treat,

store

dispose

hazardous

wastes

 (except as provided in Section 724.101).

b)

 Except for Sections 724.934(d)

 and 724.935(e), this

Subpart applies to process vents associated with

distillation,

fractionation,

thin-film

evaporation,

solvent extraction, or air or steam stripping

operations that manage hazardous wastes with organic

conce’ntrations

least

ppmw

(parts

per

million

 by weight),

 if these operations are conducted in:

1)

 Units that are subject to the permitting

requirements

Ill.

 Adm.

Code 703;

or

2)

 Hazardous waste recycling units that are located

on hazardous waste management facilities otherwise

subject to the permitting requirements of

 35 Ill.

Adm.

Code

703.

the

owner

operator

process

vents

subject

the

requirements

Sections

724.932

through

724.936

has

received

RCRA

permit

prior

December

21,

1990,

the

requirements

Sections

724.932

through

724.936

must.

incorporated

when

the

permit

reissued

under

35 Ill.

 Adm. Code 705.201 or reviewed under 35

 Ill.

Adm.

Code

702.161.

BOARD NOTE:

 The requirements of Sections 724.932

through

724.936

apply

process

vents

hazardous

waste

recycling

units

previously

exempt

under

Ill.

Adm. Code 721.106(c) (1).

 Other exemptions under

35

Ill. Adm.

 Code 721.104,

 722.134 and 724.101(g)

 are not

affected by these requirements.

Source:

 Amended at 16

 Ill.

 Reg.

 effective

Section 724.935

 Recordkeeping requirements

a)

 Compliance Required.

1)

 Each owner or operator subject to the provisions

of this Subpart shall comply with the

recordkeeping requirements of this Section.

2)

 An owner or operator of more than one hazardous

waste management unit, subject to the provisions of

this Subpart may comply with the recordkeeping

requirements for these hazardous waste management

units

one

recordkeeping

system

the

system

identifies each record by each hazardous waste

132—405

144

management unit.

b)

 Owners and operators shall record the following

information in the facility operating record:

1)

 For facilities that comply with the provisions of

Section 724.933(a) (2), an implementation schedule

that includes dates by which the closed-vent

system and control device will be installed ana in

operation.

 The schedule must also include a

 rationale of why the installation cannot be

completed at an earlier date.

 The implementation

schedule must be in the facility operating record

by the effective date that the facility becomes

subject to the provisions of this Subpart.

2)

 Up-to—date documentation of compliance with the

process vent standards in Section 724.932,

including:

Information

and

data

identifying

all

affected

process vents,

 annual throughput and

operating hours of each ,affected unit,

estimated emission rates for each affected

vent ‘and for the overall facility (i.e., the

total emissions for all affected vents at the

facility),

 and the approximate location

within the facility of each affected unit

(e.g.,

 identify the hazardous waste

management units on a facility plot plan).

B)

 Information and data supporting determination

of vent emissions and emission ‘reductions

achieved by add—on control devices based on

engineering calculations or source tests.

For the purpose of determining compliance,

determinations of vent emissions and emission

reductions must be made using operating

parameter values

 (e.g., temperatures, flow

rates,

 or vent stream organic compounds and

concentrations) that represent the conditions

that result in maximum organic emissions,

such as when the waste management unit is

 operating at the highest load or capacity

level reasonably expected to occur.

 If the

owner

or operator takes any action

 (e.g.,

managing a waste of different composition or

increasing operating hours of affected waste

management units) that would result in an

increase in total organic emissions from

affected process vents at the facility, then

a new determination is required.

132—406

145

3)

 Where an owner or operator chooses to use test

data

determine

the

organic

removal

efficiency

or total organic compound concentration achieved

by the control device,

 a performance test plan.

The test plan must include:

A)

 A description of how it is determined that

the planned test is going to be conducted

when the hazardous waste management unit is

operating at the highest load or capacity

level reasonably expected to occur.

 This

must include the estimated or design flow

rate and organic content of each vent stream

and define the acceptable operating ranges of

key process and control device parameters

during the test program.

B)

 A detailed engineering description of the

closed—vent system and control device

including:

i)

 Manufacturer’s name and model number of

 control device.

ii)

 Type of control device.

iii) Dimensions of the control device.

iv)

 Capacity.

v)

 Construction materials.

C)

 A detailed description of sampling and

monitoring procedures,

 including sampling and

monitoring

locations

the

system,

the

equipment

used,

sampling

and

monitoring

frequency,

 and planned analytical procedures

for sample analysis.

4)

 Documentation of compliance with Section 724.933

must

include

the

following

information:

A)

 A list of all information references and

sources used in preparing the documentation.

B)

 Records~including the dates of each

compliance test required by Section

724.933(k)

C)

 If engineering calculations are used,

a

design analysis, specifications, drawings,

schematics,

and

piping

and

instrumentation

132—407

146

diagrams based on the appropriate sections of

APTI

Course

415

(incorporated

reference

35

 Ill.

 Adin.

Code 720.111)

 or other

engineering texts,

 approved by the Agency,

that present basic control device design

information.

 Documentation provided by the

control device manufacturer or vendor that

describes the control device design in

accordance with subsections

 (b) (4) (C) (i)

through

 (vii).

 below, may be used to comply

with this requirement.

 The design analysis

must address the vent stream characteristics

and control device operation parameters as

specified below.

1)

 For a thermal vapor incinerator, the

design analysis must consider the vent

stream composition, constituent

concentrations and flow rate.

The

design analysis must also establish the

design minimum and average temperature

in the combustion zone and the

combustion zone residence time.

ii)

 For a catalytic vapor incinerator, the

design analysis must consider the vent

stream composition, constituent

concentrations,

 and flow rate.

The

design analysis must also establish the

design minimum and average temperatures

across the catalyst bed inlet and

outlet.

iii) For a boiler or process heater, the

design analysis must consider the vent

stream composition, constituent

concentrations and flow rate.

The

design analysis must also establish the

design minimum and average flame zone

temperatures, combustion zone residence

 time and description of method and

location where the vent stream is

introduced into the combustion zone.

iv)

 For a flare,

 the design analysis must

consider the vent stream composition,

constituent concentrations,

 and flow

rate.

 The design analysis must also

consider the requirements specified in

Section 724.933 (d).

v)

 For a condenser,

 the design analysis

132—408

147

must consider the vent stream

composition, constituent concentrations,

flow rate, relative humidity and

temperature.

 The design analysis must

also establish the design outlet organic

compound concentration level,

 design

average temperature of the condenser

exhaust vent stream and design average

temperatures of the coolant fluid at the

condenser inlet and outlet.

vi)

 For a carbon adsorption system such as a

fixed—bed adsorber that regenerates the

carbon bed directly onsite in the

control device, the design analysis must

consider the vent stream composition,

constituent concentrations,

 flow rate,

relative humidity and temperature.

The

design analysis must also establish the

design exhaust vent stream organic

compound concentration level, number and

capacity of carbon beds, type and

working capacity of activated carbon

used

for

carbon

beds,

design

total

steam

flow

over

the

period

each

complete

carbon bed regeneration cycle, duration

of the carbon bed steaming and

cooling/drying cycles, design car.bon bed

temperature after regeneration, design

carbon bed regeneration time and design

service life of carbon.

vii)

 For a carbon adsorption system such as a

carbon canister that does not regenerate

the

carbon

bed’directly

onsite

the

control device, the design analysis must

consider the vent stream composition,

constituent concentrations,

 flow rate,

relative humidity and temperature.

The

design analysis must also establish the

design outlet organic concentration

level, capacity of carbon bed, type and

working capacity of activated carbon

used for carbon bed and design carbon

replacement interval based on the total

carbon working capacity of the control

device and source operating schedule.

D)

 A statement signed and dated by the owner or

operator áertifying that the operating

parameters used in the design analysis

reasonably represent the conditions that

132—409

148

exist

when

the

hazardous

waste

management

unit

would

operating

the

highest

load

capacity

level

reasonably

expected

occur.

E)

 A statement signed and dated by the owner or

operator certifying that the control device

is designed to operate at an efficiency of 95

percent or greater unless the total organic

concentration limit of Section 724.932(a)

is

achieved at an efficiency less than 95 weight

percent or the total organic emission limits

Section

724.932(a)

for

affected

process

vents at the facility are attained by a

control device involving vapor recovery at an

efficiency

less

than

weight

percent.

statement provided by the control device

manufacturer or vendor certifying that the

control equipment meets the design

specifications may be used to comply with

this

requirement.

F)

 If performance tests are used to demonstrate

compliance,

all

test

results.

c)

 Design documentation and monitoring operating and

inspection information for each closed—vent system and

control

device

required

comply

with

the

provisions

this

Part

must

recorded

and

kept

up-to-date

the

facility

operating

record.

The

information

 must

include:

1)

 Description and date of each modification that is

made

the

closed—vent

system

control

device

design.

2)

 Identification of operating parameter,

 description

of monitoring device, and diagram of monitoring

sensor location or locations used to comply with

Section

724.933(f)

(1)

and

(2).

3)

 Monitoring,

 operating and inspection information

required by Section 724.933(f)

 through

 (k).

4)

 Date, time and duration of each period that occurs

while

the

control

device

operating

when

any

monitored parameter exceeds the value established

the

control

device,

design

analysis

specified

below:

A)

 For a thermal vapor incinerator designed to

operate with a minimum residence time of 0.50

132=410

149

second at a minimum temperature of 760 C, any

period

when

the

combustion

temperature

below

760

B)

 For a thermal vapor incinerator designed to

operate with an organic emission reduction

efficiency of 95 weight percent or greater,

any period when the combustion zone

temperature is more than 28 C below the

design average combustion zone temperature

established as a requirement of subsection

(b) (4) (C) (i).

 above.

C)

 For a catalytic vapor incinerator, any period

when:

i)

 Temperature of the vent stream at the

catalyst bed inlet is more than 28 C

below the average temperature of the

inlet vent stream established as a

requirement of subsection

 (b) (4) (C)

(u)4,

above or

ii)

 Temperature difference across the

catalyst bed is less than 80 percent of

the design average temperature

difference

established

as,a

requirement

of subsection

 (b) (4) (C)

(ii)

above.

D)

 For a boiler or process heater. any period

when:

i)

 Flame zone temperature is more than 28 C

below the design average flame zone

temperature

established

requirement

subsection

(b) (4)

(C)

 (iii). above or

ii)

 Position changes where the vent stream

is introduced to the combustion zone

from the location established as a

requirement of subsection

(b) (4) (C) (iii). above.

E)

 For a flare, period when the pilot flame is

not

ignited.

For

condenser

that

complies

with

Section

724.933(f) (2) (F) (i), any period when the

organic compound concentration level or

readings of organic compounds in the exhaust

vent stream from the condenser are more than

20 percent greater than the design outlet

132—411

150

organic compound concentration level

established

requirement

subsection

(b) (4) (C) (v). above.

G)

 For a condenser that complies with Section

724.933(f) (2) (F) (ii), any period when:

i)

 Temperature of the exhaust vent stream

from the condenser is more than

6 C

above the design average exhaust vent

stream temperature established as a

requirement of subsection

 (b) (4) (C) (v),,

above.

ii)

 Temperature of the coolant fluid exiting

 the condenser is more than

 6 C above the

design average coolant fluid temperature

at the condenser outlet established as a

requirement of subsection

 (b) (4) (C) (v)4,

above.

H)

 For a carbon adsorption system such as a

fixed—bed carbon adsorber that regenerates

the carbon bed directly onsite in the control

device and complies with Section

724.933(f)(2-fljG)(i),

any

period

when

the

organic

compound

concentration

level

readings of organic compounds in the exhaust

vent stream from the carbon bed are more than

20 percent greater than the design exhaust

vent stream organic compound concentration

level established as a requirement of

subsection

 (b) (4) (C) (vi), above.

 For a carbon adsorption system such as a

fixed—bed carbon adsorber that regenerates

the

carbon

bed

directly

onsite

the

control

device and complies with Section

724.933(f) (2) (G)

(ii),

any

period

when

the

vent stream’ continues to flow through the

control device beyond the predetermined

carbon bed regeneration time established’ as a

requirement of subsection

 (b) (4) (C) (vi)~

above.

Explanation

for

each

period

recorded

under

subsection

(C)

(4). above, of the cause for control

device operating parameter exceeding the design

value and the measures implemented to correct the

control

device

operation.

6)

 For a carbon adsorption system operated subject to

132—4 12

151

requirements specified in Section 724.933(g)

or

(h) (2), any date when existing carbon in the

control device

 is replaced with fresh carbon.

For

carbon

 adsorption system operated subject to

requirements specifiedin Section 724.933(h) (1),

a

log that records:

Date

and

time

when

control

device

monitored for carbop breakthrough and the

monitoring device reading.

Date

when

existing

carbon

the

control

device is replaced with fresh carbon.

8)

 Date of each control device startup and shutdown.

Records

the

monitoring,

operating

and

inspection

information required by subsections

 (c) (3) through

 (8)4,

above, need be kept only 3 years.

For

control

device

 other than a thermal vapor

incinerator,

catalytic

vapor

incinerator,

flare,

boiler, process heater, condenser or carbon adsorption

system, the ~gency shall specify the appropriate

recordkeeping requirements.

Up-to-date

information

and

data

used

determine

whether or not

 a process vent is subject to the

requirements in Section 724.932,

 including supporting

documentation as required by Section 724.934(d) (2),

when application of the knowledge of the nature of the

hazardous wastestream or the process by which it was

produced is used, must be recorded in a log that is

kept in the facility operating record.

Source:

Amended

Ill.

Reg.

 effective

132—413

152

TITLE 35:

 ENVIRONMENTAL

PROTECTION

SUBTITLE G:

 WASTE DISPOSAL

CHAPTER I:

 POLLUTION

CONTROL

BOARD

SUBCHAPTER

c:

 HAZARDOUS WASTE OPERATING REQUIREMENTS

PART 725

INTERIM

STATUS

 STANDARDS

FOR

OWNERS AND

OPERATORS OF

HAZARDOUS

WASTE

TREATMENT,

 STORAGE AND

DISPOSAL FACILITIES

SUBPART A:

 GENERAL

PROVISIONS

Purpose,

Scope

and

Applicability

Imminent

Hazard Action

SUBPART

B:

 GENERAL FACILITY STANDARDS

Applicability

USEPA

Identification

Number

Required Notices

General Waste Analysis

Security

General

Inspection

Requirements

Personnel Training

General

Requirements

for

Ignitable,

Reactive

Incompatible~Wastes

725.118

 Location Standards

SUBPART

C:

PREPAREDNESS

AND

PREVENTION

Section

725.130

725.131

725.132

725.133

725.134

725. 135

725. 137

Applicability

Maintenance and Operation of Facility

Required Equipment

Testing and Maintenance of Equipment

Access to Communications or Alarm System

Required Aisle Space

Arrangements

with

Local

Authorities

SUBPART

D:

 CONTINGENCY

PLAN

AND

EMERGENCY PROCEDURES

Section

725.150

725.151

725. 152

725. 153

725.154

725.155

725.156

Applicability

Purpose and Implementation of Contingency Plan

Content of Contingency Plan

Copies of Contingency Plan

Amendment

of Contingency Plan

Emergency

Coordinator

Emergency Procedures

Applicability

Use of Manifest System

Manifest Discrepancies

Section

725.101

725. 104

Section

725.110

725.111

725.112

725.113

725.114

725.115

725.116

725.117

Section

725.170

725.171

725.172

SUBPART

E:

 MANIFEST SYSTEM, RECORDKEEPING AND

REPORTING

132—414

153

725.173

725.174

725.175

725.176

725.177

Section

725.190

725.191

725.192

725.193

725.194

Section

725.

2 10

725.

211

725. 212

725. 213

725.214

725.215

725. 216

725.217

725. 218

725.219

725.220

Operating

Record

 Availability, Retention and Disposition of Records

Annual Report

Unmanifested Waste Report

Additional Reports

SUBPART F:

 GROUNDWATER MONITORING

Applicability

Groundwater Monitoring System

Sampling and Analysis

Preparation,

Evaluation

and

Response

Recordkeeping and Reporting

SUBPART G:

 CLOSURE

AND

POST-CLOSURE

Applicability

Closure Performance Standard

Closure Plan; Amendment of Plan

Closure; Time Allowed for Closure

Disposal or Decontamination of Equipment,

 Structures

and Soils

Certification

Closure

Survey

Plat

Post-closure ~Care and Use of Property

Post—closure Plan; Amendment of Plan

Post—Closure

Notices

Certification

Completion

Post-Closure

Care

SUBPART

FINANCIAL

REQUIREMENTS

Applicability

Definitions

Terms

Used

this

Subpart

Cost Estimate for Closure

Financial

Assurance

for

Closure

Cost Estimate f,or Post—closure Care

Financial Assurance for Post—closure Monitoring and

Maintenance

725.246

Use

Mechanism

for

Financial

Assurance

Both

Closure and Post—closure Care

725.247

 Liability Requirements

725.248

 Incapacity of Owners or Operators, Guarantors or

Financial Institutions

725.251

 Promulgation of Forms

 (Repealed)

SUBPART I:

USE

AND

MANAGEMENT OF CONTAINERS

Section

725.270

725.271

725. 272

725. 273

725.274

Applicability

Condition of Containers

Compatibility of Waste with Container

Management

Containers

Inspections

Section

725.240

725.241

725. 242

725.243

725.244

725.245

132—415

154

725.276

 Special Requirements for Ignitable or Reactive Waste

725.277

 Special Requirements for Incompatible Wastes

SUBPART J:

TANK

SYSTEMS

Section

725.290

 Applicability

725.291

 Assessment of Existing

Tank

System’s Integrity

725.292

 Design and Installation of New

Tank

Systems or

Components

725.293

 Containment and Detection of Releases

725.294

 General Operating Requirements

725.295

Inspections

725.296

 Response to leaks or spills and disposition of Tank

Systems

725.297

 Closure and Post—Closure Care

725.298

 Special Requirements for Ignitable or Reactive Waste

725.299

 Special Requirements for Incompatible Wastes

725.300

 Waste Analysis and Trial Tests

725.301

 Generators of 100 to 1000 kg/mo.

SUBPART

SURFACE

IMPOUNDMENTS

Section

725.320

Applicability

725.321

 Design Requirements

725.322

 General Operating Requirements

725.323

Containment

System

725.325

Waste

Analysis

and

Trial

Tests

725.326

 Inspections

7.25.328

 Closure and Post-Closure Care

725.329

 Special Requirements for Ignitable or Reactive Waste

725.330

Special

Requirements

for

Incompatible

Wastes

SUBPART L:

 WASTE PILES

Section

725.350

Applicability

725.351

 Protection from Wind

725.352

Waste

Analysis

725. 353

Containment

725.354

 Design Requirements

725.356

 Special Requirements for Ignitable or Reactive Waste

 725.357

 Special Requirements for Incompatible Wastes

725.358

 Closure and Post-Closure Care

SUBPART

M:

LAND

TREATMENT

Section

725.370

 Applicability

725.372

 General Operating Requirements

725.373

Waste

Analysis

725.376

Food

Chain

Crops

725.378

Unsaturated

Zone

(Zone

Aeration)

Monitoring

725.379

Recordkeeping

725.380

 Closure and Post—closure

13 2—416

155

725.381

Special

Requirements

for

Ignitable

Reactive

Waste

725.382

 Special Requirements for Incompatible Wastes

SUBPART N:

 LANDFILLS

Section

725.400

725.401

725.402

725.409

725.410

725.412

725.413

725.414

725.415

725.416

Applicability

Design Requirements

General Operating Requirements

Surveying and Recordkeeping

ClosiIre

and

Post—Closure

Special Requirements for Ignitable or Reactive Waste

Special Requirements for Incompatible Wastes

Special

Requirements

for

Liquid

Wastes

Special Requirements for Containers

Disposal of Small Containers of Hazardous Waste in

Overpacked Drums

 (Lab Packs)

SUBPART

0:

 INCINERATORS

Applicability

Waste

Analysis

General Operating Requirements

Monitoring and Inspection

Closure

Interim

Status’

Incinerators

Burning

Particular

Hazardous Wastes

SUBPART

 THERMAL TREATMENT

Other Thermal Treatment

General Operating Requirements

Waste Analysis

Monitoring

and

 Inspections

Closure

Open Burning; Waste Explosives

Interim Status Thermal Treatment Devices Burning

Particular

Hazardous

Waste

SUBPART

Q:

 CHEMICAL,

PHYSICAL

AND

BIOLOGICAL TREATMENT

Applicability

General Operating Requirements

Waste Analysis and Trial Tests

Inspections

Closure

Special Requirements for Ignitable or Reactive Waste

Special Requirements for Incompatible Wastes

SUBPART R:

 UNDERGROUND INJECTION

Section

725.530

Applicability

Section

725.440

725.441

725.445

725.447

725.451

725.452

Section

725.470

725.473

725.475

725.477

725.481

725.482

725.483

Section

725.500

725.501

725.502

725. 503

725. 504

725.505

725.506

132—417

156

SUBPART W:

 DRIP

PADS

Applicability

Assessment of existing drip pad integrity

Design

and

installation

new

drip

pads

Design and operating requirements

Inspections

Closure

SUBPART AA:

 AIR EMISSION

STANDARDS

FOR PROCESS VENTS

Section

725.930

725.931

725.932

725. 9,3

725.934

725.935

Section

725.950

725.951

725.952

725.953

725.954

725. 955

725.956

725.957

725.958

725.959

725.960

725.961

725.

962

725.963

725.964

Applicability

Definitions

Standards:

 Process Vents

Standards:

 Closed—vent Systems and Control Devices

Test methods and procedures

Recordkeeping Requirements

Applicability

Definitions

Standards:

Standards:

Standards:

Service

Standards:

Standards:

Standards:

Standards:

725.Appendix A Recordkeeping Instructions

725.Appendix B EPA Report Form and Instructions (Repealed)

725.Appendix C EPA Interim Primary Drinking Water Standards

725.Appendix D Tests for Significance

725.Appendix E Examples of Potentially Incompatible Waste

AUTHORITY:

Implementing

Section

22.4

and

authorized

Section

27 of the Environmental Protection Act

 (Ill.

 Rev. Stat.

 1989,

ch.

111—1/2, pars.

 1022.4 and 1027).

SOURCE:

 Adopted in R81—22,

 43 PCB 427, at 5 Ill. Reg.

 9781,

effective as noted in 35 Ill.

Adin.

 Code 700.106; amended and

codified in R81—22,

 45 PCB 317, at

 6 Ill.

 Reg.

 4828, effective as

noted in 35 Ill.

 Adm. Code 700.106; amended in R82—18,

 51 PCB

Section

725.540

725.541

725.542

725.543

725.544

725.545

SUBPART BB:

AIR

EMISSION

STANDARDS

FOR EQUIPMENT LEAKS

Pumps

 in Light Liquid.Service

Compressors

Pressure

Relief

Devices

Gas/Vapor

Sampling Connecting Systems

Open—ended Valves or Lines

Valves in Gas/Vapor or Light Liquid Service

Pumps, Valves, Pressure Relief Devices,

Other Connectors

Delay of Repair

Closed—vent Systems and Control Devices

Flanges

and

Standards:

Standards:

Percent

Leakage

Alternative

for

Valves

Skip Period Alternative for Valves

Test

Methods

and

Procedures

Recordkeeping

Requirements

132—4 18

157

831,

at

Ill.

Reg.

2519,

effective

February

22,

1983;

amended

R82-19,

 53 PCB 131, at

 7 Ill.

 Reg. 14034, effective October 12,

1983; amended in R84—9, at

 9 Ill. Reg.

 11869, effective July 24,

3985;

amended in R85—22 at 10 Ill. Reg.

 1085, effective January

2,

 1986; amended in R86-1 at 10

 Ill. Reg.

 14069, effective August

12,

 1986;

 amended in R86—28 at 11 IlL Reg.

 6044, effective March

24,

 1987; amended in R86—46 at 11 Ill. Reg.

 13489,

 effective

August

1987;

amended

R87—5

Ill.

Reg.

19338,

effective

November

10,

 1987; amended in R87—26 at 12

 Ill. Reg.

 2485,

effectiye January 15,

 1988; amended in R87-39 at 12

 Ill. Reg.

13027, effective July 29, 1988; amended in R88—16 at 13 Ill.

 Reg.

437, effective December 28,

 1988; amended in R89—1 at 13 Ill.

Reg.

 18354,

 effective November 13,

 1989; amended in R90-2 at 14

Ill. Reg.

 14447, effective

August

22,

 1990; amended in R90—lO at

Ill.

Reg.

16498,

effective

September

25,

1990;

amended

R90-

Ill.

Reg.

9398,

effective

June

17,

1991;

amended

R9l—

1 at

 15 Ill. Reg.

 14534, effective October

1,

 1991;

 amended in

R91-13

at

16

 Ill.

 Reg.

 effective

SUBPART B:

 GENERAL

FACILITY STANDARDS

Section

725.113

General

Waste

Analysis

Waste

analysis:

1)

 Before an owner or operator treats,

 stores or

 disposes of any hazardous waste,

 or non—hazardous

waste

applicable

under

Section

725.213(d),

the

owner or operator shall obtain a detailed chemical

and physical analysis of a representative sample

of the waste.

 At a minimum, this analysis must

contain all the information which must be known to

treat,

 store or dispose of the waste in accordance

with the requirements of this Part and 35 Ill.

Adm. Code 728.

2)

 The analysis may include data developed under 35

Ill.

Adm.

Code

 21 and existing published or

documented data on the hazardous waste or on waste

generated from similar processes.

BOARD

NOTE:

 For example, the facility’s record of

analyses performed on the waste before the

effective date of these regulations or studies

conducted on hazardous waste generated from

processes similar to that which generated the

waste to be managed at the facility may be

included in the data base required to comply with

subsection

 (a) (1), above, except as otherwise

specified in 35 Ill.

Adm.

Code 728.107(b)

and

 (c).

The owner or operator of an off—site facility may~

arrange for the generator of the hazardous waste

132—419

158

to supply part or all of the information required

by subsection

 (a) (1), above.

 If the generator

does not supply the information and the owner or

operator chooses to accept a hazardous waste, the

owner or operator is responsible for obtaining the

information required to comply with this Section.

3)

 The analysis must be repeated as necessary to

ensure that it is accurate and up to date.

 At a

minimum,

 the analysis must be repeated:

A)

 When

the owner or operator is notified, or

has reason to believe, that the process or

operation generating the hazardous waste,

or

non-hazardous waste if applicable under

Section 725.213(d),

 has changed; and

B)

 For off—site facilities, when the results of

the inspection required in subsection

 (a) (4)~

below, indicate that the hazardous waste

received at the facility does not match the

waste designated on the accompanying manifest

or shipping paper.

The

owner

 operator of an off—site facility

shall inspect and,

 if necessary,

 analyze each

hazardous waste movement received at the facility

to determine whether it matches the identity of

the waste specified on the accompanying manifest

or shipping paper.

b)

 The owner or operator shall develop and follow a

written waste analysis plan which describes the

procedures which the owner or operator will carry out

to comply with subsection

 (a), above.

 The owner or

operator

shall

keep

this

plan

the

facility.

minimum,

the

plan

must

specify:

1)

 The parameters for which each hazardous waste,

or

non—hazardous waste if applicable under Section

725.213(d), will be analyzed and the rationale for

the selection of these parameters

 (i.e., how

analysis for these parameters will provide

sufficient information on the waste’s properties

to comply with subsection

 (a), above.

2)

 The test methods which will be used to test for

these parameters.

3)

 The sampling method which will be used to obtain a

representative sample of the waste to be analyzed.

13 2—420.

159

A representative sample may be obtained using

either:

A)

 One of the sampling methods described in 35

Ill.

Adm.

 Code 721.Appendix A or

B)

 An equivalent sampling method.

BOARD

NOTE:

 See 35 Ill.

Adm.

Code 720.120(c)

for related discussion.

The

frequency

with

which

the

initial

analysis

the

waste

will

reviewed

repeated

ensure

that the analysis is accurate and up—to—date.

For

off—site

facilities,

the

waste

analyses

that

hazardous waste generators have agreed to supply.

6)

 Where applicable, the methods which will be used

to meet the additional waste analysis -requirements

for specific waste management methods as specified

in Sections 725.293725.300,

 725.325,

 725.352,

725.373,

 725.414,

 725.441, 725.475,

 725.502,

725.934(d)

and

725.963(d),

and

Ill.

Adm.

Code

728.107d

And,

7)

 For surface impoundments exempted from land

disposal

restrictions

under

Ill.

Adm.

Code

728.104(a), the procedures and schedules for:

 The sampling of impoundment contents;

B)

 The analysis of test data; and,

C)

 The annual removal of residues which are not

delisted

under

Ill.

Adm.

Code

720.122

which exhibit a characteristic of hazardous

waste,

and

either:

i)

 Do not meet applicable treatment

standards of 35 Ill.

 Adin.

Code

728.Subpart D; or

ii)

 Where no treatment standards have been

established:

 Such residues are

prohibited from land disposal under 35

Ill.

 Adin.

Code 728.132 or 728.139; or

such residues are prohibited from land

disposal under 35 Ill. Adm. Code

728.133(f).

132—421

160

c)

 For off-site facilities, the waste analysis plan

required in subsection

 (b). above, must also specify

the procedures which will be used to inspect and, if

necessary,

 analyze each movement of hazardous waste

received at the facility to ensure that it matches the

identity of the waste designated on the accompanying

manifest

shipping

paper.

At-a

minimum,

the

plan

must

describe:

1)

 The procedures which will be used to determine the

identity of each movement of waste managed at the

facility; and

2)

 The sampling method which will be used to obtain a

representative sample of the waste to be

identified,

the

identification

method

includes

sampling.

Source:

Amended

Ill.

Reg.

effective

Section 725.173

 Operating Record

a)

 The owner or operator shall keep a written operating

record

the

facility.

b)

 The following information must be recorded as it

becomes

available

and

maintained

the

operating

record

until

closure

the

facility.

1)

 A description and the quantity of each hazardous

waste received and the method or methods and date

or dates of its treatment, storage or disposal at

the facility as required by Appendix A;

2)

The

location

each

hazardous

waste

within

the

facility

and

the

quantity

each

location.

For

disposal facilities the location and quantity of

each hazardous waste must be recorded on a map or

diagram of each cell or disposal area.

 For all

facilities this information must include cross-

references to specific manifest document

numbers

if the waste was accompanied by a manifest;

BOARD NOTE:

 See Sections 725.219, 725.379 and

725.409 for related requirements.

3)

 Records and results of waste analysis and trial

tests performed as specified in Sections 725.113,

725.293725.300, 725.325,

 725.352, 725.373,

725.414,

 725.441, 725.475,

 725.502,

 725.934 and

132—422

161

725.963

and

Ill.

Adm.

Code

728.104(a)

and

728.107;

4)

 Summary reports and details of all incidents that

require implementing the contingency plan as

specified in Section 725.156(j);

 Records and results of inspections as required by

Sections 725.115(d)

 (except these data need be

‘kept

only

three

years);

6)

 Monitoring,

 testing or analytical data where

required by Sections 725.190, 725.194,

 725.291,

725.293,

725.295,

725.376,

725.378,

725.380(d)

(1),

725.447,

 725.477,

 725.934(c) through

 (f),

725.935,

 725.963(d) through

 (i) and 725.964;

BOARD

NOTE:

required

Section

725.194,

monitoring

data

disposal

facilities

must

kept

throughout

the

post-closure

period.

All

 closure cost estimates under Section 725.242

 and,

 for disposal facilities, all post—closure

cost estimates under Section 725.244;

8)

 Records of the quantities

 (and date of placement)

for each shipment of hazardous waste placed in

land disposal units under an extension of the

effective date of any land disposal restriction

granted pursuant to 35 Ill.

 Adin.

 Code 728.105,

a

petition

pursuant

Ill.

 Adin.

 Code 728.106 or

a certification under 35 Ill.

Adm.

Code 728.108,

and the applicable notice required of

 a generator

under

Ill.

Adm.

Code

728.107(a);

 For an off—site treatment facility,

 a copy of the

notice,

and

the

certification

and

demonstration,

applicable,

required

the

generator

the

owner or operator under 35 Ill.

Adm.

Code 728.107

or 728.108;

10)

For

on-site

treatment

facility,

the

information

contained in the notice

 (except the manifest

number), and the certification and demonstration,

if applicable, required of the generator or the

owner or operator under 35 Ill. Adm. Code 728.107

 or 728.108;

11)

 For an off—site land disposal facility,

 a copy of

the

notice,

and

the

certification

and

demonstration,

 if applicable, required of the

generator or the owner or operator of

 a treatment

132—4 23

162

facility under 35 Ill.

Adm.

Code 728.107 or

728.108, whichever is applicable;

and

12)

 For an on-site land disposal facility, the

information contained in the notice required of

the generator or owner or operator of a treatment

facility under 35 Ill.

 Adiu.

Code 728.107, except

for

the manifest

number,

 and the certification and

demonstration,

 if applicable, required under

35

Ill. Adm. Code 728.108, whichever is applicable.

13)

For

off—site

storage

facility,

copy

the

notice,

and

the

certification

and

demonstration

if

applicable,

required

the

generator

the

owner

or operator under 35

 Ill.

Adm.

Code 728.107 or

 728.108;

 and,

14)

For

on-site

storage

facility,

the

information

contained

the

notice

(except

the

manifest

number), and the certification and demonstration

if applicable, required of the generator or the

owner

operator

under

Ill.

 Adm.

Code 728.107

or 728.108.

Source:

Amended

Ill.

Reg.

effective

Section 725.212

 Closure Plan;

Amendment

of Plan

a)

 Written Plan.

 Within six months after the effective

date of the rule that first subjects a facility to

provisions of this Section, tThe

owner

or operator of a

hazardous waste management facility shall have a

written closure plan.

 Until final closure is completed

and

certified

accordance

with

Section

725.215,

copy of the most current plan must be furnished to the

Agency upon request including request by mail.

In

addition, for facilities without approved plans,

it

must also be provided during site inspections on the

day of inspection to any officer, employee or

representative of the Agency.

b)

 Content of plan.

 The plan must identify the steps

necessary to perform partial or final closure of the

facility

any

point

during

its

active

life.

The

closure plan must include,

 at least:

description

how

each

hazardous-waste

management

unit

the

facility

will

closed

accordance

with

Section

725.211;

and

132—424

163

description

how

final

closure

the

facility

will be conducted in accordance with Section

725.211. The description must identify the maximum

extent of the operation which will be unclosed

during the active life of’the facility and

3)

 An estimate of the maximum inventory of hazardous

wastes ever on—site over the active life of the

facility and a detailed description of the methods

to be used during partial and final closure,

including,

 but not limited to methods for

removing, transporting, treating, storing or

disposing of all hazardous waste, and

identification of and the

type(s)

of off—site

hazardous waste management unit(s) to be used,

if

applicable; and

 A detailed description of the steps needed to

remove or decontaminate all hazardous waste

residues and contaminated containment system

components, equipment,

 structures and soils during

partial

and

final

closure

including,

but

not

limited to, procedures for cleaning equipment and

removing contaminated soils,

 methods for sampling

and testing surrounding soils and criteria for

determining the extent of decontamination

necessary to satisfy the closure performance

standard; and

detailed

description

other

activities

necessary during the partial and final closure

period to ensure that all partial closures and

final closure satisfy the closure performance

standards,

 including, but not limited to,

groundwater monitoring,

 leachate collection, and

run—on and run—off control; and

6)

 A schedule for closure of each hazardous waste

management unit and for final closure of the

facility.

 The schedule must include, at a

minimum, the total time required to close each

hazardous waste management unit and the time

required for intervening closure activities which

will allow tracking of the progress of partial and

 final closure.

 (For example,

 in the case of a

landfill unit, estimates of the time required to

treat or dispose of all hazardous waste inventory

and of the time required to place a final cover

must be included.);

and

7)

 An estimate’of the expected year of final closure

for facilities that use trust funds to demonstrate

13 2—425

164

financial assurance under Sections 725.243. or

725.245 and whose remaining operating life is less

than twenty years, and for facilities without

approved closure plans.

c)

 Amendment of plan.

 The owner or operator may amend the

closure plan at any time prior to the notification of

partial or final closure of the facility.

 An owner or

operator with an approved closure plan shall submit a

written request to the Agency to authorize a change to

the approved closure plan.

 The written request must

include a copy of the amended closure plan for approval

by the Agency.

1)

 The owner or operator shall amend the closure

plan, whenever:

A)

 Changes in the operating plans or facility

design affect the closure plan,

or

B)

 Whenever there is a change in the expected

year of closure,

 if applicable, or

C)

 In conducting partial or final closure

activities,

 unexpected events require a

modification of the closure plan.

2)

 The owner or operator shall amend the closure plan

at least 60 days prior to the proposed change in

facility design or operation,

 or no later than 60

days after an unexpec~tedevent has occurred which

has affected the closure plan.

 If an unexpected

event occurs during the partial or final closure

period, the owner or operator shall amend the

closure plan no later than 30 days after the

unexpected event.

 These provisions also apply to

owners or operators of surface impoundments and

waste piles who intended to remove all hazardous

wastes at closure, but are required to close as

landfills in accordance with Section 725.410.

3)

 An owner or operator with an approved closure plan

shall submit the modi,fied plan to the Agency at

least 60 days prior to the proposed change in

facility design or operation,

 or no more than 60

days after an unexpected event has oOcurred which

has affected the closure plan.

 If an unexpected

event has occurred during the partial or final

closure period, the owner or operator shall submit

the modified plan no more than 30 days after the

unexpected event.

 These provisions also apply to

owners or operators of surface impoundments and

13 2—426

165

waste piles who intended to remove all hazardous

wastes at closure but are required to close as

 landfills in accordance with Section 725.410.

If

the amendment to the plan is a Class

 2 or

3

modification according to the criteria in 35 Ill.

Adm. Code 702.280, the modification to the plan

shall be approved according to the procedures in

subsection

 (d) (4), below.

4)

 The Agency may request modifications to the plan

under the conditions described in subsection

(c) (1),

 above.

 An owner or operator with an

approved closure plan shall submit the modified

plan.within 60 days of the request from the

Agency, or within 30 days if the unexpected event

occurs during partial or final closure.

 If the

amendment is considered a Class

 2 or

3

modification according to the criteria in 35 Ill.

Adm. Code 702.280, the modification to the plan

must be approved in accordance with the procedures

in subsection

 (d) (4). below.

d)

 Notification of partial closure and final closure.

1)

 When not-ice is reauired.

~

 The owner or operator shall submit the

closure plan to the Agency at least 180 days

prior to the date on which the owner or

operator expects to begin closure of the

first surface impoundment, waste pile,

 land

treatment or landfill unit,

 or final closure

of ~ fpcility withif it involves such a unit~

whichever is earlier.

B)

 The owner or operator shall submit the

 closure plan to the Agency at least 45 days

prior to the date on which the owner or

operator expects to begin partial or final

closure of a boiler or industrial furnace.

çj

 The owner or operator shall submit the

closure plan to the Agency at least 45 days

prior to the date on which the owner or

operator expects to begin final closure of a

facility with only tanks, container storage

or incinerator units.

pj

 Owners or operators with approved closure

plans shall notify the Agency in writing at

least 60 days prior to the date on which the

owner or operator expects to begin closure of

13 2—427

166

a surface impoundment, waste pile,

 landfill

or land treatment unit,

 or final closure of a

facility involving such a unit.

E)

 Owners or operators with approved closure

plans shall notify the Agency in writing at

least 45 days prior to the date on which the

owner or operator expects to begin partial or

final closure of a boiler or industrial

furnace.

fi

 Owners and operators with approved closure

plans shall notify the Agency in writing at

least 45 days prior to the date on which the

owner or operator expects to begin final

closure of a facility with only tanks,

container storage or incinerator units.

.2)

 The date when the owner or operator “expects to

 begin closur&’ must be either:

A)

 w~ithin30 days after the date on which any

hazardous waste management unit receives the

known final volume of hazardous wastes or,

if

there is a reasonable possibility that the

hazardous waste management unit will receive

additional hazardous wastes, no later than

one year after the date on which the unit

received the most recent volume of hazardous

waste.

 If the owner or operator of a

hazardous waste management unit demonstrates

to the Agency that the hazardous waste

management unit or facility has the capacity

to receive additional hazardous wastes and

that the owner or operator has taken and will

continue to take,

 all steps to prevent

threats to human health and the environment,

including compliance with all interim status

requirements, the Agency shall approve an

extension to this one—year limit; or

B)

 For units meeting the requirements ‘of Section

725.213(d),

 no later than 30 days after the

date on which the hazardous waste management

unit receives the final known final volume of

non—hazardous wastes,

or,

 if there is a

reasonable possibility that the hazardous

waste manage~entunit will receive additional

non—hazardous wastes, no later than one year

after the date on which the unit received the

most recent volume of non—hazardous wastes.

If the owner or operator demonstrates to the

132—42 8

167

Agency that the hazardous waste management

unit has the capacity to receive additional

non—hazardous wastes and that the owner and

operator have taken, and will continue to

take, all steps to prevent threats to human

health and the environment, including

compliance with all applicable interim status

requirements, the Agency shall approve an

extension to this one—year limit.

3)

 The owner or operator shall submit the closure

plan to the Agency no later than 15 days after:

A)

 Termination of interim status

 (except when a

permit is issued to the facility

simultaneously with termination of interim

status); or

B)

 Issuance of a judicial decree or Board order

to cease receiving hazardous wastes or~close.

4)

 The Agency shall provide the owner or operator and

the public, through a newspaper notice, the

opportunity to submit written comments on the plan

and request modifications of the plan no later

than 30 days from the date of the notice.

The

Agency shall also, in response to a request or at

its own discretion, hold a public hearing whenever

such

 a hearing might clarify one or more issues

concerning a closure plan.

 The Agency shall give

public notice of the hearing at least 30 days

before it occurs.

 (Public notice of the hearing

 may be given at the same time as notice of the

opportunity for the public to submit written

comments and the two notices may be combined.)

The Agency shall approve, modify or disapprove the

plan within

 90 days of its receipt.

 If the Agency

does not approve the plan, the Agency shall

provide the owner or operator with a detailed

written statement of reasons for the refusal, and

the owner or operator shall modify the plan or

submit a new plan for approval within 30 days

after receiving such written statement.

The

Agency shall approve or modify this plan in

writing within 60 days.

 If the Agency modifies

the plan, this modified plan becomes the approved

closure plan.

 The Agency shall assure that the

approved plan is cons,istent with Sections 725.211

through 725.215 and the applicable requirements of

Sections 725.190 et seq., 725.297,

 725.328,

725.358,

 725.380,

 725.410, 725.451, 725.481 and

725.504.

 A copy of this modified alan with a

13 2—429

168

detailed statement of reasons for the

modifications must be mailed to the owner or

operator.

e)

 Removal of wastes and decontamination or dismantling of

equipment.

 Nothing in this Section precludes the owner

operator

from

removing

hazardous

wastes

and

decontaminating or dismantling equipment in accordance

with the approved partial or final closure plan at any

time

before

after

notification

partial

final

closure.

Source:

 Amended at 16 Ill.

 Reg.

 effective

Section 725.213

 Closure; Time Allowed for Closure

a)

 Within 90 days after receiving the final volume of

hazardous wastes, or the final volume of non—hazardous

wastes,

 if the owner or operator complies with all the

applicable requirements of subsections

 (d) and (e)~

below,

 at a hazardous waste management unit or

facility,

 or 90 days after approval of the closure

plan, whichever is later, the owner or operator shall

treat, remove from the unit or facility or dispose of

on—site,

 all hazardous wastes in accordance with the

approved closure plan.

 The Agency shall approve a

longer period if the owner or operator demonstrates

that:

1)

 Either:

A)

 The activities required to comply with this

paragraph will,

 of necessity, take longer

than 90 days to complete; or

8)

 All of the following:

i)

 The hazardous waste management unit or

facility has the capacity to receive

additional hazardous wastes, or has the

capacity to receive non—hazardous

 wastes,

 if the owner or operator

complies with subsections

 (d) and (e)~

below

ii)

 There is a reasonable likelihood that

the owner or operator, or another person

will recommence operation of the

hazardous waste management unit or

facility within one year; and

132—430

169

iii) Closure of the hazardous waste

management unit or facility would be

incompatible with continued operation of

the site; and

2)

 The owner or operator have taken and will continue

to take all steps to prevent threats to human

health and the environment including compliance

with all applicable interim status requirements.

b)

 The owner or operator shall cc~nnpletepartial and final

closure activities in accordance with the approved

closure plan and within 180 days after receiving the

final volume of hazardous wastes, or ‘the final volume

of non—hazardous wastes,

 if the owner or operator

complies with all thc applicable requirements of

subsections

(d)

and

 (e), below, at the hazardous waste

management unit or facility,

 or 180 days after approval

of the closure plan,

 if that is later.

 The Agency

shall approve an extension to the closure period if the

owner or operator demonstrates that:

1)

 Either:

A)

 The-’ partial or final closure activities will,

of necessity, take longer than 180 days to

complete; or

B)

 All of the following:

i)

 The hazardous waste management unit or

facility has the capacity to receive

additional hazardous wastes,

 or the

final volume of non—hazardous wastes,

if

the owner or operator complies with all

the applicable requirements of

subsections

 (d) and

 (e), below

and

ii)

 There is a reasonable likelihood that

the owner or operator or another person

will recommence operation of the

hazardous waste management unit or

facility within one year;

and

iii) Closure of the hazardous waste

management unit or facility would be

incompatible with continued operation of

the site; and

2)

 The owner and operator have taken and will

continue to take all steps to prevent threats to

human health and the environment from the unclosed

132—43 1

170

but not operating hazardous waste management unit

or facility,

 including compliance with all

applicable interim status requirements.

c)

 The demonstration referred to in subsections

 (a) (1) and

(b) (1),

 above, must be made as follows:

1)

 The demonstration in subsection

 (a) (1). above,

must be made at least 30 days prior to the

expiration of the 90—day period in subsection (a)~

above and

2)

 The demonstrations in subsection

 (b) (1). above,

must be made at least 30 days prior to the

expiration of the 180-day period in subsection

(b), above,

 unless the owner or opcrtaor operator

is otherwise subject to deadlines in subsection

(d), below.

d)

 Continued receipt of non—hazardous waste.

 The Agency

shall permit an owner or operat’or to receive

non—hazardous wastes in a landfill, land treatment unit

or surface impoundment unit after the final receipt of

hazardous wastes at that unit if:

1)

 The owner or operator submits an amended Part B

application, or a new Part B application if none

was previously submitted,

 and demonstrates that:

A)

 The unit has the existing design capacity as

indicated on the Part A application to

receive non—hazardous wastes;

and

B)

 There is a reasonable likelihood that the

owner or operator or another person will

receive non—hazardous waste in the unit

within one year after the final receipt of

hazardous wastes; and

C)

 The non—hazardous wastes will not be

incompatible with any remaining wastes in the

unit,

 or with the facility design and

operating requirements of the unit or

facility under this Part; and

D)

 Closure of the hazardous waste management

unit would be incompatible with continued

operation of the unit or facility; and

E)

 The owner or operator is operating and will

continue to operate in compliance with all

applicable interim status requirements; and

132— 432

171

2)

 The Part B application includes an amended waste

analysis plan,

 groundwater monitoring and response

program, human exposure assessment required under

35

 Ill. Adm. Code 703.186 and closure and

post-closure plans and updated cost estimates and

demonstrations of financial assurance for closure

and post—closure care as necessary and

appropriate, to reflect any changes due to the

presence of hazardous constituents in the

non—hazardous wastes, and changes in closure

activities,

 including the expected year of closure

if applicable under Section 725.212(b) (7), as a

result of the receipt of non—hazardous wastes

following the final receipt of hazardous wastes;

and

3)

 The Part B application is amended, as necessary

and appropriate, to account for the receipt of

non—hazardous wastes following receipt of the

final volume of hazardous wastes; and

4)

 The Part B application and the demonstrations

referred to in subsections

 (d) (1) and

 (2).

 above,

are submitted to the Agency no later than 180 days

prior

to

the date on which the owner or operator

 of the facility receives the known final volume of

hazardous wastes,

 or no later than 90 days after

the effective date of this Section, whichever is

later.

e)

 Surface impoundments.

 In addition to the requirements

in subsection

(d)

 above, an owner or operator of a

hazardous waste surface impoundment which is not in

compliance with the liner and leachate collection

system requirements in Section 725.321(a)

 shall receive

non—hazardous wastes only as authorized by an adjusted

standard pursuant to this subsection.

1)

 The petition for adjusted standard must include:

A)

 A plan for removing hazardous wastes; and

B)

 A contingent corrective measures plan.

2)

 The removal plan must provide for:

A)

 Removing all hazardous liquids; and

B)

 Removing all hazardous sludges to the extent

practicable without impairing the integrity

of the liner or liners,

 if any; and

13 2—433

172

C)

 Removal of hazardous wastes no later than 90

days after the final receipt of hazardous

wastes.

 The Board will allow a longer time,

if the owner or operator demonstrates:

i)

 That the removal of hazardous wastes

will, of necessity, take longer than the

allotcd allotted period to complete; and

ii)

 That an extension will not pose a threat

to human health and the environment.

3)

 The contingent corrective measures plan:

A)

 Must meet the requirements of a corrective

action plan under Section 724.199, based upon

the assumption that a release has been

detected from the unit.

B)

 May be a portion- of a corrective action plan

previously submitted under Section 724.199.

C)

 May provide for continued receipt of

non—hazardous wastes at the unit following a

rel-’e~seonly if the owner or operator

demonstrates that continued receipt of wastes

will not impede corrective action.

D)

 Must provide for implementation within one

year after a release,

 or within one year

after the grant of the adjusted standard,

whichever is later.

Release.

release

statistically

significant

increase

 (or decrease in the case of pH)

in

hazardous constituents over background levels,

detected in accordance with the requirements in

Subpart F.

5)

 In the event of a release, the owner or ‘operator

of the unit:

A)

 Within 35 days,

 file with the Board a

petition for adjusted standard.

 If the Board

finds that it is necessary to do so in order

to protect human health and the environment,

the Board will modify the adjusted standard

 to require the owner or operator to:

i)

 Begin to implement the corrective

measures plan in less than one year;

or,

132—434

173

ii)

 Cease the receipt of wastes until the

plan has been implemented.

iii) The Board will retain jurisdiction or

condition the adjusted standard so as to

require the filing of a new petition to

address any required closure pursuant to

subsection

 (e) (7). below.

13)

 Shall implement the contingent corrective

measures plan.

C)

 May continue to receive wastes at the unit if

authorized by the approved contingent

measures plan.

6)

 Semi-annual report.

 During the period of

corrective action, the owner or operator shall

provide semi—annual reports to the Agency which:

A)

 Describe the progress of the corrective

action program;

B)

 Compile all groundwater monitoring data; and

C)

 Evaluate the effect of the continued receipt

of non—hazardous wastes on the,effectiveness

of the corrective action.

7)

 Required closure.

 The owner or operator shall

commence closure of the unit in accordance with

the closure plan and the requirements of this Part

if the Board terminates the adjusted standard, or

if the adjusted standard terminates pursuant to

 its terms.

A)

 The Board will terminate the adjusted

standard if the owner or operator failed to

implement corrective action measures in

accordance with the approved contingent

corrective measures plan;

or

B)

 The Board will terminate the adjusted

standard if the owner or operator fails to

make substantial progress in implementing the

corrective measures plan and achieving the

facility’s groundwater protection standard,

or background levels if the facility has not

yet established a groundwater protection

standard;

or

13 2—435

174

C)

 The adjusted standard will automatically

terminate-if the owner or operator fails to

implement the removal plan.

D)

 The adjusted standard will automatically

terminate if the owner or operator fails to

timely file a required petition for adjusted

standard.

8)

 Adjusted standard procedures.

 The following

procedures must be used in granting, modifying or

terminating an adjusted standard pursuant to this

subsection.

Except

otherwise

provided,

the

owner

operator shall follow the procedures of 35

Ill. Adm. Code 106.Subpart G to petition the

Board for an adjusted standard.

B)

 Initial justification.

 The Board will grant

an adjusted standard pursuant to subsection

(e) (1), above,

 if the owner or operator

demonstrates that the removal plan and

contingent corrective measures plans meet the

requirements of subsections

 (e) (2) and (3)~

above.

C)

 The Board will ‘include the following

conditions in granting an adjusted standard

pursuant to subsection

 (e) (1).

 above:

i)

 A plan for removing hazardous wastes.

ii)

 A requirement that the owner or operator

remove hazardous wastes in accordance

with the plan.

iii) A contingent corrective measures plan.

iv)

 A requirement that,

 in the event of a

release, the owner or operator shall:

within 35 days,

 file with the Board’ a

petition ~or adjusted standard;

implement the corrective measures plan;

and, file semi—annual reports with the

Agency.

v)

 A condition that the adjusted standard

will terminate if the owner or operator

fails to:

 implement the removal plan;

or, timely file a required petition for

adjusted standard.

132—436

175

vi)

 A requirement that,

 in the event the

adjusted standard is terminated,

the

owner or operator shall commence closure

of the unit in accordance with the

 requirements of the closure plan and

this Part.

D)

 Justification in the event of a release.

The

Board will modify or terminate the adjusted

standard pursuant to a petition filed under

subsection

 (e) (5) (A).

 above, as provided in

that subsection or in subsection

 (e) (7)~

above.

The

owner

operator

may

file

revised

closure

plan within 15 days after an adjusted standard is

terminated.

Source:

 Amended at 16 Ill. Reg.

 effective

SUBPART 0:

 INCINERATORS

Section 725.440

 Applicability

a)

 The regulations in this Subpart apply to owners or

operators of facilitic3 that incinerate hazardous waste

incinerators

 (as defined in

 35 Ill. Ada. Code 720.110).

except as 35 Ill. Adm. Code 724.101 provides otherwise.

The

following facility

owncr~

and opcratoro arc

concidcrcd to incinerate ha~ardouowaotc*

1)

 Owncr3

or opcratorD of hazardou3 wa3tc

inoincrator3

 (ao dcfincd in 35

 Iii.

 Ada. Code

720.110); and

2)

 Owncr~or opcratoro

 burn na~araouowaotc~in

boilcro or in indu3trial furnacco in order to

dcotroy them,

 or who burn hazardouQ waotc in

boilcr~or in induotrial furnacco for any

 ~-,-r’~r~Hnrirnii-nr~r~r~

 anu cicot to

DO

regulated unucir

b)

 Owners and operators of incinerators burning hazardous

waste are exempt from all of the requirements of this

Subpart, except Section 725.451 (Closure),

 provided

that the owner or operator has documented,

 in writing,

that the waste would not reasonably be expected to

contain any of the hazardous constituents listed in

35

Ill.

 Adm. Code 721.Appendix H, and such documentation

is retained at the facility,

 if the waste to be burned

is:

132—437

176

Listed

hazardous

waste

Ill.

Adm.

Code

721.Subpart D,

 solely because it is ignitable

(Hazard Code I), corrosive (Hazard Code C), or

both;

or

2)

 Listed as a hazardous waste in 35 Ill.

 Adm. Code

721.Subpart D, solely because it is reactive

(Hazard Code R)

 for characteristics other than

those listed in 35 Ill.

 Ada.

Code 721.123(a) (4)

and

 (5), and will not be burned when other

hazardous wastes are present in the combustion

zone; or

3)

 A hazardous waste solely because it possesses the

characteristic of ignitability, corrosivity,

or

both, as determined by the tests for

characteristics of hazardous wastes under 35 Ill.

Adm. Code 721.Subpart C; or

4)

 A hazardous waste solely because it possesses the

reactivity characteristics described by 35

 Ill.

Adm. Code 721.123

 (a)(1),

 (2),

 (3),

 (6),

 (.7)

or

(8)

 and will not be burned when other hazardous

wastes are present in the combustion zone.

Source:

 Amended at 16 Ill.

 Reg.

 effective

SUBPART

P:

 THERMAL TREATMENT

Section 725.470

 Other Thermal Treatment

rhe regulations in this Subpart apply to owners and operators of

facilities that thermally treat hazardous waste in devices other

than enclosed devices using controlled flame combustion except,

~s Section 725.101 provides otherwise.

 Thermal treatment in

2nclosed devices using controlled flame combustion is subject to

~he requirements of Subpart 0 if the unit is an incinerator, and

35

 Ill. Adm. Code 726.Subpart H, if the unit is a boiler or

industrial furnace as defined in 35

 Ill. Ada. Code 720.110.

Source:

 Amended at 16 Ill.

 Reg.

 effective

SUBPART AA:

 AIR EMISSION STANDARDS FOR PROCESS VENTS

3ection 725.935

 Recordkeeping Requirements

a)

 Compliance Required.

132—43 8

177

1)

 Each owner or operator subject to the provisions

of this Subpart shall comply with the

recordkeeping requirements of this Section.

2)

 An owner or operator of more than one hazardous

waste management unit subject to the provisions

of-

this’ Subpart may comply with the recordkeeping

requirements for these hazardous waste management

units in one recordkeeping system if the system

identifies each record by each hazardous waste

management unit.

b)

 Owners and operators shall record the following

information in the facility operating record:

1)

 For facilities that comply with the provisions of

Section 725.933 (a) (2), an implementation schedule

that includes dates by which the closed-vent

system and control device will be installed and in

operation.

 The schedule must also include a

rationale of why the installation cannot be

completed at an earlier date.

 The implementation

schedule must be in the facility operating record

by the effective date that the facility becomes

subject to the provisions of this Subpart.

2)

 Up-to-date documentation of compliance with the

process vent standards in Section 725.932,

including:

A)

 Information and data identifying all affected

process vents,

 annual throughput and

operating hours of each affected unit,

estimated emission rates for each affected

vent and for the overall facility (i.e., the

 total emissions for all affected vents at the

facility),

 and the approximate location

within the facility of each affected unit

(e.g.,

 identify the hazardous waste

management units on a facility plot plan).

B)

 Information and data supporting determination

of vent emissions and emission reductions

achieved by add—on control devices based on

engineering calculations or source tests.

For the purpose of determining compliance,

determinations of vent emissions and emission

reductions must be made using operating

parameter values

 (e.g., temperatures, flow

rates, or vent stream organic compounds and

concentrations) that represent the conditions

that result in maximum organic emissions,

132—439

178

such as when the waste management unit is

operating’ at the highest load or capacity

level reasonably expected to occur.

 If the

owner or operator takes any action

 (e.g.,

managing a waste of different composition or

increasing operating hours of affected waste

management units) that would result in an

increase in total organic emissions from

affected process vents at the facility, then

a new determination is required.

3)

 Where an owner or operator chooses to use test

date to determine the organic removal efficiency

or total organic compound concentration achieved

 by the control device,

 a performance test plan.

The test plan must include:

A)

 A description of how it is determined that

the planned test is going to be conducted

when the hazardous waste management unit is

operating at the highest load or capacity

level reasonably expected to 0cc-ar.

 This

must include the estimated or design flow

rate and organic content of each vent stream

and define the acceptable operating ranges of

key process and control device parameters

during the test program.

B)

 A detailed engineering description of the

closed—vent system and control device

including:

i)

 Manufacturer’s name and model number of

control device.

ii)

 Type of control device.

iii) Dimensions of the control device.

iv)

 Capacity.

v)

 Construction materials.

C)

 A detailed description of sampling and

monitoring procedures, including sampling and

monitoring locations-in the system, the

equipment to be used, sampling and monitoring

frequency, and planned analytical procedures

for sample analysis.

4)

 Documentation of compliance with Section 725.933

must include the following information:

132—440

179

A)

 A list of all information references and

sources used in preparing the documentation.

B)

 Records~including the dates of each

compliance’ test required by Section

725.933(j).

C)

 If engineering calculations are used,

a

design analysis, specifications, drawings,

schematics, and piping and instrumentation

diagrams based on the appropriate sections of

APTI Course 415

 (incorporated by reference in

35 Ill. Ada. Code 720.111)

 or other

engineering texts, approved by the Agency,

that present basic control device design

information.

 Documentation provided by the

control device manufacturer or vendor that

describes the control device design in

accordance with subsections

 (b) (4) (C) (i)

through (vii).

 below, may be used to comply

with this requirement..

 The design analysis

must address the vent stream characteristics

and control device operation parameters as

specified below.

i)

 For a thermal vapor incinerator, the

design analysis must consider the vent

stream composition, constituent

concentrations and flow rate.

The

design analysis must also establish the

design minimum and average temperature

in the combustion zone and the

combustion zone residence time.

ii)

 For a catalytic vapor incinerator, the

design analysis must consider the vent

stream composition, constituent

concentrations,

 and flow rate.

The

design analysis must also establish the

 design minimum and average temperatures

across the catalyst bed inlet and

outlet.

iii) For a boiler or process heater, the

design analysis must consider the vent

stream composition, constituent

concentrations and flow rate.

The

design analysis must also establish the

design minimum and average flame zone

temperatures, combustion zone residence

time and description of method and

13

2—44

1

180

location where the vent stream is

introduced into the combustion zone.

iv)

 For a flare,

 the design analysis must

consider the vent stream composition,

constituent concentrations,

 and flow

rate.

 The design analysis must also

consider the requirements specified in

Section 725.933(d).

v)

 For a condenser, the design analysis

must consider the vent stream

composition, constituent concentrations,

flow rate,

 relative humidity and

temperature.

 The design analysis must

also establish the design outlet organic

compound concentration level, design

average temperature of the condenser

exhaust vent stream and design average

temperatures of the coolant fluid at the

condenser inlet and outlet.

vi)

 For a carbon adsorption system such as a

fixed—bed adsorber that regenerates the

carbon bed directly onsite in the

control device, the design analysis must

consider the vent stream composition,

constituent concentrations,

 flow rate,

relative humidity and temperature.

The

design analysis must also establish the

design exhaust vent stream organic

compound concentration level, number and

capacity of carbon beds, type and

working capacity of activated carbon

used for carbon beds,

 design total steam

flow over the period of each complete

carbon bed regeneration cycle, duration

of the carbon bed steaming and

cooling/drying cycles, design carbon bed

temperature after regeneration, design

carbon bed regeneration time and design

Cervice life of carbon.

vii) For a carbon adsorption system such as a

carbon canister that does not regenerate

the carbon bed directly onsite in the

control device, the design analysis must

consider the vent stream composition,

constituent concentrations, flow rate,

relative humidity and temperature.

The

design analysis must also establish the

design outlet organic concentration

132—442

181

level, capacity of carbon bed, type and

working capacity of activated carbon

used for carbon bed and design carbon

replaôement interval based on the total

carbon working capacity of the control

device and source operating schedule.

D)

 A statement signed and dated by the owner or

operator certifying that the operating

parameters used in the design analysis

reasonably represeni the conditions that

exist when the hazardous waste management

unit is or would be operating at the highest

load or capacity level reasonably expected to

occur.

E)

 A statement signed and dated by the owner or

operator certifying that the control device

is designed to operate at an efficiency of 95

percent or greater unless the total organic

concentration limit of Section 725.932(a)

is

achieved at an efficiency less than 95 weight

percent or the total organic emission limits

of Section 725.932(a)

 for affected process

verrt~

at the facility are attained by a

control device involving vapor recovery at an

efficiency less than 95 weight percent.

A

statement provided by the control device

manufacturer or vendor certifying that the

control equipment meets the design

specifications may be used to comply with

this requirement.

F)

 If performance tests are used to demonstrate

compliance, all test results.

a)

 Design .documentation and monitoring operating and

inspection information for each closed—vent system and

control device required to comply with the provisions

of this Part must be recorded and kept up-to-date

in

the facility operating record.

 The information must

 include:

1)

 Description and date of each modification that is

made to the closed—vent system or control device

design.

2)

 Identification of operating parameter, description

of monitoring device, and diagram of monitoring

sensor location or locations used to comply with

Section 725.933(f) (1) and

 (2).

13

2—443

182

3)

 Monitoring, operating and inspection information

required by Section 725.933(f)

 through

 (k).

4)

 Date, time and duration of each period that occurs

while the control device is operating when any

monitored parameter exceeds the value established

in the control device design analysis as specified

below:

A)

 For a thermal vapor incinerator designed to

operate with a minimum residence time of 0.50

second at a minimum temperature of 760 C, any

period when the combustion temperature

is

below 760 C.

B)

 For a thermal vapor incinerator designed to

operate with an organic emission reduction

efficiency of 95 percent or greater, any

period when the combustion zone temperature

is more than 28 C below the design average

combustion zone temperature established as a

requirement of subsection

 (b) (4) (C)

(i)~

above.

C)

 For a catalytic vapor incinerator, any period

 when:

i)

 Temperature of the vent stream at the

catalyst bed inlet is more than 28 C

below the average temperature of the

inlet vent stream established as

a

requirement of subsection

 (b) (4) (C) (ii)~

above;, or

ii)

 Temperature difference across the

catalyst bed is less than 80 percent of

the design average temperature

difference established as a requirement

of subsection

 (b) (4) (C) (ii),

 above.

D)

 For a boiler or process heater, any period

when:

i)

 Flame zone temperature is more than 28

C

below the design average flame zone

temperature established, as a requirement

of subsection

 (b) (4) (C) (iii). above or

ii)

 Position changes where the vent stream

is introduced to the combustion zone

from the location established as a

13

2—444

183

requirement of subsection

(b’i (4) (C) (iii),

 above.

E)

 For a flare, period when the pilot flame is

not ignited.

F.)

 For a condenser that complies with Section

725.933(f) (2) (F) (i), any period when the

organic compound concentration level or

readings of organic compounds in the exhaust

vent stream from the condenser are more than

20 percent greater than the design outlet

organic compound concentration level

 established as a requirement of subsection

(b) (4) (C) (v). above.

G)

 For a condenser that complies with Section

725.933(f) (2) (F) (ii), any period when:

i)

 Temperature of the exhaust vent stream

from the condenser is more than 6

C

above the design average exhaust vent

stream temperature established as a

requirement of subsection

 (b) (4) (C) (v)~

above.

ii)

 Temperature of the coolant fluid exiting

the condenser is more than 6 C above the

design average coolant fluid temperature

at the condenser outlet established as a

requirement of subsection

 (b) (4) (C) (v)~

above.

H)

 For a carbon adsorption system such as a

fixed-bed carbon .adsorber that regenerates

the carbon bed directly onsite in the control

device and complies with Section

725.933(f)(2)(G)(i), any period when the

organic compound concentration level or

readings of organic compounds in the exhaust

vent stream from the carbon bed are more than

20 percent greater than the design exhaust

vent stream organic compound concentration

level established as a requirement of

subsection

 (b) (4) (C) (vi). above.

I)

 For a carbon adsorption system such as a

fixed—bed carbon adsorber that regenerates

the carbon bed directly onsite

 in the control

device -and complies with Section

725.933(f) (2) (G) (ii),

 any period when the

 vent stream continues to flow through-the

13

2—445

184

control device beyond the predetermined

carbon bed regeneration time established as

a

requirement of subsection

 (b) (4) (C) (vi)~

above.

5)

 Explanation for each period recorded under

subsection

 (c) (4).

 above,

 of the cause for control

device operating parameter exceeding the design

value and the measures implemented to correct the

control device operation.

6)

 For carbon adsorption systems operated subject to

requirements specified in Section 725.933(g)

or

(h) (2),

 any date when existing carbon in the

control device is replaced with fresh carbon.

7)

 For carbon adsorption systems operated subject to

requirements specified in Section 725.933(h) (1), a

log that records:

A)

 Date and time when control device is

monitored for carbon breakthrough and the

monitoring device reading.

B)

 Date-when existing carbon in the control

device is replaced with fresh carbon.

8)

 Date of each control device startup and shutdown.

d)

 Records of the monitoring, operating and inspection

information required by subsections

 (c) (3) through (8)~

above, need be kept only

 3 years.

e)

 For a control device other than a thermal vapor

 incinerator, catalytic vapor incinerator, flare,

boiler, process heater, condenser or carbon adsorption

system, monitoring and inspection information

indicating proper operation and maintenance of the

control device must be recorded in the facility

operating record.

f)

 Up-to-date information and data used to determine

whether or not a process vent is subject to the

requirements in Section 725.932, including supporting

documentation as required by Section 725.934(d) (2),

when application of the knowledge of the nature of the

hazardous wastestream or the process by which it was

produced is used, must be ,recorded in a log that is

kept in the facility operating record.

Source:

 Amended at 16 Ill.

 Reg.

 effective

132—446

185

SUBPART BB:

 AIR EMISSION STANDARDS

FOR EQUIPMENT

LEAKS

Section 725.952

 Standards’: Pumps in Light Liquid Service

a)

 Monitoring

1)

 Each pump in light liquid service must be

monitored monthly to detect leaks by the methods

,specified in Section 725.963(b), except as

provided in subsections

 (d),

 (e) and

 (f). below.

2)

 Each pump in light liquid service must be checked

by visual inspection each calendar week for

indications of liquids dripping from the pump

 seal.

b)

 Leaks

1)

If

an instrument reading of 10,000 ppm or greater

is measured,

 a leak is detected.

2)

If

there are indications of liquids dripping from

the pump seal,

 a leak is detected,

c)

 Repairs

1)

 When a leak is detected, it must be- repaired as

soon as practicable, -but not later than 15

calendar days after

 it is ,detected,

 except as

provided in Section 725.959.

2)

 A first attempt at repair

 (e.g., tightening the

packing gland) must be made no later than 5

calendar days after each leak is detected.

d)

 Each pump equipped with a dual mechanical seal system

that includes a barrier fluid system is exempt from the

requirements of subsection

 (a). above, provided the

following requirements are met:

1)

 Each dual mechanical seal system must be:

A)

 Operated with the barrier fluid at a pressure

that is at all times greater than the pump

stuffing box pressures;

or

B)

 Equipped with a barrier fluid degassing

reservoir that is connected by a closed—vent

system to a control device that complies with

the requirements of Section 725.960; or

13

2—447

186

C)

 Equipped with a system that purges the

 barrier fluid into a hazardous wastestream

with no detectable emissions to the

atmosphere.

2)

 The barrier fluid system must not be .a hazardous

waste with organic concentrations 10 percent or

greater by weight.

3)

 Each barrier fluid system must be equipped with a

sensor that will detect failure of.the seal

system, the barrier fluid system, or both.

4)

 Each pump must be checked by visual inspection,

each calendar week,

 for indications of liquids

dripping from the pump seals.

5)

 Alarms

A)

 Each sensor as described in subsection

(d) (3). above, must be checked daily or be

equipped with an audible alarm that must be

checked monthly to ensure that it is

functioning properly.

B)

 The owner or operator shall determine, based

on design considerations and operating

experience,

 a criterion that indicates

failure of the seal system, the barrier .fluid

system, or both.

6)

 Leaks

A)

 If there are indications of liquids dripping

from the pump seal or the sensor indicates

failure of the seal system, the barrier fluid

system, or both based on the criterion

determinedin subsection (d)(5)(B).

 above,

a

leak is detected.

B)

 When a leak is detected,

 it must be repaired

as soon as practicable, but not later than 15

calendar days after it

 is. detected, except as

provided in Section 725.959.

C)

 A first attempt at repair (e.g., relapping

the seal) must be made no later than 5

calendar days after each leak is detected.

e)

 Any pump that is designated,

 as described in Section

725.964(g) (2), for no detectable emissions,

as

indicated by an instrument reading of less than 500 ppm

132—448

187

above backgrouhd,

 is exempt from the requirements of

subsections

 (a),

 (c) and

 (d), above,

 if the pump meets

the following requirements:

1)

 Must have no externally actuated shaft penetrating

the pump housing.

2)

 Must operate with no detectable emissions as

indicated by an instrument reading of less than

500 ppm above background as measured by the

methods specified in Section 725.963(c).

3)

 Must be tested for compliance with subsection

-fa-)-(2)- (e) (2),

 above,

 initially upon designation,

annually and at other times as specified by the

Agency pursuant to Section 725.950(e).

f)

 If any pump is equipped with a closed-vent system

capable of capturing and transporting any leakage from

the seal or seals to a control device that complies

with the requirements of Section 725.960,

 it is exempt

from the requirements of subsections

 (a) through (e)~

 above.

Source:

 Amended at 16

 Ill.

 Reg.

 effective

132—449

188

TITLE 35:

 ENVIRONMENTAL PROTECTION

SUBTITLE G:

 WASTE DISPOSAL

CHAPTER

I:

 POLLUTION

CONTROL

BOARD

SUBCHAPTER

c:

 HAZARDOUS

WASTE OPERATING REQUIREMENTS

PART 726

STANDARDS

FOR THE MANAGEMENT OF SPECIFIC HAZARDOUS WASTE

AND

SPECIFIC TYPES OF HAZARDOUS WASTE MANAGEMENT FACILITIES

SUBPART

C:

 RECYCLABLE MATERIALS USED IN A MANNER

CONSTITUTING DISPOSAL

Section

726.120

 Applicability

726.121

 Standards applicable to generators and transporters of

materials used in a manner that constitutes disposal

726.122

 Standards applicable to storers, who are not the

ultimate users, of materials that are to be used in a

manner that constitutes disposal

726.123

 Standards applicable to users of materials that are

used in a manner that constitutes disposal

SUBPART

D:

 HAZARDOUS WASTE BURNED FOR ENERGY RECOVERY

Section

726.130

 Applicability

 (Repealed)

726.131

 Prohibitions -(Repealed)

726.132

 Standards applicable to generators of hazardous waste

fuel

 (Repealed)

726.133

 Standards applicable to transporters of hazardous waste

fuel

 (Repealed)

726.134

 Standards applicable to marketers of hazardous waste

fuel

(Repealed)

726.135

 Standards applicable to burners of hazardous waste fuel

(Repealed)

726.136

 Conditional exemption for spent materials and by-

products exhibiting a characteristic of hazardous waste

(Repealed)

SUBPART

E:

 USED OIL BURNED FOR ENERGY RECOVERY

Section

726.140

 Applicability

726. 141

 Prohibitions

726.142

 Standards applicable to generators of used oil burned

for energy recovery

726.14-3

 Standards applicable to marketers of used oil burned

for energy recovery

726.144

 Standards applicable to burners of used oil burned for

energy recovery

SUBPART F:

 RECYCLABLE MATERIALS UTILIZED FOR PRECIOUS METAL

RECOVERY

Section

726.170

 Applicability and requirements

132—450

189

SUBPART G:

 SPENT LEAD-ACID BATTERIES BEING RECLAIMED

Section

726.180

 Applicability and requirements

SUBPART H:

 HAZARDOUS WASTE BURNED IN BOILERS

AND INDUSTRIAL FURNACES

Section

726.200

 Applicability

726.201

 Management prior to Burning

726.202

 Permit standards for Burners

726.203

 Interim status standards for Burners

726.204

 Standards to control Organic Emissions

726.205

 Standards to control PM

726.206

 Standards to control Metals Emissions

726.207

 Standards to control HC1 and Chlorine Gas Emissions

726.208

 Small c~uantityOn-site Burner Exemption

726.209

 Low risk waste Exemption

726.210

 Waiver of DRE trial burn for Boilers

726.211

 Standards for direct Transfer

726.212

 Regulation of Residues

726.219

 Extensions of Time

726.Appendix A Tier

 I and Tier II Feed Rate and Emissions

Screening Limits for Metals

726.Appendix B Tier

 I Feed Rate Screening L,imits for Total

Chlorine

726.Appendix

 C Tier II Emission Rate Screening Limits for Free

Chlorine and Hydrogen Chloride

726.Appendix D Reference Air Concentrations

726.Appendix E Risk Specific Doses

726.Appendix F Stack Plume Rise

726.Appendix G Health-Based Limits for Exclusion of Waste-Derived

Residues

726.Appendix H Potential PICs for Determination of Exclusion of

726.Appendix

I

Waste—Derived Residues

Methods Manual for Compliance with BIF Regulations

726.Appendix J Guideline on Air Quality Models

Lead-Bearing Materials That May be Processed in

 726.Appendix K

726.Appendix L

 Exempt Lead Smelters

Nickel or Chromium-Bearing Materials that may be

Processed in Exempt Nickel—Chromium RecoverY

Furnaces

726.Table A

 Exempt Quantities for Small Quantity Burner

Exemption

AUTHORITY:

 Implementing Section 22.4 and authorized by Section

27 of the Environmental Protection Act

 (Ill. Rev.

 Stat.

 1989,

ch.

111½,

 pars.

 1022.4 and 1027).

SOURCE:

 Adopted in R85—22 at 10 Ill. Reg.

 1162, effective

January 2,

 1986; amended in R86—1 at 10 Ill. Reg.

 14156,

132—45

1

190

effective August

12,

 1986; amended in R87-26 at 12 Ill.

 Reg.

2900,

 effective January 15, 1988~amended in R89—l at 13

 Ill.

Reg.

 18606, effective November. 13,

 1989;

 amended in R90—2

 at 14

Ill.

 Reg.

 14533, effective August 22,

 1990; amended in R90-11 at

15 Ill. Reg.

 9727, effective

June

17,

 1991;

 amended in R91—13 at

16 Ill. Reg.

 effective

SUBPART

D:

 HAZARDOUS

WASTE

BURNED

FOR ENERGY RECOVERY

Section 726.130

 Applicability (Repealed)

A_1_

—

— —

—,

—

 The rcgulationt~i

wastes

that arc

Lfli~

burned

L.uDp~r1 ~ippiy

1~.U

W~izarUouQ

for

energy

rccovcry in any

eaulatcd

 boil~

 induatri~

 that is not

*

under

 35 Ill.Adm. Code 724 or 725.Cubpart

 0 except as

provided by subsection

 (b).

 Such hazardous wastes

burned for cnergy

recovery are termed ~hazardous waste

fuel”.

 Fuel produced from hazardous waste processing,

by blending or other treatment is also hazardous waste

fuel.

 (The regulations do not apply, however, to gas

recovered from hazardous waste management activities

when such gas

 is burned for energy recovery-)--

b)

 The following

this Subpart:-

T.-.~

..41

4...

hazardous waste solely because it exhibits a

characteristic of hazardous waste identified in 35

Ill.Adm. Code 721.Cubpart C.

 Such used oil is

subject to regulation under Subpart E rather than

this CubDart,

and

~ULUUUL~

 are exempt irom regul~tc~on

..~.-

4-1..

.-..

.-.~

)

7...

‘a

and 721.106(a) (3) (E) through

 (I) and hazardous

wastes that arc subject to the special

—-----——

-z——--

——

~.1

Source:

 Repealed at 16 Ill.

 Reg.

Section

726.131

Prohibitions

(Repealed)

effective

1)

 To persons whohavcnotificdUSEpAof

 their

uu~uuu~

~

identification

iuej.

number

~u~.j.ViL.i~

unu

(35 Ill.Adm.

u~vc

Code

u

UCEPA

722.112);

132—452

~__.a~

___._-l_A__~J

.-‘

‘.

—

——

— - -

—

——

—

___s2s__

_,__~____L~

191

2)

 If the fuel is burned, to per

—

— 2

—

 e—e

—

tet

who burn the

—~

b)

 Hazardous waste fuel-may be burned for energy recovery

iii

nnlv

th~ fpiløuinri

~~vi~c~i

—

720.110

$_l

-C,

4A~-....4-4-c4.,.~

4-..

‘~a~

r11

7.,~..,

—

,~ I

—

— r

,.3_

—

—. — n

facility engag

—

a aa

aaaa.w~.aa

~FS

wrioro

sutstancco arc transformed into new

products, including the component parts of

products, by mechanical or chemical

aascs or fluids for sale.

~__I

__i_.2

,_.t.

__..~_

----A--

Source:

 Repealed at

 16 Ill.

 Reg.

 effective

Section

726.132

Standards

applicable

generators

hazardous

waste fuel

 (Repealed’

a)

 Generators of hazardous waste that is used as a fuel or

uQcd to produce a fuel arc subject to 35 Ill.Adm Code

‘—~

b)

 Cenerators who market hazardous waste fuel to a burner

also arc subject to Section 726.134;

Cenerat~.

726.

135.

Section

726.133

Standards

applicable

transporters

132—453

A)

 Industrial boilers locatca on the cite of a

—,

—

,-~

Y~.L.

A-

—

A-

—

i1~w~1oc~~

within

the

boundaries

any

incorporated

municipality

with

population

greater

than

500,000

(based

the

most

recent

census

statistics)

unless

such

 kiln fully

complies with regulations under

 35 Ill.Athn. Code 702,

703,

 724 and 725 that arc applicable in incinerators.

c)

Source:

 Repealed at 16 Ill. Reg.

“

dEe

burners

also

are

subject

Cectiun

effective

192

hazardous waste fuel

 (Repealed)

Transporters of

used to produce

hazardous waste fuel

a fuel) arc subject

(and

to the

hazardous waste that is

35 Il1.Adin. Code 723.

Source:

 Repealed at 16

 Ill. Reg.

 effective

Section 726.134

 Standards applicable to marketers of hazardous

waste fuel

 (Repealed)

Persons who market hazardous waste fuel are called “marketers”,

and arc subject to the following requirements.

 Marketers include

generators who market hazardous waste fuel directly to a burner,

persons who receive hazardous waste from generators and produce,

prodess or blend hazardous waste fuel from these hazardous wastes

and persons who distribute but do not process or blend hazardous

-fuel.

A_I

r,~l__

_~I1.~A-2

—

 (~a’~

‘—I

b)

 Notification.

 Notification of hazardous waste fuel

activities.

 Even if a marketer has previously notified

UCEPA of the marketer’s hazardous waste management

activities and obtained a UCEPA identification number,

fhr’

 mni’kr’lr’v ‘~1,-~1~

rcnotif~

1-rt

identify the marketcr”~

fuel

 activiti.....~

c)

 Storage.

 The applicable provisions of

 35 Ill.Adm. Code

702,

 703,

 722.134, 724.Cubparts A through L and

725.Cubpartci A through L;

d)

 Off-site shipment.

 The standards for generators in 35

Ill.Adm. Code 722 when a marketer initiates a shipment

of hazardous waste fuel;

iequir

1)

 Bcforeamarkctcrinitiat

 the first shipment Cf

nd

signcd

notice

f:

certifying that~

A)

 The burner or marketer has notified USEPA and

identified the burner or marketer’s waste—as—

fuel activities; and

B)

 If the recipient is a burner, the burner will

burn the hazardous waste fuel only in an

132—454

industrial furnace or

 Ill.Adin.

Code 726.131(b).

2)

 Before a marketer accepts the first shipment of

hazardous waste fuel from another marketer, the

marketer shall provide-the other markcter with a

one-time written and signed certification that the

marketer has notified UCEPA under Section 3010 of

the Resource Conservation and Recovery Act and

~cntified

 the marketer’s hazardous

u,ritc~

fut~1

activities;

 -and

f)

 Recordkccping.

 In addition to the applicable

recordkccping requirements of 35

Ill~.Adm.

Code 722,

724

and 725,

 a marketer shall keep a copy of each

certification notice the marketer receives or sends for

three years from the date the marketer last engages in

a hazardous waste fuel marketing transaction with the

person who sends or receives the certification notice.

Source:

 Repealed at 16

 Ill. Reg.

effective

Section 726.135

 Standards applicable to burners of hazardous

wast~fuel

 (Repealed)

Owners and operator

‘

 ~tified in

VI~YF.~

of industrial furnaces and boil

726.131

 (b) that burn hacardou

are subject to the following rcquir

a)

 Prohibitions.

 The prohibitions under section

726.131(b);

b)

 Notification.

 Notification of hazardous waste fuel

activities.

 Even if a burner has previously notified

UCEPA of the burner’s hazardous waste management

activities and obtained a UCEPA identification number,

the burner shall renotify to identify the burner’s

hazardous waste fuel activitiea.

‘a,

by generators who burn

)fl

 site, the applicable

2)

 For existing storage facilities, the applicable

provisions of

 35 Ill.Adm. Code 702, 703 and

725.Sub~artsA through L; and

132—455

193

boiler identified in 35

their h

provisi

rm accuinulatip

~us waste fuel

‘)~

194

3)

 For new storage facilities,

 the applicable

of 35 Ill.Adm. Code 702, 703 and

-to A

throu~..

d)

 Required

notices.

 Before a burner accepts the first

shipment of ha~ardouowaste fuel from marketer, the

burner shall provide the marketer a one—time written

and signed notice certifying

that,

1)

 The burner has notified UCEPA and identified the

hint~r’~w~

 —~—fut~1

nr~t~iyi1ir’rt,nnti

2)

 The burner will burn the fuel only in a boil

furnace identified in

 Section 726.131(b).

e)

 Recordkccping.

 in aaui-cion to the applicable

recordkecping requirements of

 35 Ill.Adm. Code 724 and

725 a burner shall keep

 a copy of each oertifioation

notice that the burner sends to a marketer for three

years from the date the burner last receives hazardous

waste fuel from that marketer.

Source:

 Repealed at 16

 Ill. Reg.

 effective

SUBPART

E:

 USED OIL BURNED FOR ENERGY RECOVERY

Section 726.140

 Applicability

a)

 The regulations of this Subpart apply to used oil that

is burned for energy recovery in any boiler or

industrial furnace that is not regulated under 35 Ill.

Adm. Code 724. or 725.Subpart 0, except as provided by

subsection

 (c) and

 (e). below.

 Such used oil is termed

“used oil fuel”.

 Used oil fuel includes any fuel

produced from used oil by processing,

 blending or other

treatment.

b)

 “Used oil” means any oil that has been refined from

crude oil, used and, as a result of such use,

is

contaminated by physical or chemical impurities.

c)

 Except as provided by subsection

 (d). below, used oil

that is mixed with hazardous waste and burned for

energy recovery is subject to regulation as hazardous

waste fuel under Subpart

nfl.

 Used oil containing more

than 1000 ppm of total halogens is presumed to be a

 hazardous waste because it has been mixed with

halogenated hazardous waste listed in 35 Ill. Adm. Code

721.Subpart D.

 Persons may rebut this presumption by

demonstrating that the used oil does not contain

hazardous waste

 (for example,

 by showing that the used

132—456

195

oil does not contain significant concentrations of

halogenated hazardous constituents listed in 35 Ill.

Adm. Code 721.Subpart H)..

d)

 Used oil burned for -energy recovery is subject to

regulation under this Subpart rather than as hazardous

waste fuel under Subpart ~Jjif it is a hazardous waste

solely because it:

1)

 Exhibits a characteristic of hazardous waste

identified in 35

 Ill.

 Adin.

 Code 721.Subpart C,

provided that it is not mixed with a hazardous

waste;

or

2)

 Contains hazardous waste generated only by a

person subject to the special requirements for

small quantity generators under 35 Ill.

 Adm. Code

721. 105.

e)

 Except as provided by subsection

 (C).

 above-, used oil

burned for energy recovery, and any fuel produced from

used oil by processing, blending or other treatment,

is

subject to regulation under this Subpart unless it is

shown not to exceed any of the allowable level of the

constituents ‘and properties in the specification shown

 in the following table.

 Used oil fuel that meets the

specification is subject only to the analysis and

recordkeeping requirements under Section 726.143(b) (1)

and

(b)

 (6).

 Used oil fuel that exceeds any

specification level is termed “off—specification used

oil fuel”.

USED OIL EXCEEDING

ANY

SPECIFICATION

LEVEL IS SUBJECT TO THIS SUBPART WHEN

BURNED FOR ENERGY RECOVERY

Constituent/Property

 Allowable Level

Arsenic

 5 ppm max

Cadmium

 2 ppm max

Chromium

 10 ppm max

Lead

 100 ppm max

Flash Point

 100 degree F mm

Total Halogens

 4000 ppm max

1)

 The specification does not apply to used oil or

fuel mixed with a hazardous waste other than small

quantity generated hazardous waste.

2)

 Used oil containing more than 1000 ppm total

halogens

 is presumed to be a hazardous waste under

the rebuttable presumption provided under

132—457

196

subsection (c)~above.

 Such used oil is subject

to Subpart D rather than this Subpart when burned

for energy recovery unless the presumption of

mixing can be successfully rebutted.

Source:

 Amended at

 16 Ill. Reg.

 effective

SUBPART H:

 HAZARDOUS WASTE BURNED

II!

BOILERS

AND INDUSTRIAL FURNACES

Section 726.200

 Applicability

The regulations of this Subpart apply to hazardous

waste burned or processed in ~ boiler or industrial

furnace

 (BIF) j~ defined in

 35. Ill. Adm. Code 720.110)

irrespective of the purpose ~

 burning ~

 processing,

except as provided ~y subsections

 (b),

 (c). j~jand

(f),

 below.

~

 this Subpart. the term “burn” means

burning ~

 energy recovery or destruction, ~

processing ~

 materials recovery or as

 ingredient.

The emissions standards of Sections 726.204, 726.205,

726.206

 726.207 a~~ly

~

 facilities operating under

interim status or under a RCRA permit ~

 specified

in

Sections 726.202 ~

 726.203.

BOARD NOTE:

 This provision does not apply to coke

ovens processing coke by—products wastes exhibiting ~

toxicity characteristic identified j~~

 Ill. Adm. Code

721.124 pending completion of a rulemaking proposed

k~

USEPA

~jj

 July ~

 1991 j~ Fed. Req.

 35787).

 When that

rulemaking ~

 complete, this note will be removed.

The following hazardous wastes and facilities ~r~gnQ~.

subject to regulation under this Subpart:

fl

 Used

Qii

burned for energy recovery that j~.also

hazardous waste solely because j~exhibits ~

characteristic of hazardous waste identified

in

Ill.

 Adm. Code 721.Subpart C.

 Such used ~j3.

i~.

sublect ~

 regulation under Subpart ~ rather than

this Subpart

21

~

 recovered from hazardous or solid waste

landfills when such aas is burned for energy

recovery

 Hazardous wastes that ~

 exempt from regulation

under 35 Ill. Adm. Code 721.104 and

721.106(a) (3) (E) through

 (H), and hazardous wastes

that ~g

 subiect ~

 the special recruirements

£~x

132—458

197

conditionally exempt small quantity generators

under 35

 Ill.

Adm.

Code 721.105

and

j~j.

 Coke ovens. j~the only hazardous waste burned jg

USEPA Hazardous- Waste ~

 K087. decanter tank ~

sludcre from coking operations.

gj

 Owners and operators

p1

smelting., melting and refining

furnaces (including pyrometaflurgical devices such as

cupoI~as,..sintering machines, roasters and foundrY

furnaces~.but not including cement kilns. aggregate

kilns or halogen acid furnaces burning hazardous waste)

 that process hazardous waste solely ~

 metal recoverY

are conditionally exempt from regulation under this

Subpart, except ~

 Sections 726.201 and 726.212.

fl-

 To be exempt from Sections 726.202 through

726.211,

~jj

 owner p~operator p1

 metal recoverY

furnace shall com~1vwith the following

requirements, except that an owner or ~perator

p1

 lead

 nickel-chromium recovery furnace. p1

metal recovery furnace that burns baghouse ba~s

used to capture metallic dust emitted ~

 steel

manufacturing, shall com~lvwith the requirements

p1

subsection

 (c) (3), below:

~j

 Provide

 one-time written notice ~

the

Agency indicating ~g

 following:

fl..

 The owner or operator claims exemption

under this subsection

~JJ

 The hazardous waste ~

 burned solely ~

metal recovery consistent with ~g

provisions

p1

subsection

 (c) (2), below;

iii) The hazardous waste contains recoverable

levels p1 metals

~

~g

 owner or operator will com~lvwith

the sampling and analysis

~

recordkee~inareaui~ementsp1 this

subsection

~j.

 SamPle and analyze ~g

 hazardous waste and

other feedstocks as necessary to com~lvwith

the requirements p1 this subsection under

procedures specified ~y Test Methods ~

Evaluating Solid Waste,

 Physical/Chemical

Methods.

 SW-846. incorporated ~y reference jj~

~

 Ill.

 Adm. Code 720.111 ~

 alternative

methods that meet p1 exceed the SW-846 method

132—459

198

performance capabilities.

~

 SW—846 does iip1

prescribe

.~,

 method ~

 ~ particular

determination. ~g

 owner p1 operator shall

use the best available method;

çj

 Maintain ~

 the facility ~

 ~.least

 three

years records ~

 document compliance with the

provisions

p1

this subsection including

limits ~

 levels

p1

toxic organic

constituents and Btu value of the waste, and

levels

p1

recoverable metals

in

the hazardous

waste compared ~

 normal nonhazardous waste

feedstocks.

21

A

hazardous waste meeting either

p1

~

 following

criteria ~

 ~p1 processed solely ~

 metal

recovery:

~j

 The hazardous waste

 total concentration

p1

organic compounds listed j~~

 Ill. Adm.

Code 721.Appendix

 ij, exceeding

~QQ

pp~~

weight, as fired,

 and so is considered to ~

burned

fp1

destruction.

~

 concentration

p1

organic compounds

in

a waste as-generated ~y

~-reduced

 to ~J~g

.~QQ

~

 limit ~y bona fide

treatment that removes p1 destroys organic

constituents.

 Blending for dilution ~

 meet

the

~QQ

pp~limit j~prohibited and

documentation that ~g

 waste has not been

impermissibly diluted must ~g retained

records required ~y subsection

(C)

 (1) (C),

above

~

Th

hazardous waste has

~,

heating value

p1

5.000 Btu/lb p1 more, as-fired, and ~

considered ~p ~g burned ~

 fuel.

~

 heating

value

p1

a waste as—generated ~y

 be reduced

~

 below the 5.000 Btu/lb limit ~y bona fide

treatment that removes ~

 destroys organic

constituents.

 Blending

~p1

dilution ~

 meet

the 5,000 Btu/lb limit j~prohibited and

documentation that the waste has not been

impermissibly diluted must ~g retained

in

th~

records required ~y subsection

 (c) (1) (C).

above.

~

 exempt from Sections 726.202 through

726.211. ~

 owner ~

 operator

p1

 lead ~

 nickel-

chromium recovery furnace. ~

 metal recovery

furnace that burns a ba~housebags used to capture

metallic dusts emitted ~y steel manufacturing must

provide a one-time written notice to the Agency

132—460

199

identifying each hazardous waste burned

specifying whether the owner ~

 operator claims ~

exemption ~

 each waste under this subsection p1

subsection

 (c) (1). above.

 The owner p1 operator

shall com~lvwith the reauirements p1 subsection

jc) (1L. above.

~p1

those wastes claimed ~

exempt under that subsection and shall com~lvwith

~Ji~requirements below ~

 those wastes claimed ~g

be exempt under this subsection.

Al

 Thg hazardous wastes listed

 jjj, Appendices ~

L

~

 baahouse baas used ~

 capture

metallic dusts emitted ~y steel manufacturing

are exempt from the requirements

p1

subsection

 (c) (1). above~provided that:

ii

A

waste listed

in

Appendix K must

contain recoverable levels

p1

lead.

A

waste listed

in

Appendix L must contain

recoverable levels

p1

nickel ~

 chromium

and baghouse baas used to capture

metallic dusts emitted ~y steel

manufacturing must contain recoverable

levels of metal

and

Lii

Thg

waste does not exhibit ~g

 Toxicity

Characteristic

p1

~

 Ill. Adm. Code

721.124

~p1~

 organic constituent; and

iii) ~g

 waste ~

~p1

 hazardous waste

listed

in

~

 Ill. Adm.

Code

721.Subpart

~ because j~j~listed for ~

 organic

constituent ~g identified

in ~

 Ill.

Adm. Code 721.A~~endix

~

~

 owner p1 operator certifies

in

~

one-time notice that hazardous waste ~

burned under ~g

 ~rovisions

p1

subsection ~ç) (3), above, and that

 samplincr and analysis will ~g conducted

p1 other information will ~g obtained ~

necessary ~

 ensure continued com~liance

with these reauirements.

 Sampling

analysis must be conducted according to

subsection

 (C) (1) (B), above,

 and records

~

 document comnliance with subsection

(c) (3). above, must be kent

~p1

 least

three years.

~

 Agency ~y

 decide p~

 case-by-case basiE

that the toxic organic constituents

in ~

material listed

in

Appendix ~ p1

L

that

132—46 1

200

contains ~ total concentration

p1

more than

500 pp~toxic organic compounds listed

in ~

Ill. Adm. Code 721.Appendix ~j~y

 pose

hazard

t~

human health ~

 the environment

when burned ~

 a metal recovery furnace

exempt from the requirements

p1

this Subpart.

.~n

that situation,

 after adeauate notice and

opportunity for comment, the metal recovery

furnace will become subiect ~

the

requirements p1 this Subpart when burning

that material.

~

 making the hazard

determination. ~g

 Aaencv shall consider ~g

following factors:

The concentration and toxicity

p1

organic constituents

in

the material

and

jjj

fl~

level

p1

destruction

p1

toxic

organic constituents provided ~y

~

furnace; and

iii) Whether the acceptable ambient levels

established

in

Appendices ~ p1 ~ will ~

exceeded

~p1

~j~ytoxic organic compound

that ~y

 be emitted based on dispersion

modeling ~

 predict the maximum annual

average off—site ground level

concentration.

~j

 The standards for direct transfer operations under

Section 726.211 a~~lvonly ~

 facilities subiect ~

permit standards

p1

Section 726.202 p~the interim

status standards

p1

Section 726.203.

~j

 The management standards for residues under Section

726.212 apply ~

~

 burning hazardous waste.

fl

 Owners and operators

p1

smelting, melting

~

 refining

furnaces

 (including pyrometallurczical devices such ~

cupolas, sintering machines, roasters and foundry

furnaces) that process hazardous waste

~p1

recovery

p1

economically significant amounts

p1

tki~precious metals

gold,

 silver, platinum, palladium,

 iridium, osmium.

rhodium p1 ruthenium, or ~

 combination

p1

these,

are

conditionally exempt from regulation under this Subpart

except for Section 726.212.

 To be exempt from Sections

726.202 through 726.211 an owner p1 operator shall:

fl

 Provide a one-time written notice ~

 the Agency

indicating the following:

132—462

201

Al

~

 owner p1 ooerator claims exemption under

this section

~g

 hazardous waste ~

 burned ~

 legitimate

recovery

p1

precious metal; and

~g

 owner p1 ~perator will comply with the

sampling and analysis

~

 recordkeepinq

requirements p1 this section

21

 Sample and analyze the hazardous waste ~

necessary ~

 document that the waste ~

 burned ~

recovery

p1

economically significant amounts

p1

precious metal using procedures specified ~y Test

Methods ~

 Evaluating Solid Waste~.

Physical/Chemical Methods. SW-846,

 incorporated ~y

 reference

in

~

 Ill.

 Adm. Code 720.111 p1

alternative methods that meet p~exceed the SW—846

method performance capabilities.

 ~j SW-846 does

ng~prescribe

 method ~

 particular

determination, the owner p1 operator shall use the

best available method;

and

~j

 Maintain at the facility for at least three years

records-to document that

~fl

hazardous wastes

burned ~

 burned ~

 recovery

p1

economically

significant amounts

p1

precious metal.

gj

 Abbreviations and definitions.

~g

 following

definitions

~

 abbreviations are used

in

this Subpart:

“APCS” means ~

 pollution control system.

“BIF” means boiler or industrial furnace.

“Carcinogenic metals” means arsenic, beryllium,

cadmium

~

 chromium.

“CC” means carbon monoxide.

“Continuous monitor” is

 monitor which

continuously samples the regulated parameter

without interruption. ~

 evaluates

~

 detector

response ~

 least once each ~

 seconds, and

computes

~

 records ~g

 average value ~

 least

 every

~Q

seconds.

“DRE” means destruction p1 removal efficiency.

“Cu m” means cubic meters.

132—463

202

“E” means “ten to the”.

 For example,

 “XE—Y” means

~

 times ~

 the ~

 power”.

“Feed rates” are measured as specified

in

Section

726.202(e) (6).

“Good engineering practice stack height” ~

defined ~y 40 CFR 51.100(u),

 incorporated ~y

reference

in

~

 Ill. Adm. Code 720.111.

“HC” means hydrocarbon.

“Hcl” means hydrogen chloride gas.

“Hourly rolling average” means ~g

 arithmetic mean

p1

 ~Q most recent 1—minute average values

recorded

~

 the continuous monitoring system.

~

 means Kelvin.

“kVA” means kilovolt amperes.

“MEl” means maximum exposed individual.

“MEl location” means ~g

 point with ~

 maximum

annual average off—site (unless on—site ~

required)

 ground level concentration.

“Noncarcinogenic metals” means antimony,

 barium,

lead, mercury, thallium and silver.

“One hour block average” means the arithmetic mean

p1

the p~ minute averages recorded during the 60—

minute period beginning at one minute after tii~

beginning

preceding clock hour

“PlC” means product

p1

incomplete combustion.

“PM” means particulate matter.

“POHC” means principal organic hazardous

constituent.

“ppmv” means carts ~

 million ~y volume.

“QA/QC” means quality assurance

~

 quality

control.

“Rolling average

~p1~

 selected averaging

period” means ~J~garithmetic mean

p1

~g

 hour

block averages

~p1

~J~gaveraging period.

132—464

203

‘RAC”

means reference ~

 concentration. ~g

icceptable ambient level for

~

 noncarcinogenic

netals ~

 purposes

p1

this Subpart.

 RACe are

specified

in

Appendix D.

‘RSD” means ris~—specificdose, the acceptable

ambient level

~p1

the carcinogenic meta1~for

3urposes

p1

this Subpart.

 RSDs ~g

 specified

in

~ppendix E.

‘SSU” means “Saybolt Seconds Universal”,

 a unit

v~iscositymeasured ~y ASTM

g~

D216l,

incorporated ~y reference

in

~

 Ill.

 Adm. Code

720.111.

“TCLP test” means the toxicity characteristic

leaching procedure

~

 Ill.

 Adm. Code 721.124.

“TESH” means terrain—adjusted effective stack

height

kin

meters).

“Tier I”.

 See Section 726.206(b).

“Tier II”.

~

 Section 726.206(c).

“Tier III”.

 See Section 726.206(d).

“Toxicity ecruivalence” j~estimated, pursuant ~

Section 726.204(e), using”Procedures for

Estimating the Toxicity Equivalence

Chlorinated

Dibenzo-p—Dioxin

~

 Dibenzofuran Congeners”

in

Appendix I

 (“eye”).

“ug” means microgram.

Source:

 Added at 16

 Ill.

 Reg.

 effective

Section 726.201

 Nana~ementprior ~Q Burning

~j

 Generators.

 Generators

p1

hazardous waste that ~

burned in a BIF are subiect to 35 Ill.

 Adin. Code 722.

~j

 Transporters.

 Transporters

p1

hazardous waste that j~

burned

in

~ BIF ~

 subiect to ~

 Ill.

 Adin.

 Code 723.

~j

 Storacre facilities.

fl

 Owners and operators

p1

facilities that store

 hazardous waste that is burned in a BIF are

subiect to the applicable provisions

p1 3~

Ill.

Adm. Code 724.Sub~arts

A

throu~h~

 35 Ill. Adm.

132—465

204

Code 725.Subparts

A

through L and 35

 Ill. Adm.

Code jQ2 and 703. except ~

 provided

~y

subsection

(c) (2), below.

 These standards apply ~

 storage

the burner as well ~

~

 storacre facilities

operated ~y intermediaries (processors,

 blenders,

distributors, etc.) between the generator and the

burner.

 Owners and operators

p1

facilities that burn,

in

an on-site ~

 exempt from regulation under the

small quantity burner provisions

p1

Section

726.208, hazardous waste that they generate

~

exemPt from regulation under ~

 Ill. Adm. Code

724.Subparts

A

throucrh ~

 35 Ill.

 Adin. Code

725.Sub~arts

A

through L and 35

 Ill. Adm. Code 702

and 703 with respect to the storage

p1

mixtures of

hazardous waste and ~g

 primary fuel ~

 the BIF

in

 tanks that feed the fuel mixture directly ~

burner.

 Storacre

p1

hazardous waste prior ~

mixing with ~jjgprimary fuel ~

 subject ~

recrulation as prescribed

in

subsection

 (c) (1),

above.

Source:

 Added at

 16 Ill. Reg.

 effective

Section 726.202

 Permit standards for Burners

~j

 Applicability.

fl

 General.

 Owners and ooerators

p1

BIF5 burning

hazardous waste

~jj~

~

 operating under interim

status shall comply with the requirements

p1

this

Section

~

 Ill. Adm. Code 703.208

~

 703.232,

unless exempt under ~g

 small quantity burner

exemption

p1

Section 726.208.

21

 ApPlicability

p1

~

 Ill. Adm. Code ~j

 standards.

Owners

~j~4

operators

p1

BIFs that burn hazardous

waste are sublect ~q ~J~gfollowing Provisions

p1

35

 Ill. Adm. Code 724, except ~

 provided

otherwise ~y this Subpart:

Al

.In

Subpart

A

(General). 724.104

~

 Subpart ~ (General facility standards), ~

Ill. Adm. Code 724.111 through 724.118

In

Subpart ~ (Preparedness and prevention).

35 Ill. Adm. Code 724.131 through 724.137

132—466

205

Qj

 In Subpart

Q

(Contingency plan and emercrency

procedures),

 35 Ill.

 Adin. Code 724.151

724.156

~j

 In Subpart E (Manifest system, recordkeeping

and reporting), the applicable provisions

p1

~

 Ill.

 Adju.

Code 724.171 throuah 724.177;

fl

 In Subpart F (Corrective Action), ~

 Ill.

Adm. Code 724.190 ~

 724.201

Qj

 In Subpart G (Closure and post-closure),

35

Ill.

Adm.

Code 724.211 throucrh 724.215

~jj

 In Subpart H

 (Financial requirements), ~

Ill.

 Adm.

Code 724.241.

 724.242, 724.243

~

724.247 through 724.251,

 except that the

State

p1

Illinois and the Federal government

are exempt from the requirements

p1 ~

 Ill.

Adm. Code 724.Subpart

IiL

~

fl

 Subpart ~

 (Air emission standards ~

equipment leaks), except 35

 Ill.

 Adm. Code

724.950(a).

~j

 Hazardous waste analysis.

~g

 owner p1 operator shall provide an analysis

p1

~

 hazardous waste that quantifies the

concentration

p1

~y

 constituent identified

in ~

Ill. Adm. Code 721.Appendix j~that j~reasonably

be expected to be

in

~g

 waste.

 Such constituents

must be identified and quantified if present, at

levels detectable ~y analytical procedures

prescribed ~y Test Methods for Evaluating Solid

Waste, Physical/Chemical Methods

 (incorporated ~y

reference,

 see ~

 Ill. Adm. Code 720.111).

Alternative methods that meet p1 exceed the method

performance capabilities

p1

SW-846 methods ~y

~g

used.

~

 SW-846 does ~p1 prescribe

 method ~

particular determination, ~jg owner p1 operator

shall ~

 the best available method.

 The ~

 Ill.

Adm. Code 72j..Appendix

fl

constituents excluded

from this analysis must ~g identified

~

basis for their exclusion explained.

 This

analysis must provide

~fl

information required ~y

this Subpart and ~

 Ill. Adm. Code 703.208

~

703.232 and must enable the Acrencv to prescribe

such permit conditions as necessary ~

 protect

human health and the environment.

 Such analysis

must ~

 included ~

 portion

p1

the Part ~ permit

application, ~

~

 facilities operating under

132—467

206

the interim status standards

p1

this Subpart, as a

portion

p1

the tria.l burn plan that ~y

be

submitted before the Part B application under

provisions

p1~

Ill. Adm. Code 703.232(g)

~

 well

as ~y

 other analysis required ~y the Agency.

Owners

~

 operators p1 BIFs iiQt, operating under

the interim status standards shall provide the

information required ~y 35 Ill. Adm. Code 703.208

and 703.232

in

 Part ~ application ~

the

crreatest extent possible.

21

 Throughout normal operation, the owner or operator

shall conduct sampling and analysis ~

 necessary

to ensure that the hazardous waste, other fuels

and industrial furnace feedstocks fired into the

BIF are within the physical and chemical

composition limits specified

the

permit.

çj

 Emissions standards.

 Owners ~

 operators shall comply

 with emissions standards provided ~y Sections 726.204

through 726.207.

~J

 Permits.

fl

 The owner p1 operator shall burn only hazardous

wastes specified

in

the facility permit and only

under the operating conditions specified under

subsection

 (e). below, except

approved trial

burns under the conditions specified

in i~.

Ill.

Adm. Code 703.232.

 Hazardous wastes ~p1 specified

in

the permit must

~g burned until operating conditions have been

specified under

.~,

~

 permit p1 permit

modification, as applicable.

 Operating

requirements .~plnew wastes must ~

 based

~j

either trial burn results p1 alternative data

included with Part

p1

 permit application under

~

 Ill. Adm. Code 703.208.

~

 BIF5 operating under the interim status standards

p1

Section 726.203 ~

 permitted under procedures

provided ~y ~

 Ill. Adm. Code 703.232(g).

Al

A

permit for ~

~

 (those BIF5 not operating

under the interim status standards) must establish

appropriate conditions for each

p1 ~

 applicable

requirements

p1

this Section. including but

npt,

limited ~

 allowable hazardous waste firing rates

and operating conditions necessary ~g meet ~

requirements

p1

subsection

 (e). below,

 order ~Q

comply with the following standards:

132—468

207

Al

 For the period ~ginninq

 with initial

introduction

p1

hazardous waste and ending

with initiation

p1

the trial burn. and only

for the minimum time required to bring the

device ~

.~,

 point

p1

operational readiness to

conduct a trial burn, ~

~

 exceed

duration

p1

720 hours operating time when

burning hazardous waste. the operating

requirements must be those most likely to

ensure compliance with the emission standards

p1

Sections 726.204

 throucrh 726.207. based ~

tii~Acrency’s engineerin~gjudciment.

~

applicant is seeking a waiver from ~ trial

burn to demonstrate conformance with

particular emission standard. ~flgoperating

requirements during this initial period

p1

operation must include those specified ky the

applicable provisions

p1

Section 726.204,

Section 726.205, Section 726.206 p~Section

726.207.

~g

 Agency shall extend. the

duration

p1

this period ~

 ~p ~

additional hours when good cause

 .tp1 ~ii~

extension ~

 demonstrated ~y ~g

 applicant.

the duration

p1

the trial burn,

the

operating requirements must be sufficient ~

demonstrate compliance with the emissions

standards

p1

Sections 726.204 through 726.207

and must be

in

accordance with the approved

trial burn plan;

the period immediately following

completion

the trial burn,

 and only for

~g

 minimum period sufficient ~

 allow sample

analysis, data computation,

 submission

p1

 ~ii~

trial burn results ~

 the applicant, review

of the trial burn results and modification p1

~g

 facility permit ~y the Acrencv ~

 reflect

the trial burn results. ~

 operating

requirements must be those most likely ~

ensure compliance with the emission standards

Sections 726.204 through 726.207 based p~the

Agency’s engineering jud~ment.

Qi

 For the remaining duration

p1

the permit. the

operating recruirements must be those

demonstrated

in

a trial burn p1 ~y.

alternative data specified

in

~

 Ill. Adm.

Code 703.208, ~

 sufficient ~

 ensure

compliance with the emissions standards

p1

Sections 726.204 throucrh 726.207.

132—469

208

g)

Operating

requirements.

fl

General.

A

BIF burning hazardous waste must be

operated

in

accordance with ~

 operating

requirements specified

in

the permit ~

~

 times

when there is hazardous waste

in

the unit.

21

 Requirements to ensure compliance with ~

 organic

emissions standards.

Al

Q~

(destruction p1 removal efficiency)

standard.

 Operating conditions must ~g

specified either:

 on a case-by-case basis

for each hazardous waste burned, which

conditions must ~

 demonstrated

kin

 trial

burn p1 ~y alternative data as specified

in

~

 Ill. Adm. Code 703.208) ~

 .kg sufficient

~

 comply with the

Q~

performance standard

p1

Section 726.204(a)

~

 as special

operating requirements provided ~y Section

726.204(a) (4)

for

~

 waiver

p1

the

QB~

trial

burn.

 When the DRE trial burn is not waived

under Section 726.204(a) (4), each set

p1

operating requirements must specify the

composition

p1

the hazardous waste

 (including

acceptable variations

in

~g

 physical and

chemical properties

p1

~g

 hazardous waste

which will not affect compliance with the DRE

performance standard) ~

 which ~

 operating

requirements apply.

 For each such hazardous

waste, the permit must specify acceptable

operating limits including, but not limited

~

 the following conditions as appropriate:

~jj

 Feed rate

p1

hazardous waste

 other

fuels measured and specified as

prescribed

in

subsection

 (e) (6), below

iii

 Minimum

~

 maximum device production

rate when producing normal product

expressed

in

appropriate units, measured

and s~ecifled as prescribed

in

subsection

 (e) (6).

 below;

iii). Appropriate controls

p1

the hazardous

waste firing system:

iyj

 Allowable variation

in

BIF system design

p1 operating procedures

MI

 Minimum combustion g~ temperature

measured at a location indicative

p1

132—470

209

combustion chamber temperature, measured

and specified ~

 prescribed

in

subsection

 (e) (6),

 below;

yjj

 An appropriate indicator

p1

combustion

g~ velocity, measured and specified as

prescribed

in

subsection

 (e) (6).

 below,

unless documentation ~

 provided under

~

 Ill.

 Adm.

Code 703.232 demonstrating

adeauate combustion g~ residence time

and

vii) Such other operating requirements ~

are

necessary to ensure that the

Q~

performance standard

p1

Section

726.204(a)

~

 met.

QQ

~

 hydrocarbon

 (HC)

 standards.

The

permit must incorporate

~Q

limit and, ~

appropriate,

 a HC limit as provided ky—

Section 726.204(b).

 (c).

 (d).

 j~j..

~

 (f).

The permit limits must ~

 specified ~

follows:

LL

 When

complying with the CO standard

p1

Section 726.204(b) (1), jj~permit limit

La

100 ppmv:

Li~

When complying with the alternative

QQ

standard under Section 726.204 (c), the

permit limit for

~Q

is based on the

trial burn and is established as the

average over all valid runs

p1

highest hourly rolling average CO level

p1

each run;

 and. ~g

 permit limit ~

ll.Q

~

 20 p~mvj~ defined

in

Section

726.204(c) (1)),

 excePt as provided

in

Section 726.204(f).

iii) When complying with the alternative

ll~

limit for industrial furnaces under

Section 726.204(f). the permit limit

~p1

and

QQ

j~

~J~gbaseline level when

hazardous waste is not burned as

specified ~y that subsection.

~j

 Start-up and shut-down.

 During start-up ~

shut—down

p1

the BIF, hazardous waste

 except

waste fed solely as an ingredient under the

Tier ~ jp1 adiusted Tier

fl

feed rate

screening limits ~

 metals ~

chloride/chlorine, and except low risk waste

13 2—47

1

210

exempt from the trial burn requirements under

Sections 726.204(a) (5), 726.205,

 726.206 and

726.207) must ~p1

 fed into the device

unless ~g

 device

La

operating within the

conditions

p1

operation specified

in th~

permit.

~j

 Requirements ~

 ensure conformance with ~

particulate matter

 (PM) standard.

Al

 Except as provided

in

subsections

 (e) (3) (B)

(C), below, the permit must specify t~1i~

following operating requirements ~

 ensure

conformance with the PM standard specified

in

Section 726.205:

jj

 Total ~

 feed rate ~

 the device from

hazardous waste,

 other fuels

~

industrial furnace feedstocks. measured

and specified ~

 prescribed

in

subsection

 (e) (6). below

jJJ

 Maximum device production rpte when

producing normal product expressed

in

appropriate units,

 and measured and

specified as prescribed

in

subsection

(e) (6)

 below;

iii) Appropriate controls pn operation ~

maintenance

p1

~g

 hazardous waste

firing system and ~j~y~

 pollution

control system (APCS)

iyj..

 Allowable variation

in

BIF system design

including ~y

 APCS or operating

procedures

and

MI

 Such other operatin~requirements as are

necessary ~

 ensure that ~j~g

~f

standard

in

Section j~.211(b)

La

met.

~J

 Permit conditions ~

 ensure conformance with

the ~

 standard must ~p1 ~

 provided ~

facilities exempt from ~

~

 standard under

Section 726.205(b)

~p1

cement kilns and light-weight aa~re~ate

kilns. permit conditions to ensure compliance

with the PM standard must not limit the ash

content of hazardous waste p1 other feed

materials.

132—472

211

41

 Requirements to ensure conformance with the metals

emissions standard.

Al

 For conformance with the Tier

~

 adiusted

Tier

fl

metals feed rate screening limits

p1

~ction

 726.206(b) p1 (e). ~j~gpermit must

specify the following operating requirements:

LL

 Total feed rate

p1

each metal

in

hazardous waste, other fuels and

industrial fur~nacefeedstocks measured

and specified under provisions

p1

subsection

 (e) (6)

•

 below

jjj

 Total feed rate

p1

hazardous waste

!neasured and specified ~

 prescribed

in

subsection

 (e) (6)

•

 below;

iii)

A

sampling and metals analysis program

for ~g

 hazardous waste, other fuels and

industrial furnace feedstocks

~p1

 conformance with the Tier

fl

metals

emission rate screening limits under Section

726.206(c) and the Tier III metals controls

under Section 726.206(d).

~

 permit must

specify the following operating requirements:

jj~.

 Maximum emission rate

~p1

each metal

specified ~

~

 average emission rate

during

~

 trial burn

~j

 Feed rate

p1

total hazardous waste

~n4

pumpable hazardous waste,

 each measured

and specified ~g prescribed

in

subsection

 (e) (6) (A), below;

iii) Feed rate

p1

each metal

in

the following

feedstreams, measured

~

 specified as

prescribed

in

subsections

 (e) (6), below:

total feed streams:

 total hazardous

waste feed

 ~jjgtotal pumpable

hazardous waste feed

Ayl

 Total feed rate p1 chlorine and chloridE

in

total feed streams measured and

specifled as prescribed

in

subsection

(e) (6). below

MI

 Maximum combustion g~ temperature

measured ~

 ~ location indicative

p1

combustion chamber temperature,

~

132—473

212

measured and specified as prescribed

in

subsection

 (e) (6). below

yJ~. Maximum flue g~ temPerature ~

inlet to the PM APCS measured and

specified as prescribed

in

subsection

(e) (6). below:

vii) Maximum device production rate when

producing normal product expressed

in

appropriate units and measured and

specified ~g prescribed

in

subsection

(e) (6). below;

viii)

 Appropriate controls p~operation

and maintenance of the hazardous

waste firing system and ~j~yAPCS

~

 Allowable variation

in

BIF system design

including ~y

 APCS p1 operating

procedures;

and

~cJ

 Such other operating requirements ~

are

necessary ~

 ensure that ~

 metals

standards under Sections 726.206(c)

p1

are met.

Qi

 For conformance with an alternative

implementation a~~roachapproved ky

tha

Agency under Section 726.206(f). the permit

must specify the following operating

requirements:

jj~.

 Maximum emission rate for each metal

specified as the average emission rate

during the trial burn

JJJ...

 Feed rate

p1

total hazardous waste

~

~uin~ablehazardous waste,

 each measured

and specified as prescribed

in

subsection

 (e) (6) (A). below;

iii) Feed rate p1 each metal

in

the following

feedstreams. measured

~

 specified as

prescribed

in

subsection

 (e) (6). below:

total hazardous waste feed;

 and total

~um~able hazardous waste feed;

Total feed rate

p1

chlorine ~

 chloride

in

total feed streams measured

~

specified prescribed

in

subsection

(e) (6). below

132—474

213

yl

 Maximum combustion g.~temperature

measured ~

 ~ location indicative

p1

combustion chamber temperature. ~

measured and specified ~

 prescribed

in

subsection

 (e) (6). below

yj)

 Maximum flue g~ temperature ~

inlet ~

 the ~

 APCS measured

~

specified ~

 prescribed

in

subsection

(e) (6), below;

vii) Maximum device production rate when

producing normal product expressed

in

apøropriate units

~

 measured and

specified

 prescribed

in

subsection

(el (6).

 below;

viii)

 A~~ropriate

 controls ~

 operation

and maintenance of the hazardous

waste firing system and

~ny

 APCS

j~çj Allowable-variation in BIF system design

including ~y

 APCS p1 operating

procedures

and

.~çj

 Such other operating requirements ~

are

necessary to ensure that ~

 metals

standards under Sections 726.206(c)

~

~j

 are met.

~j

 Requirements ~

 ensure conformance with ~g

and chlorine g~gstandards.

Al

 For conformance with ~g

 Tier ~ total

chlorine and chloride feed rate screening

limits

p1

Section 726.207(b) (1). ~g

 permit

must specify the following operating

requirements:

jj~

 Feed rate

p1

total chlorine and chloride

in

hazardous waste, other fuels and

industrial furnace feedstocks measured

and specified as prescribed

in

subsection

 Ce) (6)

•

 below

jjJ

 Feed rate

p1

total hazardous waste

measured and specified as prescribed

in

subsection

 (e) (6). below;

iii)

A

sampling and analysis program

~p1

total chlorine and chloride for the

132—475

214

hazardous waste, other fuels

~

industrial furnace feedstocks

~

 conformance with

~

 Tier

~

 IjQJ. ~

chlorine g~ emission rate screening limits

 under Section 726.207(b) (2) ~

~g

 Tier

LU

and chlorine g~ controls under Section

726.207(c). the permit must specify

 .tjia

following operating requirements:

Li..

 Maximum emission rate

~p1

chlorine g~ specified ~,gthe average

emission rate during the trial burn

jJJ

 Feed rate

p1

total hazardous waste

measured and specified as prescribed

in

subsection

 Ce) (6), below;

iii) Total feed rate

p1

chlorine and chloride

in

total feed streams, measured

~

specified as prescribed

in

subsection

(e) (6). below:

J..MI

 Maximum device production rate when

 producinq normal product expressed

in

appropriate units, measured

~

specifled as prescribed

in

subsection

Ce) (6), below

MI

 Appropriate controls on operation and

maintenance

p1 ~

 hazardous waste

firing system and ~jjyAPCS

xii

 Allowable variation

in

BIF system design

including

~nx

APCS p1 operating

procedures:

and

vii) Such other operating requirements

~a.

~

necessary to ensure that the HC1 and

chlorine g~ standards under section

726.207(b) (2) p1

~

 met.

~j.

 Measuring parameters ~

 establishing limits based

p~trial burn data.

Al

 General requirements,.

 As specified

in

subsections

 (e) (2) through

 Ce) (5). above,

each operating parameter must ~

 measured.

~

 permit limits ~

~g

 parameter must ~

established, according ~

 either

p1 ~

following procedures:

132—476

215

j)

 Instantaneous limits.

 ~ parameter

La

measured and recorded on an

instantaneous basis

 (i.e.. ~g

 value

that occurs

~,

~y

 time)

 and ~

 permit

limit specified ~

 the time-weighted

averaae during

~fl

valid runs

p1

the

trial burn

p1

iLL

 Hourly rolling average.

 Thg limit

~p1

parameter must ~

 established

~4

continuously monitored on

~n

hourly

rolling average basis, as defined

in

 Section 726.200(g).

 The permit limit

the parameter must ~

 established

based pj~trial burn data as the average

over

~fl

valid test runs

p1

the highest

hourly rolling average value ~

 each

run.

~j

 Rolling average limits

£p1

carcinogenic

metals and lead.

 Feed rate limits for the

carcinogenic metals j~ defined

in

Section

726.200(g)) ~

 lead must ~

 established

either on an hourly rolling average basis as

presoribed ky subsection

 (e) (6) (A). above, p1

fl~t&L

a 24 hour rolling average basis.

the owner p1 operator elects ~

ia~

average period from ~

~

 hours:

~g

 feed rate

p1

each metal must ~

limited at ~y

 time ~

~jj

times the

feed rate that would be allowed on an

hourly rolling average basis

jjj

 Terms are ~

 defined

in

Section

726.200(g)

iii) The permit limit ~

~g

 feed rate

p1

each metal must ~

 established based ~

trial burn data ~

~

 average over

~JJ~

valid test runs

p1

the highest hourly

 rolling average feed rate for each run.

Qj

 Feed rate limits ~

 metals, total chlorine

~

 chloride, and ash.

 Feed rate limits

~p1

metals, total chlorine and chloride, and

~h

are established and monitored ~y knowing

~Jj~

concentration

p1

the substance (i.e., metals.

chloride/chlorine and ash)

in

each feedstream

and the flow rate of the feedstream.

To

monitor ~g

 feed rate

p1

these substances.

~g

 flow rate

p1

each feedstream must ~g

132—4fl

216

monitored under ~j~gcontinuous monitoring

requirements

p1

subsections

 (e) (6) (A) and

(B), above.

Qj

 Conduct

p1

trial burn testing.

fl.

 If compliance with all applicable

emissions standards

p1

Sections 726.204

through 726.207 ~

 not demonstrated

simultaneously during ~ ~p1

p1

test

runs. ~g

 operating conditions

p1

additional test

runs

required ~

demonstrate compliance with remaining

emissions standards must be as close as

 possible to the original operating

conditions.

JJJ..

 Prior ~

 obtaining test data

~p1

purposes

p1

demonstrating compliance

with

~Jj~

emissions standards

p1

Sections

726.204 throu~h726.207 p1 establishing

limits on operating parameters under

this Section, the unit must operate

under trial burn conditions

~

sufficient period to reach steady-state

operations.

 However,

 industrial

furnaces that recycle collected ~

 back

into the furnace and that com~lvwith ~

alternative implementation approach for

metals under Section 726.206(f) need np1

reach steady state conditions with

respect to the flow of metals in the

system prior ~

 beginning compliance

testing ~

 metals emissions.

iii) Trial burn data p~the level

p1 ~

operating parameter for which ~ limit

must ~g established

in

the permit must

be obtained during emissions sampling

~g

 pollutant(s)

 (i.e.. metals, ~

HCllchlorine gasp organic compounds)

~

which the parameter must ~

 established

as specified ky this subsection

 (e).

21

 General requirements.

Al

 Fugitive emissions.

 Fugitive emissions must

~

 controlled k~i

Keeping

~g

 combustion zone totally

sealed against fugitive emissions

p1

132—478

217

iii

 Maintaining ~g

 combustion zone pressure

lower than atmospheric pressure

p1

iii) ~

 alternate means

p1

control

demonstrated (with Part ~

p1

the permit

a~Plication)

 provide fugitive

emissions control equivalent ~

maintenance

p1

combustion zone pressure

lower than atmospheric pressure.

~j.

 Automatic waste feed cutoff.

A

~

 must ~

operated with

 functioning system that

automatically cuts p1g. ~g

 hazardous waste

feed when operating conditions deviate from

those established under this Section.

In

addition:

The permit limit ~

 (the indicator

~fl

minimum combustion chamber temperature

must be maintained while hazardous waste

p1 hazardous waste residues remain

in

the combustion chamber.

L~

Exhaust gases must be ctucted ~

 the APCS

operated

in

accordance with ~

 permit

requirements while hazardous waste p1

hazardous waste residues remain

in

combustion chamber;

and

iii) Operating parameters

.~p1

which permit

limits ~g

 established must continue ~

~

 monitored during ~g

 cutoff,

~

hazardous waste feed must not ~

restarted until the levels

p1

those

parameters com~lvwith ~Ii~permit

limits.

~

 parameters that ~

monitored ~

~n

instantaneous basis, ~Ji~

Agency shall establish a minimum period

p1

time after ~ waste feed cutoff during

which the parameter must not exceed the

permit limit before the hazardous waste

feed

La

restarted.

Qj

 Changes.

A

BIF must cease burning hazardous

waste when combustion properties. p1 feed

rates

p1

the hazardous waste,

 other fuels p1

industrial furnace feedstocks, p1

design p1 operating conditions deviate from

the limits as specified

in ~

 permit.

~j

 Monitoring and Inspections.

132—479

218

Al

 The owner p1 operator shall monitor a~nd

record the following,

 at a minimum, while

burning hazardous waste:

jj~.

 If specified ~y the permit, feed rates

and composition

p1

hazardous waste,

other fuels and industrial furnace

feedstocks. and feed rates

p1

ash.

metals and total chlorine and chloride;-

iii

 If specified ky ~g

 permit.

~

 fiQ~

 anc~,

oxygen

pn

~ continuous basis ~

 ~ common

point in the BIF downstream of the

combustion zone

~

 prior ~

 release

p1

stack gases ~

~g

 atmosphere

in

accordance with operating requirements

specified

in

subsection

 (e) (2) (B).

above.

QQ~

HC and oxygen monitors must

~

 installed. operated ~

 maintained

in

accordance with methods specified

in

Appendix

 (“eye”).

iii) UPon the request

p1

the Agency, sampling

and analysis

p1

~g

 hazardous waste

 (and

other fuels and industrial furnace

feedstocks as appropriate), residues ~ii~

exhaust emissions must be conducted to

verify that the operating requirements

established

in

the permit achieve the

applicable standards of Sections

726.204.

 726.205. 726.206

~

 726.207.

AU

monitors must record data

in

units

corresponding to the permit limit unless

otherwise specified

in ~

 permit.

Qi

fl~

~

 and associated equipment

 (pumps.

values, pipes,

 fuel storage tanks.

 etc.) must

be subiected to thorough visual inspection

when it contains hazardous waste. ~

 least

daily for leaks, spills, fugitive emissions

and signs

p1

tampering.

Qj

 The automatic hazardous waste feed cutoff

system and associated alarms must ~g tested

at least once every

 7 days when hazardous

waste

La

burned to verify operability, unless

the applicant demonstrates ~

~g

 Agency that

weekly inspections will unduly restrict p1

upset operations and that less freauent

inspections will be adequate.

~,

~

minimum,

132—480

219

operational testing must be conducted at

least once every

.~Q

days.

~j

 These monitoring ~

 inspection data must

k~

recorded and ~g

 records must ~g placed

in

the operating record required ky ~

 Ill.

 Adm..

Code 724.173.

21

 Direct transfer ~

 ~j~gburner.

~1

hazardous waste

La

directly transferred from ~ transPort vehicle

BIF without the ~g

p1

a storage. unit,. the

owner and operator shall com~lvwith Section

726.211.

IQI

Recordkeeping.

 flag owner p1 operator shall keeP

in

the operating record

p1

the facility

 flj).

information and data required

kx

this Section

until closure

p1

the facility.

~JJ.

Closure.

 At closure. the owner

p1

operator shall

remove

~

 hazardous waste ~

 hazardous waste

residues

 (including., but ~

 limited ~

 ash,

scrubber waters and scrubber sludaes) from ~J~g

BIF.

Source:

 Added at

 16 Ill.

 Reg.

 effective

Section 726.203

 Interim status standards fp~Burners

~j

 Purpose, scope,

 applicability.

fl

 General.

Al

~

 purpose

p1

this Section

La

~p

establish

minimum national standards for owners

operators p1 “existing” BIF5 that burn

hazardous waste where such standards define

the acceptable management

p1

hazardous waste

during the period

p1

interim status.

The

standards

p1

this Section a~~lv

~

 owners

~

operators of existing facilities until either

~ permit ~

 issued under Section 726.202(d)

p1 until closure responsibilities identified

in

this Section ~g

 fulfilled.

~j

 “Existing” p~

.!~in

existence” means ~

fp1

which the owner p~operator filed

certification

p1

precompliance with USEPA

pursuant ~

Q~

266.103(b).

 incorporated

ky reference

in

subsection (b)~below~

132—48 1

220

provided, however, that USEPA has not

determined that ~g

 certification

La

invalid.

BIF j~.located ~

 facility that

already has a RCRA permit or interim status,

then the owner p1 operator shall comply with

the applicable requlations dealing with

permit modifications

in

35 Ill. Adm. Code

703.280 p1 changes

in

interim status

in ~

Ill. Adm. Code 703.155.

21

 Exemptions.

 The requirements

p1

this Section ~

not apply to hazardous waste and facilities exempt

under Sections 726.200(b)

 or 726.208.

.~J

 Prohibition on burning dioxin-listed wastes.

The

following hazardous waste listed

f~

dioxin

~ji~

hazardous waste derived from ~j~y

p1

these wastes

must

ng~

~

 burned

in

~ BIF operating under

interim status:

 USEPA Hazardous Waste Numbers

F020,

 F021.

 F022. F023,

 F026 .~fl4F027.

41

 Applicability

p1

~

 Ill. Adm. Code j~ standards.

Owners and operators

p1

BIFs that burn hazardous

waste and-are operating under interim status are

subject to the following provisions

p1 ~

 Ill.

Adm. Code 725. except as provided otherwise ~y

this Section:

Al

In

Subpart

A

(General). ~

 Ill.

 Adm. Code

725.104

~I

In

Subpart ~

 (General facility standards)

•

Ill.

Adm.

Code 725.111 through 725.117

Qi

In

Subpart

Q

(Preparedness and prevention).

~

 Ill.

 Adin.

 Code 725.131 through 725.137

Qj

 In Subpart D

 (Contingency plan and emergency

procedures). 35 Ill. Adm. Code 725:151

throu~h725.156

~j

 In Subpart E

 (Manifest system,

 recordkeepinci

~

 reporting).

 35 Ill.

 Adin.

 Code 725.171

through 725.177. except that ~

 Ill. Adm.

Code 725.171,

 725.172 and 725.176 ~.QflQ.t

apply to owners and operators

p1

on—site

facilities thatgQ j~p1receive ~y

 hazardous

waste from off—site sources

fi

 In Subpart C (Closure and pos.t-closure),

i~.

Ill. Adm. Code 725.211 throu~h725.215

132—482

221

Qi

 In Subpart

fl

(Financial requirements), ~

Ill. Adm. ‘Code 725.241. 725.242. 725.243 and

725.247 through 725.251. except that the

State of Illinois and

~g

 Federal government

~

 exempt from the requirements

p1 ~

 Ill.

Adm. Code_725.Subpart

 lii..

~

~1L

 Subpart ~

 (Air emission standards for

equipment leaks).

 except ~

 Ill.

 Adm. Code

725.950(a).

~j

 Special requirements for furnaces.

 The following

controls apply during interim status to industrial

furnaces

 (e.g., kilns,

 cupolas)

 that feed

hazardous waste

~p1

 purpose other than solely ~

an ingredient (see subsection

 (a) (5) (B). above)

at

~j~ylocation other than the hot

~

 where products

are normally discharged

p1

where fuels are

normally fired:

Al

 Controls.

jj..

 The hazardous waste must be fed at a

location where combustion g~

temperatures ~g

~

 least 1800

~j

jjj

 The owner p1 operator shall determine

that adequate oxygen j~present

in

combustion gases ~

 combust organic

constituents

in

the waste and retain

documentation

p1

such determination

in

the facility record;

iii) ~

 cement kiln systems. the hazardous

waste must be fed into the kiln

.jyj

~g

ffQ

controls

p1

Section 726.204(f) p1

subsection

 (c) (5). below,

 apply upon

certification

p1

compliance under

subsection

 (c). below, irrespective

p1

~

QQ

level achieved during the

compliance test.

~j

 Burning hazardous waste solely ~

ingredient.

A

hazardous waste

La

burned ~

 purpose other than “solely as an

ingredient”

jf~j~ meets

either

p1

these

criteria:

The hazardous waste has a total

concentration

p1

nonmetal compounds

listed

in ~

 Ill. Adm. Code 721.Appendix

132—483

222

fi~

exceeding

~Q.Q

~

 .~yweight. as fired

~

La.

considered ~

~

 burned

~p1

destruction.

~

 concentration

p1

nonmetal compounds

in

a waste as—

generated ~y

 ~g reduced ~p

~Q

pp~

limit ~.ybona fide treatment that

removes p1 destroys nonmetal

constituents.

 Blending

~f~p1

 dilution ~

meet ~g

~QQ

pp~

limit j~.prohibited

~

documentation

that

the

waste

has

not

been im~ermissib1ydiluted must ~

retained

in

the facility record

p1

jJj.

 The hazardous waste has a heating value.

p1

5.000 Btu/lb ~

 more. ~

 fired. and

so is considered to be burned as fuel.

The heating value of a waste as-

generated ~y

~

 reduced ~

 below the

5.000 Btu/lb limit ~y bona fide

treatment that removes or destroys

organic constituents.

 The heating value

p1

~ waste as—generated ~y

~

 reduced

~

 below the 5,000. Btu/lb limit ~y bona

fide treatment that removes p1 destroys

organic constituents.

 Blendinq~

augment the heating value to meet the

5,000 Btu/lb limit is prohibited and

documentation that the waste has not

been impermissibly blended must be

retained

in

the facility record.

41

 Restrictions on burning hazardous waste that

La

not a fuel.

 Prior to certification

p1

compliance

under subsection

 (c), below, owners and operators

shall not feed hazardous waste that has ~ heating

 value less than 5000 Btu/lb, ~

 generated,

 (except

that the heating value

p1

 waste as—generated

~n~x

~g increased ~

 above the 5.000 Btu/lb limit ~y

bona fide treatment;

 however blending to augment

the heating value ~

 meet ~g

 5,000 Btu/lb limit

La

prohibited and records must ~g kept to document

that im~ermissibleblending has ~

 occurred)’

in ~

BIF, except that:

Al

 Hazardous waste ~y

 ~g burned solely ~

ingredient

p1

21

 Hazardous waste ~y

~

 burned ~

 purposes

p1

compliance testing jg~testing prior ~

compliance testing)

 for ~ total period

p1

time not ~

 exceed

 LZQ.

hours

gi

132—484

223

Qi

 Such waste ~y

 be burned if the Agency has

documentation

show

that,

prior

August

~

 1991:

ii.

fl~

BIF ~g

 operating under

~

 interim

status standards

~p1

incinerators p1

thermal treatment units~~

 Ill. Adm.

Code 725.Subparts

Q

p1 ~

~

iii

 Th.~~

~t

 .th.~

interim status

eligibility r~qujrepentsunder 35 Ill.

Adm.

Code 703.153

f~p1

~

 Ill.

Adm.

Code

725.Subparts

Q

p1

and

iii) Hazardous waste with a heating value

less than 5.000 Btu/lb was burned prior

to that date;

p1

pj

 Such waste rn.~y~

 burned

in

~ halogen acid

furnace if the waste was burned as an

excluded ingredient under ~

 Ill. Adm. Code

721.102(e) prior ~,QFebruary

2J~

1991,

~

documentation

kept

file

supporting

this

claim.

21

 Direct transfer ~p jJ~burner.

~

 hazardous waste

La

directly transferred from a transport vehicle

to ~

fl~

without the use

p1

~ storage unit.

the

owner and operator shall comply with Section

726.211.

j~j

Certification

p1

precompliance.

41

 The Board incorporates ~y reference

jQ.Q~

266.103 (b). adopted ~

 56 Fed. Req. 7206.

 February

2L

1991

 56 Fed. Req.

 32688. July

.~L

1991

~

56 Fed. Reg.

 42511. August j7~1991.

 This Section

incorporates no later editions or amendments.

21

Certain

owners

and

operators

were

required

file

 certification

p1

~recompliance with USEPA ~y

Au~ust~

 1991. pursuant ~Q

Q~

266.10~3(b).

No separate filing

La

reauired

with

Agency.

pj

 Certification

p1

compliance.

~g

 owner p1 operator

shall conduct emissions testing to document compliance

with the emissions standards

p1

Sections 726,204(b)

through

 (e), 726.205. 726.206,

 726.207, and subsection

(a) (5) (A) (iv), above, under the procedures prescribed

~y this subsection,

 except under extensions

p1

time

provided ~y subsection

 (c) (7). below.

 Based p~jthe

compliance test,

 the owner or operator shall submit

t~

132—485

224

the Agency,

 on p1 before August

~

 1992,

 a complete

accurate “certification

p1

compliance”

 (under

subsection

 (c) (4),

 below) with those emission standards

establishing limits p~~g

 operating parameters

specified

in

subsection

 (c) (1). below.

41

 Limits on operating conditions.

~g

 owner p1

operator

shall

establish

limits

p~ the

following

parameters based pj~operations during ~hg

compliance test (under procedures prescribed

in

subsection

 (c) (4) (DI. below)

 and include these

limits with the certification

p1

compliance.

ih~

~

 must ~

 operated

in

accordance with these

operating limits and the applicable emissions

standards

p1

Section 726.204(b)

 through

 (e),

726.205,

 726.206. 726.207 and subsection

(a) (5) (A) (iv). above, at all times when there

La

hazardous waste

in ~

 unit.

Al

 Feed rate

p1

total hazardous waste

~

(unless complying the Tier

I

p1 adjusted Tier

I

metals feed rate screening limits under

 Section 726.206(b) p1

 (e)).

 ~um~able

hazardous waste

21

 Feed rate

p1

each metal

in ~g

 following

feedstreams:

41

 Total feedstreams. except that

industrial furnaces that must comply

with the alternative metals

implementation a~~roach

 under subsection

(c) (3) (B). below, must specify limits on

~

 concentration

p1

each metal

in

collected

E~

in

lieu

p1

feed rate limits

~fp~total feedstreams

JJj.

 Total hazardous waste feed (unless

complying with the Tier

~.

p1 adjusted

Tier I metals feed rate screening limits

under Section 726.206(b) p~(e));

and

iii) Total ~um~able hazardous waste feed.

Qi

 Total feed rate

p1

total chlorine and

chloride

in

total feed streams

Qj

 Total feed rate

p1

ash

in

total feed streams,

except that the ash feed rate for cement

kilns and light-weight aggregate kilns

La

limited

132—486

225

flj..

 CO concentration. and where required, HC

concentration

in

stack gas.

 When complying

with the

QQ

controls

p1

Section 726.204(b).

the CO limit

La

100 ppmv,

 and when complying

with the jjQ controls

p1

Section 726.204(c),

~h,aEQ

limit

La

 .?~Q

ppmv.

 When complying with.

the CO controls of Section 726.204(c). the CO

limit

La

established based on the compliance

test

~j

 Maximum production rate

p1

the device

in

ap~ro~riate

 units when producing normal

product;

Qj

 Maximum combustion chamber temperature where

~

 temperature measurement

La

~

 close ~

~

 combustion zone ~

 possible

~

La

upstream

p1

~y

 auench water injection.

(unless complying with the Tier

I

adjusted

Tier

I

metals feed rate screening- limits

under Section 726.206(b) p~ (el);

Ifl.

 Maximum flue g~.g.temperature entering a PM

control device (unless complying with Tier I

or-adjusted Tier

I

metals feed rate screening

limits under Section 726.206(b) p1 (efl

41

 For systems using wet scrubbers, including

wet ionizing scrubbers

 (unless complying with

the Tier

I

p1 adjusted Tier

 I metals feed

rate screening limits under Section

726.206(b) p1 j~jand the total chlorine and

chloride feed rate screening limits under

Section 726.207(b) (1) p1 (e)):

41

 Minimum liquid ~

 flue g~ ratio

jjj

 Minimum scrubber blowdown from the

system p1 maximum suspended solids

content

p1

scrubber water;

and

iii) Minimum pif level

p1

the scrubber water

~

 systems using venturi scrubbers, the

minimum differential g~ pressure across the

venturi

 (unless complying the Tier

.~.

p1

adjusted Tier

I

metals feed rate screening

limits under Section 726.206(b) p~

the total chlorine

~

 chloride feed rate

screening limits under Section 726.207(b) (1)

or~(efl

132—48 7

226

~çj

~p1

systems using ~y

 scrubbers

 (unless

complying with the Tier

I

or adjusted Tier

I

metals feed rate screening limits under

Section 726.206(b) p1 ~j

 and ~g

 total

chlorine and chloride feed rate screening

limits under Section 726.207(b) (1) p1

 (e)):

41

 Minimum caustic feed rate

~

jjj

 Maximum flue g~ flow rate:

~j

 For systems using wet ionizing scrubbers p1

electrostatic precipitators

 (unless complying

with ~g

 Tier ~ p1 adjusted Tier ~ metals

feed rate screening limits under Section

726.206(b)

 or ~j

~

 total chlorine

chloride feed rate screening limits under

Section 726.207(b) (1) p1

 (e)):

41

 Minimum electrical power

in

 KIA ~

precipitator plates;

and

~j1

 Maximum flue g~ flow rate

~j

 For systems using fabric filters

 (baghouses),

the minimum pressure- drop (unless complying

with

 Tier ~ ~i adjusted Tier

I

metals

feed rate screening limits under Section

726.206(b) p1 ~j

 and the total chlorine

chloride feed rate screening limits under

Section 726.207(b) (1) p1

 (efl.

21

 Prior notice

p1

compliance testing.

 At least 30

days prior ~

 the compliance testing required ~y

subsection

 (c) (3). below. ~

 owner p1 operator

shall notify the A~encvand submit the following

information:

Al

 General facility information including:

41

 USEPA faOility ID number

iii

 Facility name, contact person, telephone

number ~

 address;

iii) Person responsible for conducting

compliance test, including company name,

address and telephone number. and a

statement

p1

qualifications

iMI

 Planned date

p1

the compliance test

132—488

227

21

 Specific information on each device to be

tested including:

41

 Description

p1

BIF

£11

A

scaled clot elan showing ~g

 entire

facility and location

p1

the BIF;

iii)

A

description

p1

~g

 APCS

iMI

 Identification

p1

~g

 continuous

emission monitors that are installed,

including:

QQ

monitor;

 Oxygen

monitor

EQ

monitor, specifying the

minimum temperature

p1

~g

 system and.

the temperature

La

less than

1~Q

an explanation

p1

~y

 ~ heated system

La

not used

 (see subsection

 (cI (5), below)

and a brief description

p1

the sample

g~ conditioning system

MI

 Indication

p1

whether ~g

 stack

La.

shared with another device that will ~

in

operation during the compliance test

xli

 Other information useful ~g

understanding

p1

the system design or

operation.

Ql

 Information on the testing planned, including

a complete copy

p1

the test protocol and

QA/OC plan.

~

 ~ summary description

Z~p1

each test providing ~

 following information

at a minimum:

41

 PurPose

p1

the test (e.g., demonstrate

compliance with emissions

p1

PM)

~

jJJ.

 Planned operating conditions,

 including

levels for each pertinent parameter

specified

in

subsection

 (c) (1). above.

fl

 Compliance testing.

AL

 General.

 Compliance testing must ~g

conducted under conditions j~1which the

owner or

operator

~

 submitted

certification

p1

precompliance under

subsection

 (b).

 above, ~

 under conditions

established

.in

~g

 notification

p1

compliance

testing required ~y subsection

 (c) (2). above.

~

 owner

p1 operator ~y

 seek approval on a

132—489

228

case—by—case basis to use compliance test

data from~ unit

in

lieu

p1

testing

similar on-site unit.

~

 su~~ort

~

request. ~g

 owner p1 operator shall provide

 comparison

p1

~

 hazardous waste burned

~

 other feedstreams.

~

~g

 design.

operation.

 and maintenance

p1

both the tested

unit and ~g

 similar unit.

 The Agency shall

provide a written a~~rova1to use compliance

test data

in

lieu

p1

testing

 similar unit

if the Agency finds that the hazardous

wastes, devices and the operating conditions

are sufficiently similar,

and

~Jj~

data from

the other compliance test

La

adequate ~

 meet

~ii~requirements

p1

this subsection

 (c).

21

 Special requirements for industrial furnaces

that recycle collected PM.

 Owners and

operators

p1

industrial furnaces that recycle

back into the furnace ~

 from the APCS shall

comply with one

p1

the following procedures

for testing to determine compliance with the

metals standards

p1

Section 726.206(c) p1

(dl:

41

 The special testing requirementS

prescribed

in

“Alternative Method for

Implementing Metals Controls”

in

Appendix ~ (“eye”)

p1

jjJ.

 Stack emissions testing

fp1

 minimum

p1

6 hours each ~

 while hazardous waste

~

 burned during interim status.

The

testing must ~

 conducted when burning

normal hazardous waste for that ~y

~

normal feed rates for that ~y

~

 when

the APCS

La

operated under normal

 conditions.

 During interim status.

hazardous waste analysis for metals

content must be sufficient

~.p1jhg

owner

p1 operator ~

 determine jf changes

in

metals content affect the ability

p1

the

unit to meet ~g

 metals emissions

standards established under Section

726.206(c)

or

 (d).

 Under this option,

operating limits

 (under subsection

(cI (1). above) must ~

 established

during compliance testing under this

subsection

 (cI (3) only

~n ~J~g

following

parameters:

 Feed rate

p1

total

hazardous waste;

 Total feed rate

p1

total chlorine and chloride

in

total

132—490

229

feed streams;

 Total feed rate

p1

ash

in

total feed streams, except that the

ash feed rate for cement kilns and

light-weight aa~re~atekilns

La

limited

QQ

concentration.

~

 where

required. HC~concentration

in

stack gas;

Maximum production rate

p1

the device

in

aDoropriate units when producing

normal product;

p1

iii) Conduct compli’ance testing to determine

compliance with the metals standards ~

establish limits on the operating

parameters

p1

subsection

 (C) (1),

above,

only after the kiln system ~g

 been

conditioned to enable it ~

 reach

equilibrium with respect to metals fed

into the system and metals emissions.

During conditioning, hazardous waste and

raw materials having the same metals

content ~

 will ~g fed during the

compliance test must be fed at the feed

rates that will ~

 fed during

~

compliance test.

Qj

 Conduct

p1

compliance testing.

41

~

 compliance with

~fl

applicable

emissions standards

p1

Sections 726.204

throu~h726.207

La

not demonstrated

simultaneously during

~p1

p1

test

runs, the operating conditions

p1

additional test runs required ~

demonstrate compliance with remaining

emissions standards must ~g as close

~a

possible ~

 the original pperatinci

conditions.

Lii

 Prior to obtaining test data

~p1

purposes

p1

demonstrating compliance

with the applicable emissions standards

p1

Sections 726.204 through 726.2’07 ~

establishing limits on operating

Parameters

under

this

Section.

~aa

facility must operate under compliance

test conditions for ~ sufficient period

reach

steady—state

operations.

Industrial furnaces that recycle

collected

 PM back into the furnace

~

that

com~lv with

subsections

(B) (i)

j~).

above,

however,

need

j~

reach

steady

state

conditions

132—49 1

230

with respect to the flow of metals in

the system prior to beginning compliance

testing for metals.

iii) Compliance test data ~

~g

 level

p1

an

operating parameter

~p1

which ~ limit

must ~

 established

in

the certification

p1

compliance must be obtained during

emissions sampling for ~

 pollutant(s)

(i.e..

 metals,

~L

 HC1/chlorine gas,

 organic compounds)

~p1

which the

parameter must ~g established ~

specified ki subsection

 (c) (1), above.

41

 Certification

p1

compliance.

 Within 90 days

p1

completing compliance testing, the owner p1

operator shall certify ~

 the Agency compliance

with the emissions standards

p1

Sections

726.204(b).

~j

 ~gj~ (e). 726.205,

 726.206,

726.207, and subsection

 (a) (5) (A) (iv). above.

Th~

certification

p1

compliance must include the

following information:

Al

 General facility

~

 testing information

including:

41

 USEPA facility ~

 number

iLL

 Facility name, contact person, telephone

number

~

 address;

iii) Person responsible for conducting

compliance testing, including company

name, address and telephone number,

~

 statement

p1

qualifications

jyj

 Date(s)

p1

each compliance test

MI

 Description

p1 ~

 tested

yjj

 Person responsible for QA/QC. title and

telephone number, and statement that

procedures prescribed

in

the QA/QC plan

submitted under Section 726.203(c) (2) (C)

have been followed. p1 a description

p1

any changes and

~n

explanation

p1 ~

changes were necessary.

vii) Description

p1

~y

 chan~es

in

the unit

configuration prior to or during testing

that would alter ~y

p1

the information

submitted

in

the prior notice

p1,

132—492

231

compliance testing under subsection

(c) (2)

•

 above,

and

~n

explanation

p1

~y

the changes were necessary;

viii)

 •Descri~tion

p1

~y

 changes

in tha.

planned test conditions prior ~

p1

during the testing that alter

 .~fly.

of the information submitted in the

prior notice

p1

compliance testing

under subsection

 (cI (2), above, ~

an explanation

p1

~

~

 changes

were necessary;

~

~

 The complete report

~

 results

p1

emissions testing.

21

 Specific information

nn

each test including:

41

 Purpose(s)

p1

test (e.g.,

 demonstrate

conformance with ~

 emissions limits

for ~

 metals. HC1. chlorine ~

~

QQI

.LjL

 Summary

p1

test results for each ~

and

for each test including the following

information:

 Date

p1

run;

 Duration

p1

run;

 Time—weighted average and

highest hourly rolling average CO level

for each run and for the test;

 Highest

hourly rolling average MC level,

 if EQ

monitoring

La.

required for each

~nn~

for the test

 If dioxin and furan

testing

La

required under Section

726.204(e),

 time—weighted average

emissions for each run and for the test

p1

chlorinated dioxin

~

 furan

emissions.

~

~g

predicted maximum

annual average ground level

concentration

p1

the toxicity

equivalency factor

 (defined

in

Section

726.200(g));

 Time—weighted average PM

emissions

~p1

each

~n

~

 .f~p1

~g

 test;

Time-weighted average HC1 and chlorine

g~ emissions for each

~n ~

 for ~iia

test;

 Time—weighted average emissions

for the metals subject to regulation

under Section 726.206 for each

.~pn

~

for the test;

 and QA/QC results.

,çj

 Comparison

p1

~g

 actual emissions during

each test with ~g

 emissions limits

prescribed ~y Sections 726.204(b). jgj ~

132—493

232

(e), 726.205. 726.206 and 726.207 and

established for the facility in the

certification

p1

precompliance under

subsection

 (b).

 above.

P1

 Determination p1 operating limits based

~n

all valid runs of the. compliance test for

each applicable parameter listed

in

subsection

 (c) (1). above, using either

p1

the

following procedures:

41

 Instantaneous limits.

A

parameter must

be measured and recorded on an

instantaneous basis

 (i.e.,

 the value

 that occurs ~

~y

 timeL

~

operating limit specified as the time-

weighted average during

~

 runs

p1

the

compliance test

p1

j41

 Hourly rolling average basis.

 The limit

for

 parameter must ~

 established

~

continuously monitored on an hourly

rolling average basis, as defined

in

Section 726.200(g).

 The operating limit

for the parameter must be established

based ~

 compliance test data ~

the

average over

~fl

test runs

p1

the

highest hourly rolling average value

~p1

each run.

iii) Rolling average limits for carcinogenic

metals and lead.

 Feed rate limits ~

the carcinogenic metals and lead must be

established either on an hourly rolling

average basis as prescribed ~y

subsection

 (c) (4) (D) (ii),

 above, p1 Qfl

ii~~

~i

 a 24 hour rolling average basis.

~

 owner p1

operator elects ~

an averaging period from

 2 to 24 hours:

The feed rate

p1

each metal m~ist~

limited ~

~y

 time ~

 ~g~jtimes the

feed rate that would ~

 allowed on

hourly rolling average basis

The

continuous monitor

La

as defined

in

Section 726.200(g).

 And the operating

limit for ~g

 feed rate

p1

each metal

must be established based on compliance

test data as the average over all test

runs

p1

the highest hourly rolling

average feed rate for each run.

132—494

233

jyj~. Feed rate limits for metals, total

chlorine

~

 chloride

~

 ash.

 Feed

rate’ limits

.~p1

metals,

 total chlorine

and chloride and ash are established and

monitored ~y knowing the concentration

p1

the substance (i.e..

 metals,

chloride/chlorine ~

 ash)

in

each

feedstream and the flow rate of the

feedstream.

~

 monitor ~

 feed rate

p1

these substances.

~

 flow rate

p1

each

feedstream must ~

 monitored under the

continuous monitoring requirements

p1

subsections

 (c) (4) (D) (i) through

 (iii)-,

above.

~j

 Certification

p1

compliance statement.

The

following statement must accompany tJi~

certification

p1

compliance:

~

 certify under penalty

p1

law that this

information ~

 prepared under ~y direction

p1 supervision

in

accordance with a system

designed to ensure that qualified personnel

properly gathered and evaluated the

inf-ormation and supporting documentation.

Copies

p1 ~jJ~

emissions tests, dispersion

modeling results and other information used

~

 determine conformance with the

requirements

p1

~

 Ill.

 Adm. Code 726.203(c)

are available at the facility, and can be

obtained from the facility contact person

listed above.

 Based ~

 ~y inquiry

p1

the

person

persons

manages

the

facility,

p1 those persons directly responsible for

gathering the information. ~

 information

submitted j~

 the best

p1

~y

knowledge

~

belief,

 true,

 accurate and complete.

I

aware that there are significant penalties

for submitting false information,

 including

the possibility of fine and imprisonment for

 knowing violations.

I

also acknowledge that the operating limits

established pursuant ~

~

 Ill.

 Admn.

 Code,

726.203(c) (4) (Dl ~

 enforceable limits ~j,

which the facility ~

 legally operate during

interim status until ~ revised certification

p1

compliance

La

submitted.”

21

Special

requirements

.~QI

EQ

monitoring systems.

When ~

 owner p1 operator

La

required ~

 comply

with the MC controls provided ~y Sections

132—495

234

726.204(c) p1 subsection

 (a) (5) (A) (iv). above,

a

conditioned g~ monitoring system ~y

~

 used

in

conformance with specifications provided

in

Appendix

I

(“eye”) provided that the owner p1

operator submits a certification

p1

compliance

without using extensions

p1

time provided ~y

subsection

 (c) (7). below.

41

 Special operating requirements

~p1

 industrial

furnaces that recycle collected

~

 Owners

~

operators

p1

industrial furnaces that recycle back

into the furnace ~

 from ~g

 APCS must:

Al

 When

complying with the requirements

p1

subsection

(C)

(31 (B) (i). above, com~lvwith

the operating requirements prescribed

in

“Alternative Method to Implement the Metals

Controls”

in

Appendix

.~

(“eye”)

and

21

 When complying with the requirements p1

subsection

 (c) (3) (B) (ii). above,

 comply with

the operating requirements prescribed ~y that

subsection.

21

 Extensions

p1

time.

Al

~

 owner p1 operator does ng~submit ~

complete certification

p1

compliance £~i

p1

the applicable emissions standards

p1

Sections 726.204. 726.205, 726.206 and

726.207 ~

 Auaust

2.41

1992, the owner Q~

operator shall either:

41

 Stop burning hazardous waste and begin

closure activities under subsection

 (1),

below, ~

~g

 hazardous waste portion

of the facility

or

jjj.

 Limit hazardous waste burning only for

purposes p1 compliance testing (and

pretestin~to prepare ~

 compliance

testing)

 total period

p1 j~Q

hours ~

~

 period

p1

time beginning ‘August ~

1992,

 submit

 notification ~

A~encv~

 Au~st~

 1992 stating that

the facility

La

operating under

restricted interim status and intends ~

resume

burning hazardous waste,

and

submit ~ complete certification

p1

compliance by August 23~1993

p1

32—496

235

iii) Obtain

 case—by-case extension

p1

time

under subsection

(C)

(7) (3). below.

21

 Case-by—case extensions

p1

time.

~

Section

726.219.

~j

 Revised certification

p1

compliance.

~g

 owner p~

operator ~y

 submit at •any time a revised

certification

p1

compliance (recertification

p1

compliance) under the following procedures:

Al

 Prior

~

 submittal

p1

 revised certification

p1

compliance, hazardous waste must ~p1

burned

~p1

more than

 total

p1 ~Q

 hours

under operating conditions that exceed those

established under

,~,

current certificati~

p1

compliance,

 and such burning must be

conducted only

~p1

purposes

p1

determining

whether the facility ~

 operate under

revised conditions and continue ~p meet ~

applicable emissions standards

p1

Sections

726.204, 726.205, 726.206

~

 726.207

21

 At least 30 days prior to first burning

hazardous waste under operating conditions

that exceed those established under

,~.

 current

certification

p1

compliance, the owner p1

operator shall notify the Agency and submit

~g

 following information:

41

 USEPA facility ID number, and facility

name, contact person. telephone number

and address

jJ~j Operating conditions that the owner p1

operator

La.

seeking to revise and

description

p1

the changes

in

facility

design p1 operation that prompted the

 need to seek to revise the operating

conditions;

iii)

A

determination that, when operat~ing

under ~g

 revised operating conditions.

the a~~licableemissions standards

p1

Sections 726.204. 726.205. 726.206 and

726.207 are not likely ~

~

 exceeded.

~g document this determination.

 t.J1~

owner Q~operator shall submit the

applicable information required under

subsection

 (b) (2). above;

and

132—49 7

236

.iMI

 Complete emissions testing protocol

~

~j~ypretesting ~

 .~p1

~ new compliance

test to determine compliance with the

applicable emissions standards

p1

Sections 726.204, 726.205. 726.206 and

726.207 when operating under revised

operating conditions.

~

 protocol

shall include

 schedule

p1

pre-testing

and compliance testing.

~

 ~ii~owner

and operator revises ~J~gscheduled date

for the compliance test. ~g

 owner p1

operator shall notify ~g

 Agency

in

writing

~,

 least

~Q

days prior ~

the

 revised date

p1

~g

 compliance test

QJ

 Conduct a compliance test under the revised

operating conditions

~

~g

 protocol

submitted ~

 the Agency ~p determine

compliance with the applicable emissions

standards

p1

Sections 726.204,

 726.205.

726.206 and 726.207

~

pj

 Submit ~ revised certification

p1

compliance

under subsection

 (c) (4), above.

~j

 Periodic Recertifications.

 The owner or operator shall

conduct compliance testing and submit to the Agency ~

recertification

p1

compliance under provisions

p1

subsection

 (C),

 above, within three years from

submitting

the

certification

recertification.

~

~

 owner p~operator seeks ~

recertify compliance under new operating conditions.

~

 owner p1 operator shall comply with the

requirements

subsection

(c)

(8),

above.

41

 Noncompliance with certification schedule.

~

owner or operator does not comply with the interim

status compliance schedule provided

kx

subsections

 (b).

jgj and

 (d), above, hazardous waste ‘burning must

terminate on the date that the deadline

La

missed,

closure

activities

must

begin

under

subsection

(1),

below,

~

 hazardous waste burning must ~

 resume

except under ~

 operating ~ermit issued under ~

 Ill.

Adm. Code 703.232.

~

 ~ur~oses

p1

compliance with ~

closure provisions

p1

subsection

 (1). below. ~

Ill.

 Adm. Code 725.212(d) (2) and 725.213 ~

~

Ii.

received “the known final volume

p1

hazardous waste” pj~

the date the deadline is missed.

~j

 Start—up

~

 shut—down.

 Hazardous waste (except waste

fed solely ~

 an ingredient under

~

 Tier

I

adjusted Tier

41

feed rate screening limits

~

 metals

132—498

237

and chloride/chlorine) must ~

~

~

 into ~g

 device

during start-up ~

 shut-down

p1

the BIF, unless

~

device

La

operating within the conditions

p1

operation

specified

in ~h.g

certification

p1

compliance.

41

 Automatic waste feed cutoff.

 During the compliance

test required

~y

subsection

 (c) (3), above,

 and upon

certification

p1

compliance under subsection

 (c),

above,

 BIF must ~g operated with

 functioning system

that automatically cuts p1~the hazardous waste feed

when the ap~licab1eoperating conditions specified

in

subsections

 (c) (1) (A) ~

 jfl throu~h(Ml, above,

deviate from those established

in

the certification of

compliance.

~

 addition:

41

 ~p minimize emissions

p1

organic compounds, the

minimum combustion chamber temperature jp~~

indicator

p1

combustion chamber temperature) that

occurred during the compliance test must be

maintained while hazardous waste or hazardous

waste

residues

remain

 in ~g

 combustion chamber,

with

the

minimum

temperature

during

compliance

test defined as either:

Al

 If -compliance with the combustion chamber

temperature limit ~

 based on a hourly

rolling average, the minimum temperature

during the compliance test

La

considered to

be the average over ~

 runs

p1 ~

 lowest

hourly rolling average ~

 each run

p1

21

~

 com~1iancewith ~

 combustion chamber

temPerature limit

La

based on ~

instantaneous temperature measurement, ~

minimum temperature during the compliance

test

La

considered ~

 the time-weighted

average temperature during all runs

p1

test

and

2±

Operating Parameters limited ~y the certification

p1

compliance must continue ~p ~g monitored during

the cutoff, and ~

 hazardous waste feed must ~p1

~

 restarted until ~g

 levels

p1

those parameters

comply with the limits established

in ~

certification

p1

compliance.

~j

 Fugitive emissions.

 Fugitive emissions must be

controlled

~xi

41

 Keeping ~

 combustion zone totally sealed against

fugitive emissions

p1

132—499

238

2±

 Maintaining ~g

 combustion zone pressure lower

than atmospheric pressure

p1

~

 alternate means

p1

control that ~

 owner p1

operator demonstrates provides fugitive emissions

control equivalent ~

 maintenance

p1

combustion

zone pressure lower than atmospheric pressure.

Support ~

 such demonstration must ~g included

in

 operating record.

41

 Changes.

 A BIF must cease burning hazardous waste when

combustion properties. p1 feed rates

p1

~

 hazardous

waste, other fuels p1 industrial furnace feedstocks, p1

BIF design p1 operating conditions deviate from the

limits specified

in

the certification

p1

compliance.

jj

 Monitoring and Inspections.

41

~

 owner p1 operator shall monitor and record the

following. ~

 minimum, while burning hazardous

waste:

AL

 Feed rates and composition of hazardous

waste, other fuels and industrial furnace

feedstocks. and feed rates

p1

ash, metals.

and total chlorine and chloride as necessary

~

 ensure conformance with the certification

p1

precompliance p~certification

p1

compliance

21

QQ~

oxygen and,

 if applicable,

JfQ~

continuous basis at a common point

in ti~~LE

downstream

p1

the combustion zone and prior

~

 release

p1

stack gases ~

 the atmosphere

in

accordance with the operating limits

specified

in

the certification of compliance.

EQ

and oxygen monitors must ~

 installed,

operated and maintained

in

accordance with

methods specified

in

Appendix

I

(“eye”).

Qj

 Upon the reauést

p1

the Agency. sampling ~

analysis

p1

~g

 hazardous waste

 (and other

fuels and industrial furnace feed stocks ~

aPpropriate) and

~

 stack g~ emissions must

~g conducted to verify that the operating

conditions established

in

the certification

p1

precompliance p1 certification

p1

compliance achieve ~g

 applicable standards

p1

Sections 726.204, 726.205. 726.206 ~

726. 207.

132—500

239

21

 Th..a. ~.I.E

 and associated equipment (pumps.

 valves,

pipes,

 fuel storage tanks, etc.) must be subjected

~p thorough visual inspection when they contain

hazardous waste, at least daily for leaks, spills.

fugitive emissions and signs

p1

tamPering.

41

 The automatic hazardous waste feed cutoff system

and associated alarms must ~

 tested ~

 least once

every

2.

days when hazardous waste

La

burned ~p

‘verify operability, unless the owner p1 operator

~

 demonstrate that weekly inspections will

unduly restrict

p1

upset p~erationsand that less

frequent inspections will ~

 adequate.

 Support

for such demonstration must be included in the

operating record.

~

 ~ minimum, operational

testing must be conducted at least

once

every 30

days.

41

 These monitoring

~

 inspection data must ~

recorded and ~g

 records must ~g placed

in ~b~a.

operating

 log.

~j

 Recordkeeping.

 The owner p~operator shall keep

in ~ha.

operating record

p1 ~jj~

facility

 information

~

data required ~y this Section until closure

p1

the BIF

unit.

41

 Closure.

~

 closure, ~g

 owner

p1

operator shall

remove

 41j. hazardous waste ~

 hazardous waste residues

(includin~.but not limited ~

 ash, scrubber waters

and scrubber sludges) from the BIF and shall comply

with 35 Ill.

 Adm. Code 725.211 through 725.215.

Source:

 Added at 16 Ill.

 Reg.

 effective

Section

726.204

Standards

control

Organic

Emissions

41

 DRE standard.

41

 General.

 Except ~

 provided

in

subsection

 (a) (3),

below,

 a BIF burning hazardous waste must achieve

Q~p1

99.99

~

~fl

organic hazardous

constituents

in ~g

 waste feed.

 To demonstrate

conformance with this requirement. 99.99

Q~

must

~

 demonstrated during ~ trial burn ~

 each

principal organic hazardous constituent

 (POHC)

designated (under subsection

 (a) (2). below)

in Lta

permit

~p1

each waste feed.

Q~La

determined for

each POHC from the following eguation:

100(1

 0)/I

132—501

240

where:

I

 Mass feed rate of one POHC in the hazardous

waste fired ~

~g

 BIF;

and

0

 Mass emission rate

p1

~g

 same POHC present

in

stack g~ prior to release to the atmosphere.

21

 Designation

p1

POHCs.

 POHCs ~rg those compounds

for which compliance with the DRE requirements

p1

this Section must ~g demonstrated

in

.~

trial burn

in

conformance with procedures prescribed

in ~

Ill.

Adm.

Code 703.232.

 Qfl~

p1

more POHCs must ~

designated by the Agency

~p1

each waste feed ~

burned.

 POHC5 must be designated based on the

degree

p1

difficulty

p1

destruction

p1

the organic

constituents in the waste and on their

concentrations p1 mass

in

~

 waste feed

considering the results p1 waste analyses

submitted with Part ~

p1

the permit application.

 POHC5 are most likely ~

 ~g selected from among

those compounds listed

in

35 Ill. Adm. Code

721.Appendix H that are also present

in

the normal

waste feed.

 However,

 if the applicant

demonstrates

the

Agency

that

 compound not

listed

in

35 Ill.

Adm.

Code 721.Appendix

fl

p1

present

in

the normal waste feed ~

 a suitable

indicator

p1

compliance with ~g

Q~

requirements

of this Section. that compound must be designated

as ~ POHC.

 Such POHCs need ~p1 ~

 toxic p1

organic compounds.

41

 Dioxin-listed waste.

A

~

 burning hazardous

waste containing jp1 derived from) USEPA Hazardous

Wastes Nos.

 F020. F021.

 F022. F023.

 F026 p1 F027

must achieve a destruction and removal efficiency

(DRE)

 of 99.9999

 for each POHC designated (under

subsection

 (a) (2). above)

inj~

permit.

 This

performance must ~

 demonstrated p~jPOHCs that ~

more difficult ~

 burn than tetra—. penta-

~

hexachlorodibenzo—p—dioxins

~

 dibenzofurans.

DRE

La

determined for each POHC from the equation

in

subsection

 (a)W.

 above.

~

 addition. ~

owner p1 operator

p1

~g

~

 shall notify ~

Agency

p1

intent ~

 burn USEPA Hazardous Waste

Nos.

 F020.

 P021.

 F022, F023.

 F026 p1 F027.

41

 Automatic waiver

p1Q~

trial burn.

 Owners and

operators

p1

boilers operated under the special

operating requirements provided by Section 726.210

are considered to be

in

compliance with ~g

DRE

132—502

241

standard ip1 subsection

 (a) (1). above,

 and are

exempt from the

Q~

trial burn.

21

~

 risk waste.

 Owners and operators

p1

BIFs that

burn hazardous waste

in

compliance with the

requirements

p1

Section 726.209(a) are considered

~ok~

in

compliance with ~bg

Q~

standard

p1

subsection

 (a) (1). above. and

~

 exempt from

~

DRE trial burn.

~j

 ~Q standard.

41

 Except as provided

in

subsection

 (c), below, the

stack g~ concentration

p1

CO

 from

~.

BIF burning

hazardous waste cannot exceed

~QQ.

ppmv on an

hourly rolling average basis

 (i.e.. over

~

60

minute period), continuously corrected to

2.

percent oxygen, ~y g~ basis.

21

QQ

and oxygen must ~

 continuously monitored

in

conformance with “Performance Specifications ~

Continuous Emission Monitoring

p1

Carbon Monoxide

~

 Oxygen

for Incinerators, Boilers.

~

Industrial Furnaces Burning Hazardous Waste”

in

Appendix

I

(“eye”).

41

 Compliance with ~g

~QQ

ppmv

~Q

limit must ~

demonstrated during the trial burn ~for new

facilities or an interim status facility applying

 permit) p1 the compliance test

 (for interim

status facilities).

 To demonstrate compliance,

the highest hourly rolling average CO level during

~j~yvalid ~

p1

the trial burn p1 compliance test

must ~

 exceed

~

 ppmv.

41

Alternative

çQ

standard.

41

 The stack g~ concentration

p1 ~Q

 from ~ BIF

burning hazardous waste ~

 exceed

~

 J~QQ.

ppmv

limit provided that stack ~g

 concentrations

p1

HCs

 do not exceed 20 p~mv.except as provided by

subsection

 (f 1, below,

~fp1

certain industrial

furnaces.

21

EQ

limits must ~

 established under this Section

on an hourly rolling average basis

 (i.e.1 over ~j~y

60 minute period), reported ~

 propane. ~

continuously corrected

to

2.

percent oxygen, ~y

g~ basis.

41

EQ

must be continuously monitored

in

conformance

with “Performance Specifications ~

 Continuous

132—503

242

Emission

Monitoring

p1

Hydrocarbons

~p1

Incinerators. Boilers. and Industrial Furnaces

Burning Hazardous Waste”

in

Appendix

I

(“eye”).

CO and oxygen must be continuously monitored

in

conformance

with

subsection

(b) (2),

above.

41

~g

 alternative

~Q

standard

La

established based

on CO data during the trial burn

 (for a new

facility)

~

~g

 compliance test (for an interim

status facility).

 The alternative

QQ

standard ~

the average over

~fl

valid runs

p1

the highest

hourly

average

~Q

level

 fjp1

each run.

~

limit

La

implemented p~an hourly rolling average

basis,

 and continuously corrected to

2.

percent

oxygen,

 ~y g~

basis.

~J

Special

requirements

for

furnaces.

Owners

~

operators

p1

industrial furnaces (e.g., kilns, cupolas)

that feed hazardous waste for a purpose other than

solely as an ingredient

 (see Section 726.203(a) (5) (B))

at ~

 location other than the •end where products are

normally discharged and where fuels are normally fired

must comply with ~g

EQ

limits provided by subsections

(C),

above, p1

 (f).

 below,

 irrespective

p1

whether

stack

.concentrations

meet

100

ppmv

limit

p1

subsection

 (b).

 above.

41

 Controls

~p1

dioxins

~

 furans.

 Owners

~

 operators

p1

BIFs

that

are

 equipped with a ~y

 PM control device

that

operates

within

the

temperature

range

p1

450-750

a’nd industrial furnaces operating under an

alternative

EQ

limit established under subsection

 (f).

below,

 shall conduct a site—specific risk assessment as

follows ~

 demonstrate that emissions

p1

chlorinated

dibenzo-p-dioxins and dibenzofurans do not result

in ~n

increased lifetime cancer risk to the hypothetical

maximum exposed individual

 (MEl)

 exceeding 1E-05

41

in

100,000):

41

 During the trial burn

 (for new facilities p1

interim status facility applying ~

 ~ permit) p1

compliance test (for interim status facilities),

determine emission rates

p1 ~

 tetra—octa

congeners

p1

chlorinated dibenzo-p-dioxins

 (PCDDs)

and dibenzofurans

 (CDDs/CDFs) using Method

ZL

“Determination

p1

Polvchlorinated Dibenzo-p-

Dioxins and Polychlorinated Dibenzofurans

 (PCDFs)

from Stationary Sources”,

in

Appendix

I

(“eye”)

2±

 Estimate ~g

 23.7,8-TCDD toxicity equivalence

p1

the tetra—octa CDDs/CDF5 congeners using

“Procedures for Estimating the Toxicity

132—504

243

Equivalence of Chlorinated Dibenzo-p-Dioxin and

Dibenzofuran Congeners”

in

Appendix

I

(“eye”).

Multiply the emission rates

p1

CDD/CDF congeners

with a toxicity equivalence greater than zero

 (see

the procedure) by the calculated toxicity

equivalence factor to estimate the equivalent

emission rate

p1

2,3,7,8—TCDD

41

 Conduct dispersion modeling using methods

recommended

in

“Guideline gj~

A~i

Ouality Models

(Revised)”

p1

~g

 “Hazardous Waste Combustion

Ain

Quality Screening procedure”. which are provided

in

Appendices I ~

~

 resPectively, p1 “EPA

SCREEN Screening Procedure” as described

in

Screening Procedures

~p1

Estimating

~ir

quality

Impact

p1

Stationary Sources

 (incorporated ~y

reference

in

35 Ill.

Adm.

Code 720.111) to predict

the maximum annual average off—site ground level

concentration

p1

2.3.7,8-TCDD equivalents

determined under subsection

 (e) (2). above.

The

maximum annual average on—site concentration must

be used when

 a person resides on-site;

 ~iic~,

41

 The.

ratio

p1

the predicted maximum annual average

ground Level concentration

p1

2.3,7.8-TCDD

equivalents to the risk-specific dose

 (RSD)

for

2,3,7,8-TCDD provided

in

Appendix E

 (2.2E-07) must

~p1 exceed 1.0.

~j

 Alternative

EQ

limit for furnaces with organic matter

in

~

 material.

 For industrial furnaces that cannot

meet the 20 ppmv MC limit because

p1

organic matter

in

normal raw

material, the Agency shall establish

~n

alternative

EQ

limit ~

 ~ case-by-case basis

 (under

Part B permit proceeding)

 at a level that ensures that

flue g~

EQ

 (and .QQj concentrations when burning

hazardous waste’~g12p1 areater than when 1~p1burning

hazardous waste (the baseline

EQ

level) provided that

the owner p1 operator complies with ~g

 following

requirements.

 However, cement kilns equipped with a

by—pass duct meeting the requirements

p1

subsection

(g),

below,

 are not eligible for an alternative

EQ

limit.

41

 The owner p1 operator shall demonstrate that ~

facility

La

designed and operated to minimize

EQ

emissions from. fuels and raw materials when

~

baseline

EQ

 (and

~QJ..

 level

La

determined.

Tha

baseline

EQ

 (and

~Q1

level

La

defined ~

the

average over

~41

valid test runs

p1

the highest

 hourly rolling average value for each

~an

when

Xh~

facility does ~

 burn hazardous waste.

~

132—505

244

produces normal products under normal operating

conditions feeding normal feedstocks and fuels.

More than ~ng baseline level must ~

 determined

41

the facility operates under different modes that

generate significantly different MC (and

~Q1

levels;

21

 The owner p1 operator shall develop an approach to

monitor over time chanaes

in

the operation

p1

the

facility that could reduce the baseline MC level

41

 The owner or operator shall conduct emissions

testing during the trial burn to:

Al

 Determine the baseline

EQ

(and ~Qj level

21

 Demonstrate that, when hazardous waste

La

burned.

EQ

(and QQj levels ~

 not exceed the

baseline level:

and

ci

 Identify ~g

 tyPes and concentrations

p1

organic compounds listed

in

35

 Ill. Adm. Code

721.Appendix

~L

that are emitted and conduct

 dispersion modeling to predict the maximum

annual average pround level concentration

p1

each organic compound.

 On—site ground level

concentrations must ~

 considered for this

evaluation

41

~ person resides ~

 site.

41

 Sampling and analysis

p1

organic

emissions must be conducted using

procedures prescribed by the Agency

pursuant ~

~

 Ill. Adm.

 Code

703.208 (a)

jjj

 Dispersion modeling must ~g conducted

according ~g procedures provided by

subsection (e)(2). above

~

,Di

 Demonstrate that maximum annual average

pround level concentrations

p1

the organic

compounds identified

in

subsection

 (f) (3) (C).

above, do not exceed the following levels:

41

~

 noncarcinoqenic compounds ‘listed

in

Appendix ~

 the levels established

in

Appendix

~j.

For the carcinogenic compounds listed

in

Appendix ~

sum

~p1 ~41

compounds

p1

the ratios

p1

~

 actual pround level

concentration to the level established

132—506

245

in

Appendix E cannot exceed 1.0.

To

estimate ~g

 health risk from

chlorinated dibenzo-p-dioxins and

dibenzofuran congeners. use

Procedures prescribed by subsection

(el (3). above

~

 estimate ~g

 2,3,7

8—

TCDD toxicity equivalence

p1

the

congeners.

iii) For compounds

n~t

listed

in

Appendix D

p1

 0.1 ug/cu

41

All

EQ

levels specified under this subsection are

to be monitored and reported as specified

in

subsections

(C)

(1) and j2). above.

41

 Monitoring ~Q and

EQ

in

the by-pass duct

p1

 cement

kiln.

 Cement kilns ~y

 comply with the

QQ ~

EQ

limits provided by subsections

 (b).

j41 ~4

 (d). above,

by monitoring

in ~g

 by-pass duct provided that:,

41

 Hazardous waste

La

fired only into the kiln

~

~

 ~j~ylocation downstream from the kiln exit

relative ~

~g

 direction

p1

g~

flow

~

2±

 The by-pass duct diverts a minimum

p1 .1Q1 p1

kiln

off-gas into the duct.

)jj

p1

emissions test data ~

 demonstrate compliance

establish

operatin~

limits.

Compliance

with

tha

requirements

p1

this Section must ~

 demonstrated

simultaneously by emissions testing p1 during separate

runs under identical operating conditions.

 Further,

data to demonstrate compliance with the CO and HC

limits of this Section p1 ~

 establish alternative

~Q

p1 MC limits under this Section must ~

 obtained during

the time that

 testing, and where applicable,

CDD/CDF testing under subsection

 (e), above,

and

comprehensive organic emissions testing under

subsection

 (f).

 above, jg conducted.

41

 Enforcement.

 For ~g

 purposes

p1

permit

enforcement,

compliance with the operating requirements specified ii

the permit (under Section 726.202) will

~a

regarded

~a

compliance with this Section.

 However, evidence that

compliance with those permit conditions

~ia

insufficient

to ensure compliance with

Q~

reauirements

p1

this

Section

La

“information”

lustifying

modification

revocation and re—issuance

p1

~ permit under ~

 Ill.

Adni.

 Code 703.270 et seq.

13 2—507

246

Source:

 Added at 16

 Ill. Reg.

 effective

Section

726.205

Standards

control

.~f

41

A

BIF burning hazardous waste must

np1

emit

~M

in

excess

p1 ~Q

 mg/dry standard cu ~

 (0.08 grains/dry

standard cubic foot)

 after correction to a stack g~

concentration

p1

~

 oxyaen. using procedures prescribed

in IQ. .~E

~Q.L

Appendix ~

 methods

iL

through ~

(incorporated by reference

in

~

 Ill.

 Adin.

 Code

720.111), and Appendix

I

(“eye”).

 owner p1 operator meeting the requirements

p1

Section 726.209(b)

 for the low risk waste exemption

La

exempt from the

~f

standard.

41

For

the

purposes

p1

permit enforcement, compliance with

~

 operating requirements specified

in

the permit

(under Section 726.202) will be regarded as compliance

with this Section.

 However, evidence that compliance

with those permit conditions is insufficient ~

 ensure

compliance with the requirements

p1

this Section

La

“information” justifying modification p1 revocation ~

re-issuance p1a permit under ~

 Ill. Adm. Code 703.270

p1

seq.

Source:

 Added at 16 Ill.

 Reg.

 effective

Section

726.206

Standards

control

Metals

Emissions

41

 General.

 The owner p1 operator shall comply with

~

metals

standards

provided

subsections

(b).

(c),

(d),

p1

 (f). below.

 for each metal listed

in

subsection

(b), below, that

La

present

in

the hazardous waste at’

detectable levels using analytical procedures specified

in

Test Methods ~

 Evaluating Solid Waste.

Physical/Chemical Methods

 (SW-846). incorporated by

reference

in

~

 Ill.

Adm.

Code 720.111.

~

 Tier

I

feed rate screening limits.

 Feed rate screening

limits for metals ~g

 specified

in

Appendix

 ‘A .~a~

function

p1

terrain—ad-~ustedeffective stack height

(TESH)

 and terrain ~

 land use

in

the vicinity

p1

the

facility.

 Criteria for facilities that ~g

eligible to comply with

tJ~

screening limits

~a

provided

in

subsection

 (b) (7),

 below.

41

 Noncarcinogenic metals.

~

 feed rates

p1

tha

noncarcinogenic metals

in

~

 feed streams.

including hazardous waste,

 fuels and industrial

132—508

247

furnace feed stocks must not exceed the screening

limits specified

in

Appendix A.

Al

 The feed rate screening limits for antimony.

barium, mercury. thallium and silver are

based

~n

either:

41

 An hourly rolling average as defined

in

Sections 726.200(g) and

726.202(e) (6) (~)(ii)

~

iii

An

instantaneous limit ~p1

exceeded at ~J2Ytime.

21

 The feed rate screening limit for lead

La

based on one of the following:

ii

An

hourly rolling average

aa

defined

in

Sections 726.200(g)

~

726.202 (e) (6) (A) (ii)

JJJ.

 An averaging period

p1

~ to 24 hours ~

defined

in

Section 726.202(e) (6) (B) with

~n

instantaneous feed rate limit not ~

exceed 10 times the feed rate that would

be allowed on an hourly rolling average

basis:

p1

iii)

An

instantaneous limit ~p1

exceeded at ~y

 time.

2±

 Carcinogenic metals.

Al

~

 feed rates

p1

carcinogenic metals

in ~ll

feed streams,

 including hazardous waste,

fuels and industrial furnace feed stocks must

not exceed values derived from the screening

limits specified

in

Appendix ~

 The feed

rate

p1

each

p1

these metals

La

limited ~

level such that the sum

p1 ~g

 ratios

p1

the

actual feed rate to the feed rate screening

limit specified

in

Appendix

A

mustnot’excee~

1.0, ~

 provided by the following equation:

SUN(Ai/Fi)

~

where:

SUM(Xi)

means the sum of the values of X for

each metal

“i”,

from

L

 .1 to

n~

n

 number

p1

carcinogenic metals

132—509

248

AL

 actual feed rate

to

the device for metal

IPji~

Fl

 feed rate screening limit provided by

Appendix A

£p1

metal

 “i”.

21

 The feed rate screening limits

~p1

the

carcinogenic metals are based

on

either:

41

An

hourly rolling average

p1

iii

An

averaging period

p1 2. to

24 hours, as

 defined

in

Section 726.202(e) (6) (B),

with an instantaneous feed rate limit

not to exceed 10 times the feed rate

that would ~g allowed

on ~n

hourly

rolling average basis.

41

 TESH

 (terrain adiusted effective stack height).

Al

I~

TESH

La

determined according ~

following equation:

TESH

H

+

P

T

where:

H

 Actual physical stack height j41

Plume rise jjjj ~

 as determined from

Appendix ~ ~

 ~‘function

p1

stack flow rate

and stack g~ exhaust temperature.

T

 Terrain rise jj~~j within five

kilometers

p1 ~

 stack.

21

fl~

stack height

 flfl.

must ~p1 exceed good

engineering practice stack height, as defined

in

Section 726.200(g).

ci

~

 TESH calculated pursuant ~

 subsection

(b) (3) (A). above,

 is not listed

in

Appendices

A

through ~

~

 values for the nearest lower

TESH listed

in ~g

 table must ~g used.

~

the TESH

La

four meters p1 less, ~ value

based

on

four meters must ~used.

41

 Terrain type.

 The screening limits are ~ function

p1

whether the facility

La

located

in

noncomplex

p1 complex terrain.

A

device located where

~ny

part

p1

the surrounding terrain within

5

kilometers

p1

the stack equals p1 exceeds the

132—5 10

249

elevation

p1

the physical stack height

flfl La

considered

to ~a in

complex terrain and the

screening limits for complex terrain apply.

Terrain measurements are to be made from U.S.

Geological Survey 7.5—minute topographic maps

p1

the area surrounding the facility.

21

 Land use.

 The screening limits ~g

~

function

p1

whether ~g

 facility j~located

in an

area where

the land use is urban or rural.

 To determine

whether land use

in

the vicinity

p1

the facility

La

urban ~

 rural,

 procedures provided

in

Appendices

I

 (“eye”) ~

 ~ shall ~

 used.

~j

 Multiple stacks.

 Owners and operators

p1

facilities with more than one on—site stack from a

BIF, incinerator p1 other thermal treatment ‘unit

subject

to

controls

p1

metals emissions under ~

RCRA permit p1 interim status controls shall

comply with the screening limits for all such

units assuming all hazardous waste

La

fed into the

device with the worst—case stack based

on

dispersion characteristics.

 The stack with

,tha

lowest value

p1

~

La

~

 worst—case stack.

~

determined from the following equation ~

 applied

to

each stack:

H*V*T

Where:

K

 a parameter accounting for relative influence

p1

stack height and plume rise;

physical stack height (meters)

V

 stack g~ flow rate

J~j~

 m/second)

~

T

 exhaust ‘temperature (degrees

~41

41

 Criteria ~

 facilities ~p1 eligible for screening

 limits.

~

 an~criteria below are met. the Tier

I

(and Tier ~j

 screening limits do not apply.

Owners

ai~

operators

p1

such facilities shall

comply with ~g

 Tier III standards provided by

subsection

 (d).

 below.

AL

~

 device

La

located

in

~ narrow valley less

than one kilometer wide:

21

 The device has a stack taller than 20 meters

La

located such that the terrain rises

to

132—511

250

~

 physical height within

on~

kilometer

p1

tJ~

facility

ci

 The device has

.~,

 stack taller than

ZQ

meters

an~La

located within five kilometers

p1 ~

shoreline

p1

~ large body

p1

water such ~

ocean p1 large lake:

~1

 The physical stack height

p1

~y

 stack

La

less than 2.5 times the height

p1

~y

building within five building heights p1 five

 projected building widths

p1

the stack ~

the distance from the stack to the closest

boundary

La

within five building heights p1

five projected building widths

p1

the

associated building

p1

~J.

 Implementation.

 The feed rate

p1

metals

in

each

feedstream must be monitored ~

 ensure that the

feed rate screening limits ~

 ~p1 exceeded.

41

 Tier II emission rate screening limits.

 Emission rate

screening limits are specified

in

Appendix

A ~a

function of TESH and terrain and land use in the

vicinity

p1

~

 facility.

 Criteria for facilities that

are not eligible

to

comply with the screening limits

are provided

in

subsection

 (b) (7). above.

41

 Noncarcinogenic metals.

 The emission rates

p1

noncarcinoqenic metals must not exceed the

screening limits specified

in

Appendix ~

21

 Carcinogenic metals.

~

 emission rates

p1

carcinogenic metals must ~jp1exceed values derived

from the screening limits specified

in

Appendix A.

The

emission rate

p1

each

p1

these metals

La

limited to a level such that the sum of the ratios

of the actual emission rate t2 the emission rate

screening limit specified

in

Appendix

A

must not

exceed 1.0. ~

 provided by ~g

 following equation:

SUN(Ai/Ei)

~

where:

SUM(Xi)

means the sum

p1

the values

p1 ~ ,f~p1

each

metal

i,~

from

1

 1 to

number

p1

carcinogenic metals

AL

 actual emission rate for metal

 !~i!’

132—512

251

El

 emission rate screening limit provided by

Appendix

A

for metal “i”.

41

 Implementation.

 The emission rate limits must be

implemented by limiting feed rates

p1

the

individual metals ~

 levels during the trial burn

(for new facilities p1

an

interim status facility

applying for

 permit) p1 the compliance test

 (for

interim status facilities),

~g

 feed rate

averaging periods are the same as provided by

subsections

 (b) (1) (A) and j~jand

 (b) (2) (B).

above.

 The feed rate

p1

metals

in

each feedstream

must ~

 monitored

to

ensure that the feed rate

limits

for

the

feedstreams

specified

under

Sections 726.202 p1 726.203 are np1 exceeded.

41

Definitions

and

limitations.

The

definitions

limitations

provided

subsection

(bY.

above,

726.200(g)

 for the following terms also apply

to

~jj~

Tier ~

 emission rate screening limits

provided by this subsection

 (C):

 TESH, good

engineering practice stack height, terrain

type,

land use and criteria for facilities not eligible

to

use the screening limits.

21

 Multiple stacks.

AL

 Owners and operators

p1

facilities with more

than one on-site stack from

 BIF.

incinerator p1 other thermal treatment unit

subject

to

controls

on

metals emissions under

a RCRA permit p1 interim status controls

shall comply with the emissions screening

limits

for

such

stacks

assuming

all

hazardous waste

La

fed into the device with

the worst—case stack based

on

dispersion

characteristics.

21

Tha

worst-case stack

La

determined by

procedures provided

in

subsection

 (b) (6).

above.

For each metal. the total emissions

p1

the

metal from those stacks must ~p1 exceed

toa

screening limit for the worst—case stack.’

41

 Tier

W

 site-specific risk assessment.

41

 General.

 Conformance with ~

 Tier III metals

controls must ~g demonstrated by emissions testing

to

determine the emission rate for each metal.

41~

dispersion modeling

to

predict the maximum annual

13 2—513

252

average off—site ground level concentration

f~p1

each metal and a demonstration that acceptable

ambient levels ~

 j~p1

exceeded.

21

 Acceptable ambient levels.

 Appendices D and

E

list the acce~tab1eambient levels ~

 purposes

p1

this Subpart.

 Reference a.j1 concentrations

(RAC5)

are listed

~p1

~

 noncarcinogenic metals

~

05 RSDs are listed for ~

 carcinogenic metals.

Tha E~fl~

a

metal ~

~

 acceptable ambient

level for that metal provided that only

ona

 p1 toa

four carcinogenic metals

La

emitted.

 If more than

~

 carcinogenic metal

La

emitted,

toa

acceptable

ambient level for

~

 carcinogenic metals

La ~

fraction of the RSD as described in subsection

(d) (3)

•

 below.

41

 Carcinogenic metals.

 For the carcinogenic metals

the

~

p1

the ratios

p1

~g

 predicted maximum

annual average off—site pround level

concentrations (except that on—site concentrations

must ~

 considered

41 a

person resides

on’

site)

to

the RSD for all carcinogenic metals epitted must

 ~p1 exceed

41Q ~a

determined by the following

equation:

SUM(Pi/Ri)

~

L~Q.

where:

SUM(Xi)

means the sum

p1

the values

p1

~ for each

metal41fromi=iton.

n

 number

p1

carcinogenic metals

P1

 Predicted ambient concentration

~p1

 metal

41

Ri

 RSD for metal

i.

41

 Noncarcinogenic metals.

 For the noncarcinoqenic

metals,

~

 predicted maximum annual average off-

site ground level concentration ~

 each metal

must not exceed the

RAC.

~j

 Multiple stacks.

 Owners and operators

p1

facilities with more than one on—site stack from ~.

!31F.

 incinerator or other thermal treatment unit

subject

to

controls

on

metals emissions under ~

RCRA permit p1

interim status controls shall

conduct emissions testing

~

 dispersion modeling

to

demonstrate that the aggregate emissions from

132—514

253

all such on—site stacks do not result in an

exceedance

p1

j~

acceptable ambient levels.

~

 Implementation.

 Under Tier III, the metals

controls must be implemented by limiting feed

rates

p1

the individual metals

to

levels during

the trial burn (for ~

 facilities p1

~jj

interim

status facility applying for

a

permit) p1 the

compliance test (for interim status facilities).

The feed rate averaging periods are the same as

provided by subsections ib) (1) (A)

an~i21 an~

(b) (2) (B),

 above.

 The feed rate

p1

metals

in

each

feedstream must ~

 monitored

to

ensure that the

feed rate limits for ~g

 feedstreams specified

under Sections 726.202 p1 726.203 ~g

not

exceeded.

41

Adjusted

Tier

I

feed rate screening limits,

owner

p1 operator ~y

 adjust the feed rate screening limits

provided

Appendix

 A to

account for site-specific

dispersion modeling.

 Under this approach, the adjusted

feed rate screening limit for

a

metal

La

determined by

back-calculating from ~J~gacceptable ambient levels

provided by Appendices

~ ~

 ~ using dispersion

modeling

to

determine

the

maximum

allowable

emission

rate.

 This emission rate becomes the adjusted Tier

I

feed rate screening limit,

feed rate screening

limits

for carcinogenic metals are implemented as

prescribed

in

subsection

 (b) (2). above.

~j

Alternative

implementation

approaches.

41

 Pursuant

to

subsection

 (f 1 (2). below, the Agency

shall approve

on

a

case—by—case basis approaches

to implement the Tier II or Tier III metals

emission limits provided by subsections

j41

p1

(d),

 above, alternative

to

monitoring the feed

rate

p1

metals

in

each feedstream.

2±

 The emission limits provided by subsection

 (d).

above, must ~g determined

aa

follows:

AL

 For each noncarcinogenic metal, by back—

calculating from the RAC provided

in

Appendix

~ to

determine the allowable emission rate

for each metal using the dilution factor for

~

 maximum annual average around level

concentration predicted by dispersion

modeling

in

conformance with subsection

 (h).

below

and

21

~p1

 each carcinogenic metal ~

132—5 15

254

41

 Back-calculating from the RSD provided

in

Appendix ~

to

determine the allowable

emission rate ~

 each metal

41

that

metal were

~

 only carcinogenic metal

emitted using ~g

 dilution factor for

~

 maximum annual average around level

concentration predicted by dispersion

modeling

in

conformance with subsection

(hI. below;

and

Lii

~

 more than ~g

 carcinogenic metal

La

emitted, selecting ~

 emission limit

~fp1

each carcinogenic metal ~p1

to

exceed

~

 emission rate determined by

subsection

 (f) (2) (B) (i)~ above,

 such

that the ~

 ~fp1

~jJ~carcinogenic metals

 of the ratios of the selected emission

limit

to

the emission rate determined by

that subsection does ~p1 exceed

 1.0.

41

Emission

testing.

41

 General.

 Emission testing for metals must ~

conducted using the Multiple Metals

Trainas

described

in

Appendix

I

(“eye”).

21

 Hexavalent chromium.

 Emissions

p1

chromium ~

assumed

to

~

 hexavalent chromium unless ~

 owner

p1 operator conducts emissions testing

to

determine hexavalent chromium emissions using

procedures prescribed

in

Appendix

 (“eye”).

~j

 Dispersion modeling.

 Dispersion modeling required

under this Section must be conducted according

to

methods recommended

in

Appendix ~

 the “Hazardous Waste

Combustion Air Quality Screening Procedure” described

in

Appendix

I

(“eve”). p1 “EPA SCREEN Screening

Procedure” as described

in

Screening Procedures for

Estimating ~

 Quality Impact

p1

Stationary Sources

(the latter document

La

incorporated by reference.

see

~

 Ill.

Adm.

Code 720.111)

to

predict

toa

maximum

annual average off—site ground level concentration.

However, on—site concentrations must ~g considered when

~ person resides on—site.

41

Enforcement.

For

the

purposes

p1

permit enforcement.

compliance with the operating requirements specified

in

the permit

 (under Section 726.202) will ~

 regarded

aa

compliance with this Section.

 However, evidence that

compliance with those permit conditions

La

insufficient

to

ensure compliance with the requirements

p1

this

Section

La

“information” justifying modification p1

132—516

255

revocation and re—issuance

p1 a

permit under ~

 Ill.

Adm. Code 703.270 et seq.

Source:

 Added at 16 Ill. Reg.

 effective

Section 726.207

 Standards

to

Control

fiQJ~

and Chlorine Gas

Emissions

~j

 General.

 The owner or operator shall comply with the

~jçjand chlorine g~gcontrols provided by subseôtions

j~Jp1

 (c).

 below.

Screening

limits.

41

 Tier

I

feed rate screening limits.

 Feed rate

screening limits are specified for total chlorine

in

Appendix B as

a

function

p1

TESH and terrain

and land use in the vicinity of the facility.

The

feed rate

p1

total chlorine and chloride, both

organic

~

 inorganic,

in ~41

feed streams,

including hazardous waste,

 fuels and industrial

furnace feed stocks must ~p1 exceed ~

 levels

specified.

21

 Tier

il

emission rate screening limits.

 Emission

rate screening limits for HC1

an~

chlorine g~a

~ra

specif led

in

Appendix ~ ~

a

function of TESH ~

terrain and land use in the vicinity of the

facility,

ma

stack emission rates

p1 EQj~

chlorine g~ must not exceed the levels specified.

41

 Definitions and limitations.

~g

 definitions

an~

limitations provided by Section 726.200(g)

an~

726.206(b)

 for the following terms also apply ~

 the screening limits provided by this subsection:

TESH,

 good engineering practice stack height,

terrain

type.

land

use

an~

criteria for facilities

~p1 eligible

to ~aa

the screening limits.

41

 Multiple stacks.

 Owners and operators

p1

facilities with more than ~g

 on-site stack from ~

BIFI

incinerator

 ~I other thermal treatment unit

subject

to

controls

on EQJ. p1

chlorine g~g

emissions under

a

RCRA

permit p1 interim status

controls shall comply with the Tier

~.

an~~

 Tier

II

screening limits ~

 those stacks assuming

~JJ.,

hazardous waste

La

fed into the device with the

worst—case stack based

on

dispersion

characteristics.

132—5 17

256

Al

 The worst—case stack

La

determined by

procedures provided

in

Section 726,206(b) (6).

21

 Under Tier ~

 the total feed rate

p1

chlorine

and chloride to all subject devices must not

exceed the screening limit for the worst—case

stack.

ci

 Under Tier ~

 ~jj~total emissions

p1 ~jQj~

 an~,

chlorine g~ from ~

 subject stacks must

not

exceed the screening limit for ~

 worst—case

stack.

41

 Tier

fl~

site—specific risk assessments.

41

 General.

 Conformance with~g Tier III controls

must ~

 demonstrated by emissions testing

to

determine

the

emission

rate

for

HC1

and

chlorine

gas, air dispersion modeling

to

predict the

maximum annual average off—site pround level

concentration for each compound.

an~a

demonstration that acceptable ambient levels are

not exceeded.

21

 Acceptable ambient’levels.

 Appendix D lists the

RACs

 for HC1

fl

ug/cu ~j and chlorine g~ (0.4

u~/cu~

41

 Multiple stacks.

 Owners

~

 operators

p1

facilities with more than one on-site stack from

BIF. incinerator p1 other thermal treatment unit

subject

to

controls

on fi~

p1

chlorine g~

 emissions under

a

RCRA permit p1

interim status

controls shall conduct emissions testing ~

dispersion modeling

to

demonstrate that tii~

aggregate emissions from all such on—site stacks

j~p1result

in

~

 exceedance

p1

the acceptable

ambient levels

~p1

 fiQ~

~

 chlorine gas.

41

 Averaging periods.

The

fi~3.

and chlorine g~ controls

are implemented by limiting ~hg feed rate

p1

total

chlorine

and

chloride

in

all feedstreams.

 including

hazardous waste,

 fuels and industrial furnace feed

stocks.

 Under Tier ~

~

 feed rate

p1

total chlorine

~

 chloride

La

limited ~

~g

 Tier I Screening Limits.

Under Tier ~

 and Tier III. ~

 feed rate

p1

total

chlorine and chloride

La

limited

to ~g

 feed rates

during

~

 trial burn

 (for ~

 facilities p1

an

interim

status facility applying

,~p1

a

~ermit~

p1

tiia

compliance test (for interim status facilities),

feed rate limits are based

on

either:

132—518

257

21

An

hourly rolling average as defined

in

Section

726.200(g)

 and 726.202(e)(6)

p1

21

An

instantaneous basis ~p1

to

~

 exceeded at ~y

time.

41

 Adjusted Tier

I

feed rate screening limits,

owner

p1 operator may adjust the feed rate screening limit

provided by Appendix B

to

account for site-specific

dispersion

modeling.

Under

this

approach.

the

adjusted

feed rate screening limit

La

determined

back-

calculating from ~g

 acceptable ambient level

.fp1

chlorine g~ provided by Appendix D using dispersion

modeling

to

determine

maximum

allowable

emission

rate.

 This emission rate becomes the adjusted Tier

I

feed

rate

~eening

limit.

fl

 Emissions

testing.

 Emissions testing

fp1

U~.

~

chlorine g~ must be conducted using ~

 procedures

described

in

Appendix

~.

(“eye”).

41

Dispersion

modeling.

Dispersion

modeling

must

conducted according

to

the provisions

p1

Section

726.206(h).

~j

 Enforcement.

~p1

~

 purposes

p1

permit enforcement,

compliance with

toa

operating requirements specified

in

the permit (under Section 726.202) will be regarded as

compliance with this Section.

 However, evidence that

compliance with those permit conditions

La

insufficient

~

 ensure compliance with the requirements

p1

this

Section

La

“information”

justifying

modification

revocation and re—issuanc’e

p1

~

permit

under ~

 Ill.

Adm. Code 703.270 et sea.

Source:

 Added at 16 Ill. Reg.

 effective

Section 726.208

 Small quantity On—site Burner Exemption

41

 Exempt guantities.

 Owners and operators

p1

facilities

that burn hazardous waste

in

an on—site ~

~g

 exempt

from

the

requirements

p1

this Subpart provided that:

41

 The quantity

p1

hazardous waste burned

in ~

device

for

 calendar month does not exceed the limits

provided

in

the Table

A

based

on

the TESH as

defined

in

Section 726.200(g) and 726.206(b) (3).

21

maximum hazardous waste firing rate does

not

exceed ~

 ~j~ytime

 .1 percent

p1

the total fuel

requirements ~

 t~J~

 device

 (hazardous waste plus

132—5 19

258

other fuel)

on a

total heat input or mass input

basis, whichever results

in

the lower mass feed

rate

p1

hazardous waste:

41

ma.

hazardous waste ~g

a

minimum heating value

p1

5.000 Btu/lb. ~g generated

~

hazardous waste fuel does not contain

 (and

La

not derived from) USEPA Hazardous Waste Nos.

F020. F021.

 F022.

 F023, F026

p1

F027.

~j

 Mixing with nonhazardous fuels.

~

 hazardous waste

fuel

La

mixed with ~ nonhazardous fuel, the quantity

p1

hazardous waste before such mixing

La

used to comply

with

subsection

(a).

above.

41

Multiple

stacks.

~

an

owner or operator burns

hazardous waste

in

more than ~g

 on—site ~

 exempt

under this Section. ~g

 quantity limits provided by

subsection

 (a) (1), above, are implemented according

to

~

 following equation:

SUM(Ci/Li)

where:

SUM(Xi)

means

the

sum

p1

the values

p1

~ for each stack

41

fromi~1to~

n

means

number

p1

stacks

Ci

Actual

Quantity

Burned

means

the

waste

quantity

burned

month

in

device

 “i”.

Li

 Allowable Quantity Burned means

toa

maximum

allowable exempt quantity for stack “i” from Table A.

BOARD

NOTE:

 Hazardous wastes that a~gsubject

to .tha

special

requirements

for

small

auantity

generators

under

Ill.

 Adm.

Code 721.105 ~y

 ~g burned

in an

off-site device

under

the

 exemption provided by Section

726.208, but muát ~

 included

in

the cniantity

determination

for

the

exemption.

41

 Notification requirements.

owner p1

oPerator

p1

facilities qualifying for

toa

small quantity burner

exemption under this Section shall provide

a

one—time

signed. written notice

to toa

Aaency indicating the

following:

21

combustion

unit

La

operating ~

a

small

quantity burner

p1

hazardous waste

132—520

259

21

owner and operator are

in

compliance with the

requirements

p1

this Section;

and

maximum quantity

p1

hazardous waste that the

facility

La

allowed

to

burn ~er month ~

 provided

by Section 726.208(a~(1i.

41

Recordlceeping

requirements,

owner p1 operator

shall maintain ~

 the facility. ~

~

 least three years

sufficient records documentina compliance with

toa

hazardous waste quantity, firing rate and heating value

limits

p1

this Section.

~

a

minimum,

these

records

must

indicate

the

quantity

p1

hazardous waste

an~.

other

fuel burned

in

each unit p~ calendar month

an~toa

heating

value

 of toa

hazardous waste.

Source:

 Added at 16 Ill.

 Reg.

 effective

Section

726.209

risk

waste

Exemption

a)

 Waiver

p1Q~

standard.

~

 standard

of

Section

726.204(a)

 does not apply if the BIF

La

operated

in

conformance with subsection

 (a) (1). below, and the

owner

operator

demonstrates

procedures

prescribed

in subsection

 (a) (2). below, that the burning will not

result

in

unacceptable adverse health effects.

.11

device

must

operated

follows:

AL

A

minimum

of ~Q

percent

p1

fuel fired

to tiia

device must ~

 fossil fuel,

 fuels derived

from ‘fossil fuel, tall

411

~

if

approved by

~

 Aaencv

on a

case—by—case basis,

 other

nonhazardous fuel with combustion

characteristics comparable

to

fossil

fuel.

Such

fuels

are

termed

“primary

fuel”

 £or

purposes

p1

this Section.

 (Tall

411 La a

fuel

derived

from

vegetable

~

 rosin fatty

acids.)

50 percent primary fuel firing

rate must ~

 determined

on a

total heat p1

mass input basis, whichever results

in’toa

greater mass feed rate

of

primary fuel fired

~j

 Primary fuels

~

 hazardous waste fuels must

have

a

minimum

as—fired

heating

value

p1

8.000 Btu/lb:

ci

hazardous waste ~

 fired directly into

the primary fuel flame zone

of

the

combustion

chamber~

an~

13 2—52 1

260

P1

ma

device operates

in

conformance

with

the

QQ

controls provided by Section

726.204(b) (1).

 Devices subject

to tha

exemption provided by this Section are ~p1

eligible ~

 jflg alternative ç~Qcontrols

provided by Section 726.204(c).

21

 Procedures

to

demonstrate that the hazardous wastE

burning will not pose unacceotable adverse public

health effects are as follows:

AL

 Identify and quantify those nonmetal

compounds listed

in

35 Ill. Adm. Code

721.Appendix

 fi,,

that could reasonably be

expected

to ~a

present

in ~J~g

hazardous

waste.

ma

constituents excluded from

analysis must ~g identified

an~,

the basis

~

their exclusion explained

21

 Calculate reasonable, worst case emission

rates

f~

each constituent identified

in

subsection

 (a) (2) (A), above, by assuming the

device achieves 99.9 percent destruction

an~

removal efficiency.

 That j~ assume’that 0.1

Percent

of tiia

mass weight

of

each

constituent fed to the device is emitted.

ci

 For each constituent identified

in

subsection

(a) (2) (A)

•

 above, use emissions dispersion

modeling

to

predict the maximum annual

average ground level concentration

of toa

constituent.

41

 Dispersion modeling must be conducted

using methods specified

in

Section

726.206(h).

jJj

 Owners and operators

of

facilities with

more than one on-site stack from a ~

that

La

exempt under this Section shall

conduct dispersion modeling

p1

emissions

from all stacks exempt under this

Section

to

predict ambient levels

prescribed by this subsection.

P1

 Ground level concentrations p1 ‘constituents

predicted under subsection

 (a) (2) (C), above.

must ~p1 exceed the following levels:

41

~

 noncarcinoaenic compounds listed

in

Appendix ~

 the levels established

in

Appendix

Qj~

132—522

261

Lii Eo~tlaa

carcinogenic

 compounds listed

in

Appendix E:

SUM(Ai/Li)

~

L~Q

where:

SUM(Xi)

 means

toa

sum

of ~

 values

of

fp1

each carcinogen

41

from

L

.1

to

n~

fl

means the

number of

carcinogenic

compounds

AL

 Actual ground level concentration

of

carcinogen Ui”.

Li

 Level established

in

Appendix ~

carcinogen “i”

and

iii)

 For constituents not listed

in

Appendix

p1

 0.1 ug/cu ~

~j

 Waiver

of

particular matter standard.

ma ~

standard

of Section 726.205 does

j~

 apply

ii..

21

Th

p~ standard

La

waived

under

subsection

(a).

above

and

21

ma

owner p1 operator complies with the Tier ~

or

adjusted Tier ~

 metals feed rate~screening limits

provided by Section 726.206(b) p1

 (e).

Source:

Added

Ill.

Reg.

effective

Section 726.210

 Waiver of DRE trial burn

f~

Boilers

Boilers that operate under the special requirements

p1

this

Section,

and

that

not

burn

hazardous

waste

containing

derived

from)

USEPA

Hazardous

Waste

Nos.

F020.

F021.

F022.

F023,

F026 p1 F027,

~

 considered

to ~a in

conformance with the p~

standard

of

Section 726.204(a),

 and ~ trial burn

to

demonstrate

waived.

 When

burning hazardous waste:

~1

A

minimum

p1 ~Q

percent

p1

fuel fired

to

the devices

must ~g fossil fuel,

 fuels derived from fossil fuel.

tall ~jJ ~

41

a~~roved

 by the Agency

on ~

case-by-

case

basis,

other

nonhazardous

fuel

with

combustion

characteristics comparable

to

fossil fuel.

 Such fuels

are

termed

“primary

fuel”

fp1

p~irposes

p1

this Section.

(Tall

~41 La

a

fuel derived from vegetable and rosin

fatty

acids.)

 Th ~Q

percent primary fuel firing rate

132—523

262

must

determined

 on a

total heat or mass input basis,

whichever results

in

the greater mass feed rate of

primary

fuel

fired

~J.

Boiler

load

must

 ~jp1

~

 less than

jQ.

percent.

 Boiler

load

La

the ratio at ~y

 time of the total heat input

to

the maximum design heat input

41

 Primary fuels and hazardous waste fuels must have

a

minimum as-fired heating value p1 8,000 Btu/lb, and

each

material

fired

 in a

burner where hazardous waste

La

fired

must

have

a

heating value

p1at•

least 8,000

Btu/lb,

as—fired

ma

device must operate

in

conformance with

tiia ~Q

standard

provided

Section

726.204(b)(l).

Boilers

subject

to

the waiver

of

Q~

trial

burn

provided

this

Section

 ~jp1

eligible f~Ithe alternative ~Q

standard

provided

Section

726.204(c):

ma

boiler

must

a

water tube

type

boiler that does

not

feed

fuel

using

a

stoker.p1 stoker

type

mechanism

and

£1.

ma

hazardous

waste

must

fired

directly

into

 tiia

primary fuel flame zone

p1 thg•

combustion chamber with

an

air p1 steam atomization firing system, mechanical

atomization

system

a

rotary ~p

 atomization system

under

~

 following conditions:

21

Viscosity,

ma

viscosity of the hazardous waste

fuel

as-fired

must

not

exceed

.~QQ

SSU

21

Particle

 size.

 When

a

high pressure ~

 p1 steam

atomizer,

 J.o~

pressure atomizer p1 mechanical

atomizer

La

used,

2Q~

of the hazardous waste fuel

must pass through

a

200 mesh

rL4.

micron)

 screen,

~

 when

a

rotary cu~atomizer

La

used.

2Q~.

p1 ~

hazardous waste must pass through

 .~QQ

mesh

(150

micron) screen

41

 Mechanical atomization systems.

 Fuel pressure

within

a

mechanical atomization system and fuel

flow rate must be maintained within the design

range taking into account the viscosity and

volatility

of

the fuel:

41

 Rotary ~p

 atomization systems.

 Fuel flow rate

through

a

rotary g~patomization system must ~

maintained within

~

 design range taking into

account ~j~gviscosity

an~

volatility of th~fuel.

132—524

263

Source:

Added

Ill.

Reg.

effective

Section

726.211

Standards

fQ~

direct Transfer

41

 Applicability,

ma

reaulations

this Section apply

owners and

operators of BIFs subject

to

Sections

726.202 p1 726.203

41

hazardous waste

directly

transferred from

a

transport vehicle

to a ~

 without

the

~

 of a

storage unit.

~

 Definitions.

.11

 When

used

this Section, the following terms

have the meanings given below:

Direct transfer equipment means ~y

 device

(including but

not

limited ~

 such devices

piping.

fittings,

flanges,

valves

 an?~

~um~s)

that

used ~

 distribute. .meter

p1

control the flow

hazardous waste between

a

container (i.e.. transport vehicle)

an.~a

BIF.

Container

means

any

portable device

in

which

hazardous waste

transported, stored,

treated p1 otherwise handled. and includes

transport vehicles that ~

 containers

themselves

 (e.g..

 tank

trucks, tanker-

trailers

and rail

tank

cars)

 and containers

placed

on

p1

in a

transport vehicle.

This

Section

references

several

requirements

provided

in

35 Ill.

Adm.

Code 724 and 725.Subparts

I

and ~

~

 purposes of this Section, the term

“tank systems”

 those referenced requirements

means

direct

transfer

equipment

defined

in

subsection

 (b) (1). above.

41

 General operating requirements.

U

~

 direct transfer

p1 a

pumpable hazardous waste

must

conducted

from

open—top

container

 to a

BIF.

Direct

transfer

equipment

used

for

pumpable

hazardous waste must always be closed, except when

necessary

to

add p1 remove ~

 waste.

must

not

be opened, handled p1 stored

in a

manner that

could

cause

any

rupture

leak.

13 2—525

264

ma

direct transfer of hazardous waste

to

a ~

must be conducted so that it does not:

Al

 Generate extreme heat p1 pressure,

 fire,

explosion

violent

reaction

21

 Produce uncontrolled toxic mists,

 fumes,

dusts p1 gases

 sufficient quantities

threaten human health

 Produce uncontrolled flammable fumes p1 gases

in

sufficient quantities

to

pose

a

risk

of

fire p1 explosions

P1

 Damaae the structural integrj~y

of

the

container p1 direct transfer eguipment

containing ~

 waste

~j

 Adversely affect the capability

of

the BIF

to

meet ~g

 standards provided by Sections

726.204 through 726.207

or

fi

 Threaten human health or the environment.

41

 Hazardous-waste must not ~g placed

in

direct

transfer egui~ment.if it could cause the

equipment p1 j~ secondary containment system

to

rupture,

 leak, corrode p1 otherwise fail.

.~i

ma

owner p1 operator

of

~hg facility shall iia~

appropriate controls and practices

prevent

spills and overflows from the direct transfer

equipment

secondary

containment

systems.

These include ~

a

minimum:

 Spill prevention controls (e.g.,

 check

valves, ~y

 discount couplings)

an~

21

 Automatic waste feed cutoff

to

ii~

if a

leak

p1 spill occurs from the direct transfer

equipment.

41

 Areas where direct transfer vehicles (containers)

are

located.

 Applying ~g

 definition

of

container under

this

Section,

owners

and

operators

shall

comply

with

the

following

requirements:

Tha

containment requirements of 35 Ill. Adm. Code

724.275:

ma

i~a~

 an~~

 management requirements

of ~

Ill.

Adm.

Code 725.Subpart ~

 except

fp1

Sections

132—526

265

725.270 and 725.274, and except that

in

lieu

of

~

 special requirements

of

35 Ill.

 Adin.

 Code

725.276 for ignitable or reactive waste,

 the owner

p1

operator

~y

 com~lvwith the requirements

f~

the

maintenance

protective

distances

between

the waste management area and ~ny public ways.

streets. alleys p1

an

adiacent property line that

can be built upon as required in Tables 2-1

throuah 2-6 p1 NFPA 30 (incorporated by reference

in

~

 Ill.

Adm.

Code 720.111).

ma

owner p1

operator shall obtain an’d keep

on

file ~

the

facility

a

written certification by ~g

 local Fire

Marshal that the installation meets the subject

NFPA

Codes;

and

~i

ma

closure

requirements

Ill.

Adm.

Code

724 .278.

41

Direct

 transfer equipment.

 Direct transfer eguipment

must meet jJ~following requirements:

21

 Secondary containment.

 Owners

~jj~

operators shall

comply with the secondary containment requirements

of 35 Ill.

 Adm. Code 725.293 ~ except for Sections

725.293(~a). (d). ~j

and

Lii aa

follows:

AL

For

~41

new direct transfer equipment1 prior

to

their

being

into

service

an~

21

 For existing direct transfer equipment, by

August ~

 1993.

21

 Requirements prior

to

meeting secondary

containment requirements.

AL

For

existing

direct

transfer

equipment

that

does not have secondary containment, the

owner or operator shall determine whether

~

equipment

La

leaking ~

La

unfit

fp1

use.

ma

owner p1 operator shall obtain and keep

on

file ~

 the facility

a

written assessment

reviewed ai~certified by

a

qualified,

registered professional engineer

in

accordance with ~

 Ill. Adm. Code 703.126(d)

that

attests

to

the equipment’s integrity by

Au~stj~ 1992.

21

 This assessment must determine whether tii~

direct transfer egui~ment

La

adequately

designed and has sufficient structural

strength and compatibility with the waste(s)

transferred

ensure

that

will

not

132—527

266

collapse, rupture p1 fail.

 At a

minimum,

this assessment must consider the following:

41

 Design standard(s),

 if available.

according

to

which the direct transfer

equipment was constructed

Lii

 Hazardous characteristics

of ~

waste(s) that have been ~

 will ~

handled;

iii) Existing corrosion protection measures

jyj..

Documented

age

of

the equipment,

if

available.

 (otherwise.

an

estimate

of

the

age):

and

y)..

 Results

of a

leak test p1 other

integrity examination such that the

effects

of

temperature variations,

 vapor

pockets, cracks,

 leaks, corrosion and

erosion are accounted for.

ci

 IL.. aa

a

result

of

the assessment specified

above, the direct transfer equipment

La

found

to

~

 leaking p1 unfit

fp1

use, ~g

 owner p1

operator shall comply with

t~

requirements

of 35 Ill. Adm. Code 725.296(a)

and

 (b).

3J

 Inspections

an4

recordkeeping.

AL

ma

owner p1 operator shall inspect

at

least

once each operating hour when hazardous waste

La

being transferred from the transport

vehicle (container)

to

the BIF:

41

 Overfill/spill control equipment

(e.g.,

waste—feed cutoff systems. bv~ass

systems and drainage systems)

to

ensure

that it

La in

good working order

Lii

ma

above ground portions

of

tj~g

direct

transfer equipment

to

detect corrosion.

erosion p1 releases of waste

 (e.g., wet

 spots, dead vegetation):

an~

iii) Data gathered from monitoring equipment

and leak—detection equipment.

 (e.g.,

pressure

an~

temperature ~au~es)

to

ensure that ~g

 direct transfer

equipment

ig

being operated according

to

its design.

132—528

267

21

ma

owner p1 ‘operator shall inspect cathodic

protection systems.

41

used,

to

ensure that

they ~g

 functioning properly according

to

~g

 schedule provided by ~

 Ill.

 Adm. Code

725.295(b).:

ci

 Records p1 inspections made under this

subsection must ~g maintained

in th~

operating record ~

 ~jg facility.

an~

available

fp1

inspection

fp1

at

least

 3 years

from the date

of

t~g

insnection.

41

 Design and installation

of

new ancillary

equipment.

 Owners and operators shall comply with

the requirements of 35 Ill. Adm. Code 725.292.

~

 Response

 leaks p1 spills.

 Owners

 operators

shall comply with ~g

 requirements

of

~

 Ill.

 Adm.

Code 725.296.

~

 Closure.

 Owners

 ~jj~

operators shall comply with

~g

 requirements

p1

 Ill.

 Adin.

Code 725.297,

except for 35

 Ill.

 Adin.

Code 725.297(c) (2) through

(c)

(4)

Source:

Added

Ill.

Reg.

effective

Section

726.212

Regulation

of

Residues

A

residue

derived

from

the

burning

processing

hazardous

waste in a ElF is not excluded from the definition of a hazardous

waste

under

Ill.

Adm.

Code

721.104(b)

(4).

jfl

(fl

unless

the device

an~~

tog

owner p1 operator meet ~g

 following

requirements:

ma

device

meets

the

following

criteria:

 Boilers.

 Boilers must burn at least 50

 coal

on a

total

heat

input

mass

basis,

whichever

results

in ~g

 greater mass feed rate

of

coal

Q~z,g

p1

mineral furnaces.

 Industrial furnaces

subject

to ~

 Ill. Adm. Code 721.104(b) (7) must

process at least

~..Q1by

weight normal,

nonhazardous raw materials

41

 Cement kilns.

 Cement kilns must process

least

~

 by weight normal cement—production raw

materials

132—529

268

ma

owner

 p1 operator demonstrates that ~g

 hazardous

waste does not significantly affect ~kg residue ky

demonstrating conformance with either

p1

~

 following

criteria:

U

 Comparison

of

waste—derived residue with normal

residue.

~g

 waste—derived residue must

not

contain ~

 Ill.

Adm.

Code 721.Appendix

fl

constituents

 (toxic constituents) that could

 reasonably kg attributable

to ~kg

hazardous waste

concentrations significantly higher than

residue generated without burning or processing

of

hazardous waste,

 using ~g

 following procedure.

Toxic compounds that could reasonably kg

attributable

 burning p1 processing tog

hazardous waste

 (constituents

of

concern)

 include

toxic constituents

tog

hazardous waste,

~

organic compounds listed

 35 Ill.

 Adin.

Code

721.Appendix

fl

that ~gy

kg

PICs.

 Sampling

an~

analyses must

kg

conformance

with

p~rocedures

prescribed

 Test Methods

fp1

Evaluating Solid

Waste, Physical/Chemical Methods, incorporated by

reference

 Ill.

 Adrn.

Code 720.111(a).

AL

Normal

residue.

Concentrations

of

toxic

constituents

p1

concern

 normal residue

must

kg

determined

based

analyses

a

minimum

of

l.Q

samples representing

a

minimum

of

 days

 operation.

 Composite samples

~gy be used

to

develop

a

sample for analysis

provided that ~kg compositing period does

not

exceed

2.4.

hours,

ma

upper tolerance limit

Lat

95

 confidence with

a

95

 proportion

of

~g

 sample distribution)

of

~kg

concentration

in ~kg

normal

residue

shall

kg

considered ~g

statistically-derived concentration

in tkg

normal residue.

 If changes

in

raw materials

~

 fuels reduce ~g

 statistically-derived

concentrations p1 the toxic constituents

of

concern

in

the normal residue, the

statistically-derived concentrations must ~g

revised ~

 statistically-derived

concentrations

of

toxic constituents

in

normal

residue must

kg

established

fp1

a

mode of operation with the new raw material

~

 fuel.

 To determine the upper tolerance

limit in the normal residue, the owner or

operator shall ~gg statistical procedures

prescribed

in

“Statistical Methodology

fp1

Bevill Residue Determinations”

in

Appendix

I

(“eye”).

132—530

269

~j

 Waste-derived residue.

 Waste derived residue

must

kg

sampled and analyzed as often as

necessary

to

determine whether the residue

generated during each 24—hour period has

concentrations

of

toxic constituents that

ar~

higher than the concentrations established

tog normal residue under subsection

(b) (1) (A). above,

if.

g~

hazardous waste

burning ~gg significantly affected

toa

residue and the residue is not excluded from

the definition p1 “hazardous waste”.

Concentrations

p1

toxic constituents

in

waste—derived residue must kg determined

based

on

analysis

of

~g

 p1 more samples

obtained over

a

24—hour period.

 Multiple

samples ~y

 be analyzed, and multiple samples

kg

taken

to

form

a

composite sample

fp1

analysis provided that the sampling period

does not exceed

~4.

hours.

~f

more than

~

sample

La

analyzed

to

characterize waste—

derived residues generated over

a

24-hour

period, ~g

 concentration

of

each toxic

constituent must

kg

~g

 arithmetic mean

of

the concentrations

in

the samples.

No

results can

kg

disregarded

p1

~1

Comparison

of

waste—derived residue concentrations

with health—based limits.

AL

Nonmetal

constituents.

ma

concentrations.

of

nonmetal toxic constituents of concern

(specified

in

subsection

 (b) (1). above)

in

the waste—derived residue must

not

exceed ~g

health-based levels specified

in

Appendix ~

if. a

health-based limit

fp1 a

constituent

of

concern is not listed

in

Appendix

Q~

then

a

limit

of

0.002 ug/kg p1 ~J~glevel

~f

detection (using analytical procedures

prescribed

in

SW-846, incorporated by

reference

in

~

 Ill.

Adm.

Code 720.111),

whichever is higher, must be used;

and

21

 Metal constituents,

ma

concentration of

metals

in an

extract obtained using the TCLP

test must not exceed the levels specified

in

Appendix

~j.

and

ci

 Sampling and analysis.

 Wastewater—derived

residue must be sampled and analyzed as often

as necessary

to

determine whether the residue

generated during each

 .24.

hour period kga

concentrations of toxic constituents which

132—53 1

270

g~g

higher than

~g

 health-based levels.

Concentrations p1 concern

in

the wastewater—

derived residue must

kg

determined based

on

analysis of one p1 more samples obtained over

a

24-hour period.

 Multiple samples ~gy

kg

analyzed. g~ multiple samples ~gy

kg

taken

to

form

a

composite fp1 analysis provided

that ~g

 sampling period does not exceed,24

hours.

if

more than ~

 sample jg analyzed

to

characterize waste—derived residues

generated over

a

24 hour period, ~g

concentration

p1

each toxic constituent

La

the arithmetic mean of the concentrations

of

the samples.

 No results can

kg

disregarded

and

41

 Records sufficient

to

document compliance with the

provisions

of

this Section must

kg

retained until

closure

of

the BIF unit.

 At a

minimum, the following

must

kg

recorded:

21

 Levels

of

constituents

in

35 Ill.

 Adm. Code

721.Appendix H that are present

in

waste-derived

residues:

21

 If the waste—derived residue jg compared with

normal

residue

under

subsection

(b) (1).

above:

AL

ma

levels

of

constituents

in

35 Ill. Adm.

Code 721,Append.ix H that are present

in

normal residues

~

21

 Data and information, including analyses of

samples as necessary,

 obtained

to

determine

if

changes

in

~

 materials p1 fuels would

reduce the concentration

of

toxic

constituents

of

concern

in tog

normal

residue.

Source:

 Added at

 16 Ill.

 Reg.

 effective

Section 726.219

 Extensions

of

Time

ma

owner

operator

~gy

reauest

a

case—by—case extension

of

time

to

extend

~y

 time limit provided by Section 726.203(c).

~g

 operator shall file

a

petition fp1

a

RCRA

variance pursuant

to

 35 Ill.

 Adm. Code 104.

ma

Board will grant the variance if

compliance

with

time

limit

La

not practicable

fp1.

reasons

beyond

the

control

the

owner

operator.

132—532

271

41

 In granting

an

extension, ~g

 Board will ap~lv

conditions

the

facts

warrant

to

ensure timely

compliance with

~g

 requirements

of

Section 726.203

an4

that ~g

 facility operates

in

 manner that does not

pose

a

hazard

to

human

health

an~

tog environment

~j

When

an

owner

~

 operator reauest

an

extension

of

time

to

enable them

to

obtain

a

RCRA

permit because

~g

facility

cannot

meet

fi~

limit

p1

Section

726.204(c):

21

ma

Board will,

in

considering whether

 grant

the extension:

AL

 Determine whether ~g

 owner and operator have

submitted

in

g timely manner

a

complete Part

B permit application that includes

information required under ~

 Ill. Adm. Code

703.208(b)

an~

21

 Consider whether tog owner

operator

have

made

a

good faith effort

to

certify

compliance with all other emission controls.

including ~g

 controls

on

dioxins and furans

of

Section 726.204(e)

 and the controls

onE~L

metals and HC1/chlorine gas.

21

If.

an

extension

La

granted, the Board will,

as

a

condition of the extension. require the facility

to

operate under flue g~gconcentration limits

on

and

fiQ

that, based

 available information,

including information

in

the Part B permit

application,

 are baseline

~Q ~

fiQ

levels

an

defined

Section

726.204(f)

(1).

BOARD NOTE:

 Derived from j~CFR

266.103(c) (7) (ii). adopted

at

56 Fed. Req.

 7206,

February ~

1991

 and 56 Fed.

 Req.

 32688, July

2.L.. 1991.

Source:

 Added at

16

 Ill.

 Reg.

 effective

Section

726.Appendix

A

 Tier

I

and Tier ~

 Feed Rate and

Emissions Screening Limits for Metals

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7440-02-0

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 79-46-9

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924-16-3

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 43E-02

 2.3E-04

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 930-55-2

 6.1E-04

 1.6E-02

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 82-68-8

 73E-05

 1.4E-01

PCBs

1336-36-3

1.2E-03

 8.3E03

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 23950-58-5

 46?-06

 2.2E+00

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 50-55-5

 30E-03

 3.3E-03

23J.8-Tetrachtoro-

 1746-01-6

 4.5E+01

 2.2E-’07

dibenzo-p-dioxin

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79-34-5

5.8E-05

IJE-Ol

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127-18-4

4.8E-07

2.1E+01

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62-56-6

 5.5E-04

 1.8E-02

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 79-00-5

 1.6E-05

 6.3E-01

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 79-01-6

 1.3E-06

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 8001-35-2

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 3.1E-02

~Jj~yj.

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 75-01-4

 71E-06

 1.4E+00

Source:

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 Iii. Reg.

 effective

Section 726.Appendix

 Stack Plume Rise

Estimated

Plulle

Rise

j~ Meters)

Based

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Exit

F(oo~iRate

and

Gas

 Te,i~erature

Exhaust

Teq~erature

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600-

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349

399

449

499

599

699

799

999

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2

1

1

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1

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3

4

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29

31

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29.9

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99.9

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120.M-

140.0-

159.9

160.0-

179.9

180.0-

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199.9

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 Reg.

 effective

Section 726.Appendix G

 Health—Based Limits for Exclusion of

Waste-Derived Residues

BOARD

NOTE:

The

health-based

concentration

Limits

for

35

 ILL.

 Acbn. Code 721.Appendix

constituents

for

which

 health-based concentration is not

provided below

 is 2E-06 ma/kg.

Metals-ICIP Extract Concentration Limits

Constituent

 Concentration

limits (ma/I)

Antimony

 7440-36-0

 1E+00

Arsenic

 7440-38-2

 5E-s-0O

Bariun

 7440-39-3

 1E+02

Berylliun

 7440-41-7

 7E-03

Caàniui~

 7440-43-9

 1E+D0

Chroniiun

 7440-47-3

 5E-’-DO

7439-92-1

Mercury

 7439-97-6

 2E-01

Nickel

7440-02-0

7E+O1

Seteniun

 7782-49-2

 1E+00

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NorwnetaIs-Resi~jeConcentration Limits

Constituent

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residues

(ma/kg)

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 2E-01

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 4E+OO

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 79-06-1

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Acrylonitrile

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 7E-04

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 309-00-2

 2E-05

~flyj

alcohol

107-18-6

Aluninun

phosphide

 20859-73-8

 1E-02

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62-53-3

6E-02

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283

See “Methods Manual for Compliance with

~

 Regulations”.

 This

locument j~available from two sources.

~

 is available through

~ITIS,incorporated ~y reference in ~

 Ill.

 Adin.

 Code 720.111.

It

L~

also available as jQ CFR 266, Appendix

 adopted at 56

 Fed.

~eg,,32688, July

2~L

1991 and amended at 56 Fed.

 Reg. 42511.

~ugust ~

 1991,

which jg incorporated ~

 reference.

 This

incorporation includes no future editions or amendments.

Source:

 Added at 16

 Ill. Reg.

 effective

Section 726.Appendix

Q

 Guideline ~

~

 Quality Models

See “Guideline g~~

 Quality Models

 (Revised)”.

 This document

is available from two sources.

 It is available through NTIS,

incorporated ~y reference j~~

 Ill.

Ada.

Code 720.111.

~

also available

as 40 CFR

266, Appendix

L.

adopted

at 56 Fed. Reg.

32688, July

~

1991

and

 amended ~

~

 Fed. Req. 42511,

 August

~

 1991, which is incorborated ~

 reference.

 This incorporation

includes no future editions ~

 amendments.

Source:

 Added at 16

 Ill. Reg.

 effective

Section 726.Appendix ~

 Lead-Bearing Materials That ~j~y~

Processed jfl Exempt Lead Smelters

~

 Exempt Lead-Bearing Materials When Generated ~i

Originally Produced ~y Lead-Associated Industries.

BOARD

NOTE:

 Lead-associated industries are lead

smelters,

 lead—acid battery manufacturing

~

lead

chemical manufacturing

 (e.g. manufacturing of lead

oxide

other

lead

compounds).

Acid

dump/fill

solids

Sump mud

Materials from laboratory analyses

Acid filters

Baghouse bags

Clothing

 (e.g.

 coveralls, aprons.

 shoes, hats.,

gloves)

Sweepings

~

 filter bags and cartridges

13 2—545

284

Respiratory cartridge filters

Shop abrasive

Stacking boards

Waste shipping containers

 (e.g. cartons

 bags,

drums, cardboard)

Pacer hand towels

Wiping rags ~

 s~onaes

Contaminated pallets

Water treatment sludges,

 filter cakes,

 residues,

and solids

Emission control dusts, sludges,

 filter

 cakes,

residues, and solids from lead—associated

industries

 (e.g. K069 and D008

 wastes)

Spent grinds, posts

~

 separators

Spend batteries

Lead

oxide

and

lead

oxide

residues

Lead plates and groups

Spent

battery

cases,

covers.

~

 vents

Pasting belts

Water

filter

media

Cheesecloth from pasting rollers

Pasting

additive

baas

Asphalt paving materials

~j

 Exempt Lead-Bearing Materials

When

Generated ~

Originally Produced ~

~

 Industry

Charging iuiupers and clips

Platen abrasive

Fluff from lead wire and cable casings

Lead-based pigments and compounding pigment dust

132—546

285

Source.:

Added

Ill.

Reg.

effective

Section

726.Appendix

Nickel

Chromium-Bearing

Materials

that .may ~g Processed j~Exempt Nickel-

Chromium

Recovery

Furnaces

~j

 Exempt Nickel ~

 chromium-Bearing Materials when

Generated ~y Manufacturers or Users of Nickel, Chromium

or Iron.

Baghouse bans

Raney nickel catalyst

Floor sweepings

Air

filters

Electroplating bath filters

Wastewater

filter

media

Wood

 Pallets

Disposable clothing Icoveralls, aprons,

 hats,

~

gloves)

Laboratory samples and scent chemicals

Shipping containers

~

 plastic liners from

containers

vehicles

used

transport

nickel

or chromium—containing wastes

Respirator cartridge filters

Paper

hand

towels

~j

 Exempt Nickel or Chromium-Bearing Materials when

Generated ~y ~v

 Industry

Electroplating wastewater treatment sludges

(FO06)

Nickel and/or chromium—containing solutions

Nickel and/or chromium-containing catalysts

Nickel-cadmium and nickel-iron batteries

Filter cake from wet scrubber system water

treatment plants in the specialty steel industry

132—547

4.,

~)

~I”4

~-4I

011

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~I

V1~

C-1uj

CDI~—~

-ri

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287

TITLE 35:

ENVIRONMENTAL

 PROTECTION

SUBTITLE

WASTE

DISPOSAL

CHAPTER I:

 POLLUTION

CONTROL

BOARD

SUBCHAPTER

c:

HAZARDOUS

 WASTE OPERATING

REQUIREMENTS

PART 728

LAND

DISPOSAL RESTRICTIONS

SUBPART

A:

 GENERAL

Purpose, Scope and Applicability

Definitions

Dilution Prohibited as a Substitute for Treatment

Treatment Surface Impoundment Exemption

Procedures

for

case—by—case

Extensions

Effective

Date

728.106

Petitions

Allow

Land

Disposal

Waste

Prohibited

under

Subpart

728.107

Waste

Analysis

and

Recordkeeping

728.108

 Landfill

and Surface Impoundment Disposal Restrictions

(Repealed)

728.109

Special

Rules

for

Characteristic

Wastes

SUBPART

B:

 SCHEDULE FOR LAND

DISPOSAL

PROHIBITION

AND ESTABLISHMENT OF TREATMENT STANDARDS

Section

728.110

First

Third

728.111

Second

Third

728.112

 Third Third

728.113

Newly

Listed

Wastes

SUBPART

C:

 PROHIBITION

ON

LAND

DISPOSAL

Section

728.130

Waste

Specific

Prohibitions

——

 Solvent Wastes

728.131

Waste

Specific

Prohibitions

 Dioxin-Containing Wastes

728.132

Waste

Specific

Prohibitions

——

 California List Wastes

728.133

Waste

Specific

Prohibitions

 First Third Wastes

728.134

Waste

Specific

Prohibitions

——

 Second Third Wastes

728.135

Waste

Specific

Prohibitions

 Third Third Wastes

728.139

 Statutory

Prohibitions

SUBPART

TREATMENT

STANDARDS

Applicability

Treatment

Standards

Treatment

Standards

expressed

Concentrations

Waste Extract

Treatment

Standards

expressed

Specified

Technologies

Treatment

Standards

expressed

Waste

Concentrations

Adjustment of Treatment Standard

Section

728.101

728.102

728. 103

728.

104

728. 105

Section

728.

140

728.141

728.142

728.

143

728.144

2—549

288

Section

728. 150

SUBPART E:

 PROHIBITIONS ON STORAGE

Prohibitions on Storage of Restricted Wastes

728.Appendix A

728.Appendix

725.Appendix C

728.Appendix D

 728.Appendix E

728.Appendix F

728.Appendix G

728•Appendix H

728.Appendix I

Toxicity Characteristic Leaching Procedure

 (TCLP)

Treatment Standards

 (As concentrations in the

Treatment Residual Extract)

List

Halogenated

Organic

Compounds

Organometallic Lab Packs

Organic Lab Packs

Technologies to Achieve Deactivation of

Characteristics

Federal Effective Dates

National Capacity

LDR

Variances for UIC Wastes

EP Toxicity Test Method and Structural Integrity

Test

728.Table

728.Table B

728.Table C

728.Table D

728.Table

Constituent Concentrations in Waste Extract

 (CCWE)

Constituent Concentrations in Wastes

 (CCW)

Technology

Codes and Description of Technology—

Based Standards

Technology-Based Standards by RCRA Waste Code

Standards for Radioactive Mixed Waste

AUTHORITY:

 Implementi~ig’Section

22.4 and authorized by Section

the

Environmental

Protection

Act

(Ill.

Rev.

Stat.

1989,

ch.

111½, pars.

 1022.4 and 1027).

SOURCE:

 Adopted in R87-5 at 11 Ill. Reg. 19354,

 effective

 ~Iovember12,

 1987;

 amended in R87—39 at 12

 Ill. Reg.

 13046,

effective July 29, .1988; amended in R89—1 at 13 Ill.

 Reg.

 18403,

effective November 13, 1989; amended in R89—9 at 14

 Iii.

 Reg.

6232, effective April 16,

 1990; amended in R90—2 at 14

 Ill.

 Reg.

14470,

 effective

August

22, 1990; amended in R90—10 at 14 Ill.

Reg.

 16508,

 effective September 25,

 1990; amended in R90-11 at 15

Ill. Reg.

 9462,

 effective June 17, 1991;

 amended in R90-11 at 15

Ill. Reg.

 11937, effective August

12,

 1991;

 amendment withdrawn

at 15

 Ill. Reg.

 14716, October

11,

 1991;

 amended in R91-13 at 16

Ill. Reg.

 effective

SUBPART

GENERAL

Section

728.107

 Waste Analysis and Recordkeeping

Except

specified

Section

728.132

728.143

a generator’s waste

 is listed in 35 Ill.

 Adm. Code

72l.Subpart D, the generator shall test the generator’s

waste,

 or test an extract developed using the test

method described in Appcndix A35 Ill. Adm. Code

721.Appendix B, or use knowledge of the waste, to

 determine if the waste is restricted from land disposal

under

this

Part.

Except

specified

Section

132—550

289

728.132.

if

 a generator’s waste exhibits one or more of

the characteristics set out at 35 Ill.

 Adm. Code

721.Subpart

 C, the generator shall test an extract

using

the

test

method

described

Appendix

(“eye”),

or use

knowled~eof the waste. to determine if the

waste

restricted

from

land

disposal

under

this

Part.

generator

determines

that

the

generator

managing a restricted waste under this Part and

determines

that

the

waste

does

not

meet

the

applicable treatment st~ndardsset forth

in

Subpart D or exceeds the applicable prohibition

levels set forth in Section 728.132 or 728.139,

with each shipment of waste the generator shall

notify the treatment or storage facility in

writing of the appropriate treatment standard set

forth in Subpart D and any applicable prohibition

 levels set forth in Section 728.132 or 728.139.

The notice must include the following information:

USEPA

Hazardous

Waste

Number;

B)

 The corresponding treatment standards for

wastes F001-F005, F039 and wastes prohibited

pursuant to Section 728.132 or Section

3004(d)

 of the Resource Conservation and

Recovery Act, referenced in Section 728.139.

Treatment standards for all other restricted

wastes must either be included, or be

referenced ac

above,

or by including on the

notification the ouboatcgory of thc wactc,

the treatability

group(o)

 of the

waste

(~)

,applicable wastewater or

nonwastewater

 (as defined in Section 728.102)

category,

the

ap~ljcable

subdivisions

made

within a waste code based on waste—specific

criteria (such as D003. reactive cyanides),

and the Section and subsection where the

applicable treatment standarde appear~.

Where the applicable treatment standards are

expressed as specified technologies in

Section 728.142, the applicable five-letter

treatment code found in Table C

 (e.g., INCIN,

WETOX)

 also must be listed on the

notification.

C)

 The manifest number associated with the

shipment of waste;

and

D)

 Waste analysis data, where available.

generator

determines

that

the

generator

132—551

290

managing a restricted waste under this Part,

and

determines that the waste can be land disposed

without further treatment, with each shipment of

waste the generator shall submit, to the

treatment, storage or land disposal facility,

a

notice and a certification stating that the waste

meets the applicable treatment standards set forth

in Subpart D and the applicable prohibition levels

set forth in Section 728.132 or 728.139.

A)

 The notice must include the following

information:

USEPA

Hazardous

Waste

Number;

ii)

 The corresponding treatment standards

for wastes F001—F005,

 F039 and wastes

prohibited pursuant to Section 728.132

or Section 3004(d)

 of the Resource

Conservation and Recovery Act,

referenced in Section 728.139.

Treatment standards for all other

restricted wastes must either be

included or be referenced a~above, or

by including on the notification ~e

ruibp~tt~rznrv

 of the waotc,

the

trcataDl.Llty group~j ot tne

waøto

(B)

,wastewater or nonwastewater

(as

defined in Section 728.102)

 category,

the

applicable subdivisions made within

a waste code based on waste—specific

criteria

 (such as D003, reactive

cyanides). and the Section and

subsection where the applicable

treatment standarde appears.

 Where the

applicable treatment standards are

expressed as specified technologies in

Section 728.142, the applicable

five—letter treatment code found in

Table C

 (e.g.,

 INCIN, WETOX) also must

be listed on the notification.

iii) The manifest

number associated with the

shipment of waste;

iv)

 Waste analysis data, where available.

 The certification must be signed by an

authorized representative and must state the

following:

I certify under penalty of law that I

132—552

291

personally have examined and am familiar

with the waste through analysis and

testing or through knowledge of the

waste to support this certification that

the waste complies with the treatment

standards specified in 35 Ill. Adm. Code

728.Subpart D and all applicable

prohibitions set forth in 35 Ill. Adm.

Code 728.132, 728.139 or Section 3004(d)

 the Resource Conservation and

 Recovery Act.

 I believe that the

information

submitted

true,

accurate and complete.

 I am aware that

there are significant penalties for

submitting a false certification,

including the possibility of

 a fine and

imprisonment

3)

 If a generator’s waste is subject to an exemption

from a prohibition on the type of land. disposal

method utilized for the waste

 (such as, but not

limited to, a case—by—case extension under Section

728.105, an exemption under Section 728.106, an

extension under Section 728.101(c) (3)

 or a

nationwide capacity variance under 40

CFR

268.Subpart C (1989), with each shipment of waste,

the generator shall submit a notice with the waste

to the facility receiving the generator’s waste,

stating that the waste is not prohibited from

land

disposal.

 The notice must include the following

information:

A)

 EPA hazardous waste number:

B)

 The corresponding treatment standards for

wastes F001—F005, F039 and wastes prohibited

pursuant to Section 728.132 or Section

3004(d)

 of the Resource Conservation and

Recovery Act, referenced in Section 728.139.

Treatment standards for all other restricted

wastes must either be included, or be

referenced ao

above,

 or by including on the

 notification the auboatcgory of the waotc,

the treatability group(s)

 of the

waatc

(2)

,wastewater or nonwastewater

(as

defined in Section 728.102) category, the

applicable subdivisions made within a waste

code based on waste—s~ecifIc criteria

 (such

as D003. reactive cyanides).

 and the Section

and subsection where the applicable treatment

standarde appear~. Where the applicable

treatment standards are expressed as

132—553

292

specified technologies in Section 728.142,

the appliôable five-letter treatment code

found in Table C

 (e.g.,

 INCIN, WETOX)

 also

must be listed on the notification.

C)

 The manifest number associated with the

shipment of waste;

Waste

analysis

data,

where

available,

and

E)

 The date the waste is subject to the

prohibitions.

4)

 If a generator is managing a prohibited waste in

tanks or containers regulated under 35 Ill.

 Adm.

Code 722.134, and is treating such waste in such

tanks or

containers ~tomeet applicable treatment

standards under Subpart D, the generator shall

develop and follow a written waste analysis plan

which describes the procedures the generator will

 carry out to comply with the treatment standards.

The plan must be kept on—site in the generator’s

records, and the following requirements must be

met:

A)

 The waste analysis plan must be based on a

detailed chemical and physical analysis of a

representative sample of the prohibited

waste(s)

 being treated, and contain all

information necessary to treat the waste(s)

in accordance with the requirements of this

Part,

 including the selected testing

frequency.

B)

 Such plan must be filed with the Agency a

minimum of 30 days prior to the treatment

activity, with delivery verified.

C)

 Wastes shipped off-site pursuant to this

subsection must comply with the not~ification

requirements

 Section 728.107(a) (2).

5)

 If a generator determines whether the waste is

restricted based solely on the generator’s

knowledge of the waste, the generator shallretain

all supporting data used to make this

determination on—site in the generator’s files.

If a generator determines whether the waste

is

restricted based on testing the waste or an

extract developed using the test method described

in Appendix A, the generator shall retain all

waste analysis data on site in the generator’s

132—554

293

files.

~

If

 a generator determines,

 subsequent to the time

of generation, that the generator is managing a

restricted waste which is excluded from the

definition of hazardous or solid waste or exempt

from regulation as

a RCRA

hazardous waste under 35

Ill.

Adm.

 Code 721.102 throuah 721.106. the

generator shall place.

 in the facility’s file,

a

one—time notice stating such generation,

~bseauent

exclusion

from

the

definition

hazardous or solid waste or exemption from

regulation as a RCRA hazardous waste, and the

disposition of the waste.

62j

 Generators shall retain on—site a copy of all

notices, certifications, demonstrations,

 waste

analysis data and other documentation produced

pursuant to this Section for at least five years

from the date that the waste that is the subject

of such documentation was last sent to on—site or

off—site treatment storage or disposal.

 The five

year record retention period is automatically

extended during the course of any unresolved

enforcement action regarding the regulated

activity

requested

the

Agency.

The

requirements of this subsection apply to solid

wastes even when the hazardous characteristic is

removed prior to disposal. or when the waste is

 excluded from the definition of hazardous or solid

waste under 35 Ill.

Adm.

Code 721.102 through

721.106,

 or exempted from reaulation as a RCRA

hazardous waste subseauent to the point of

generation.

~8)

 If a generator is managing

 a lab pack that

contains wastes identified in Appendix D and

wishes to use the alternative treatment standard

under Section 728.142, with each shipment of waste

the generator shall submit a notice to the

treatment facility in accordance with subsection

(a)(1),

 above.

 The generatorshall also comply

with

the

requirements

subsections

(a)

(5)

and

(a) (6). above, and shall submit the following

certification, which must be signed by an

authorized representative:

I certify under penalty of law that I

personally have examined and am familiar witi

the waste and that the lab pack contains onl~

the wastes specified in 35 Ill. Adm. Code

728.Appendix D or solid wastes not subject t

13 2—55 5

294

regulation under 35 Ill.

 Adm.

Code 721.

 I am

aware that there are significant penalties

for submitting a false certification,

including the possibility of fine or

imprisonment.

8-9)

generator

 managing a lab pack that

contains organic wastes specified in Appendix E

and wishes to use the alternate treatment

standards under Section 728.142, with each

shipment of waste the generator shall submit a

notice to the treatment facility in accordance

with subsection

 (a) (1), above.

 The generator also

shall comply with the requirements in subsections

(a) (5) and

 (a) (6). above, and shall submit the

following certification which must be signed by an

authorized representative:

I certify under penalty of law that

I

personally have examined and am familiar with

the waste through analysis and testing or

through knowledge of the waste and that the

lab pack contains only organic waste

specified in 35 Ill.

Adm.

Code 728.Appendix E

or -solid wastes not subject to regulation

under 35 Ill.

 Adm. Code

721.

 I am aware that

there are significant penalties for

submitting a false certification, including

the possibility of fine or imprisonment.

9i~Q) Small quantity generators with tolling agreements

pursuant to 35 Ill.

Adm.

Code 722.120(e)

 shall

comply with the applicable notification and

certification requirements of this subsection (a)~

above,

 for the initial shipment of the waste

subject to the agreement.

 Such generators shall

 retain on-site a copy of the notification and

certification, together with the tolling

agreement,

 for at least three years after

termination or expiration of the agreement.

The

three—year record retention period is

automatically extended following notification

pursuant to Section 31(d)

 of the Environmental

Protection Act, until either any subsequent

enforcement action is resolved, or the Agency

notifies the generator documents need no be

retained.

b)

 Treatment facilities shall test their wastes according

to the frequency specified in their waste analysis

plans as required by 35 Ill.

Adm.

Code 724.113 or

725.113.

 Such testing must be performed as provided in

132—556

295

subsections

 (b) (1),

(b)

(2)

and

 (b) (3), below.

For

wastes

with

treatment

standards

expressed

concentrations In the waste extract (Section

728.141), the owner or operator of the treatment

facility shall test the treatment residues or an

extract of such residues developed using the test

method described in Appendix A to assure that the

treatment residues or extract meet the applicable

treatment standards.

2)

 For wastes prohibited under Section 728.132 or

 728.139 which are not subject to any treatment

standards under Subpart D, the owner or operator

of the treatment facility shall test the treatment

residues according to the generator testing

requirements

specified

Section

728.132

assure that the treatment residues comply with the

applicable prohibitions.

3)

 For wastes with treatment standards expressed as

concentrations in the waste

 (Section 728.143), the

owner

or operator of the treatment facility shall

test the treatment residues (not an extract of

such

residues)

assure

that

the

treatment

residues meet the applicable treatment standards.

4)

 A notice must be sent with each waste shipment to

the land disposal facility which includes the

following information:

A)

 USEPA Hazardous Waste

Number;

The

corresponding

treatment

standards

for

wastes F001-F005,

 F039 and wastes prohibited

pursuant to Section 728.132 or Section

3004(d)

 of the Resource Conservation and

Recovery Act, referenced in Section 728.139.

Treatment standards for all other restricted

wastes must either included, or be referenced

ao above, or by including on the notification

the auboatogory of the waote, the

treatability group(a) of the

waBte (o)

wastewater or nonwastewater

 (a.s

defined in Section 728.102) category, the

applicable subdivisions made within

 a waste

code based on waste—specific criteria

 (such

as D003. reactive cvanidesL and the Section

and subsection where the applicable treatment

standards appear~. Where the applicable

treatment standards are expressed as

specified technologies in Section 728.142,

132—557

296

the applicable five—letter treatment code

found in Table C (e.g., INCIN, WETOX)

 also

must be listed on the notification.

C)

 The manifest number associated with the

shipment of waste; and

 Waste analysis data, where available.

5)

The

treatment

facility

shall

submit

certification with each shipment of waste or

treatment residue of a restricted waste to the

land disposal facility stating that the waste or

treatment residue has been treated in compliance

with the treatment standards specified in Subpart

 and the applicable prohibitions set forth in

Section 728.132 or 728.139.

For

wastes

with

treatment

standards

expressed

concentrations

 in the waste extract or in

the waste (Sections 728.141 or 728.143), or

for

wastes

prohibited

under

Section

7.28.132

or 728.139 which are not subject to any

treatment standards under Subpart D, the

certification must be signed by an authorized

representative and must state the following:

I certify under penalty of

 law that I

have personally examined and am familiar

with the treatment technology and

operation

 the treatment process used

to support this certification and that,

based on my inquiry of those individuals

immediately responsible for obtaining

this information,

 I believe that the

treatment process has been operated and

maintained properly so as to comply with

the performance levels specified in 35

Ill.

Adm. Code

728.Subpart D and all

applicable prohibitions set forth in 35

Ill.

Adm.

Code 728.132 or 728.139 or

section 3004(d)

 of the Resource

Conservation and Recovery Act without

impermissible dilution of the prohibited

waste.

 I am aware that there are

significant penalties for submitting a

false certification,

 including the

possibility of fine and imprisonment.

B)

 For wastes with treatment standards expressed

as technologies

 (Section 728.142), the

certification must be signed by an authorized

132—558

297

representative and must state the following:

I certify under penalty of law that the

waste has been treated in accordance

with the requirements of 35 Ill.

 Adin.

Code 728.142.

 I am aware that there

 are.

significant penalties for submitting

a

false certification, including the

possibility of fine and imprisonment.

C)

 For wastes with treatment standards expressed

as concentrations in the waste pursuant to

Section 728.143,

 if compliance with the

treatment standards in Subpart D is based

in

part or in whole on the analytical detection

limit alternative specified in Section

728.143(c), the certification also must state

the following:

I certify under penalty of law that

I

have personally examined and am familiar

with the treatment technology and

operation of the treatment process used

to support this certification and that,

based on my inquiry of those individuals

immediately responsible for obtaining

this

information,

 I believe that the

nonwastewater organic constituents have

been treated by incineration in units

operated in accordance with 35 Ill. Adm.

Code 724.Subpart 0) or 35 Ill. Adm. Code

725.Subpart

 0, or by combustion in fuel

 substitution units operating in

accordance with applicable technical

requirements, and I have been unable to

detect the nonwastewater organic

constituents despite having used best

good faith efforts to analyze for such

constituents.

 I am aware that there are

significant penalties for submitting a

false certification, including the

possibility of fine and imprisonment.

6)

 If the waste or treatment residue will be further

managed at a different treatment or storage

facility, the treatment,

 storage or disposal

facility sending the waste or treatment residue

off-site must comply with the notice and

certification requirements applicable to

generators under this Section.

7)

 Where

the wastes are recyclable materials used in

132—559

298

a manner constituting disposal subject to the

provisions of 35 Ill.

Adm.

Code 726.120(b),

regarding treatment standards and prohibition

levels, the owner or operator of a treatment

facility

 (i.e. the recycler)

 is not required to

notify the receiving facility pursuant to

subsection

 (b) (4)~above.

 With each shipment of

such wastes the owner or operator of the recycling

facility shall submit a certification described in

subsection

 (b) (5)~above, and a notice which

 includes the information listed in subsection

(b) (4)~

above

 (except the manifest

number)

 to the

Agency.

 The recycling facility also shall keep

records of the name and location of each entity

receiving the hazardous waste—derived product.

c)

 Except where the owner or operator is disposing of any

waste that is a recyclable material used in a manner

constituting disposal pursuant to 35 Ill. Adm. Code

726.120(b), the

 owner or operator of any land disposal

facility disposing any waste subject to restrictions

under this Part shall:

1)

 Have

copies of the notice and certification

specified in subsection

(a)

or

 (b), above, and the

certification specified in Section 728.108 if

applicable.

2)

 Test the waste,

 or an extract of the waste or

treatment residue developed using the test method

described in Appendix A or using any methods

required by generators under Section 728.132, to

assure that the wastes or treatment residues are

in compliance with the applicable treatment

standards set forth in Subpart D and all

applicable prohibitions set forth in Sections

728.132 or 728.139.

 Such testing must be

performed according to the frequency specified in

the facility’s waste analysis plan as required by

35 Ill.

Adm. Code

724.113 or 725.113.

3)

 Where the owner or operator is disposing of any

waste

that

subject

the

prohibitions

under

Section 728.133(f) but not subject to the

prohibitions set forth in Section 728.132, the

owner or operator shall ensure that such waste is

the subject of a certification according to the

requirements of Section 728.108 prior to disposal

in a landfill or surface impoundment unit,

and

that such disposal is in accordance with the

requirements of Section 728.105(h) (2).

 The same

requirement applies to any waste that is subject

132—560

299

to the prohibitions under Section 728.133(f)

and

also is subject to the statutory prohibitions in

the codified prohibitions in Section 728.139 or

Section 728.132

4)

Where

the

owner

operator

disposing

any

waste that is a recyclable material used in a

manner constituting disposal subject to the

provisions of 35 Ill.

Adm.

Code 726.120(b), the

~owneror operator is not subject to subsections

(c) (1) through

 (3). above, with respect to such

waste.

Source:

 Amended at 16 Ill.

 Reg.

 effective

Section

728.109

Special

Rules

 for Characteristic Wastes

a)

The

initial generator of a solid waste shall determine

each USEPA hazardous waste

number

 (waste codej

applicable to the waste in order to determine the

applicable treatment standards under Subpart D.

For

purposes of part 268this Part,

 the waste will carry a

the waste code dcoignation for any applicable listing

under 35

Ill.

 Adin.

Code 721.Subpart

D-~and

al3o~ ~fl,

addition, the waste will carry one or more of the waste

code~dc3ignation3 under 35 Ill. Adm. Code 72l.Subpart

C where the waste exhibits the relevant characteristic~

except in the case when the treatment standard for the

waste code listed in 35 Ill.

 Ada.

Code 721.Subpart D

oPerates

 in lieu of the standard for the waste code

under 35

 Ill. Adm. Code 721.Sub~artC. as specified in

subsection

 (b), below.

b)

 Where a prohibited waste is both listed under 35 Ill.

Adm. Code 721.Subpart D and exhibits a characteristic

under

35

 Ill.

Ada.

 Code 721.Subpart

 C, the treatment

standard for the waste code listed in 35 Ill. Adm. Code

721.Subpart D will operate in lieu of the standard for

the

waste

code

under

Ill.

 Adm.

Code 721..Subpart C,

provided that the treatment standard for the listed

waste includes a treatment standard for the constituent

that causes the waste to exhibit the characteristic.

Otherwise, the waste must meet the treatment standards

for

all

applicable

listed

and

characteristic

waste

codes.

c)

 In addition to any applica.ble standards determined from

the initial point of generation, no prohibited waste

which exhibits a characteristic under 35 Ill. Ada. Code

72l.Subpart C shall be land disposed unless the waste

complies with the treatment standards under Subpart D.

132—561

300

d)

 Wastes that exhibit a characteristic are also subject

to Section 728.107 requirements, except that once the

waste is no longer hazardous,

 for each shipment of such

wastes to a non—hazardous waste facility, regulated

under 35

 Ill. Ada. Code 807 or 811 through 815, or

exempted under Section 21(d) (1)

(1)

the

Environmental

Protection Act, or similarly regulated in other States,

the initial generator or the treatment facility need

not send a Section 728.107 notification to such

facility.

 In such circumstances, a notification and

certification must be sent to the Agency,

 or, for out—

of-State shipments, to the appropriate USEPA Regional

Administrator or State authorized, pursuant to 40 CFR

271, to implement 40 CFR 268 requirements.

1)

The

notification must include the following

information:

A)

 The name and address of the non—hazardous

waste facility receiving the waste shipment;

B)

 A description of the waste as initially

generated,

 including the applica)~leUSEPA

Hazardous Waste Number(s) and treatability

group (o). the applicable wastewater or

nonwastewater

 (as defined in Section 728.102)

category, and the subdivisions made within

a

waste code based on waste—specific criteria

(such as D003. reactive cyanides)

C)

 The treatment standards applicable to the

waste at the initial point of generation.

2)

 The certification must be signed by an authorized

representative and must state the language found

Section

728.107(b)

(5) (A).

Source:

 Amended at 16 Ill. Reg.

 effective

SUBPART

B:

 SCHEDULE FOR

LAND

DISPOSAL

PROHIBITION

AND ESTABLISHNENT

OF TREATMENT

STANDARDS

Section 728.110

 First Third

The

Board

incorporates

reference

CFR

268.10

 (1991).

 This

Section

incorporates

later

editions

amendments.

Source:

 Added at 16 Ill. Reg.

 effective

Section 728.111

 Second Third

132—562

301

The Board incorporates by reference 40 CFR 268.11

 (1991).

 This

Section incorporates no later editions or amendments.

Source:

 Added at 16

 Ill. Reg.

 effective

Section 728.112

 Third Third

The Board incorporates by reference 40

CFR

268.12

 (1991).

 This

Section incorporates no later editions or amendments.

Source:

 Added at 16

 Ill. Reg.

 effective

Section 728.113

 Newly Listed Wastes

The Board incorporates by reference 40 CFR 268.13

 (1991).

 This

Section incorporates no later editions or amendments.

Source:

 Added at 16 Ill. Reg.

 effective

Section 728.133

 Waste Specific Prohibitions

 First Third

Wastes

a)

 The wastes specified in 35 Ill. Adm. Code 721.132 as

USEPA hazardous wastes numbers listed below are

prohibited from land disposal

 (except in an injection

well).

 Until Auguot 7,

 1990, K06l wa3tc3 containing

15

 zinc or greater arc prohibited from land diGpo3al

pur3uant to the treatment Qtandard3 ~pcoificd in

Ccction 728.141 applicable to K061 wac3tc3 that contain

lcco

than 15

 zinc.

F006

 (nonwastewater)

KO01

K004 wastes specified in Section 728.143(a)

and

Table B

KOOB wastes specified in Section 728.143(a)

and

Table B

KO15

KO16

KO18

KO19

KO20

K021 wastes specified in Section 728.143(a)

and

Table B

KO22

 (nonwastewater)

K024

K025 nonwastewaters specified in Section

728.143(a)

 and Table B

K030

132—5 63

302

(nonwastewater)

(nonexplosive)

(nonwastewater)

(nonwastewater)

(nonwastewaters containing less than 15

zinc)

(non CaSO4)

(nonwastewater)

(solvent washes),

nonwastewaters specified in Section

728.143(a)

and

Table

K101

 (wastewater)

K101 (nonwastewater,

 low arsenic

less than 1

 total arsenic

K102

 (wastewater)

102

 (nonwastewater,

 low arsenic

less than 1

 total arsenic

103

104

b)

 Effective Augu3t 8,

 1990,

 tlhe wastes specified in 35

Ill.

 Adm. Code 721.132 as USEPA Hazardous Waste Nos.

K048,

 K049, K050,

 F051,

 K052,

 K061 (containing 15

 zinc

or greater), and K071 a*ej~prohibited from land

disposal.

c)

 Effective Auguot

8,

 1990, tlhe wastes specified in

Section 728.110 having a treatment standard in Subpart

D based on incineration and which are contaminated soil

and debris are prohibited from land disposal.

d)

 Until

Auguot

8,

 1990,

 waatcQ included in ouboection

(b)

and

(a)

may

bc diapoocd of in ala

impOUflaiLuii~.un.iy IL

LJUUI1

 UJill..

 In oompi.Lunec

WILI1

L1L~

268.5(h)

(2),

 roquiremonts opopificd in 40

CFR

incorporated by rcfercnoc in Ceotion 728.105.

e)

 The requirements of subsection

 (a),

 (b),

 (a) and

(d)

and

 (c), above, do not apply if:

1)

 The wastes meet

the

applicable

standards

specified

in Subpart D; or

2)

 Persons have been granted an adjusted standard

pursuant to Section 728.106, with respect to those

wastes and units covered by the petition; or

K036

KO37

K044

K045

K046

K047

KO60

KO61

K062

KO69

K086

KO87

K099

K100

subcategory

—-

subcategory

——

132—564

303

3)

 Persons have been granted an extension to the

effective

date

prohibition

pursuant

Section 728.105, with respect to those wastes

covered by the extension.

f)

 Until Hay 8,

 1990,

 the waatca opcoificd in Section

728.110 for which treatment otandard~under Subpart D

have not boon promulgatod,

 including thoco wactc~which

arc aubjcot to

the

otatutory prohibition3 of Section

728.139 or codified prohibitions

under

Caption 728.132,

but not including waatca

aubj

cot to a treatment

standard under Section 728.142, are prohibited from

di~pooalin a landfill or ourfacc impoundment un1cri~

unleac a demonotration and certification have been

rsubmittod

nurfm~nt to Section

728.108.

g)

 To determine whether a hazardous waste listed in

Section 728.110 exceeds the applicable treatment

standards specified in Sections 728.131 and 728.143,

 the initial generator shall test a representative

sample of the waste extract or the entire waste

depending on whether the -treatment standards are

expressed as concentrations in the waste extract or the

waste,

 or the generator may use knowledge of the waste.

If the waste ~containsconstituents in excess of the

applicable Subpart D levels, the waste is prohibited

from land disposal and all requirements of this Part

are applicable except as otherwise specified.

Source:

Amended

Ill.

Reg.

effective

Section 728.135

 Waste Specific Prohibitions—-Third Third

wastes.

a)

 The following wastes are prohibited from land disposal.

1)

 The wastes specified in 35 Ill.

 Adm. Code 721.131

as EPA Hazardous Waste Numbers:

F002 ~1.1.2—trichloroethane)

F005

 (benzene)

F005

 (2—ethoxyethanol)

F005

 (2-nitropropane)

F006 (wastewaters)

F019

F025

F039 (wastewaters);

2)

 The wastes specified in 35 111. Adm. Code 721.132

as EPA Hazardous Waste Numbers:

132—565

304

K002

K003

K004

K005

K006

1008

1011

1013

1014

K015

K017

1021

K022

K050

1051

K052

1060

1061

KO69

K073

K083

K084

1085

1095

1096

1097

K098

K100

K101

1102

1105

1106

(wastewaters)

(wastewaters)

(wastewaters)

(wastewaters)

(wastewaters)

(wastewaters)

(nonwastewaters)

(wastewaters)

(wastewaters)

(wastewaters)

(wastewaters)

(wastewaters)

(wastewaters,.

(wastewaters)

(wastewaters)

(wastewaters)

(wastewaters)

(wastewaters~

nonwastewaters)

‘wa3tcwalr~~

(wastewaters)

(wastewaters)

(wastewaters)

(wastewaters)

(wastewaters)

(wastewaters)

3)

 The wastes

721.133(e)

Pool

specified in 35 Ill. Ada. Code

as EPA Hazardous Waste Numbers:

reactive nonwastewaters)

(wastewaters)

(wastewaters)

(wastewaters)

15

 zinc)

and (high zinc subcategory

calcium sulfate

—I

(wastewaters)

132—566

305

P002

P003

P004

P005

P006

P007

P008

P009

P010

 (wastewaters)

POll

 (wastewaters)

P012

 (wastewaters)

P014

P015

P016

P017

P018

 iactcwa

P020

P022

P023

P024

P026

P027

P028

P031

P03~3

P034

P036 (wastewaters)

P037

P038

 (wastewaters)

P042

P045

P046

P047

P048

P049

P050

P051

P054

P056

P057

P058

P059

P060

P064

P065 (wastewaters)

P066

P067

P068

P069

P070

P072

P073

132—567

306

P075

P076

P077

P078

P081

P082

P084

P088

P092 (wastewaters)

P093

P095

P096

P101

P102

P103

P105

P108

P109

P110

P112

P113

P114

P115

P116

P11.8

P119

 P120

P122

P123

4)

 The wastes specified in 35 Ill. Ada. Code

721.133(f)

 as EPA Hazardous Waste Numbers:

DO01

DO02

DO03

U004

U005

U006

DO07

U008

DO09

DO10

U011

U012

DO14

U015

U016

DO17

U018

U019

U020

132—568

307

U021

U022

U023

D024

U025

U026

U027

U029

DO3O

D031

DO32

U033

D034

UO35

U036

U037

DO38

D039

U041

U042

U043

UO44

DO45

DO46

UO4-~7

DO48

DO49

DO50

DO51

UO52

DO53

DOSS

13056

D057

DO59

DO60

DO61

U062

13063

U064

DO66

U067

DO68

U070

DOll

D072

DO73

U074

D075

D076

DO77

DO78

13 2—569

308

DO79

13080

DO81

 DO82

U083

13084

DO85

13086

U089

13090

D091

DO92

UO93

13094

DO95

13096

13097

13098

DO99

Ui01

U103

Dl05

Dl06

D108

D10~9

13110

13111

U112

U113

13114

Dli5

D116

13117

13118

D119

D120 (waatowatcr~)

U121

Dl22

Ui23

D124

13125

U126

13127

D128

U129

U130

U131

Ui32

Dl33

U134

13135

13136

 (wastewaters)

132—570

309

Ui37

11138

11140

11141

11142

11143

(3144

(3145

(3i46

0147

0148

.1149

3150

3151

 (wastewaters)

0152

3153

3154

Ui55

3156

13157

U158

U159

13160

13161

Ul62

U163

13164

Ui65

Ui66

13167

13168

13169

13170

13171

Ui72

D173

D174

13176

U177

13178

13179

3180

13181

0182

0183

U184

Ui85

Dl86

Di87

13188

13189

13191

132—57 1

310

13192

13193

13194

13196

1.3197

13200

13201

13202

13203

13204

13205

D206

13207

13208

D209

13210

U211

13213

D214

U215

U2i6

U217

0218

3219

322.0

13222

D225

4)

 The following wastes identified as hazardous based

on a characteristic alone:

DO01

D002

DO03

DOO4 (wastewaters)

D005

DO06

13 2—572

311

D007

D008

(except

for

 lead materials stored before

secondary smelting)

DOO9

(wastewaters)

DO1O

DOll

D0i2

D0i3

D0l4

D0l5

D016

DO17

The

following

wastes

are

 prohibited from land disposal.

The wastes specified in 35 Ill. Adm. Code 721.132

as

EPA Hazardous Waste Numbers:

1048

 (nonwastewaters)

1049

 (nonwastewaters)

1050

 (nonwastewaters)

1051

 (nonwastewaters)

1052

(nonwastewaters)

Effective

 May 8,

 1992,

 the following wastes are

prohibited

from

land disposal:

1)

 The wastes specified in 35 Ill. Adm. Code 721.131

as EPA Hazardous Waste Numbers:

FO39 (nonwastewaters)

2)

 The wastes

specified

 35 Ill. Adm. Code 721.132

as EPA Hazardous Waste Numbers:

1031

 (nonwastewaters)

K084

 (nonwastewaters)

KiOl (nonwastewaters)

K1O2 (nonwastewaters)

1106

 (nonwastewaters)

3)

 The wastes specified in 35 Ill.

Ada.

 Code

721.133(e)

 as EPA Hazardous Waste Numbers:

POlO (nonwastewaters)

POll (nonwastewaters)

P012

(nonwastewaters)

P036 (nonwastewaters)

P038 (nonwastewaters)

PO6S (nonwastewaters)

 P087 (nonwaotcwatcro)

P092

(nonwastewaters)

13 2—573

312

4)

The

wastes

specified

Ill.

Adm.

Code

721.133(f)

EPA

Hazardous

Waste

Numbers:

U136

 (nonwastewaters)

13151

 (nonwastewaters)

5)

 The following wastes identified as hazardous based

on a characteristic alone:

DO04

 (nonwastewaters)

D008

 (lead materials stored before secondary

smelting)

DOO9 (nonwastewaters);

6)

 Inorganic solids debris as defined in 35 Ill. Adm.

Code 728.102(a)(7)

 (which also applies to chromium

refractory bricks carrying the EPA Hazardous Waste

Numbers 1048-1052)

7)

 RCRA hazardous wastes that contain naturally

occurring radioactive materials.

d)

 Effective May 8,

 1992, hazardous wastes listed in 40

CFR 260..l2Sections 728.110. 728.111 or 728.112 that are

mixed radioactive/hazardous wastes, and soil or debris

contaminated with hazardous wastes listed

 in Sections

728.110.

 728.111 or 728.112 that are mixed

radioactive/hazardous wastes, are prohibited from

 land

disposal.

e)

 Effective May 8,

 1992, the wastes specified in this

 Section having a treatment standard in Subpart D based

on incineration, mercury retorting,

 vitrification, acid

leaching followed by chemical precipitation or thermal

recovery of metals and which are contaminated soil or

debris, are prohibited from land disposal.

h)

 Between May 8,

 1990, and May 8, 1992, wastes included

in subsections

 (c),

 (d) and

 (e). above,

 shall be

disposed of in a landfill or surface impoundment only

such

unit

compliance

 with the requirements

specified in Seàtion 728.105(h) (2).

i)

 The requirements of subsections

 (a),

 (b),

 (c),

 (d) and

(e), above, do not apply if:

1)

 The wastes meet the applicable standards specified

in Subpart D;

2)

 Persons have been granted an exemption from a

prohibition

pursuant

 a petition under Section

728.106, with respect to those wastes and units

132—574

313

covered by the petition;

The

wastes

 meet the applicable alternate standards

established

pursuant

petition

granted

under

Section 728.144;

4)

 Persons have been granted an extension to the

 effective date of a prohibition pursuant to

Section 728.105, with respect to these wastes

covered by the extension.

j)

 To determine whether a hazardous waste listed in 40 CFfl

268.10,

 268.11 and 268.l2Section 728.110.

 728.111 or

728.112 exceeds the applicable treatment standards

specified in Sections 728.141 and 728.143, the initial

generator shall either test a representative sample of

the waste extract or the entire waste, depending on

whether the treatment standards are expressed as

concentrations in the waste extract or the waste,

or

use knowledge of the waste.

 If the waste contains

constituents in excess of the applicable Subpart D

levels, the waste is prohibited from land disposal, and

all requirements of this Part are applicable,

 except as

otherwise specified.

Source:

 Amended at 16

 Ill. Reg.

 effective

SUBPART D:

 TREATMENT

STANDARD S

Section

728.140

 Applicability of Treatment Standards

a)

 A restricted waste identified in Section 728.141 may be

land

disposed

only

extract

the

waste

the

treatment

residue

the

waste

developed

using

the

test

method Appendix A35 Ill.

 Adm.

Code 721.Appendix B does

not

exceed

the

value

shown

Table

for

any

hazardous

constituent listed in Table A for that waste,

 with

the

following exceptions:

 D004,

 D008,

 1031,

 1084,

 KlOi,

K102,

 POlO,

 POll, P012,

 P036, P038 and U136.

 Wa~tcc

D004,

D008,

1031,

1034,

1101,

1102,

POlO,

roil,

 P012,

P036,

P033

and

Dl36These

wastes

may

land

dis~osed

only

extract

the

waste

the

treatment

residue

the

waste

developed

using

either

the

test

method

Iii.

Ada.

Code

721.Appendix

A~or

the

test

method

Iii.

Ada.

 Code

728.Appendix 81

 (“eve”)

of

this Part does not exceed the valucconcentrptions shown

Table

B~for

any

hazardous

constituent

listed

Table A for that waste.

b)

 A restricted waste for which a treatment technology is

smDecified under Section

728.142(a)

 may be land disposed

132—575

314

after it is treated using that specified technology or

equivalent

treatment

method

approved

the

Agency

under

the

procedures

set

forth

Section

728.142(b).

c)

 Except as otherwise specified in Section 728.143(c),

a

restricted waste identified in Section 728.143 may be

land disposed only if the constituent concentrations in

the waste or treatment residue of the waste do not

exceed the value shown in Table B for any hazardous

constituent listed in Table B for that waste.

Source:

 Amended at 16 Ill. Reg.

 effective

Section

728.141

Treatment

Standards

expressed

Concentrations in Waste Extract

a)

 Table A identifies the restricted wastes and the

concentrations

their

associated

hazardous

constituents

which

may

not

exceeded

the

extract

waste

treatment

residual

developed

 using

the

test

method

Appendix

for

the

allowable

land

disposal

such

waste,

with

the

exception

wastes

D004,

DOO8,

KO31,

1084,

1101,

1102,

POlO,

POll,

P012,

P036,

P038

and

U136.

 Table A identifies the restricted

wastes

DOO4,

DOO8,

1031,

1084,

1101,

K102,

POlO,

POll,

P012,

P036,

P038

and

Ui36

and

the

concentrations

their associated constituents which shall not be

exceeded

the

extract

waste

treatment

residual

developed

using

the

test

method

Ill.

Ada.

Code

72l.Appendix

for

the

allowable

land

disposal of such wastes.

 (Appendix B provides guidance

on treatment methods that have been shown to achieve

 the Table A levels for the respective wastes.

 Appendix

not

regulatory

requirement

but

provided

assist generators and owners or operators in their

selection

appropriate

treatment

methods.)

Compliance

with these concentrations is required based on grab

samples.

When

wastes

with

differing

 treatment standards for a

constituent of concern are combined for purposes of

treatment, the treatment residue must meet the lowest

treatment

standard

for

the

constituent

concern4

except

that

mixtures

high

and

low

zinc

nonwastewater

K061 are sub-ject to the treatment standard for high

zinc

K061.

Source:

Amended

Ill.

Reg.

effective

Section 728.142

 Treatment Standards expressed as Specified

132—576

315

Technologies

The

following

wastes

subsections

(a)

(1)

and

(2)~.

below, and Table D and E must be treated using the

technology or technologies specified in subsections

(a) (1) and

 (2). below,

 and Table

C.

Liquid

hazardous

wastes

containing

PCBs

concentrations

greater

than

equal

ppm

but

less than 500 ppm must be incinerated in

accordance

with

technical

requirements

CFR

761.70, incorporated by reference in 35 Ill. Ada.

Code

720.111,

burned

high

efficiency

boilers

in accordance with the technical requirements of

40 CFR 761.60.

 Liquid hazardous wastes

containing

PCB5

concentrations

greater

than

equal

500

ppm

must

incinerated

accordance

with

the

technical

requirements

CFR

761.70.

Thermal

treatment

accordance

with

this

Section

must be in compliance with applicable regulations

in 35

 Ill. Adm. Code 724,

 725 and 726.

Nonliquid

hazardous

wastes

containing

halogenated

organic compounds

 (HOC5)

 in total concentrations

greater ~thanor equal to 1000 mg/kg and liquid

HOC-containing

wastes

that

are

prohibited

under

Section

728.132(e)

(1)

must

incinerated

accordance

with

the

requirements

Ill.

Adm.

Code

724.Subpart

Ill.

Adm.

Code

725.Subpart

These

treatment

standards

not

apply where the waste is subject to a Subpart -G~

treatment standard for a specific HOC (such as a

hazardous waste chlorinated solvent for which a

treatment

standard

established

under

Section

728.141(a)).

~j

 A mixture consisting of wastewater,

 the discharge

of which is subiect to regulation under 35 Ill.

Adm. Code 309 or 310, and de mininiis losses of

materials from manufacturing operations in which

these materials are used as raw materials or are

produced

products

the

manufacturing

process,

and

that

meet

the

criteria

the

DOOl

ignitable

 liquids containing greater than 10

 total organic

constituents

(TOC)

subcategory.

 subiect to the

DEACT

treatment standard

described

Table

For purposes of this subsection.

 “de minimis

losses” include:

~j

 Those from normal material handling

oieratipns

 (e.g.,

 spills from the unloading

transfer

materials

from

bins

other

132—577

316

containers,

 leaks from pipes. valves or other

devices used to transfer materials)

~j

 Minor

leaks

from process eciui~ment,storage

tanks,

or containers

Qj

 Leaks

from well-maintained pump packings and

seals

Q1

 Sample ~uraings: and

ia

 Relief device discharges.

b)

Any

person may submit

application

the

Agency

demonstrating

that

alternative

treatment

method

can

achieve

level

performance

equivalent

that

achievable

methods

specified

subsections

(a)~

above and,

 (c) and

 (d). below.

 The applicant shall

submit information demonstrating that the applicant’s

treatment

method

compliance

with

federal

and

state requirements, including this Part,

 35 Ill. Ada.

Code

709,

724,

725,

726

and

729

and

Sections

22.6

and

39(h)

the

Environmental

Protection

Act

(Ill.

Rev.

Stat.

1987,

ch.

111½, pars.

1022.6

and

1039(h)),

and

protective

human

health

the

environment.

the

basis

such

information

and

 -any other available

information, the Agency shall approve the use of the

alternative treatment method if the Agency finds that

the alternative treatment method provides a measure of

performance

equivalent

that

achieved

methods

specified

subsections

(a),

above

and,

(c)

and

(d)~.

below.

Any

approval

must

stated

writing

and

may

contain such provisions and conditions as the Agency

determines to be appropriate.

 The person to whom such

approval

issued

shall

comply

with

all

limitations

contained in such determination.

alternative

the

otherwise

applicable

Subpart

treatment

standards,

lab

packs

are

eligible

for

land

disposal provided the following requirements’ are met:

1)

The

lab packs comply with the applicable

provisions

Ill.

Ada.

Code

724.416

and

725.416;

BOARD

NOTE:

Iii.

Ada..

Code

729.301

and

729.312

include additional restrictions on the use of lab

packs.

2)

 All hazardous wastes contained in such lab packs

are specified in Appendix D or Appendix E;

132—578

317

The

lab

packs

are

incinerated

accordance

with

the

requirements

Ill.

Ada.

Code

724.Subpart

Ill.

Ada.

Code

725.Subpart

and

4)

 Any incinerator residues from lab packs containing

DOO4,

D005,

D006,

DOO7,

D008,

DOlO

and

DOll

are

treated in compliance with the applicable

treatment standards specified for such wastes in

Subpart D.

d)

 Radioactive hazardous mixed wastes with treatment

standards specified in Table E are not subject to any

treatment standards specified in Section 728.141,

Section 728.143 or Table

D.

 Radioactive hazardous

mixed wastes not subject to treatment standards in

Table E remain subject to all applicable treatment

standards specified in Section 728.141, Section 728.143

and Table D.

Source:

 Amended at 16

 Ill. Reg.

 effective

Section 728.144

 Adjustment of Treatment Standard

Where

the

treatment

standard

expressed

concentration

waste

extract

and

waste

cannot

treated

the

specified

level,

where

the

treatment

technology

 not appropriate to the waste,

the

generator

treatment

facility

may

petition

the

Board for an adjusted treatment standard.

As

justification, the petitioner shall demonstrate that,

because

the

physical

chemical

properties

the

waste

differ

significantly

from

wastes

analyzed

developing the treatment standard, the waste cannot be

treated

specified

level

the

specified

methods.

b)

 Each petition must be submitted in accordance with the

procedures in 35 Ill.

 Ada. Code 106.Subpart G.

c)

 Each petition must include the following statement

signed by the petitioner or an authorized

representative:

I certify under penalty of law that

 I have

personally examined and am familiar with the

information submitted in this petition and all

attached documents,

 and that,

 based on my inquiry

of those individuals immediately responsible for

obtaining the information,

 I believe that the

 submitted information is true,

 accurate and

complete.

 I am aware that there are significant

penalties for submittinq false information,

132—5 79

318

including the possibility of fine and

imprisonment.

After

receiving

petition

for

adjustment

treatment standard, the Board may request any

additional information or samples which are necessary

evaluate

the

petition.

The

Board

will

give

public

notice

and

provide

opportunity for public comment, as provided in 35 Ill.

Adm. Code 106.

 The final dcoiaion on an adjuoted

trcatmcnt otandard ‘~tillbe publirihed

 in the

Environmental Rcgi3tcr.In coniunction with the normal

updating of the

RCRA

regulations, the Board will

maintain, in this Part,

 a listing of all adjusted

standards ~ranted by the Board pursuant to this

Section.

 A LISTING OF

ALL

ADJUSTED

 STANDARDS GRANTED

PURSUANT TO THIS SECTION WILL BE PUBLISHED IN THE

ILLINOIS REGISTER AND ENVIRONMENTAL REGISTER AT THE END

OF EACH FISCAL YEAR.

 (Section 28.1(d) (3) of the

Environmental Protection Act.)

f)

 A generator,

 treatment facility or disposal facility

that is managing a waste covered by an adjusted

treatment standard shall comply with the waste analysis

requirements for restricted wastes found under Section

728

107.

g)

 During the petition review process, the applicant

is

required to comply with all restrictions on land

disposal under this Part once the effective date for

the waste has been reached.

h)

 Where the treatment standard

 is expressed as a

concentration in a waste or waste extract and a waste

generated under conditions specific to only one site

cannot be treated to the specified level, or where

treatment technology is not appropriate to the waste,

the generator or treatment facility may petition the

Board for a site-specific adjusted standard.

The

petitioner shall demonstrate that, because the physical

or chemical properties of the waste differs

significantly from the waste analyzed in developing the

treatment standard, the waste cannot be treated to

specified levels or by the specified methods.

i)

 Each petition for a site—specific adjusted standard

must include the information in 40 CFR 260.20(b) (1)

through

 (b)(4), inoorporatod by refercnce in 35

 Ill.

Ada. Code 720.11135 Ill. Ada. Code 720.120(b) (1)

through

 (4).

132—580

319

j)

 After receiving a petition for a site-specific adjusted

standard, the Board may request any additional

information

samples

which

the

Board

determines

are

necessary to evaluate the application.

k)

A

generator, treatment facility or disposal facility

which

managing

waste

covered

site—specific

adjusted standard from a treatment standard shall

comply with the waste analysis requirements for

restricted wastes in Section 728.107.

1)

 During the petition review process, the petitioner for

a site-specific adjusted standard shall comply with all

restrictions on land disposal under this Part once the

effective date for the waste has been reached.

Source:

 Amended at 16 Ill. Reg.

Section 728.Appendix D

 Organometallic Lab Packs

Hazardous waste with the following EPA hazardous waste codee

numbers may be placed in an “organometallic” or “Appendix D lab

pack:”

effective

POOl,

P002,

P003,

P004,

P005,

P006,

P007,

P008,

P009,

P013,

P014,

P015,

P016,

P017,

P018,

P020,

P021,

P022,

P023,

P024,

P025,

P026,

P027,

P028,

P029,

P030,

P031,

P033.

P034,

P036,

P037,

P038,

P039,

P040,

P041,

P042,

P043,

P044,

P045,

P046,

P047,

P048,

P049,

P050,

P051,

 P054,

 P056, P057, P058,

 P059,

 P060, P062,

 P063, P064,

 P065,

P066,

P067,

P068,

P069,

P070,

P071,

P072,

P073,

P074,

P075,

P077,

P081,

 P082,

 P084, P085, P087,

 P088,

 P089, P092,

 P093,

 P094,

 P095,

P096, P097,

 P098, P099, P101,

 P102,

 P103, P104,

 P105,

 P106,

 P108,

P109, P110,

 P111, P112,

 P113, P114,

 P115, P116,

 P118,

 P119,

 P120,

P121,

 P122,

 P123

U001,

U002,

U003,

13004,

U005,

13006,

U007,

UOO8,

UOO9,

13010,

U01l,

U012, U0l4,

 U015,

 13016,

 13017,

 13018,

 13019, UO2O,

 13021,

 13022,

 13023,

13024,

 U025,

 13026,

 13027,

 13028,

 13029, U030,

 13031,

 13032, U033,

13034,

U035,

 13036,

 13037, U038,

 13039,

 U041,

 13042, U043,

 13044,

 13045,

 13046,

UO47,

 13048,

 13049,

 13050,

 13051,

 13052,

 13053,

 13055,

 13056,

 13057, U058,

U059,

 U060,

 13061,

 13062,

 13063,

 13064,

 13066, U067,

 13068, U06g,

 U070,

13071,

 13072, U073,

 13074,

 13075, U076,

 U077,

 UO78,

 13079,

 13080,

 13081,

13082,

 13083,

 13084,

 13085,

 13086, U087,

 13088,

 13089,

 13090, U091,

 U092,

13093,

 U094,

 13095,

 13096,

 U097,

 13098,

 13099,

 13101,

 U102,

 13103, U105,

U106, U107,

 13108, U1O9,

 13110, Ulli,

 0112,

 U113,

 13114,

 13115, U116,

U117,

13128,

U118,

13129,

13119,

13130,

U120,

13131,

13121,

13132,

U122,

13133,

13123, Ul24,

 13125,

 13126, U127,

13134,

 13135,

 13136,

 13137,

 13136,

U137,

 13138, U139,

 Ul40,

 13141,

 13142, U143,

 13144, Ul45,

 13146,

 13147,

13148, U149,

 13150,

 U152,

 13154,

 U153,

 13154,

 13155,

 13156, U157,

 13158,

13159,

13160,

U161,

13162,

U163.

13164,

13165,

U166,

13167,

13168,

13169,

13170, Ul71,

 13172,

 U173, U174,

 13176,

 13177,

 U178,

 13179, U180,

 13181,

132—581

320

DOOl,

D002,

DOO3,

DOO4,

D005,

DOO6,

D013, D014,

 DO15, D016, DOll

D007,

 D008, DO1O,

 DOll, D012,

U032,

U136,

13144,

13145,

U146,

U163,

13214,

13215,

U216,

U217

BOARD

 NOTE:

 35 Ill. Ada. Code 729.301 and 729.312 include

additional limitations on the use of lab packs.

Source:

 Amended at

16 Ill. Reg.

 effective

Section 728 .Appendix E

 Organic Lab Packs

Hazardous wastes with the following EPA Hazardous Waste Code No.

may

placed

“organic”

“Appendix

E”

lab

pack:

P003,

 P004,

 P005,

P017, P018, P020,

P030,

P031,

P033,

P043, P044,

 P045,

P058,

 P059,

 P060,

P069, P070,

 P071,

P085, P037,

 P088,

P099,

P101,

P102,

P112,

P113,

P114,

P009,

 P013,

 P014,

P025,

 P024,

 P026,

P038,

P039,

P040,

P049,

 P050,

 P051,

P064,

 P065,

 P066,

-P075,

P077,

P081,

P094,

P095,

P096,

P106,

P108,

P109,

P119,

P120,

P122,

U182,

Ul93,

U207,

U2l9,

13236,

13183,

13194,

13208,

13220,

13237,

13184,

13196,

13209,

U221,

U238,

U185,

13197,

13210,

U222,

13239,

U186,

13200,

13211,

13223,

13240,

U187,

U201,

U2l3,

13225,

U243,

13188,

U202,

U214,

13226,

13244,

13189,

U203,

13215,

13227,

U246,

13190,

U204,

13216,

13228,

U247,

13191,

13205,

U217,

U234,

13248,

U192,

U206,

13218,

13235,

0249T

13328, U353, U359

FOOl,

F024,

F002,

F025

F003,

F026,

F004,

F027,

F005,

F028.

F006,

F039

FOb,

F020,

F02l,

FO22,

F023,

1001,

K018,

K029,

K040,

K051,

K083,

K099,

1002,

1019,

K030,

K04l,

K052,

1084,

1101,

1008,

KO2O,

1031,

K042,

1054,

K085,

1102,

1009,

K021,

1032,

KO43,

KO6O,

1086,

K103,

1010,

1022,

K033,

KO44,

1061,

1087,

1104,

1011,

1023,

KO34,

1045,

1013,

1024,

1035,

1046,

1014,

1025,

1036,

1047,

1015,

1026,

1037,

1048,

1069,

1096,

K113,

1016,

1027,

K038,

1049,

1071,

1097,

1114,

K017,

KO28,

1039,

K050,

K073,

KO98,

1115,

1064,

KO93,

1105,

1065,

1094,

1066,

1095,

1111,

 1112,

1136

 1116,

 1117,

 1118,

 1123,

 1124,

 1125,

 1126,

P001,

 P002,

P015,

 P016,

P027,

 P028,

P041,

 P042,

P054,

 P057,

P067,

 P068,

P082,

 P084,

P097,

 P098,

P110,

 P111,

P123

P006,

 P007, P008,

P021,

P022,

P023,

P034,

 P036,

 P037,

P046,

 P047,

 P048,

P062, P063,

 P064,

P072, P073,

 P074,

P089,

 P092,

 P093,

P103, P104,

 P105,

P115, P116, P118~

U001,

U012,

 13024,

13036,

U048,

13060,

13002,

13014,

U025,

U037,

U049,

U061,

13003,

U015,

13026,

13038,

U050,

13062,

U004,

 13005,

13016,

U017,

U027,

13028,

U039,

 13041,

U051,

 U052,

13063, U064,

13006,

UO18,

13029,

13042,

U053,

U066,

U007,

U019,

UO3O,

U043,

13055,

13067,

U008,

U020,

U031,

13044,

13056,

13068,

U009,

U021,

U033,

U045,

U057,

13069,

13010,

13022,

13034,

13046,

13058,

U070,

13011,

13023,

UO35,

U047,

13059,

13071,

132—582

321

FOOl,

 F002,

 F003,

 F004,

F025, F026,

 F027, F028

1013,

K024,

1036,

1046,

 K047,

1065,

 1073,

 1083,

10847—

K097,

 K098,

 kZ099( 1101,

1114,

 1115,

 1116,

 1117,

FOO5,

FOb,

F020,

F021,

F022,

F023,

F024,

K014,

 1015,

 1016,

 1017,-

 1018,

 1019,

1025,

 1026,

 1027,

 1029,

 K030,

 1031,

1037,

 1038,

 1039,

 1040,

 1041,

 1042,

1048,

1049,

1050,

1051,

1052,

1054,

-1085,

 1086,

 1087,

 K093,

 1094,

 1095,

1102,

 K103,

 K104,

K105,

 1111,

 1112,

~118,

 1123,

 1124,

 1125,

 1126,

1136

DOOl, D012, D013,

 D014,

 DO15, DO16, D017

BOARD NOTE:

35

 Ill.

 Ada.

Code 729.301 and 729.312 include

additional

limitations

the

use

lab

packs.

Source:

 Amended at 16 Ill.

 Reg.

Section 728.Appendix G

 Federal Effective Dates

The following are the effective dates for the USEPA rules in 40

CFR

268.

These

generally

became

effective

Illinois

rules

later date.

Waste

Code

t_t__a__

#-._J__

—

—v-——

 Effective

date

Liquid

ha~a

free liquido aooociatccl

or oludgc, containing free cyan.J~ue~

conccntrationo

greater

than

equal

to 1,000 ag/l or certain

metals

or compounds of these metals

greater

than

 cqual

 t~h~

13072,

 13073, UO74,

 13075, UO76,

 13077,

 13078, U079,

 13080,

 13081, U082,

13083,

 13084, U085,

 0086,

 13087,

 13088, UO89,

 13090,

 13091,

 13092, U093,

U094,

U095,

UO96,

U097,

13098,

U099,

UbOl,

U1O2,

U103,

13105,

13106,

13107,

 13108, U1O9,

 13110,

 13111, U112,

 U113,

 U114,

 13115,

 13116, U117,

13118,

 13119,

 13120,

 U121,

 U122,

 13123,

 13124, Ub25,

 13126,

 13127,

 13128,

13129,

U130,

13131,

13132,

U133,

U135,

U137,

U138,

~139,

13140,

U141,.

13142,

U143,

U147,

13148,

U149,

13150,

13152.

13153,

13154,

13155,

13156,

13157,

13158,

U159,

0160,

U161,

U162,

U163,

U164,

U165,

13166,

13167,

13168, U169,

 13170,

 13171,

 13172,

 13173,

 13174, U176,

 13177,

 13178,

 13179,

13180,

13181,

13182,

13183,

13184,

13185,

U186,

U187,

U188,

U189,

13190,

Ul91,

 U192,

 13193,

 13194, 13196,

 13197, U200, U2O1,

 U2O2,

 U203,

 U205,

13206,

13207,

13208,

U2O9,

13210,

13211,

U213,

13214,

U218,

13219,

13220,

13221,

13222,

13223,

13225,

13226,

U227,

13228,

U234,

U235,

13236,

13237,

13238,

13359

U239,

U240,

U243,

13244,

13246,

U247,

13248,

13249,

13323,

13353,

1001,

 K009,

K020,

 1021,

K032,

 1033,

 1043,

 K044,

1010,

1022,

1034,

104 5,

1011,

-1023,

1035,

K060,

K096,

Kl13,

effective

California list

 aatcs,

 including

 July 8,

1987

~‘

 ~o1id

132—583

3661

 ‘8

!~t~

3661

 ‘o

~

0661

 ‘8

bny

3661

 ‘8 ~CW

0661

 ‘8

 •f~ny

liv

oUOT~.OtaAT~O3.1.1OO

YUDU/’W13U23

1liO.1

 000H °T’Q~P

put

03

:uot~.otz3ApI.oo.Lloo

vuou/~riouao

UtOlJ

~OU

 CDOH ?r~igoppU~

~09

3;.

 -“i

UtTJ~

.J.~

L861

 ‘8

i~inr ~

 P3UT3P

c

oq.

~tnbo

 ~o utt~.ci

co~crirt

cnop.xt~rn~(cm

1

iid

 5UTACT.1

ibt) PTnbVI

 ~cçt tTUlo3TltD

~c—z~i

c3~23q3CgPT°~

 P~3’I

c~igoppqoc OTUCbloUI

ci3l4q.o

i-tv

3661

‘8

~~CM

0661

 ‘8

~

3661

 ‘0 AI2W

0661

 ‘8

3661

 ‘8

3661

 ‘8 KCR

ot~igappTloc oTutb.xoul

C13T.fl~O

liv

c~tg~pPTI°°

 OTUCb.1OUI

CIQT.fl.o liv

c~.IgopPTT0C o~utbiou

1~C!t3~.BCM

~Czt3~.cC!tU0ll

OTIQOP PTIOC

OTUtbloUI

8000

8000

LOOP

LOOP

9000

9000

c

0

ocr

coop

tT000

I’OOU

coop

300p

-toga

0661

 ‘8

~bfly

0661

 ‘8

‘8

‘bay

~bny

•~p~

0661

06G1

 ‘8

6861

 ‘8 )inr

OOGI

 ‘8

•~c~

L861

 ‘C

 ‘~lflC

.10

but

ooo’t

o; lQnb3

UCT.fl.

 .1Q~t316

uo~e.1~.u3ouoop~oq.

UT C3OH bututt~uooco~ot~cnop.xt~tq

PTthTT-uoU Pu~PTTthTT

io~o

~dd

os

o~itnbo io utg~

10~UQ.16

5ü311

bututc~uooa~rnt~

 cnopit~tg

p~rtb~j

T

IFivi

 (~Afl‘AT

UT~T1~

 fiflAT

 ~fl(1

t”IL

~cT~

tTUIO3TICO

~.CTT

tTU10311C3

~.CTT

CTU.IotiCD

/f~nr

n~n

C~U00 ~tTfl

put

~tft

LOGI

 ‘8

ktn~

DO08

 All others

323

Aug.

1990

D009

D009

D009

DOO9

DOlO

DO10

DOll

DOll

r~ni~

‘.1 .L~.

DO13

D014

D015

DO16

D0l7

FOO1—F005

FOO1—F005

F001—F005

F002 b

FOO5 c

F006

F006

High mercury flonwacitewater

Low mercury

nonwacitcwatcr

All others

Inorganic solid debris

All others

Inorganic

solid

debris

All

others

?d-~:

All

A~

All, except in next listing

Cmall quantity gcncratoro,

CERCLA/1C1~A corrective action,

initial generator’s solvent-water

mixtures, solvent-containing

sludges and solids, and non

CERCLA/RCflA corrective potion soils

with less than

 1 percent total

solvent constituents

Coil and debris

Wastewatcr

May 8,

1992

May 3,

190-2

Hay 3,

1932

Aug.

8,

1990

Hay 3,

1902

Aug.

3,

1090

May

8,

1992

Aug.

8,

1990

i~ug.

.vi~u

Aug.

1990

Aug.

8,

1930

Aug.

e,

1990

Aug.

8,

1990

Aug.

 19-90

Nov.

3,

1986

Nov.

1988

Nov.

10-9-C

Aug.

199C

Aug.

3,

 190C

Aug.

3,

 199C

Aug.

 8, 198~

July 8, 198~

 F006 (cyanidcs)

13 2—585

F007

FOOS

F009

324

July

8,

1989

July

8,

1989

July

8,

1989

FO10

—

•.

 ——

—

 -—

.1unc~

~.

1901

FO1O

 All others

June

1989

Coil

and

debris

All others

Coil

and

debris

Nonwastewater

?r1~

All others

Coil and ~

All others

Coil and debris

All others

Coil and debris

July

July

8,

8,

1989

1989

Aug.

8,

1990

Nov.

8,

1000

Nov.

1988

Nov.

1990

Nov.

1983

Nov.

8,

1090

Nov.

8,

1988

Nov.

 8, 1990

Nov.

8,

1988

June

8,

1991

Aug.

8,

1990

Aug.

8,

1990

1.y_..~_.

Nov.

8,

1988

Jzw

R

 1’)9O

All others

Coil

and

debris

All others

__~i

~_i.....!

—

All others

E~i1and dcbrir~

FOil

FO12

F019

F020

FO2O

F021

F021

‘JI~

FO22

F023

F023

F024

F024

 (metals)

F024

(dioxins/furans)

F024

~_l-~

~Ji.

F026

F026

FO27

F027

FO2C

June

8,

1989

Aug.

8,

1990

Nov.

8,

1990

Nov.

8,

1988

132—586

FO28

F039

F030

1001

1001

(lcad/organics)

1001

1002

1003

1004

1005

d

1006

1007

d

1003

1009

1009

1010

1014

325

All others

Wastewatcr

n_i

All others

A1-~

All

Soil and debris

All others

Soil and debris

All others

Wastcwatcr

-—

_A__

——

——

 — —

Nov.

8,

1989

Aug.

8,

1990

Hay.

1992

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1988

Aug.

8,

1990

Aug.

3,

1990

Aug.

3,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

June 8,

1091

June 8,

1089

June

8,

1991

June

1989

Aug.

8,

1990

June

8,

1980

June 8,

1991

Aug

 ‘8,

1990

June

8,

1980

June 8,

1991

Aug

8,

1990

June

8,

1080

June

8,

1991

Coil and debris

Wacitewater

Nonwastcwater

F~M1

r~ni

 rlr’hriri

Wastcwatcr

-

Coil and debris

132—587

1019

1020

1020

1021

C

1022

) -~

‘

c.~.

-~-~

~

1023

1023

1024

1024

1025

C

1026

£S’JL

1027

A ~

.L~~J

1028

 (metals)

Wacitewater

326

Nonwastewatcr

~c~1

imd

All others

Soil and debris

All others

Coil and debris

All others

Coil and debris

All others

Wacitew-atcr

Nonwastewater

Coil and debris

Coil

and

debris

All others

Coil

and

debris

All others

Coil and debris

All others

Coil and debris

All others

132—588

Aug.

8,

1988

Aug.

8,

1990

Aug.

C,

1990

Aug.

8,

1988

Aug.

3,

1930

Aug.

3,

1990

Aug.

8,

1983

Aug.

3,

1900

Aug.

8,

1988

Aug.

3,

1900

Aug.

8,

1988

Aug.

8,

1990

Aug.

3,

1990

Aug.

3,

1083

Aug.

8,

1990

June

8,

1991

June

8,

1989

Aug.

8,

1990

Aug.

8,

1088

Aug.

8,

1990

Aug.

8,

1990

June

3,

1901

June

8,

1989

June

8,

1901

Aug.

3,

1990

.Junc

8,

1089

1028

1029

1029

Wacitewater

327

Aug.

8,

1900

c’~

i’~

1029

1030

Soil and debris

~r~i1

~nd

All others

Nactewater

A.~,.C,

1988

Aug.

8,

1900

1031

 N-onwacitcwater

Hay

8,

1092

1032

1033

1034

1035

1036

C

1037

1037

1037

1038

VA-~ 0

.1 ‘J

1039

1039

1040

1040

-1041

1042

1043

1043

1044

Soil and debris

Wastcwater

All others

Coil and debris

All othcrrs

Soil and

~4..,

All others

Boil

and

debris

A-il

others

Boil and debris

All others

I-~.

1030

1031

June 8,

1901

Aug.

i~u

Aug.

8,

1990

Aug.

C,

1900

Aug.

8,

1990

Aug.

8,

1090

Aug.

8,

 199-0

Aug.

8,

1990

Aug.

8,

1900

Aug.

8,

1938

JUne

8,

 100-1

June 3,

1930

June

8,

1901

June

8,

1989

June 8,

1931

June

1030

Aug.

8,

1000

Aug.

8,

1900

June

8,

1991

June

8,

1989

Aug.

3,

1990

132—589

K060

c

1061

All others

Wacitcwater

Nonwastewa

Wastewater

Nonwaotewa

Wastewater

Nonwastcwatcr

Wastewater

Nonwastcwatcr

Wastcwatcr

Nonwa

stewater

Nastcwater

328

Aug.

8,

1990

Aug.

Aug.

8,

1990

1083

1084

 Wastewater

Aug.

8,

1990

Aug.

1090

1084

1035

Hay 8,

1992

Aug.

8,

1990

1086

1037

Aug.

8,

1990

Aug.

8,

1990

1046

1046

1047

1043

1048

Aug.

3,

1988

Aug.

3,

1990

Aug.

3,

1900

Aug.

3,

1000

Nov.

8,

1900

Aug.

3,

1990

Nov.

8,

1900

Aug.

8,

1990

Nov.

1990

Aug.

8,

1990

Nov.

8,

1990

Aug.

8,

1990

Nov.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

1061

‘.1

1069

1073

8,

1988

Aug.

8,

1988

—.—-~—

—,

132—590

C

1101

May 8,

1992

Aug.

8,

1988

1102

1103

n.1,

__a

Hay 8,

1992

Anri.

R

1000

1103

 All others

 Aug.

8,

1988

1104

S..i

__-~

 Auci..

~

1000

1104

 All others

 Aug.

8,

1988

1105

 Aug.

8,

1990

1106

1106

High

mercury

nonwastewater

Low

mercury

nonwastcwater

May

1992

-

‘100~

329

All others

r....2

_~_

All

others

Coil and debris

All others

Wastewater

Nonwastewater

F~r~,1rir~r1 ,ir~hr~

Wastcwater

Aug.

8,

1988

June 8,

1901

June 8,

1989

June

C,

1991

June 8, 1989

Aug.

 8, 1990

June

8,

1989

June

8,

1991

Aug.

8,

1990

June

8,

1989

June

8,

1991

Aug.

8,

1900

Aug.

8,

1990

Aug.

8,

1988

Aug.

8,

1990

Aug.

8,

1988

Soil and debris

Wastcwatcr

Nonwa3tcwater

Wastcwatcr

1101

1102

132—591

Pool

P002

P003

P004

P005

P006

P007

P008

P009

Polo

All othcrs

Coil and debris

All others

Coil and debris

All others

Coil and debris

All others

Coil and debris

All others

Polo

Poll

Nonwastcwatcr

Wastcwatcr

May

8,

1992

Aug.

8,

1990

Wastcwatcr

May 8,

1992

na~

9-

1990

hay 8,

1992

Aug.

8,

1990

Aug.

8,

1990

330

Aug.

June

8,

1990

1991

June 8,

1989

June 3,

1991

June 8,

1980

June 8,

1901

June 8,

 iogo

June 8,

1991

June 8,

1989

Aug.

8,

1990

Aug.

8,

1900

Aug.

8,

1900

Aug.

8,

1990

Aug.

3,

1990

Aug.

 8,. 1090

Aug.

8,

1000

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Wastewatcr

Poll

P012

P012

P013

P014

132—592

P015

P016

P017

P018

P020

A1~

P021

P022

 A-11

P023

 Al-I

-~

P024

 Al-I

Aug.

3,

P026

 Al-I

P027

A-1

P028

 Al-I-

P029

 Al-I

 -8-i-

P030

 Al-I

 JuneS~

P031

 Al-I-

 Aug.

____

P033

 Al-I-

 Aug.

P034

 A-I-I-

 Aug.

-

____

P036

 Wastewatcr

 Aug.

P036

 .iuzi~a3’~~

 May 2,

1992

P037

P038

 Wastcwatcr

P038

 Nonwastcwater

P039

 Coil and debris

 P039

 All others

P040

 Coil and debris

P040

All

others

331

Aug.

Aug.

Aug.

Aug.

8,

1990

8,

1000

8,

1990

8,

1090

1989

 June

Aug.

Aug.

1990

1990

 Aug.

Aug.

Aug.

June

•1

1980

1990

1990

Aug.

 i:.i:.~u

Aug.

1990

May

3,

1992

June

8,

1991

June

8,

1989

June

1091

June

1989

132—593

332

P041

 Coil and debris

P041

 All others

P042

 A-I-I

P043

 UlIU UCD~Q

P043

All

others

P044

Coil

and

debris

P044

 All others

P045

 A-I-I-

P046

 Al-I

P047

 A-I-I

P048

 A-I-I

P049

 Al-I

P050

 Al-I

P051

 Al-I

P054

 A-I-I

P056

 Al-I

P057

 A-I-I-

P058

 Al-I-

P050

 Al-I-

P060

 Al-I

P062

 Soil and debris

P062

 All others

P063

P064

 A-I-I

P065

P065

n_i

t_1

June

1991

June

1980

Aug.

8,

1990

June

1901

June 3,

1930

June

1991

June 8,

1989

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

3,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

3,

1990

Aug.

8,

1900

June

3,

1001

June

1980

June 8,

1089

Aug.

8,

1990

High mercury nonwastewater

Low

mercury

nonwaatewatcr

May

1992

132—594

____3

Aug.

Aug.

8,

8,

1990

1990

Aug.

8,

1090

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

June 8,

1991

June

3,

1989

Aug.

8,

1990

Aug.

8,

1990

June

8,

1989

Aug.

3,

1990

Aug.

3,

1990

Aug.

8,

1090

Aug.

8,

1090

Aug.

8,

1990

Aug.

8,

1090

Aug.

3,

1990

June

3,

1989

May

1992

Aug.

8,

1990

June

1991

June

1989

May

3,

1992

May 8,

1992

P065

 All others

P066

 Al-I

P067

 A-I-I-

P068

 Al-I-

P069

 A-I-I

P070

 A-I-I

333

Soil

and

debris

All others

A-I-I-

A-Il

P071

P071

P072

P073

P074

P075

P076

P077

P078

A-1

Al-I

Al

P081

 Al-I

P082

 A-I-I-

A-I-I

i-~

P035

P085

no

‘.I.~S

-POSE

P089

P089

P092

P092

toij.

and

debri3

All others

A-I-I-

A-I-I

f~ni1

anti

drhri’i

All others

High

mc~l1,-y

nonwaoM~r~

Low mercury nonwastewatcr

132—5 95

P101

P102

P103

P104

 (silvCr)

P104

 (cyanidcs)

P104

cyanide~/silver

All others

EM1

nnd

~1t’briA

All others

A-I-I

Coil and debris

All others

A-I-I-

Wastewater

Wastcwatcr

Al

Al-I

Al-I-

Wastewatcr

Wastewater

Aug.

8,

1990

hay

1992

Aug.

1990

.Tnrir

1001

P103

P108

~ni1

 rind

ric~hri~

All others

132—596

May

1992

Aug.

8,

1990

334

All others

Coil

and

debris

All others

F~M1

~nr1 ~hii~

nfl

.SL.

P093

P093

P094

P094

P005

P095

P096

P097

P097

P098

P099

 (3ilver)

P000

 (cyanides)

P099

cyanide~/silvcr

June 8,

May 8,

1989

1992

Aug.

3,

1990

Aug.

8,

1990

Juno 2,

1091

Juno

1989

June

8,

1989

Aug.

8,

1090

June

8,

1980

Juno

8,

1980

Aug.

3,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

June

1989

June

1989

Aug.

8,

1900

June

8,

1989

P105

P106

 Al-I-

335

P109

P109

P110

Pill

Pill

P112

F~ni1 anti tirhri~

All others

All

Coil and debris

All others

A-I-I

Aug.

8,

1990

Aug.

8,

1990

TIl

~J.L.

TIl

‘~

.JL.~

Aug.

8,

1990

May

8,.

1992

Aug.

8,

1900

May 8,

1992

Aug.

8,

1000

Aug.

8,

1090

8,

1990

May 8,

1992

Aug.

8,

1990

P113

 Al-I

P114

 A-Il

June C,

1939

Aug.

8,

1990

June 8,

1991

June

8,

1989

Aug.

8,

1900

Al-I-

n_i

P115

P116

P116

P118

PilE

P119

P120

All others

— 2

 — —

All others

All

Al

A-I-I-

A-I-I-

A-Il

A-Il

All

TIl

‘~

J.~.

U001

Up02

U003

UP03

U004

Up05

U006

UP06

Aug.

 i-~J~Ju

June

3,

1989

Aug.

3,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

May 8,

1992

Aug.

3,

1900

Aug.

8,

1990

All others

A4

A-I-I

Coil

and

debris

All others

132—597

336

U007

tJOO7

UP08

All others

A-Il

Hay

8,

1992

Aug.

8,

1990

Aug.

8,

1990

Aug.

May

Aug.

May

Aug.

Aug.

UP14

UP15

U015

UP16

UP17

UP17

UP13

All others

Coil

and

debris

All

others

A-Il

Coil and debris

All others

Al-I-

 Aug.

8,

1990

U0l0

U02P

U020

t302 1

U02 1

TTA fi

~.1

~1 i.

A-Il

Coil and debris

All others

Coil and debris

All others

A-I-I

Coil and debris

tJ0

09

U010

UO10

UP11

U011

U012

U014

8.

1990

All

Coil

others

and

debris

All others

Al-I-

PM1

anti

 i.j.J~

8,

1990

1990

8,

1090

nay

~i,

A-u~.8,

1990

flU(

Aug.

3,

1900

Aug.

8,

1990

Hay

8,

1992

Aug.

8,

1990

Aug.

LJJU

Hay

1992

Aug.

8,

1990

May 8,

1902

Aug.

8,

1900

U023

U024

A-I-I

All

A-I-I-

Aug.

8,

1990

Aug.

8,

1900

Aug.

8,

1900

U025

 A-Il

 Aug.

8,

1090

132—598

IJO

26

337

Soil and debris

 ~ay 8,

1902

0-028

I.?

0029

0030

0031

0032~

U033-

U033

U034

UP34

U035

U035

All others

All

Coil

and

All

others

A-I-I

A-I-I-

Coil and debris

All others

Soil and debris

All others

~oii

and dc~hrir

Aug.

1990

Aug.

8,

1990

June

8,

1991

June

1989

Aug.

 8,. 1990

Aug.

8,

1990

Aug.

1990

Aug.

8,

1990

May

s;

1002

Aug.

8,

1990

Hay

1992

Aug.

1990

May 8,

1992

Aug.

i~iiu

Au~. 8,

1990

Aug.

8,

1990

0038

UP38

UP39

U041

0041

UP42

UP42

0043

U044

Coil

and

dobri-s

All others

Soil and debris

All others

Coil

and

debris

All others

A-Il

Al-I-

 Aug.

8,

 199.0

nA~

LI LI

(JO

27

U036

U037

All others

Al-I

A-I-I

May

Aug.

8,

8,

1992

1990

Aug.

8,

1090

Hay 3,

1992

Aug.

8,

1990

May 8,

1992

Aug.

3,

1990

“—-:1—

~-,

132—599

0045

 A-Il

338

Aug-

8,

1990

0047

U048

U049

UO49

0050

0051

U052

U053

0055

0056

U057

UP58

A-Il

All

Coil and debris

All others

Al

All

A-I-I-

A-Il

All

Al-I-

A-I-I-

F~ni1

anti dc’hvi~

Hay

8,

1992

Aug.

8,

1990

M.,.

8,

1990

May 8,

1992

Aug.

8,

1990

Aug.

3,

1900

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

 1990-

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

rirnr~

1002

0058

0059

0059

0060

All others

Soil and debris

All others

Coil and debris

U060

 All others

 Aug.

3,

1990

Hay

8,

1902

Aug.

8,

1990

Hay

8,

1992

0062

0063

All others

All

Aug.

8,

1990

Aug.

8,

1990

0064

All

 Aug.

8,

1990

UP46

0046

Coil and debris

All others

Aug.

~i,

J~~.J~JU

June 8,

1989

Hay

8,

1992

Aug.

8,

1990

Nay

8,

1992

0061

0061

0062

Coil and debris

All others

Fn11

 anti

iir~hri~i

132—600

0066

U067

0068

0060

0069

0070

0071

U072

0073

UP73

UP74

0074

0075

U076

U077

U078

U079

0080

U081

0082

0083

UP84

UPS5

UP36

0087

0087

~oii and debris

All others

All

Al-I

A-I-I

PrIil

 anti ~

All others

Coil and debris

All others

A-Il

A-I-I

A-I-I-

Al-I

A-I-I

A-I-I

All

All

Al-I

A-I-I-

Al-I

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

June

8,

1991

June 8,

1989

Aug.

~L•~J’JU

Aug.

8,

1990

Aug.

8,

1990

May 8,

1992

Aug.

8,

1990

1992

May

Aug.

3,

8,

1990

Aug.

8,

1990

Aug.

8,

1930

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

 199-0

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

June

8,

1991

June

8,

1989

339

A-Il

Al-I

All

All others

132—601

June 8,

1989

—

Aug.

8,

1990

Hay 8,

1992

M~. 8,

1990

May 8,

1992

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

ku~

R

1~u

May

8,

1992

Aug.

8,

1990

U098

 A-Il

 Aug.

8,

1990

U099

 A-Il

 ———v—

—~

Afl

UlOl

0102

 Boil and debris

Aug.

8,

1990

June 8,

1991

U102

Ui03

All others

All

June C,

10B9

Aug.

8,

Ui05

0106

11107

0107

A-I-I

All

Coil and debris

All others

Aug.

8,

1990

Aug.

8,

1990

340

Coil and debris

All others

All

All

Coil and Debris

June 8,

1991

-~

nr~

All others

r.M1

 anti

tic~hri~

0088

0038

0080

0090

U001

0091

TIA fi

0092

0093

0093

0094

0095

TIAA

0096

UP97

U097

All

Soil

others

and debris

All others

All

Soil and debris

All others

A-Il

Au-;.

8,

1990

Hay 8,

1092

May 8,

1992

Coil and debrL..

All others

———-a-

June

8,

1991

132—602

341

U116

11116

Soil and

~

All others

Aug.

8,

1090

Aug.

8,

1990

Hay 8,

1992

Aug.

8,

1090

May 8,

1992

Aug.

8,

1990

U1i7

 A-Il

 Aug.

8,

1990

Ui18

 Al-I

Nay 8,

1992

Aug.

8,

1090

Aug.

8,

1900

All

0108

0109

0110

Ui10

U111

Ui12

Ui13

U1l4

Ui14

0115

Soil and debris

All others

A-I-I-

All

All

Soil and debris

All others

A-Il

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

May 8,

1992

U119

0119

—

0120

AIl

11121

 A-Il

Ui22

 A-Il

U123

 A-I-I-

U124

 A-I-I

U125

All

0126

 A-I-I

Ui27

U128

 Al-I

U129

 A-I-I

Soil and debris

All others

132—603

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

C,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1900

Aug.

8,

1990

Aug.

8,

1990

Hay 8,

1992

Aug.

8,

 109-0

Ui33

 A-Il

 Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1090

Aug.

8,

1990

Nonwastewater

 hay 8,

1992

Aug.

8,

1990

11138

 A-I-I-

 Aug.

8,

1990

Ui40

 A-I-I

 Aug.

8,

1990

Ui4l

 Al-I

 Aug.

8,

1900

Aug.

3,

1990

May 8,

1992

Aug.

2,

1990

Aug.

3,

1990

Aug.

3,

1990

Aug.

8,

1990

Aug.

3-

1990

Hay 8,

1992

Aug.

3,

1990

May 8,

1992

Aug.

3,

1990

0150

 Coil and debris

 Hay 8,

1992

342

Ui30

Ui30

0131

Ui32

Ui32

Coil and debris

All others

A-I-I

Coil and debris

All others

U134

All

Ui35

Ui36

U136

A-I-I

Wastcwatcr

0137

 A-I-I-

0142

0143

U143

U144

U14S

U146

Ui47

0143

U148

Ui49

0149

A-I-I-

Coil and debris

All others

A-Il

A-I-I

A-I-I

A-Il

Coil and debris

All others

Coil and debris

All others

132—604

U150

0151

U151

0151

All others

~ni1 and

dchri~i

May

8,

1902

May

8,

1902

Ui51

 All others

 Aug.

8,

1990

U152

Ui54

U155

0156

A-I-I

A-I-I

All

—

—

Aug.

3,

1900

May 8,

1992

Aug.

8.

1990

Aug.

3,

1990

Aug.

8,

1990

nay

8,

U156

 All others

 Aug.

8,

1990

Aug.

8,

1990

U163

.~

Hay 8,

1992

0-1-63

0164

All others

P.nil

 and dchri~*

Aug.

3,

1990

Hay 8,

1092

U164

 All others

 Aug.

8,

1990

Ui65

0166

A-I-I-

A-I-I

Aug.

8,

1990

Aug.

8,

1990

May

8,

1992

Aug.

8,

1990

343

High mercury nonwastewater

1~..

 nonwaotewatcr

Aug.

8,

1990

Nay

8,

1992

0153

Ui53

Coil and debris

All others

0157

 A-I--I

 Aug.

8,

1990

U158

Ul59

U160

A-Il

Al-I

Aug.

8,

1990

Aug.

8,

1990

U161

Ui62

All

Al-I

Aug.

8,

1990

Aug.

8,

1990

Ui67

Ui67

Soil and debris

All others

13 2—605

344

..~J

—,

Aug.

8,

1990

Aug.

8,

 i990

May 8,

1992

Aug.

8,

1990

Aug.

8,

1990

r.1w

i-~

Aug.

8,

1990

2-t-

Hay 3,

1992

Aug.

8,

1990

Ui77

0177

U178

U178

U179

Coil and debris

All others

F~A~1anti

 dr’1-n-i~i

May 3,

1002

Aug.

8,

1990

May 8,

1992

Aug.

8,

1990

Aug.

8,

0180

 A-I-I-

 Aug.

3,

1990

U131

 A-I-I

-----~-

A A

0182

 A-Il

 Aug.

8,

1090

Ui86

A-I-I

n_.2

__~~

A-I-I

 Aug.

3,

1990

0187

All

13 2—606

Aug.

8,

1990

Ui63

Ui68

U169

U170

U171

017.

U172

0173

Ui73

0174

U176

U176

Coil and debris

All others

Al-I

A-I-I

Coil and debris

All others

A-I-I

Coil and debris

All others

A-I-I-

————~—

 —I

———_L

—,

.4-’

Coil ~

All others

..—~—

—,

All others

All

0183

0184

0184

0185

All others

A-1

A A

—I

May

~

1002

--—-4

Aug.

8,

1990

Aug.

3,

1990

Ul88

Ui

0190

U19P

0191

0191

All others

P.nil

 anti

 tirhri~t

Aug.

8,

1990

Juno

81

1901

Ui92

0193

A-Il

Coil and debris

Aug.

8,

1990

Hay

 8, 1902

Aug.

8,

1900

Aug.

8,

1990

Aug.

8,

1990

May 8,

 1992.

Aug.

3,

1990

Aug.

8,

8,

1990

1092

Aug.

3,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Hay

8,

1992

Aug.

8,

1900

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

345

A-I-I

A-I--I

All others

June 8,

1939

Hay 8,

1992

Aug.

3,

1990

Aug.

8,

1990

Hay 8,

1992

Ui03

Ui94

Ui94

U196

Ui97

U200

0200

U201

TIfi

LIC.

TT~A

C. LI

U203

0204

0205

U206

All

Coil

others

and debris

All others

A-Il

A-Il

Coil and debris

All others

A-Il

Soil and debris

All others

A-Il

All

A-I-I

P.til and drbrir~

U206

 All others

U207

 A-I-I

U203

 Al-I

0200

 A-I-I

132—607

346

U210

U2ii

0213

0214

0216

0217

U218

U218

0219

Al-I

A-I-I

A-Il

All

A-Il

A-I-I

A-Il

Coil and

All others

F~A41

ant-I

tit-~h

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

13219

 All others

 Aug.

8,

1990

Aug.

8,

1990

Juno

3,

1991

Juno

3,

1989

Hay 8, -1992

U222

TT~~

T1~~

LI C.

All

Coil

others

and debris

All others

A-I-I-

All

A-I-I

Al-I

Pn-tl

anti

tir’hr~i

All others

Coil and debris

All others

U215

—.—.~—

—I

A A A

Aug.

8,

1900

Aug.

8,

1990

Hay

8,

1992

Aug.

8,

1990

May 8,

1992

TIfi

LI C. C.

TT~~

LI C.

TT~~

LI C.

Y1)

) -~

A-Il

Coil and debris

All others

Coil and debris

U225

TV~~

0227

0228

0234

0234

U235

U235

Aug.

Juno

8,

8,

1990

1991

June

8,

1989

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Aug.

8,

1990

Hay 8,

1992

Aug.

8,

1990

June 8,

1991

Junc

8,

1989

132—608

347

Soil and debris

All others

Nay 8,

1992

Aug.

3,

1900

Nay 8,

1992

Aug.

8,

1990

May 8,

1992

Aug.

3,

1990

Aug.

8,

1990

May 8,

1992

Aug.

8,

1990

U243

U244

All

n_i_I

__.fl

.S_I.___i

Aug.

8,

1990

Hay 8,

1992

0244

U246

All others

A-I-I

Aug.

5,

1990

pug.

U249

 A-Il

a

 This table does not include mixed radioactive wastes

 (from

the First,

 Second, and Third Third rules) which are

receiving

national

capacity

variance

until

Nay

1992

for

all

applicable

treatment

technologies.

Standards arc being promulgated for l,i,2—trichloroethane

and

 2- nitropropanc for wastcwatcrs and nonwastewatcrs.

Standards

a

 being promulgated for bcnzenc and

Treatment standards

June

8,

 i989, were

for nonwastcwatcrs

promulgated June 8,

disposed of after

1989.

tewaters di

lgated Hay

2,

189

U236

TTI

U237

U237

U233

0238

U230

U240

U240

Coil and debris

All others

Coil and debris

All others

Soil and debris

All others

A-Il

0247

13243

A-I-I

 Aug.

8,

1990

Al-I

 Aug.

8,

1990

—

I

e~’~’nt

standirds for

~ ~

17,

 1938, were

 p....

nonwa~

 sDoscd of after

132—609

348

TABLE

EFFECTIVE DATES OF SURFACE DISPOSED WASTES

(NON-SOIL AND DEBRIS) REGULATED IN THE LDRS

(A)

COMPREHENSIVE LIST

Waste

code

 Waste category

 Effective date

CaLifornia

 list

CaLifornia (1st

CaLifornia (1st

CaLifornia

 (1st

CaLifornia

 List

0001

D002

0003

D004

0004

DOl 1

D012

0013

0014

0015

0016

0017

FOOl

FOOl

F002

(1,1,2-

trichtoroethane)

F002

F003

F004

F004

F005 (benzene. 2~

ethoxy

 ethanol.

2-nitropropane)

F005

All

ALL

ALL

Wastewater

Nonwastewater

ALL

ALL

ALL

Lead materials before secondary smelting

ALL

 others

Nonwastewater

ALL

 others

ALL

ALL

ALL

ALL

ALL

ALL

SmaLl

niiir~tifv

 n#~npr,If,Ir~

July 8. 1987.

JuLy

8. 1987.

July 8. 1987.

July

1987.

Nov.

8.

 1988.

Aug. 8.

 1990.

Aug. 8,

 1990.

Aug. 8,

 1990.

Aug. 8,

 1990.

May 8.

 1992.

Aug. 8.

 1990.

Aug. 8.

 1990.

Aug. 8.

 1990.

May 8,

 1992.

Aug. 8.

 1990.

May 8,

 1992.

Aug. 8.

 1990.

Aug. 8.

 1990.

Aug. 8.

 1990.

Aug.

8.

 1990.

Aug. 8.

 1990.

Aug.

1990.

Aug. 8,

1990.

Aug. 8,

1990.

Aug. 8,

1990.

Nov.

 1988.

Nov.

1986.

Aug.

1990.

Nov.

1988.

Nov.

 1986.

Nov.

B.

 1988.

Liquid hazardous wastes.

 includina free liquids associated with solid or

sludge, containing

 free

cyanides

at

concentrations

greater than or equal

 1.000

ma/I

or certain metals or

convouids

of these metals

greater than

or equaL to the prohibition Levels

Liquid

 (aqueous)

hazardous wastes having

 a p~4less than or equal to

2

Dilute HOC wastewaters. defined as HOC-waste mixtures that are primariLy

water

and

that contain

greater than or equal to

1.000

ma

but

 Less than

10.000 mg/I

Liquid hazardous waste containing PC85

greater than or equal

to

Other

Liquid

 and nonliquid

 hazardous

 wastes

 containing

 HOCs

in

 totaL

concentration greater than or equal to 1.000 ma

 CERCLA

 response/RCRA

corrective

action,

initial

 generator’s

 solvent-water mixtures, solvent-containing

 sludges

and

solids

All

others

Wastewater

and

Nonwastewater

Small

 quantity

 generators,

 CERCLA

 response/RCRA

 corrective

 action.

initial

 generator’s

 solvent-water mixtures,

 solvent-containing sludges

and

solids

All

others

Small

 quantity

 generators.

 CERCIA

 response/RCRA

 corrective

 action.

initial

 generator’s

 solvent-water mixtures,

 solvent-containing sludges

and soLids

All others

Small

 quantity

 generators.

 CERCI.A

 response/RCRA

 corrective

 action.

initial

 generator’s

 solvent-water mixtures,

 soLvent-containing sludges

and solids

All others

Wastewater and Nonwastewater

F005

F006

F006

F006 (cyanides)

Nov.

8,

 1986.

Nov.

8.

 1988.

Nov.

 8. 1986.

Aug.

 B. 1990.

and solids

All

others

Wastewater

Nonwastewater

Nonwastewater

Small

 quantity

 generators.

 CERCLA

 response/RCRA

corrective

action.

 Nov.

 8. 198&

initial

 generator’s

 solvent-water mixtures,

 solvent-containing sludges

Nov.

8.

1986.

Aug.

8.

1990.

Aug.

8,

1988.

July 8, 1989.

132—6 10

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(~c

l7c

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356

Aug.

8.

1990.

Aug. 8.

 1990.

I~LL

 Aug.

1990.

U240

All

 Aug.

8.

 1990.

U243

*11

 Aug.

1990.

~LL

Aug,

1990,

~.U.

 Aug.

1990.

a!,

 Aug, 8.

1990.

U248

Aug.

1990.

AUQ.

1990,

This table

 does

not

include

 mixed radioactive wastes (from the First, Second,and Third rules) which are

receiving a national capacity variance until

 May 8.

 1992,

for alt applicable treatment technologies,

This table also does not include contaminated soiL and debris wastes.

B

 The standard has been revised in the Third Third Final Rule.

C

 No Land disposaL standard has been revised in the Third Third Final

 Rule.

TABLE

2

SUMMARY

 EFFECTIVE DATES OF LAND DISPOSAL RESTRICTIONS

FOR CONTAMINATED SOIL AND DEBRIS (CSD)

Restricted hazardous waste in CSD

 Effective date

1.

 Solvent-(FOO1-FOO5) and dioxin-(F020-F023 and

 Nov. 8.

 1990.

F026-F025)

 containing

 soil

and

 debris

 from

CERCLA response

 of RCRA corrective actions.

2

 Soil

 and debris not

 from CERCIA

 response

or

 Nov.

8,

 1988.

RCRA corrective actions contaminated with Less

than

1

 total

solvents

(FOO1-~0O5)or

dioxins

(F020-F023

and

F026-F028).

SoiL

and

debris

contaminated

with

California

Nov.

1990

list

HOCs

from

CERCLA

response

RCRA

corrective

actions.

Soil

and

debris

contaminated

with

CaLifornia

July

1989.

list

 HOCs

not

 from

CERCLA

response

 RCRA

corrective actions.

5.

All

 soil

and

 debris

 contaminated with

 First

 Aug. 8. 1990.

Third wastes for which treatment standards

are

based on incineration.

6.

AlL

 soil

 and debris contaminated with Second

 June 8. 1991.

Third

wastes

 for which treatment standards are

based

incineration.

7.

All

 soil

and

debris

contaminated

with

Third

May

 1992.

Third wastes

or.

 First or Second Third

“soft

harmner”

 wastes which

 had treatment standards

promulgated in the Third Third rule,

 for which

treatment standards are based

incineration.

vitrification,

or

 mercury

 retorting,

 acid

Leaching

 followed by chemical

 precipitation.

or thermal recovery of metals, as well

 as all.

inorganic

 solids

 debris

 contaminated

 with

 D004-D011

 wastes,

and

alt

 soil

and

 debris

contaminated

 with

 mixed

 RCRAfradioactive

wastes.

BOARD

 NOTE:

 This

 table

 is provided

 for the

 convenience

 of the

reader.

Source:

 Amended at 16 Ill. Reg.

 effective

132—6 18

357

Section

728.Appendix

National

Capacity

LDR

Variances

for

UIC

Wastes

All

 spcnt

 F001—F005

containing

 lecis

 tharl

total

 FOOl-FOpS

~

 t~tr~nt~ri

California list

Liquid

 hazardous wastes,

 including

frcc

 liquids

 associated

 with

any

solid

or

 sludge,

 containing

 free

cyanidcs

 at concentrations

greater

than

or

 equal

to

 1,000

 mg/i,

or

containing

 certain

 mctals

or

compounds

of

 thcsc

 metals

 greater

than

cgual

the

prohibition

loveis

L1.LLiLuLItia

 list

 Liquid hazardous waste having

 a pH

August

less than or cqual to 2

1990

California

 list

 Hazardous

wastes containing

HOCs in August

total

 concentrations

 icas

 than 1900

10,000

 mg/i

but

 greater

 than

or

equal to 1,000 mg/i

D002 b

0-3

DUO9

D009

FOil

F039

KO09

KO11

8,

Waste Code

 Waste Category

‘,.-&

1

 prccrtt

date

August

8,

19-90

August

8,

199-0

-I

.!

~c____

-I

Hay 3,

1992

(cyanides)

(culfides)

Hay 8,

1902

May

1992

-0-

-0-

Nay

1~V)2

 (explosives,

reactives)

D007

High Mercury Nonwastewater

Low Mercury Nonwacitcwatcr

Nay 8,

1902

Nay

1992

~9’~J

 I~tI.~

Wastcwatcr

Wastcwater

Nonwastcwatcr

1.32—619

~~~~1

June

8,

1991

May 3,

1992

June 8,

1991

TllrIr’

1(011

 Wacitcwatcr

358

Hay 8,

1992

1(013

1(013

 Wacitcwatcr

June

8,

1991

Hay 8,

1992

1(014

 Nay 8,

1992

1(016

 (dilute)

1(043

1(049

1(050

1(051

1(052

1(062

1(071

1(104

All

All

August

1990

8,

August

1990

8,

August

1990

8,

August

1990

8,

August

8,

1990

August

1990

8,

August

1990

8,

Auaust

8,

1990

a

 Wastes that arc doep well disposed on-site receive a six month

variance, with restrictions effective in November 1090.

Decpwcll injected D002 liquids with a pH less than 2 must meet

 the California List treatment standards on August C,

 1990.

Waste code

 Waste category

 Effective

date

All

 spent

 FOOl—F005

 solvent

containing

 less

 than

1

 percent

_____

total

 FOO1—F005

 solvent

constituents

Liquid hazardous wastes,

 including Aug.

free

 liquids

 associated

 with

 any 1990.

solid

or

 sludge,

 containing

 free

cyanides

 at concentrations greater

than

or

 equal

to

 1.000

 mg/i,

or

FOOl—FOOS

California list

Aug.

8,

1990

8,

132—620

359

California list

California list

D002 B

D003

 (cyanides)

D003

 (sulfides)

D

0

0

3

(explosives,

reactives).

D007

D009

FO07

F039

1(009

KOll

1(011

1(013

KU13

1(014

1(016

 (dilute’~i

1(049

1(050

K051

K052

1(062

1(071

K104

All

All

All

All

All

Nonwastewater

All

Wastewater

Wastewater

Nonwastewater

Wastewater

Nonwastewater

Wastewater

All

All

All

All

All

All

All

All

All

May 8,

May 8,

June

1991.

May 8,

June

1991.

June

1992.

1992.

8,

992.

8.

Wastes that are deep well disposed on—site receive a six—month

variance, with restrictions effective in November 1990.

B

 Deep well injected

 D002

 liquids with a pH less than

 2 must

contathing

 certain

 metals

or

compounds

 of these

 metals

 greater

than

or

 equal

to

the

 prohibition

levels

Liquid hazardous waste having

 a pH

less than or equal to 2

Hazardous wastes containing HOCs in

total

 concentrations

 less

 than

10,000

 maIl

but

 areater

 than

or

e~ua1to 1,000 mg/i

Aug.

8,

1990.

Aug.

8,

1990.

May 8.

 1992.

May

8,

 1992.

May 8,

 1992.

May 8,

 1992.

8,

1991.

Nay 8,

 1992.

June

8.

1991.

Nay

8,

 1992.

Nay 8, 1992.

June

8,

1991.

Aug.

8,

1990.

Aug.

8.

1990.

Aug.

8,

1990.

Aug.

8,

1990.

Aug.

8,

1990.

Aug.

8,

1990.

Aug.

8,

1990.

132—621

360

meet

 the California List treatment

 standards

 on August

8.

1990.

BOARD

 NOTE:

 This table

is

 provided for the convenience

 of the

reader.

Source:

 Amended at 16 Ill. Reg.

 effective

Section 728.Appendix I

EP

 Toxicity Test Method

 and Structural

Integrity Test

The

 Board

 incorporates

by

 reference

40

CFR

 268,

 Appendix

Ix,

adopted

at

56

 Fed.

 Reg.

 3876,

 January

31,

 1991.

 This

 Section

incorporates no future amendments or editions.

Source:

 Added at 16 Ill. Reg.

 effective

Section 728.Table A Constituent

 Concentrations

in

 Waste

 Extract

(CCWE)

F

and

 Listed Wastes

WasteSee Also

 Regulated Hazardous Constituent

CAS

No.

 for Concentration Concentration

Code

 R e g u

I a

 ‘c e

(mg/L)

 Waste-

 (mg/L)

Nonwaste-

H a

z a r d

0

S

waters

 waters

Constituent

D004

 TabLe

B

 Arsenic

 7440-38-2

NA

0005

Table

B

 Bariun

 7440-39-3

NA

 100.

D006

 Table

B

 Cadsiun

 7440-43-9

NA

1.0

0007

Table

 Chromiun

(Total)

 7440-47-32

NA

5.0

D008

Table

Lead

7439-92-1

5.0

0009

(Low

Mercury

Subcategory-

-

Less than

260

mg/kg Mercury)

TabLes

Mercury

7439-97-6

 0.20

0010

TabLe

Selenitin

7782-49-2

5.7

0011

 TabLe

B

 SiLver

 7440-22-4

5.0

F001-F005 spent solvents

Tables

B

 & Acetone

 67-64-1

 0.2505

 0.59

n-Butyl

aLcohol

 71-36-3

5.0

5.0

Carbon disulfide

 75-15-0

 1.05

4.81

Carbon tetrachloride

 56-23-5

 0.05

 0.96

Chlorobenzene

 108-90-7

 0.15

 0.05

Cresots

 (and

cresylic acid)

 2.82

0.75

Cyctohexanone

 108-94-1

 0.125

0.75

1,2-Dichlorobenzene

 95-50-1

 0.65

 0.125

Ethyl acetate

 141-78-6

 0.05

0.75

Ethylbenzene

 100-41-4

 0.05

 0.053

Ethyl ether

 60-29-7

 0.05

0.75

IsobutanoL

 78-83-1

5.0

5.0

Methanol

67-56-1

0.25

0,75

13 2—622

361

F006

 Table B

 Ca~niun

Chroinitin (Total)

Lead

Nickel

Silver

F009

 TabLe B

 Caóniun

Chromiun (Total)

Lead

Nickel

SiLver

F012

 Table B

 Cackniun

Chromiun

(Total)

Lead

Nickel

Silver

7440-43-9

7440-47-32

7439-92-1

7440-02-0

7440-22-4

7440-43-9

7440-47-32

7439-92-1

7440-02-0

7440-22-4

7440-43

-9

7440-47-32

7439-92-1

7440-02-0

7440-22-4

0.20

0.05

0.66

1.12

0.079

1.12

1.05

1.05

0.062

0.05

0.05

0.996

0.75

0.33

0125

0.33

0.05

0.33

0.41

0.96

0.091

0.96

0.15

0.066

5.2

0.51

0.32

0.072

0.066

5.2

0.51

0.32

0.072

0.066

5.2

0.51

0.32

0.072

F019

Table

 Chroniun

(Total)

7440-47-32

5.2

F020-F023 and F026-F028 dioxin-containing wastes

 a. B

HxCDD-ALI Hexachlorodibenzo-p-dioxins

HxCDF-Al

 HexachLorodibenzofurans

PeCDD-AII

 Pentachtorodibenzo-p-

dioxins

PeCOF-All PentachLorodibenzofurans

TCDO-AL L TetrachLorodibenzo-p-dioxins

TCDF-Al L Tetrachtorodibenzofurans

2,4,5-TrichLorophenol

2, 4,6-Tn chlorophenol

2,3,4, 6-TetrachLorophenol

Pentach Ioropheno

Chromiun (Total)

Lead

Ni ckel

7440-47-32

7439-92-1

7440-02-0

NA

NA

NA

0.073

0,,02-1

 Reserved

0.088

Methytene chloride

 75-9-2

MethyL ethyl

 ketone

 78-93-3

MethyL

 isobutyl ketone

 108-10-1

Nitrobenzene

98-95-3

Pyridine

 110-86-1

Tetrachloroethylene

 127-18-4

Toluene

 108-88-3

1,1,1Trichloroethane

 71-55-6

1,1,2-Trichloro-1,2,2-trifLuoroethane 76-13-1

Trichloroethylene

 79-01-6

Tnichlorofluoromethane

75-69-4

Xylene

F007

 Table B

 Cac*niun

Chromiun (Total)

Lead

Nickel

Silver

F008

TabLe

 Ca~niun

Chroiniun

(TotaL)

Lead

Nickel

Silver

7440-43-9

7440-47-32

7439-92-

7440-02-0

7440-22-4

7440-43-9

7440-47-32

7439-92-1

7440-02-0

7440-22-4

0.066

5.2

0.51

0.32

0.072

0.066

5.2

0.51

0.32

0.072

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

FOil

Table

 Cackniun

Chromiun

(TotaL)

Lead

NickeL

Si

Lver

7440-43-9

7440-47-32

7439-92-

7440

-02-0

7440-22-4

0.066

5.2

0.51

0.32

0.072

F024

Table

ppb

~l.

—

‘0.05 ppm 1.

nob

0.05

ppm

0.05

ppm

-95-4

88-06-2

58-90-2

87-86-5

ppb

~~‘QQ5

ppm

noc

0.05

ppm

0.05

ppm

13 2—62

362

F039

Table

B

 Antimony

 7440-36-0

NA

 0.23

Arsenic

 7440-38-2

NA

5.0

Bariun

 7440-39-3

NA

52.

Cathniun

7440-43-9

 0.066

 Chroiniun

(Total)

 7440-47-32

MA

5.2

Lead

 7439-92-1

NA

 0.51

Mercury

 7439-97-6

MA

 0.025

Nickel

 7440-02-0

 0.32

Seleniun

 7782-49-2

MA

5.7

SiLver

7440-22-4

 0.072

KOOl

 Table B

 Lead

 7439-92-1

NA

 0.51

K002

 Table

B

 Chromiun (Total)

 7440-47-32

MA

 0.094

Lead

 7439-92-1

 0.37

K003

Table

 Chroniun (TotaL)

 7440-47-32

NA

 0.094

Lead

 7439-92-1

MA

 0.37

K004

 TabLe B

 Chromiun (Total)

 7440-47-32

NA

 0.094

Lead

7439-92-1

NA

 0.37

KOO5

Table

 Chromiun

(Total)

7440-47-32

NA

 0.094

Lead

7439-92-1

NA

0.37

K 0 0

Table

 Chromiun

(Total)

7440-47-32

MA

0.094

(anhy-

drous)

Lead

 7439-92-1

NA

 0.37

K 0

6 Table

 Chroiniun (Total)

 7440-47-32

NA

5.2

(hy-

drated)

K007

Table

Chroniiun (Total)

7440-47-32

0.094

Lead

7439-92-1

0.37

KOO8

Table

 Chroiniun

(Total)

7440-47-32

0.094

Lead

7439-92-1

NA

0.37

KO15

Table

Chroniiun

(Total)

7440-47-32

NA

1.7

1,.ead

T’t19-fl-1

0,2

Nickel

7440-02-0

K021

Table

B

 Antimony

 7440-36-0

NA

 0.23 #

K022

 Table

B

 Chromiun (Total)

 7440-47-32

NA

5.2

Nickel

 7440-024-0

NA

 0.32

K028

 Table

B

 Chroiniun

(Total)

 7440-47-32

NA

 0.073

Lead

 7439-92-1

NA

 0.021

Nickel

 7440-0240

NA

 0.088

KO31

 Table

B

 Arsenic

 7440-38-2

NA

 5.6 # ~

KO46

 Table B

 Lead

 7439-92-1

NA

 0.18

K048

 TabLe B

 Chromiun (TotaL)

 7440-47-32

NA

1.7

Nickel

 7440-0240

MA

 0.20

K049

 Table

8

 Chnomiun (Total)

 7440-47-32,

MA

1.7

NickeL

 7440-024-0

NA

 0.20

K050

 Table

B

 Chromiun

(TotaL)

 7440-47-32

NA

1.7

Nickel

 7440-024-0

HA

 0.20

K051

 TabLe

B

 Chromiun

(Total)

7440-47-32

1.7

NickeL

 7440-024-0

MA

 0.20

132—624

363

K052

 TabLe

B

 Chromiun

(Total)

 7440-47-32

NA

1.7

Nickel

 7440-024-0

NA

 0.20

K061

 (Low Zinc Subcategony--tess than 15

 Total Zinc)

Table B

 Cac~niun

 7440-43-9

NA

 0.14

Chromiun (Total)

 7440-47-32

NA

5.2

Lead

 7439-92-1

NA

 0.24

Nickel

 7440-024-0

NA

 0.32

K061

 (High Zinc Subcategory--greater than

TotaL

 Zinc--Electric Arc Furnace Dust)

Table

B

 Antimony

 7440-36-0

2.1

Arsenic

 7440-38-2

Bar

i~n

7440-39-3

BenytLiun

 7440-41-7

 Q.Jfl!t

Cadniun

7440-43-9

0.19

Chromiun (Total)

 744047-32

NA

 0.33

7439-92-1

Mercury

 7439-97-6

NA

0.009

NickeL

 7440-02-0

Seleniun

 7782-49-2

Silver

 7440-22-4

NA

0.3

Thalliun

 7440-28-0

0.078

Vanadiun

 7440-62-2

NA

 Reserved

Zinc

 7440-66-6

NA

5.3

K062

Table

Chroiniun (Total)

7440-47-32

0.094

Lead

7439-92-1

~.37

K069

(Calciun

Sulfate

Subcategory)

Tables

B

 & Ca~niun

 7440-43-9

NA

 0.14

C

Lead

7439-92-1

0.24

K071

(L~MorGury

~ubcategQry--

~wut

inwi

u~i~

lierGury)

~Q7.1

Table

B

 Mercury

 7439-97-6

NA

 0.025

K083

TabLe

NickeL

7440-024-0

 0.088

K084

 TabLe B

 Arsenic

 7440-38-2

5.6

K086

Table

 Chroniiun (Total)

 7440-47-32

0.094

Lead

 7439-92-1

NA

 0.37

K087

Table

Lead

.7439-92-1

0.51

K100

Table

Ca&iun

7440-43-9

 0.066

Chromiun (Total)

 7440-47-32

WA

5.2

Lead

7439-92-1

0.51

KiOl

 Table

B

 Arsenic

 7440-38-2

5.6

K102

Table

Arsenic

 7440-38-2

NA

 5.6 #A

K106 (Low Mercury Sthcategory-

Less than 260 mg/kg Mercury--residues from RMERC)

Tables

B

 Mercury

 7439-97-6

NA

K106 (Low Mercury Subcategory--Less than 260 mg/kg Mercury--that are not

residues from

RMERC)

TabLes

 & Mercury

 7439-97-6

NA

 A0.200JJ25

K115

 Table

B

 Nickel

 7440-024-0

NA

 0.32

ir--Th~~*

 treatment 6tandar~chave bean based an

~P

Leesheta ena’”ois

but

this ~aasnet

praslu~e

the

uoe

ef

TCLP

anatycic.

wnstowotsre and

132—625

364

P

and

U

Listed Wastes

WasteSeeALso

 CommerciaLRegulatedHazardousCAS

No

 forConcentrationConcentration

Code

 Chemical Name

 Constituent

 R e g u

L a

t

e d (mg/L)

 Waste- (mg/L)

 Nonwaste-

Hazardouswaters

waters

Constituent

POlO

TabLe

8

 Arsenic acid

 Arsenic

 7440-38-2

NA

 5.6 ~

POll

TabLe

Arsenic

 pentoxide Arsenic

 7440-38-2

5.6 ~

P012

Table

Arsenic

trioxide

Arsenic

 7440-38-2

5.6

P013

Tabl?

Bariun

cyanide

 Bariun

 7440-39-3

NA

52.

P036

Table

DichlorophenyL-

Arsenic

 7440-38-2

NA

5.6

A

arsine

P038

 TabLe

B

 DiethyLarsine

 Arsenic

 7440-38-2

WAS

 ~.6~

P065

 (Low Mercury Subcategory--less than 260 mg/kg Mercury--residues from RMERC)

Tables

B

 & Mercury fulminate Mercury

 7439-97-6

NA

 0.20

P065

 (Low Mercury S~bcategory--less than 260

 mg/kg

Mercury-- incinerator residues

 (and are not residues from

RMERC))

Tables

Mercury fulminate

Mercury

7439-97-6

0.025

P073

 TabLe B

 NickeL carbonyL

 Nickel

 7440-024Q

NA

 0.32

P074

 Table

B

 NickeL cyanide

 NickeL

 7440-024-0

MA

 0.32

P092

(Low

Mercury

Subcategory

- -

 Less than 260 mg/kg Mercury residues from RMERC)

Tables

B

 & PhenyL

 mercury Mercury

 7439-97-6

NA

 0.20

 acetate

P092

(Low

 Mercury Subcategory--less than 260

mg/kg

Mercury--incinerator residues

 (and

ore

not

residues

from

RMERC))

Tables

B

 & PhenyL

 mercury Mercury

 7439-97-6

NA

 0.025

C

 acetate

P099

 Table 8

 Potassiun

 siLver Silver

 7440-22-4

NA

 0.072

cyanide

P103

 TabLe B

 SeLenourea

 Seleniun

 7782-49-2

NA

5.7

P104

TabLe

SiLver

cyanide

Silver

7440-22-4

0,072

P110

 TabLe

 Tetraethyt

Lead

7439-92-1

0.51

P114

Table

ThalliunseLeniteSeLeniun

7782-49-2

5.7

U032

 Table

B

 CalciLin chromate

 Chromiun (Total)

 7440-47-32

NA

 0.094

0051

Table

Creosote

Lead

7439-92-1

0.51

0136

 Table

B

 Cacodylic acid

 Arsenic

 7440-38-2

NA

5.6

0144

 Table

B

 Lead acetate

 Lead

 7439-92-1

WA

 0.51

U145

 Table B

 Lead phosphate

 Lead

 7439-92-1

NA

 0,51

0146

Table

Lead

subacetate

 Lead

 7439-92-1

MA

 0.51

0151

 (Low Mercury Subcategory-

-

Less than 260 mg/kg Mercury--residues from RMERC)

Tables

 B & Mercury

 Mercury

 7439-97-6

NA

 0.20

132—626

365

0151

(Low

Mercury

Subcategory--Less

 than

260 mg/kg

Mercury--that are not residues from RMERC)

Tables

Mercury

7439-97-6

NA

0.025

0204

 TabLe

Seleniun

dioxide

Seleniun

 7782-49-2

NA

57

0205

 Table

 Seleniun suLfide

 SeLenii.mi

 7782-49-2

WA

5.7

#A--

 These treatment standards have been based on

Leachate analysis

 but this

 does

not

 preclude the

use

TCLP

analysis.

EB--

These

waste

 codes

are

not

si.tcategorized

into

wastew.ters

and

nanwastewaters.

HA--

 Not AppLicabLe.

(Source:

 Amended at 16

 Iii. Reg.

 effective

132—62 7

366

Section 728.Table B Constituent Concentrations in Waste

 (CCW)

D,

F

and

K

 Listed Wastes

See

Also

 Regulated

 Hazardous

Constituent

 C.AS

No.

 for Concentration

 Concent ration

Code

 R e g u

 a t e d (mg/L)

 Waste-

 (mg/L)

 Nonwaste-

Hazardouswaters

 waters

Constituent

0003

(Reactive

cyanides

subcategory--based

Cyanidec

 (AmenabLe) 35 ILL.

Ado.

 Code 721.123(a)(5))

Cyanides

 (TotaL)

 57-12-5

 Res.

 # 590. ~

Cyanides

 (Amenable)

 57-12-5

 0.86

0004

TabLe

Arsenic

 7440-38-2

5.0

NA

0005

Table

Bariun

7440-39-3

100.

0006

Table

Cadniun

7640-43-9

1.0

0007

 TabLe A

 Chromiun (Total)

 7440-47-32

5.0

NA

0008

 Table A

 Lead

 7439-92-1

50

NA

D009

 Table

A

Mercury

 7439-97-6

 0.20

NA

0010

 TabLe A

 Seleniun

 7782-49-2

1.0

NA

Doll

 TabLe A

 Silver

 7440-22-4

5.0

NA

0012

 Table

C

Endrin

 720-20-8

NA

 0.13 A

0013

 TabLe

D

 Lindane

 58-89-9

NA

 0.066

D014

 Table D

 MethoxychLor

 72-43-5

NA

 0,18 A

0015

 Table

0

 Toxaphene

 8001-35-1

NA

 1.3 ~

D016

 Table C

 2,4-C

 94-75-7

NA

 10.0 A

C017

 Table C

 2,4,5-TP jSiLvexI

 93-76-5

NA

 7.9 ~

FO01-F005

spent

solvents

Tables

l,1,2-Trichloroethane

71-55-6

0.030

7.6

Benzene

 71-43-2

 0.070

a

 3.7 A

F001-FOO5

spent

solvents

 (Pharmaceutical

 industry wastewater subcategory)

Methylene chLoride

 75-09-2

 0.44

NA

F006

Table

Cyanides

(Total)

57-12-5

1,2

590.

Cyanides (AmenabLe)

 57-12-5

 0,86

30.

Cac*niun

7440-43-9

1.6

Chromiun

7440-47-32

0.32

Lead

7439-92-1

0.040

NickeL

 7440-024-0

 0.44

NA

F007

 TabLe A

 Cyanides (TotaL)

 57-12-5

1.9

 590.

Cyanides

 (AmenabLe)

 57-12-5

0.1

30.

Chromiun

 (TotaL)

 7440-47-32

 0.32

NA

Lead

 7439-92-1

 0.04

NA

NickeL

 7440-024-0

 0.44

NA

F008

Table

Cyanides

(Total)

57-12-5

1.9

590.

Cyanides

 (Amenable)

 57-12-5

O.1~

30.

Chromiun

7440-47-32

0.32

Lead

 7439-92-1

0M4

Nickel

7440-024-0

0.44

132—628

Cyanides (TotaL)

Cyanides (AmenabLe)

Chromiun (Total)

Lead

Nickel

57-12-5

57-12-5

7440-47-32

7439-92-1

7440-024,Q

1.9

0.1

0.32

0.04

0.44

0.28~

0.28 A

0.014

0.014 ~

1.8 A

1.8

67-a3~-

107-06-2

75-35-4

75-9-2

56-23-5

79-00-5

79-01-6

75-01

-4

67-66-3

75-9-2

56-23-5

79-00-5

79-01-6

75-01-4

118-74- 1

87-68-3

67-72-1

67-64-1

208-96-8

83-32-9

75-05-8

96-86-2

53-96-3

107-02-8

107-13-1

309-00-2

8

0.046

!

a

 0,21B

 0.025

g

 0.089 ~

0.057

g

6

 0.054 ~

6

0.054

0.27!

a

0.046

!

a

0.089

0.057!

•

0.054

!

6

 0.054

!

6

 O.27g

6

0.055

!

0.055

!

6

0.055

g

a

 0.28~

a

 0.059!

a

 0.059k

a

0l7~

•

0.010

•

 0.059

!

0.29

 1L24!

6

D.021

!

6.2~

6.2A

31.A

6.2A

62A

 5.6A

33.A

6.2~

a

31.A

6.2k

a

 6.2~

S

 5.6~

a

 33.~

 37.~

a

 28.A

a

 30.A

160.A

 3.4~

4.OA

NA

9.7~

140.A

 84.A

 O:068A

367

F009

Table

Cyanides

(Total)

Cyanides (Amenable)

Chromiun

Lead

NickeL

F040

 Cyanides (Total)

Cyanides (AmenabLe)

FOil

Table

Cyanides

(Total)

Cyanides (AmenabLe)

Chroniiun (TotaL)

Lead

Nickel

57-12-5

57- 12-5

7440-47-32

7439-92-1

7440-024

57-12-5

57-12-5

7440-47-32

7439-92-1

7440-024~

F012

Table

1.95

0.1

0.32

0.04

0.44

0.1

1.9

0.1

032

0,04

0.44

590.

30.

MA

1.5

110.

9.1

110,

9.1

NA

NA

590.C

30.C

F019

 Table A

 Cyanides (TotaL)

Cyanides

(AmenabLe)

Chromiun (TotaL)

57-12-5

57-12-5

7440-47-32

F024

 (Note:

 F024 organic standards roist be

treated via

 incineration (INCIN))

Tables

A

 & 2-Chloro-1,3-butadiene

 126-99-8

 a 0.28 A

1.2

0.86

0.32

3-ChLoropropene

 107-05-1

a

 0.28

ft~

1,l-DichLoroethane

75-34-3

0.014

1,2-Dichtoroethane

 107-06-2

a

 0.014 ~

a

1,2-Dichioropropane

78-87’5

0,014

cis-1,3-Dichlorop~opene

 10061-01-5

0.014

trans-l,3-DichLoropropene

10061-02-6

0.014

Bis(2-ethythexyl)phthalate

117-81-7

0.036 ~

Hexachloroethane

 67-72-1

a

 0.036 A

a

Chromiun (Total)

 7440-47-32

 0.35

NA

MickeL

7640-024-0

0.47

F025 (Light ends subcategary)

Chloroform

1,2-Dichloroethane

1,1-Dichtoroethyiene

Methylene chloride

Carbon

tetrachloride

1,1,2-Trichloroethane

Trichloroethylene

VinyL chloride

F025

(Spent

fiLters

~ or aids and desicc.ants subcategory)

Chloroform

MethyLene

chloride

Carbon

tetrachLoride

1,1 ,2’Trichloroethane

TrichtoroethyLene

Vinyl chloride

HexachIorobenzene

HexachLerobutadiene

Hexachloroethane

F039

 Table A

 Acetone

Acenaphthalene

Acenaphthene

AcetonitriLe

Acetophenone

2-AcetyL

 anti nof

uorene

Acrotein

Acrytoni tn

Aldrin

2—629

368

4-Aminobiphenyl

 92-67-1

 0.13 ~

NA

AniLine

 62-53-3

 0.81

!

14.

Aathracene

 120-12-7

 0.059

4.0

Aramite

 140-57-8

 0.36 B

NA

ArocLor 1016

 12674-11-2

a

 0.013

!

a

 0.92 A

ArocLor 1221

 11104-28-2

a

 0.014

!

 0.92 A

Aroctor

1232

11141-16-5

0.013

0.92

ArocLor

1242

53469-21-9

a

 0.017 B

a

 0.92 ~

Aroclor

1248

12672-29-6

 0.013

!

a

 0.92 A

Aroclor

1254

11097-69-1

6

 0.014 B

a

 1.8 A

Aroclor

1260

11096-82-5

 0.014!

1.8

aLpha-BHC

319-84-6

 0.00014

~

 0~.066~

beta-BHC

319-85-7

0.00014

 0.066

delta-BHC

 319-86-8

a

 0.023

!

a

 0.066 A

gaimna-BHC

58-89-9

•

 0.0017!

 0.066 ~

Benzene

71-43-2

0.14

 36. ~

8enzo(a)ar~thracene

56-55-3

a

 0.059 ~

 8.2 A

Benzo(b)fluoranthene

 205-99-2

a

 0.055

!

3.4

A

Benzo(k)fLuoranthene

 207-08-9

a

 0.059 ~

a

 3.4 ~

Benzo(g1h,i)peryLene

 191-24-2

a

 0.0055 ~

a

 1.5 ~

Benzo(a)pyrene

 50-32-8

 0.061

!

8.2

BromodichLoromethane

 75-27-4

a

 0.35 B

a

 15. A

Bromoform (Tribromomethan~

 75-25-2

a

 0.63

!

 15. A

Bromomethane (methyL bromide)

 74-63-9

6

0,11

15.

4-Bromophenyl

phenyL

ether

 101-55-3

 0.055

15.

n-Butyl alcohol

 71-36-3

a

 5.6 ~

a

 2.6 ~

Butyl benzyl phthalate

 8568-7

a

 0.017 ~

a

 7.9 ~

2-sec-Butyl-4,6-dinitrophenoL

 88-85-7

 0.066

!

a

 2.5 ~

Carbon tetrachLoride

 56-23-5

 0.057

5.6

Carbon disulfide

75-15-0

0.014

!

NA

Chlordane

 57-74-9

a

 0.0033

!

a

 0.13 A

p-ChLoroaniLine

 10647-8

a

 0.46 ~

a

 16. ~

Chlorobenzene

 108-90-7

6

0.057

!

5.7

ChlorobenziLate

 510-15-6

a

 0.10 ~

NA

2-Chloro-1.3-butadiene

 126-99-8

ChLorodibromomethane

 124-48-1

a

0.057

8

0.057 !

NA

•

 i415. A

Chtoroethane

 75-00-3

 0.27 B

6.0

bis(2-Chloroethoxy)methane

 111-91-1

a

 0.036 ~

a

 7.2 ~

bis(2-ChLoroethyl) ether

 111-44-4

 0.033

a

7.2

2-Chloroothyl vinyl ethep

Chloroform

 67-66-3

c

a

0.057 9

0.046

B

WA

a

5.6

A

bis(2-ChloroisopropyL) ether

 39638-32-9

a

 0.055

!

a

 7.2 ~

p-Chloro-m-cresol

59-50-7

0.018

!

a

14.

ChLoromethane (Methyl chLoride)

 74-87-3

6

0.19

!

33.

2-Chtoronaphthalene

91-8-7

6

0.055

5.6

2-ChtorophenoL

95-57-8

0.044 !

5.7 ~

3-Chloropropene

 107-05-1

a

 0.036 !

a

28.

Chrysene

 218-01-9

a

 0.059

B

8,2

o-Cresol

95-48-7

0.11

!

5.6

CresoL

 (m- and

p-isomers)

0.77!

3.2

Cyclohexanone

 108-94-1

a

0.36

1,2-Dibromo-3-chLoropropane

 96-12-8

6

0.11

!

15.

1,2-Dibromoethane

(Ethylene

106-93-4

0.028!

15.

dibromide)

Dibromomethane

 74-95-3

a

0.11

!

15.

2,4-Dichtorophenoxyacetic

 acid

(2,4-

94-75-7

072

!

 10. ~

o,p’-DDD

53-19-0

 0.023

!

0.087

p,p’-DDD

 72-54-8

a

 0.023 !

a

 0.087 ~

o,p’-DDE

 3424-82-6

a

0.031

!

0.087 ~

p,p’-DDE

 72-55-9

o,p’-DDT

 789-02-6

a

0.031 !

0.0039

a

0.087

p,p’-DDT

50-29-3

 0.0039 ~

a

 0.087 ~

Dibenzo(a,h)anthracene

 53-70-3

a

 0.055

!

8,2

Dibenzo(a,e)pvrerte

192-65-4

0.061

m-DichLorobenzene

 541-73-1

 0.036 ~

a

 6.2 ~

o-DichLorobenzene

 95-50-1

a

0.088

6.2

p-Dichlorobenzene

 106-46-7

0.090

6.2

13 2—630

369

75-71-8

75-34-3

107-06-2

75-35-4

120-83-2

87-65-0

78-87-5

10061-01-5

10061-02-6

60-57-1

84-66-2

oO-11-J

105-67-9

131-11-3

84-74-8

100-25-4

534-52-1

5 1-28-5

121-14-2

606-20-2

117-84-0

621-64-7

122-39-4

122-66-7

621-64-7

123-91-1

298-04-4

939-98-8

33213-6-5

1031-07-8

7~-20-8

7421-93-4

141-78-6

107-12-0

100-41-4

60-29-7

117-81-7

97-63-2

75-21-8

52-85-7

206-44-0

86-73-7

.75-69-4

76-44-8

1024-57-3

118-74-1

87-68-3

77-47-4

67-72-1

1888-71-7

193-39-5

74-88-4

78-83-1

465-73-6

120-58-1

143-50-8

126-98-7

67-56-

91-80-5

72-43-5

56-49-5

101-14-4

75-09-2

78-93-3

108-10-1

80-62-6

0.23~

a

0.059

!

0.21!

a

 0.025 !

a

 0.054 !

•

0.044!

 0.0448

0.85!

0.036!

0.036

!

0.017

!

0.20!

-0.~13

0.036fi

a

 0.047g

0.057!

0.32~

0.28g

0.12!

6

0.32!

a

0~55!

0.017!

 0.40 !a

0.52

a

 0.087

!

0.40

8

0.12k

0.017!

a

 0.023 !

&

0.029

!

0.029

!

0.0028

!

•

 0.025

!

0.34!

 0.24~

•

 0.05.7!

a

012!

0.286

 0.14k

•

0.12!

0.017 !

 0.0688

0.059

0.020

!

•

0.0012

!

a

 0.016

!

0.055

!

•

 0.057!

a

 0.000063

!

 0.000063

!

 0.055

g

 0.035

!

 0.0055 g

0.019!

6

5.6!

0.021

!

0.081

!

0.0011

0.24!

5.6

0.081

0.25!

0.0055

0,508

a

 0.089 !

0.28~

 0.14!

0.148

 7.2k

7.2!

7.2k

33.~

14.!

l8.A

18.!

1$.!

a

0.13~

28,!

14.!

 28.~

a

 28.~

23!

l60.A

160.!

140,~

28.!

14.

!

NA

NA

170.!

6.2!

0.066!

0.13!

0.13!

33.!

360.

6.0!

160.~

 28.~

160.!

NA

 15.!

8.2!

4.0!

a

33.!

0.066!

 0.066A

a

 37.A

28.!

 3.6!

0.001

 0.001

!

a

 28.!

a

 28.A

8.2!

a

 65.!

170.!

a

 0.066!

2.6!

 0.13-A

84.!

1.5!

0.18k

15.!

35.!

a

33.!

a

36.~

33.!

160.!

Dichlorodifluorctmethane

1 ,1-Dichloroethane

1,2-Dichloroethane

1 .1 -DichLoroethylene

trans-I,

2-Di

ch

LoroethonaethyLene

2,4-Dichlorophenol.

2,6-Dichlorophenot

 ,2-DichLoropropane

cis-1,3-DichLoropropene

trans-1,3-Dichtoropropene

Di etdnin

Diethyt

phthalate

2,4-Dimethyl phenol

Dimethyl phthaLate

Di-n-butyL

phthaLate

1,4-Dini

trobenzene

4,6-Dirtitro-o-cresol

2,4-Dinitrophenol

2,4-DinitrotoLuene

2,6-Di

nitrotoluene

Di-n-octyl

phthalate

Di -n-propytnitrosoamfne

Dipheny

Iamine

1,2-Diphenyt hydrazine

Diphenylnitrosami ne

1,4-Cioxane

DisuLfoton

Endosulfan

I

Endosutfan II

Endosulfan suLfate

Endrin

Endrin aldehyde

Ethyl

acetate

Ethyl

cyanide

EthyL benzene

Ethyl ether

bis(2-EthythexyL) phthaLate

EthyL

methacrylate

EthyLene oxide

Fançhur

Fluoranthene

FLuorene

FLuorotrichLoromethane

Heptach

I

HeptachLor

epoxide

Hexachtorobenzene

HexachLorobutadiene

HexachLorocyc Iopentadiene

Hexach

Lorodibenzofurarts

Hexachlorodibenzo-p-dioxins

Hexach I

oroethane

Hexach I

oropropene

Indeno(1,2,3, -c,d)pyrene

odomethane

Isobutanol

Isodrin

Isosafrote

Kepone

Methacrylonitri Le

Methanol

Methapyrilens

MethoxychIor

3-MethylchoLanthrene

4,4-Methylerte-bis-(2-chLoroani

 Line)

Methylene chloride

Methyl ethyl

 ketorte

Methyl isobutyl

 ketone

Methyl niethacnylate

132—631

370

Methyl

methansuLfonate

66-27-3

0.018

!

NA

MethyL

 parathion

29800-4Q

S

0.014

!

4.6 !

Naphthalene

91 -20-3

0.059

!

3.1

!

2-HophtylNaphthyLamine

 91-59-B

a

 0.52 !

p-NitroaniLine

100-01-6

0028

28.

!

Nitrobenzene

 98-95-3

a

0.068!

14.

!

5-Nitro-o-toLuidine

99-55-8

0.32

!

28.

4-Nitrophenot

 100-02-7

a

 0.12

g.

29.

N-Nitrosodiethylamine

55-18-5

0.40

!

28.

!

N-NitrosodimethyLaiine

62-75-9

0.40

N-Mitroso-di-n-butylamine

924-16-3

0.40

17.

!

N-Nitrosomethylethylamine

 105-95-6

a

 0.40 !

a

 2.3 !

N-NitrosomorphoLine

 59-89-2

a

0.60

!

2.3 ~

N-Nitrosopipenidine

 100-75-4

a

0.013

!

35.

!

N-WitrosopyrroLidine

 930-55-2

0.013

35. !

Parathion

 56-38-2

a

 0.04.~0.014a

4.6

!

Pentachlorobenzene

 608-93-5

a

 0.055 !

a

 37. !

Pentachlorodibenzo-furans

a

a

 0.001

!

0.000035000063 !

Pentachtorodibenzo-p-dioxins

0.000063

!

0.001

!

Pentachloronitrobenzene

 82-68-8

a

 0.055

!

4.8

!

Pentachlorophenol

 87-86-5

a

0.089

7.4

!

Phenacetin

62-44-2

a

 0.081

a

16.

!

Phenanthrene

 85-01-8

a

 0.059 !

a

 31 !

PhenoL

 108-95-2

0,039

a

6.2

!

Phorate

 298-02-2

a

 0.021

a

46

!

Propanonitrile (ethyl cyanide)

 107-13-0

a

 0.24

a

 360.

PhthaLic

anhydnide

85-44-9

0.069

Pronamide

 23950-58-5

a

0093

!

1.5

!

Pyrene

 129-00-0

a

 0.067

Pynidine

110-86-1

0.014

!

16.

!

Safrote

 94-59-7

a

 0.081

!

22.

!

Silvex (2,4,5-TP)

 93-72-1

072

7.9

!

2,4,5-T

93-76-5

0.72

a

7.9

!

1,2,4,5-Tetrachlorobenzene

95-94-3

a

 0.055 ~

a

 19. !

Tetrachlorodibenzofurans

a

 0.000063

!

0.001

!

Tetrachlorodibenzo-p-dioxins

a

 0.000063 ~ a

 0.001 !

2,~,7,a-Tetrachtorodibenzo-p-~iw~in

 a O00OO~3

1,l,1,2-Tetrachtoroethane

630-20-6

0.057

!

a

42.

!

1,1,2,2-Tetrachloroethane

79-34-6

0.057g

42.

!

TetrachLorootheneethyterte

 127-18-4

a

 0.056 !

a

 5.6 ~

2,3,4,6-TetrachlorophenoL

58-90-2

0030

37. !

ToLuene

108-88-3

a

 0.080

a

a

28. !

Toxaphene

8001-35-1

0.0095 !

1.3

!

l,2,4-Trichlorobenzene

120-82-1

0.055

19.

!

1,1,1-Trichloroethane

71-55-6

0.054

!

a

5.6

l,1,2-Trichloroethane

79-00-5

 0.054

!

5.6

!

TrichloroethyLene

 79-01-6

•

 0.054

!

5.4

!

2,4,5-TrichLorophenol

95-95-4

0.18

a

37.

!

2,4,6-Trichtorophenol

88-06-2

0.035

a

37.

!

1,2,3-Tnichtoropropane

 96-18-4

a

085

!

28.

!

1,1,2-Trichloro-1,2,2-tnifluoroethane 76-13-i

0.057!

28.

!

Tris(2.3-dibromooropyL)phosphate

 126-72-7

 0.11 B

Vinyl

chloride

75-01-4

0.27!

33.

Xylene(s)

a

0.32 ~

28.

!

Cyanides (Total)

57-12-5

1.2

g

1.8

!

Cyanidos (Mionoble)

~7-13-~

0.86

Fluoride

16964-48-8

35.

!

SuLfide

 8496-25-8

a

14.

g

Antimony

7640-36-0

a

Arsenic

 7440-38-2

 6-4.0

1.4 8

Baniun

 7440-39-3

a

1.2

BerylLiun

 7440-41-7

a

0.82

!

Caóniun

7440-43-9

0.20

a

NA

Chromiun (Total)

 7440-47-32

0.37

a

Copper

7440-50-8

1.3

a

NA

Lead

 7439-92-1

a

 0.28!

NA

132—632

37.

Mercury

 7439-97-6

a

 0.15

MA

Nickel

 7440-02-.~~

a

 0.35

a

MA

Seleniun

 7782-49-2

a

 0.82

NA

Silver

 7440-22-4

 0.29

NA

ThalLiun

7440-28-0

 ±1!

Vanadiun

7440-62-2

0.042

a

NA

7440-66-6

 1&.a

KOOl

Table

Naphthatene

91-20-3

 0.031

!

1.5

!

Pentach(orophenoL

87-86r5

 0.031

0.18 A

Phenanthrene

85-01-8

0.031

!

1.5

!

Pyrene

129-00-0

a

 0.028!

a

1.5

!

Toluene

 $O~jQ~-B8-3

•

0.028!

a

 28..!

XyLenes

(Total)

0.032 !

33.

!

Lead

7439-92-1

0.037

K002

Table

Chromiun

(TotaL)

7440-47-32

2.9

a

Lead

7439-92-1

a

K003

Table

Chromiun

(Total)

7440-47-32

2Q9

a

NA

Lead

7439-92-1

!

K004

Table

Chromiun

(Total)

7440-47-32

 20.9

a

NA

Lead

 7439-92-1

a

3.4

a

NA

K005

 Table

A

 Chromiun (Total)

 7440-47-32

a

 2(.9

!

Lead

7439-92-1

3.4

a

NA

Cyanides (Total)

 57-12-5

0.74

K006

Table

Chromiun (Total)

7440-47-32

2.9

a

NA

Lead

 7439-92-1

a

3.4

a

NA

K007

 Table A

 Chromiun (Total)

 7440-47-32

2Q.9

!

Lead

7439-92-1

3.4

a

Cyanides (Total)

57-12-5

0.74

K008

 TabLe A

 Chromiun (Total)

 74.40-47-32

a

 2Q.9

!

Lead

7439-92-1

3.4

!

NA

K009

Chloroform

67-66-3

0.1

6.0

!

KOlO

Chloroform

67-66-3

0.1

6.0

!

KOll

NA

 Acetonitnile

 75-05-8

38.

1.8

!

AcrytonitriLe

 107-13-1

 0.06

1.4

!

AcryLamide

79-06-1

19.

23.

!

Benzerte

71-43-2

0.02

0.03 !

Cyanide (Total)

57-12-5

21.

57.

K013

AcetonitniLe

75-05-8

38.

1.8

!

Acrylonitnile

 107-13-1

 0.D6

a

1.4

!

AcryLamide

79-06-1

19.

23.

&

Benzene

 71-43-2

 0.02

a

 0.03

!

Cyanide

(TotaL)

 57-12-5

21.

57.

K014

WA

 Acetonitrite

75-05-8

38.

1.8

!

Acnylonitrile

107-13-1

 0.06

a

1.4

!

Acrylamide

79-06-1

19.

a

23.

!

Benzene

 71-43-2

 0.02

a

 0.03

!

Cyanide (Total)

 57-12-5

21.

57.

K015

 Table A

 Anthracene

120-12-7

1.0

3.4

!

Benzal chloride

 98-87-3

 0.28

a

 6.2 6

Sun

 Benzo(b)fLuoranthene

 and 205-99-2

 0.0~Q~

3.4

6

Benzo.(k)fLuoranthene

 207-08-9

Phenanthrene

85-01-8

0.27

3.4

6

Toluene

 108-88-3

 0.15

a

6.0

6

Chromiun (Total)

 7440-47-32

 0.32

NA

132—633

372

Nickel

K023

WA

 Phthalic

 anhydride

 (measured

Phthalic acid)

K024

NA

 Phthalic

 anhydride

 (measured

Phthalic

acid)

(016

ii!

K017

!i!

(020

 ±~!

7440-02—2~Q

 0.44

NA

K028

 Table A

 1,1-Dichtoroethane

trans-i,2-DichLoroethene

Hexach

Lorobutadiene

Hexech I oroethane

Pentach I

oroethane

1,1

,1,2-Tetrachtoroethane

1,1 ,2,2-Tetrachloroethane

1,1,1-Tnichtoroethane

1 ,1,2-Tnichloroethane

Hexachlorobenzene

HexachLorobutadiene

Hexachlorocyclopentadiene

Hexachloroethane

Tetrachloroethene

118-74-1

0.033

6

28.

6

87-68-3

a

 0.007

 5.86

6

77-47-4

a

 0.007!

a

5.6

6

67-72-1

0.033 6

28.

6

127- 18-4

0.007!

6.0

6

1,2-Dichloropropane

1,2,3-TrichLoropropane

ais(2-chLoroethyt)ether

78-87-5

0.85

28j~.

6

96-18-4

0.85

28.

6

111-44-4

0.033

7,2

6

K018

Chloroethane

Chloromethane

1,1-DichLoroethane

1,2-Dichloroethane

Hexachtorobenzene

Hexachlorobutadiene

Hexachloroethane

Pentachloroethane

1,1,1-Trichloroethane

75-00-3

0.007!

6.0

6

74-87-3

0.007

75-34-3

0.007!

6.0

6

107-06-2

0.007!

6.0

6

118-74-7

 0.033

 28.A

87-68-3

a

 0O~0~ a

 5.6!

67-72-1

0.MO7NA

28.

6

76-01-7

a

 0.007!

a

 5.6 6

71-55-6

0.007

6

6.0

6

(019

NA

 Bis(2-chloroethyl)ether

Chlorobenzene

Chloroform

p-DichLorobenzene

1,2-Dichloroethane

Fluorene

Hexachloroethane

Naphthatene

Phenanthrene

1,2,4,5-Tetrachlorobenzene

Tetrachloroethene

1,2,4-Tnichlorobenzene

1,1,1-TnichLoroethane

111-44-4

a

 0.007

6

5.6

6

108-90-7

a

 0.006!

6.0!

67-66-3

0.006007

60

6

106-46-7

 0.008

6

NA

107-06-2

a

0.008QQ~

NA

86-73-7

0.007

6

NA

67-72-1

0.033

6

28.

6

91-20-3

0.007.~

5.6

85-01-8

0.007

6

5.6

95-94-3

a

 0.017 6

NA

127-18-4

0007

6.0

120-82-1

a

 0.023 6

a

 19. 6

71-55-6

0007

6.0

1,2-DichLoroethane

1,1,2,2-Tetrachloroethane

Tetrachloroethene

107-06-2

a

 0.007 6

a

 6.0 6

79-34-6

a

 0.007 6

a

 5.6 6

127-18-4

a

 0.007 6

a

 6.0 6

K021

 TabLe A

 Chloroform

 Carbon

tetrachloride

Antimony

67-66-3

a

 0.046 ~

a

6.2

6

58-23-5

0.057

!

6.2

6

58-23-57440-36-0 a

0.0i~.608

a

 6-..2NAA

K022

Table

 Toluene

Acetophenone

Diphenylamine

Diphenytnitrosamine

Sun

 Diphenylamine

and

nitrosaniine

Phenol

Chromiun

(Total)

Nickel

Diphenyl-

108-88-3

a

0.0600808

0.034

6

96-86-2

0.010

19.

6

22-39-4

0.52

a

86-30-6

a

 0.40

a

NA

13.

108-95-2

0.039

12.

7440-47-32

0.35

7440-02—0-0

 0.47

NA

85-44-9

 0.54

6

 28. A

 85-44-9

 0.54

6

28.

75-34-3

0.007

6

6.0

6

0..033~

6.06

87-68-3

a

 0007.~

•

5.6!

67-72-1

a

0.033

28.

76-01-7

0.033

6

5.6!

630-20-6

 0.007!

 5.6!

79-34-6

 0.007!

 5.6!

71-55-6

a

 0.007 6

a

 6.0 6

79-00-5

0.007

6.0

6

132—63 4

373

o-DichLorobenzene

p-D

orobenzene

Hexachtorobutadi ene

Hexach Ioroethane

Hexach toropropene

 Pentachlorobenzene

PentachLoroethane

1,2,4,5-Tetrachlorobenzene

TetrachLoroethanoethene

1 ,2,4-Trichtorobenzene

95-50-1

106-46-7

87-68-3

67-72-1

1888-71-7

608-93-5

76-01-7

95-94-3

127-18-4

120-82-1

0.008!

0.006008 A

0.007 6

0.033

6

0.007!

0.017!

0.007

6

0.023

5.66

28.

6

19.

6

28.

6

56!

14.

6.06

19.

6

2,4-Dichlorophenol

2,6-Dichlorophenol

7440-38-2

120-83-2

87-65-0

0.79

WAA

3-46

a

3-46

 3.4!

3-46

3.46

~

 3.4~

~

 3.4k

a

 3-46

 3-46

NA

3-46

 3.4!

8.2k

Tetrachloroethylene

Caóniun

Chromiun

(Total)

Lead

Nickel

ChLoroform

 ,2-Oichloroethane

1,1 -Dichloroethylene

1, 1, 1-Tnichloroethane

Vinyl chloride

K029

~.!

K030

!~6

127-18-4

7440-43-9

7440-47-32

7439-92-1

7440-02-.2..Q

67-66-3

107-06-2

75-35-4

71-55-6

75-01-4

0.007 6

6.4

0.35

0.037

0.47

0.46

021

0.025

0.054

0.27

6.0~

NA

NA

WA

a

60~

 6.06

 6.0!

 6.0~

6.06

a

NA

NA

a

NA

NA

a

 0.057 !

0.0033

a

0.0Q12

a

a

 0.016 !

24.6

 0.26~

a

0.066!

0.057a

2.46

a

 0.0578

a

 2.4!

K031

 Table A

 Arsenic

K032

NA

Hexachtorocyclopentadiene

ChI ordane

HeptachIon

Heptachlor

epoxide

K033

NA

 HexachLorocyctopentadiene

K034

Hexachlorocyclopentadiene

K035

Acenaphthene

Anthracerte

Benz(a)anthracene

Benzo( a)

pyrene

Chrysene

Dibenz(a, h)anthracene

F luoranthene

F luorene

lndeno(1 ,2,3-cd)pyrene

Cresols

(a-

and

p-isomers)

Naphthalene

o-Cresol

Phenanthrene

Phenol

Pyrene

K036

Disutfoton

K037

NA

 DisuLfoton

Toluene

K038

NA

 Phonate

K040

Phonate

K041

Toxaphene

K042

1,2,4,5-Tetrachlorobenzene

o-Dichlorobenzene

p-Dichlorobenzene

Pentach lorobenzene

1 ,2,4-TrichLorobenzene

K043

0.59 !

0.059

a

0.068

NA

NA

NA

NA

WA

WA

77-47-4

57-74-9

76-44-8

1024-57-3

77-47-4

77-47-4

83-32-9

120- 12-7

56-55-3

50-32-8

218-01-9

53-70-3

206-44-0

86-73-7

193-39-5

91-20-3

95-48-7

85-01-8

108-95-2

129-00-0

298-04-4

108-88-3

298-

02-2

298-02-2

8001-35-1

95-94

-3

95-50-1

106-46-7

808608-93-5

120-82-1

0.77 ~

0.059

!

0.11 ~

0.059

!

0.039

 0.067!

a

 0.025!

a

 0.16

a

 0.025!

a

 0.1!

 0.080a

28.!

0.025

a

0.1

6

0.025

a

0.1

6

a

 0.0095

a

2.46

0.055

!

a

 0.088!

0090

!

a

 0055 !

a

 0.055 !

4-46

4-4!

4-4!

4.46

0.049!

0.38!

0013

6

132—635

374

2,4,5-Tnichlorophenol

 95-95-4

a

0.016

8.2

2.4,6-Tnichtorophenol

 88-06-2

a

 0.039

6

TetrachLorophenoLs

(Total)

a

 0.018 6

a

 0.48

6

PentachLorophenoL

87-86-5

0.Q22 6

1.9 6

Tetrachtoroethene

 79-01-6

a

 0.006

6

1.76

HexachLorodibenzo-p-dioxins

0.001

6

0~001

6

HexachLorodibenzo-furans

 0.001

6

0.001

6

PentachLorodibenzo-p-dioxins

a

0.001

6

0001

6

PentachLorodibenzo-furans

0.001

6

0.001

6

Tetrachlorodibenzo-p-dioxins

0.001

6

0.001

6

TetrachLorodibenzo-furans

a

 D001

6

~

 0.001

6

K046

 Table A

 Lead

 7439-92-1

0037

NA

K048

Table

 Benzene

 71-43-2

a

 0.011 6

a

 14. 6

Benzo(a)pyrene

 50-32-8

a

 0.047

6

a

12.

6

BisC2-ethyLhexyl)phthat

ate

117-81-7

a

 0.043

6

a

7.3

6

Chrysene

 218-01-9

a

 0.043

6

15.

6

Di-n-butyL

phthalate

84-74-2

 0.06 6

a

3.6

6

Ethylbenzene

100-41-4

0.011

6

14.

6

Fluorene

86-73-7

a

0.Q05

6

Naphthalene

 91-20-3

0.033

6

42

6

Phenanthrene

85-01-8

0.039

34.

Phenol

 108-95-2

a

 0.047!

a

3.6

6

Pyrene

 129-00-0

a

 0,045

6

36.

6

ToLuene

 108-88-3

a

 0.011 6

a

 14. 6

XyLene(s)

a

0.011

22.

6

Cyanides (Total)

 57-12-5

a

 0028~

a

 1.8 6

Chromiun (Total)

7440-47-32

0.2

Lead

7439-92-1

0.037

K049

Table

Anthracene

120-12-7

0.039

6

28.

6

Benzene

 71-43-2

0.011

14.

Benzo(a)pyrene

 50-32-8

a

 0.047!

a

 12. 6

Bis(2-ethythexyt)phthalate

 117-81-7

a

 0.043

6

7.3

Carbon disulfide

 75-15-0

a

 0.011 6

NA

Chrysene

 218-01-9

 0.043

6

15.

6

2,4-Dimethytphenol

 105-67-9

a

0.033

6

NA

Ethylbenzene

 100-41-4

a

 0.011

6

14.

6

Naphthalene

 91-20-3

0.033

6

42.

6

Phenanthrene

 85-01-8

a

 0.039

6

34.

6

Phenol

 108-95-2

a

 0.047!

a

3.6

6

Pyrene

 129-00-0

a

 0.045

6

36.

6

Toluene

 108-88-3

a

 0.011

6

~

14.

6

Xylene(s)

a

 0.011

6

 22. A

Cyanides (Total)

 57-12-5

a

 0.028 6

a

 1.8 6

Chromiun (Total)

7440-47-32

0.2

Lead

7439-92-1

0.037

K050

 Table A

 Benzo(a)pyrene

 50-32-8

 0.047

6

a

12.

6

Phenol

 108-95-2

a

 0.047!

a

3.6

6

Cyanides

(Total)

57-12-5

0.028

6

1.8

6

Chromiun (Total)

7440-47-32

0.2

Lead

 7439-92-1

 0.037

NA

K051

 Table A

 Acenaphthene

 83-32-9208-96-8

a

 0.05

6

Anthracene

 120-12-7

a

 0.039 6

a

 28. 6

Benzene

 71-43-2

 0.011

6

14.

6

Benzo(a)anthracene

 50-32-8117-81-7

a

 0.043

6

20.

6

Benzo(a)pyrene

 50-32-8

 0.047

6

12.

6

Bis(2-ethylhexyl)phthalate

75-15-0

DM43

6

7.3

6

Chrysene

 218-01-9

a

 0.043

6

15.

6

Di-n-butyl phthaiate

 105-67-9

a

0.06 ~

 3.6 ~

EthyLbenzene

100-41-4

0.011

6

14.

6

Fluorene

86-73-7

0.05.!

Naphthalene

 91-20-3

0.033

6

42.

6

Phenanthrene

 85-01-8

 0.039

6

a

34.

6

PhenoL

 108-95-2

a

0.047!

3.6

Pyrene

 129-00-0

a

 0.045 6

a

36.

6

132—636

K061

 TabLes

A—.&

 Cathiun

C

K069

TabLes

 Cathniui~

C

Lead

7640-43-9

 1.61

7440-43-9

7439-92-1

NA

1.6

0.51

K071

 Table A

 Mercury

375

14. A

22.

6

1.8!

NA

Toluene

Xylene(s)

Cyanides (Total)

Chromiun (Total)

Lead

K052

 Table A

 Benzene

Renzo(a)pyrene

Cresol

p-Cresol

2,4-DiinethylphenoL

Ethylbenzene

Wa~thalene

Phenanthrene

Phenol

Tol uene

XyLene(s)

Cyanides (Total)

Chromiun (Total)

Lead

K060

NA

 Benzene

Benzo(a)pyrene

Naphthal

ene

Phenol

Cyanides

(Total)

108-88-3

57-12-5

7440-47-32

7439-92-1

71-43-2

50-32-8

95-48-7

106-44-5

105-67-9

100-41-4

91-20-3

85-01-8

108-95-2

108-88-3

57-12-S

7440-47-32

7439-92-1

71 -43-2

50-32-8

91-20-3

108-95-2

57-12-S

0.011

6

0.011

6

0.028!

0.2

0.037

DM11

6

 0.047!

0.011

6

a

 0.011 6

a

 DM33.

 0~0il

6

 DM33

6

0.039

 0.047!

0.011

6

 0.011

6

a

0028

6

0.2

0.037

a

 0.17 AR

 0.035

6!

a

 0.028 6!

0.042AB

1.9

 14.6

a

12!

a

 6.26

6.26

 14.!

42!

6

 3.66

a

 i4.A

 22.~

1.86

NA

0.071

6

 3.4~

a

 3.4~

1.2

Chromiun (Total)

 7640-47-32

 0.32

NA

Lead

 7439-92-i

 0.51

NA

Nickel

 7440-02-2-0

 0.64

NA

K062

Table

 Chromiun

Lead

Nickel

(Total)

 7440-47-32

7439-92-1

7440-02.4-0

0.32

0.04

0.44

NA

WA

7439-97-6

0.030

K073

WA

 Carbon tetrachloride

Chloroform

Hexachloroethane

Tetrachloroethene

1,1,1-Trichloroethane

58-23-5

67-66-3

67-72-1

127-18-4

71-55-6

a

a

a

0.057

!

DM46!

0.055 ~

0.056

0.054

a

a

a

6.2 4

62

6

30.

6

6.2

6

6.2

6

K083

 Table A

 Benzene

Aniline

DiphenyLamine

Diphenylnitrosamine

Sum

of

 DiphenyLamine

Diphenylnitrosamine

Nitrobenzene

PhenoL

CycLohexanone

Nickel

and

71-43-2

62-53-3

22-39-4

86-30-6

98-95-3

108-95-2

108-94-1

7440-02.4-0

a

a

NA

a

0.14

a

0.81

0.52

!

0.40

!

0.068

0.039

036

0.47

a

WA

NA

a

a

a

MA

6.6*

14.

6

14.

6

14.

6

5.6~A

30.

K084

NA

 Arsenic

 7440-38-2

 0.79

NA

K085

NA

 Benzene

Chlorobenzene

o-Dichlorobenzene

m-Dichlorobenzene

p-Dichlorobenzene

i,2,4-Trichlorobenzene

i,2,4,5-TetrachLorobenzene

71-43-2

.108-90-7

95-50-1

541-73-1

106-46-7

120-82-i

95-94-3

a

a

a

a

a

a

0.14

a

0.057

a

0.088!

0.036

a

0.090

!

0.055

!

0.055

!

a

4.4

6

4.4

6

4.4

6

4.4

6

4.4

6

4.4

6

4.4

132—63 7

376

Pentach Iorobenzene

Hexachlorobenrene

Aroclor 1016

Arocior 122i

Aroclor

1232

Aroclor

1242

ArocLor 1248

Aroclor 1254

ArocLor 1260

608-93-5

118-74-1

12674-11-2

11104-28-2

11141-16-5

53469-21-9

1267?-29-6

11097-69-1

11096-82-S

0.055

a

 0.055 !

 0.013

!

a

 0.014 !

 0.013

a

0.017

g

 0.013

a

 0.014

g

a

 0.014

a

4.46

4-46

 09~A

 0.926

a

 0.924

0.924

 0.924

 1.86

1.86

K093

6!

K094

6!

Lead

Phthalfc

 anhydride

(measured

85-44-9

PhthaLic acid)

Phthalic

 anhydride

 (measured

as

85-44-9

Phthalic acid)

K086

 Table A

 Acetone

 67-64-1

 0.28

a

 160. A

Acetophenone

 96-86-2

0.010

9.7

6

Bis(2-ethylhexyL)phthatate

 117-81-7

a

 0.28

28.

6

n-Butyl

alcohol

71-36-3

2.6

Butylbenzylphthalate

 85-68-7

a

 0.017 ~

a

 7.9 6

a~ycIohexanone

108-94-1

036

1,2-DichLorobenzene

 95-50-1

 0.088

a

6.02

6

DiethyL

phthalate

84-66-2

0.20

a

28.

6

Dimethyl

phthalate

131-11-3

 0.047

a

 28. A

Di-n-butyl phthaLate

 84-74-2

a

 0.057

a

28.

6

Di-n-octyt

phthalate

 117-86-0

a

 0.017

a

28.

6

Ethyl acetate

 141-78-6

a

034

33.

6

Ethylbenzene

 100-41-4

a

 0.057

a

a

6.0

6

Methanol

 67-56-1

5.4

Methyl

 isobutyl ketone

 108-10-1

 0.14

a

33.

Methyl ethyl

 ketone

 78-93-3

 0.28

36.

Methylene chloride

75-09-2

a

 0.089 ~

a

 33. 6

WaphthaLene

 91-20-3

a

 0.059

6

a

3.1

6

Witrobenzene

 98-95-3

a

 0.068 ~

 14. A

Toluene

 108-88-3

a

0.080

28.

6

1,i,1-Trichloroethane

 71-55-6

a

 0.054 ~

a

5.6

6

TnichloroethyLene

79-01-6

0.054

5.6

6

Xylene(s)

 (Total)

(Total)

0.32

 28. ~

Cyanides (Total)

 57-12-5

1.9

 1.5 6

Chroniiun (Total)

 7440-47-32

 0.32

Lead

7439-92-i

0.037

K087

 Table A

 Acenaphthalene

Benzene

Chrysene

FLuoranthene

Indeno(1,2,3-cd)pyrene

Naphthalene

Phenanthrene

ToLuene

Xylene(s)

208-96-8

71-43-2

218-01

-9

206-44-0

193-39-S

91-20-3

85-01-8

108-88-3

7439-92-1

a

a

a

a

a

0.028

6

0.014

6

0.028

0.M28

0.028

6

DM28

6

0.028

6

0.008

0.014

0.037

3.4

6

0.071 6

3.4

6

6

3.4

6

3.4

6

3.4 6

0.65

6

0.07

6

 0.346

a

28.6

 0.54!

a

 28.6

K095

6!

i,i,1,2-TetrachLoroethpne

630-20-6

0.057

5.6

6

1,i,2,2-TetrachLoroethane

79-34-6

0.057

5.4

6

Tetrachloroethene

127-18-4

0.056

6.0

1,1,2-Trichloroethane

 79-00-5

 0.054

a

6.0

6

Trichloroethylene

79-01-6

0.054

5.6

6

HexachLoroethane

 67-72-1

 0.055

a

28.

4

Pentachloroethane

 76-01-7

 0.055

a

5.6

6

K096

NA

 1,1,1,2-Tetrachloroethane

1,1,2,2-TetrachLoroethane

Tetrachtoroethene

1,1,2-Trichloroethane

TnichLoroethene (TnichloroethyLene)

1,3-Dichlorobenzene

Pentachloroethane

630-20-6

79-34-6

127-18-4

79-00-5

79-01-6

541-73-1

76-01-7

DM57

0.057

0.056

0.054

0.054

 0.036

0.055

a

a

a

5.6

6

5.6

6.0

6.0 6

5.6

6

5.6

4

5.6

132—638

19.6

2.4 A

 0.264

 0.0666

a

 0.0666

1(098

WA

 Toxaphene

o-Nitroaniline

Arsenic

Cackniuii

Lead

Mercury

1(102

 Table A

 o-Nitropbenot

Arsenic

Ca~niun

Lead

Mercury

8001

 -“35-i

 0.0095a

2.66

 0.274

0.79

0.24

0.17

0.082

a

 0.028 4

0.79

0.24

0.17

0.082

NA

NA

NA

WA

NA

Aniline

Beniene

2,4-Dinitrophenol

Nitrobenzene

Phenol

Aniline

Benrene

2,4-Cinitrophenol

 trobenzene

Phenol

Cyanides (Total)

Benzene

 Lorobenzene

o-Dichlorobenzene

p-DichLorobenzene

2,4,5-Trichtorophenol

2,4,6-TrichlorophenoL

2-ChLorophenol

Phenol

62-53-3

71-43-2

S1-28-5

98-95-3

108-95-2

62-53-3

71-43-2

51-28-5

98-95

-3

108-95-2

57-12-5

71-43-2

108-90-7

95-50-1

106-46-7

95-95-4

88-06-2

95-57-8

108-95-2

7439-97-6

4.5

0.15

a

 0.61

 0.073

a

i.4

4.5

a

015

a

 0.61

 0.073

a

1.4

2.7

0.14

0.057

0.088

0.090

0.18

0.035

044

0.039

5.6

6.04

 5.64

5.64

5.64

 5.6A

 6.04

 5.66

5.64

 1.84

 4.44

4.44

4-46

 4.44

4.44

4.4~

4.46

 4.44

a

 Treatment etandordo

far

thin

ar~ania

nenotituent

wars

 sot.blishad boned ~on

 incinaratian in

unito

pe~atadin

annerdanes

 with

the

 tashninal

 r.quiramsntn

IlL.

Ada.

 Cad.

 72’i.Eubpart ~

725.~ubpart

 booed ~

 nedouctien

 fuel

 stMtitutien

 unite o~natin9in aceerdanea

 with

ap~lieibLe

technical

rs~jiremanto.

 facility n~y

according

provicione

 Soction 728.107.

8asod

ann

Lyei c

cooponI to

own-1

certify

 aen~liancauith theoc treatment standards

 an3Lyzed u0in~

~W-E6

 Piothed

901u~

oon$e

suet

 O.5-i0J diotiLtotian

time;

one

 hour

one

 hour and

K097

6!

377

1,2,4-TrichLorobenzene

 120-82-1

 0.055

Hexachlorocyclopentadiene

 77-47-4

a

 0.057

a

Chlordane

 57-74-9

a

0.0033

a

Heptachlor

 76-64-8

a

 0.0012

a

HeptachLor

epoxide

 1024-57-3

a

 0.016

6

1(099

NA

 2,4-Dichlorophenoxyacetic acid

Hexachlorodibenzo-p-dioxi ns

HexachIorodibenzofurans

Pentachlorodi benzo-p-dioxfns

Pentachlorodi

benzofunans

Tetrachlorodibenzo-p-dioxins

Tetrach lonodibenzofurans

1(100

 Table A

 Caóniun

Chromiun (Total)

Lead

1(101

6!

1.OA

a

 0.001 A

a

 D.OOi

A

 0.001 A

 0.001 A

a

 0.001A

a

 0.001

A

1.6

0.32

0.51

 1.DA

0.001

0.D01

0.001

4

0.D01

0.001

NA

NA

94.75-7

7440-43-9

7440-47-32

7439-92-1

7440-38-2

7440-43-9

7439-92-1

7639-97-6

7440-38-2

7640-43-9

7439-92-1

 7439-97-6

i4.

13. 6

1(103

6!

K104

6!

K105

6!

K106

Tables

 Mercury

K115

 Table A

 Nickel

 7440-

024

0.030

0.47

NA

132—63 9

fifteen

minutes.

•1,.,+

s....;

;,.,.kt~.

S

r c

I

See

Also

Code

 Chemical Name

378

TABLE

B

 (CCJ):

 P AND U LISTED WASTES

ReguLated

 HazardousCAS

No.

forConcentrationConcentration

Constituent

 R a g u

 I a t e d (mg/L)

 Waste- (mg/L)

 Nonwaste-

Hazerdouswaters

waters

Constituent

P022

P024

P029

Carbon

disulfide

p-ChloroaniLine

Copper

cyanide

Table

P004

 Aldnin

6!

 Aldnin

 309-00-2

 021 !

 0.066

A

P010

 Arsenic acid

 Table A

 Arsenic

 7440-38-2

 0.79

POll

 Arsenic pentoxide Table A

 Arsenic

 7440-38-2

 0.79

P012

Arsenic

 trioxide

 Table A

 Arsenic

 7440-38-2

 0.79

MA

P013

Bariun

cyanide

 Table A

 Cyanides (TotaL)

 57-12-S

Cyanides (AmenabLe)

57-12-5

1.9

01

110.

9.1

P020

 2-sec-Butyl-4,6-

6!

dinitrophenoL

(Dinoseb)

2-sec-Butyl-4,6-di-

 88-85-7

tnophenoL

(Dinoseb)

0.066

2.5

4

P021

 Calciun cyanide

6!

 Cyanides (Total)

 57-12-5

Cyanides (Amenable) 57-12-S

1.9

0.1

110.

9.1

Carbon disulfide

 75-15-0

 0.014

NA

p-Chloroaniline

 106-47-8

 0.46

t

16.

6

Cyanides

(TotaL)

 57-12-5

Cyanides

(Amenable) 57-12-5

1.9

01

110.

9.1

P030

Cyanides

(soluble

6!

salts

and

coirplexes)

Cyanides (TotaL)

 57-12-5

Cyanides (Amenable) 57-12-S

1.9

0.1

110.

9.1

P036

 Dichlorophenyl- Table A

ansi ne

Arsenic

 7440-38-2

079

P037

 CieLdrin

6!

Dieldrin

60-57-1

*

0.017

6

*

 0.13 A

P038

 DiethyLarsine

 Table A

 Arsenic

 7440-38-2

 0.79

P039

 Disutfoton

6!

Disulfoton

 298-04-4

 0.017

t

 0.1 ~

P047

 4,6-Dinitro-o-6!

cresol

4,6-Dinitro-o- 534-52-4

cresot

*

 028a

 160.4

P048

 2,4-Cinitnophenol

6!

 2,4-Dinitrophenol

 51-28-5

C

0.12

a

C

160

4

P050

Endosulfan

6!

 Endosulfan

1

 939-98-8

Endosulfan

II

 33213-6-5

Endosulfan sulfate

 1031-07-8

C

1

1

0.023

a

0.029

a

0.029 !

1

1

0,066

4

0.13 A

0.13 A

P051

 Endrin

6!

 Endnin

 72-20-8

Endrin aLdehyde

 7421-93-4

1

0..0D28

a

0.025

1

0.13 A

0.13

6

P056

 Fluoride

 Table C

 Fluoride

 16694-48-8

35.

NA

P059

 Heptachlor

6!

Heptachlor

 76-44-8

KeptachLor epoxide

 1024-57-3

1

a

0.00i2

!

0.016

a

1

0.066 4

0.066

4

P060

 Isodnin

6!

 Isodnin

 465-73-6

1

 0.021 ~

1

 0.066 A

132—640

379

P063

Hydrogen

cyanide

~4

 Cyanides (Total)

 57-12-5

1.9

 110.

Cyanides

 (Amenable) 57-12-5

 0.10

9.1

P065

Mercury fulminate

Tables

 Mercury

 7439-97-6

 0.030

NA

P071

 Methyl

parathion

6!

Methyl

 parathion

298-00-0

 0.025

‘

0.1

4

P073

 Nickel canbonyL

 TabteA

 NickeL

 7440-024-0

0.4432

P074

Nickel

cyanide

Table

Cyanides

(TabLe 57-12-5

1.9

110.

~j)

Cyanides (AmenabLe)

57-12-5

 0.10

91

NickeL

7440-024-0

 0.4.4

NA

P077

 p-Nitroaniline

~j4

p-Nitroaniline

100-01-6

 0.028

a

28.

P082

 N-Wi trosodi

 Table C

 N-Nitrosodimethyl-

62-75-9

1

 0.408

NA

methylamine

amine

P089

Parathion

6!

Parathion

56-38-2

0.025

1

0.1

P092

Phenylmercury

Tables

Mercury

 7439-97-6

 0.030

NA

acetate

P094

Phorate

6!

 Phorate

 298-02-2

 0.025

0.1

P097

Fançhur

6!

 Fasaphur

 52-85-7

 0.025

1

0.1

4

P098

Potassiuncyanide6!

Cyanides

(TotaL)

57-12-5

1.9

110.

Cyanides (AmenabLe) 57-12-S

 0.10

9.1

P099

 Potassiun

 silver Table A

 Cyanides (Total)

 57-12-5

1.9

 110.

cyanide

Cyanides (Amenable) 57-12-5

0.1

9.1

Silver

 7440-22-4

 0.29

NA

P101

Ethyl

cyanide

6!

Ethyl

cyanide

107-12-0

1

 0.24

a

360.

(Propanenitri le)

 (Propanenitrile)

P103

Selenourea

Table

 Seteniun

 7782-49-2

*

1.0

a

P104

 Silver cyanide

 Table A

 Cyanides (Total)

 57-12-5

1.9

 110.

Cyanides (AmenabLe)

 57-12-5

 0,10

9.1

SiLver

7440-22-4

0.29

P106

 Sodiun

cyanide

6!

 Cyanides (Total)

 57-12-5

1.9

 110.

Cyanides (Amenable)

 57-12-5

 0.10

9.1

P110

TetroethyL

lead

 Tables

A &

Lead

7439-92-i

 DM40

NA

P113

 Thallic oxide

 Table

Thalliun

7440-28-0

1

 0.14

NA

P114

 Thalliun

selenite Table

SeLeniun

 7782-49-2

1.0

P115

 Thaltiun (I) sul-

Table

ThaLliun

 7440-28-0

1

 0.14

fate

P119

 Aninonia vanadate

 Table

0

 Vanadiun

 7440-62-2

1

 2& B

NA

P120

Vanadiun

pent-

Table

 Vanadiun

7440-62-2

1

28.

oxide

P121

Zinc

cyanide

Cyanides

(Total)

57-12-5

1.9

110.

Cyanides (AmenabLe) 57-12-5

 0.10

9.1

P123

 Toxaahene

NA

 Toxathene

 8001-35-1

1

 0.0095 8

1.3

A

132—641

380

0002

Acetone

6!

0003

 Acetonitnile

 Table 0

0004

 Acetophenone

6!

0005

 2-Acetylamino-

6!

f Luorene

0009

 AcrylonitriLe

6!

0012

Aniline

0018

Benzta)anthracene

~4

0019

Benzene

NA

0022

 Benzo(a)pynene

6!

U024

Bis(2-chloro-6!

ethoxy)methane

0025

Bis(2-chloro-NA

ethyl) ether

0027

 Bis(2-chloro-NA

isopropyl)

ether

U028

 Bis(2-ethylhexyl)

6!

ptha late

U029

BromomethaneNA

(Methyl bromide)

0030

 4-BromophenylWA

phenyl

ether

0031

n-Butyt

aLcohol

6!

0032

 Calciun chromate

 Table A

U036

ChLordane

 (alpha

6!

and

garmna)

Chlorobenzene

NA

Chlorobenzilate

 Table

C

p-Chloro-m-cresoL

6!

2-Chloroethyl

Table

vinyl

VinyL

 chloride

Chloroform

Chlonomethane

6!

(Methyl chloride)

U047

2-Chloronaphtha-

Iene

2-Chiorophenol

Chrysene

Creosote

Acetone

 67-64-1

Acetonitrile

 75-05-8

Acetophenone

 98-86-2

2-Acetylamino-

 53-96-3

fLuorene

Acrytonitrile

 107-13-1

62-53-3

56-55-3

71-43-2

Benzo(a)pyrene

 50-32-8

Bis(2-chlore-

111-91-1

ethoxy)methane

Bis(2-chloroethyl)

111-44-4

ether

Aniline

Benz(a)enthracene

Benzene

0.28

0.17

1

 0.010

6

0059

a

 0.244

0.81

 0.059!

0.14!

 0.061

0.036

*

160.4

*14

 P~dZ~

*

 9.74

1

140.4

1

 84.4

l4.A

8.24

364

 8.24.

a

 7.24

Bis(2-chloro-39638-32-9

isopropyl)

ether

Bis(2-ethyLhexyL)

 117-81-7

pthalate

B r om ome

t

 h a n e 74-83-9

(Methyl

bromide)

4-Bromophenyl

101-55-3

phenyl

ether

n-ButyL alcohol

 71-36-3

Chromius (Total)

 7440-47-32

Chlordane

 (alpha 57-74-9

and ganina)

0.033

~

 7.2 4

*

 0.055a

*

7.24

 0.544

t

28.4

 0.114

1

15.4

1

 0.0554

 15.4

56

1

2.64

0.32

*

0.00033 !

0.13

5.7

4

 U037

0038

U039

0042

0043

U044

0045

ChIorobenzene

Chlorobenzilate

p-Chloro-m-cresol

2-ChtoroethyL

vinyl

108-90-7

5 10-15-6

59-50-7

110-75-8

NA

*

0.057

 0..ioa

*

0.018

0.057

*

 0.27!

a

 0.046a

0.198

*

14.4

NA

*

 33.4

564

33_A

Vinyl

chloride

 75-01-4

Chloroform

67-66-3

L oromethane

74-87-3

(MethyL chloride)

2-Chloronaphthalene

 91-58-7

0048

0050

U05 1

6!

 2-Chlorophenot

6!

Chrysene

Table

 Naphthalene

Pent

ach

oropheno

 0.0558

*

56A

95-57-8

218-01-9

91-20-3

87-86-5

*

 0.044a

*

 0.059 a

0.031

 0.18

 S.74

8.24

 1.SA

*

 7.44

132—642

0063

 Dibenzo(a,

6!

h)anthracene

0066

 1,2-C

ibromo-3-

6!

chI oropnopane

0067

l,2-Dibnomoethane

6!

(Ethylene

di-

bromide)

U068

Dibnomoethane

6!

0069

Di-n-butyLNA

phthalate

0070

 o-Dichtorobenzene

6!

0071

m-Cichlonobenzene

6!

0072

 p-Dichlorobenzene

6!

0075

 Cichlorodifluoro-

6!

methane

0076

 1,1-Cichloro-

6!

ethane

U077

 1,2-Dichloro-6!

ethane

0078

1,1-Dichlono-6!

ethylene

0079

1,2-Dichloro-6!

ethylene

11080

 MethyteneWA

chloride

1)081

2,4-DichLoro-6!

phenol

0082

2,6-DichLono-6!

phenol

85-01-8

129-00-0

108-88-3

7439-92-1

o-Cresol

95-48-7

Cresols

(at-

and

isomers)

Cyclohexanone

 108-94-1

o,p’-DDD

53-19-0

p,p’-DDD

 72-54-B

o,p’-DDT

789-02-6

p,p’-DDT

 50-29-3

o,p’-DDD

 53-19-0

p,p’-DDD

 72-54-8

o,p’-CDE

3424-82-6

p,p’-DDE

 72-55-9

Dibenzo(a,h)-

 53-70-3

anthracene

1,2-Oibromo-3-

96-12-8

ch Ioropropane

,2-Cibromoethane

106-93-4

(Ethylene

di-

bromide)

Dibromoetharte

74-95-3

O

i

-

but y 184-74-2

phthalate

o-Dich Lorobenzene

m-Dich lorobenzene

p-C ichI

orobenzene

Dichlorodifluoro-

methane

1, 1-Dichtoroethane

 75-34-3

1 ,2-Dichtoroethane

107-06-2

1,1 -DichLoro- 75-35-4

ethyLene

trans-1,2-DichLoro- 156-60-S

ethylene

Methylene

chloride

75-08-2

2,4-DichLoropflenol

 120-83-2

2,6-DichLonophenol

87-6S-0

381

Phenanthrene

Pynene

ToLuene

XyLenes (Total)

Lead

1)052

Cresols

(Cresylic

acid)

1)057

 CycLohexanone

 Table C

U060

DCC’

6!

0061

DOT

6!

1.5A

*

2g,.l.s

*

328.

33.4

 5.64

 3.24

1

0.031

*

0.028

*

 0.028

0.032

 0.037

oiis

 0.77!

0.36

0.023

a

0.023

a

 0.0039

a

 0.0039 ~

0.023

6

0.023

!

*

0.031

*

0.031

0.055

a

0.087

4

0.087

4

0.087

4

0.087

4

0.087

4

0.087

4

0.087

4

0.087

4

8.2

 o.iia

*

15.4

0.0288

*

15.4

 0.118

 0.54A

*

 0.o88a

0.036

a

0.090

6

0.23!

95-50-1

541-73-1

104-46-7

75-71-8

15.

4

 28.4

 6.24

6.2

4

 6.24

*

 7.24

0.059

7,2

 0.21!

 7.24

0.025!

*

33.4

 0.054

a

0,089 ~

 33. X

0044 4~

14.

0.044

14.

132—643

0083

 1,2-Dichloro-6!

propane

0084

1,3-Cichloro-6!

propane

0088

Diethyt

phthalate

6!

0093

p-Cimethytamino-

Table

azobenzene

11101

 2,4.Dimethyt-~

phenol

0102

Dimethyt6!

phtholate

0105

2,4-Cinitro-6!

totuene

0106

2,6-Dinitro-6!

totuene

0107

Di

-n-octyL~

phthalate

0108

1,4-Dioxane

6!

0111

Di -n-propyl

-6!

nit rosoamine

0112

 Ethyl

acetate

6!

0117

 EthyL

ether

0118

 Ethyl

 meth-

6!

acrylate

0120

Fluorartthene

6!

U121

TnichLoro-6!

nonofluoromethane

Hexachlorobenzerte 6!

Hexachlorobuta-

diene

0129

 Lindane

6!

1 ,2-Dichloropropane

78-87-S

cis-1,3-DichLoro-

10061-01-5

propylene

trans-1,3-DichLono-

10061-02-6

propylene

Diethyl

phthalate

 84-8666-2

p-Dimethylaminoazo- 60-11-7

benzene

2,4-Dimethylphenot

 105-67-9

Dimethyl

phthaLate

131-11-3

2,4-Dinitnotoluene

 121-14-2

2,6-Dinitrotoluene

606-20-2

oct

1117-84-0

phthalate

1,4-Dioxane

123-91-1

Di-n-propylnitroso-

 621-64-7

amine

Ethyl

acetate

 141-78-6

Ethyl ether

 60-29-7

Ethyl

methacrylate

97-63-2

Fluonanthene

 206-44-0

chLoro-75-69-4

monof

uoromethane

Hexachtorobenzene

118-74-1

Hexachlorobutadiene 87-68-3

382

0.85

0.036

~6

0.036 ~

0.54 X~

0.13

0.036

~a

0.54

0.32 ~

0.55

0.54 X4

012 ~

0.40 ~

0.34 ~

0.12

0.14 ~

0.068

0.020

~a

0.055

~4

0.055

0.00014

~!

0.00014

6

0.023

6

00017

a

0.057 ~

a

0.055

~.

6

35.

NA

0.79

0.0055

~

0.19 ~8

18.

18. X4

18. X4

28.

14.

28.

*14

140.

*14

28.

*14

28.

*14

170.

 *14,

14.

33.

*14

160.

160.

*14

8.2

*14

33.X4

37.

X

28.

*14

0.06466

0.04466

XA

0.04666

*14

0.04466

*14

3.6

*14

28.

*14

8.2

 *14,

65.

*14

Ul27

U1 28

0130

Hexachlorocyclo-

6!

pentadi ene

0131

 Hexachtoroethane

6!

0134

 Hydrogen fluoride Table D

U136

 CacodyLic

acid

Table

U137

 Indeno(1,2,3-6!

c,d)pyrene

U138

lodomethane

aLpha-BHC

319-84-6

beta-BHC

 319-85-7

Delta-BHC

 319-86-8

ganina-BHC (Lindane)

 58-89-9

Hexachlorocyclo-

77-47-7

pentadiene

Hexachtoroethane

67-72-1

Fluoride

 16966-48-8

Arsenic

7440-38-2

Indeno(1,2,3-c,d)-

193-39-S

pynene

lodomethane

 74-88-4

132—644

383

Lead phosphate

Lead subacetate

Mercury

11152

 Methacrylonitnile

6!

11154

Methanol

6!

11155

 Methapynitene

6!

U157

 3-Methylchol-6!

anthrene

11158

 4,4’-Methylene-

6!

bis(2-chlono.4.L~

aniline)

11159

Methyl

ethyl

6!

ketone

U161

Methyl

isobutyl

6!

ketone

U162

 Methyl

meth-

6!

acrytate

U165

Naphthalene

6!

11168

2-Waphthylamine

Table

11169

Witnobenzene

6!

U170

4-Nitnophenol

6!

U172

W-Nitrosodi-n-

6!

buty

lamine

11174

 N-NitrosodiethyL-

6!

amine

U179

N-Nitroso-NA

piper

idine

U180

 N-Nitroso-NA

pyrroLidine

11181

 5-Nitro-o-NA

toluidi ne

U183

Pentachioro-WA

benzene

1)185

Pentachloronitro-

6!

benzene

U187

Phenacetin

6!

11188

 Phenol

6!

N-Nitrosodiethyl- 55-18-5

amine

N-Nitrosopiperidf me

 100-75-4

N-I4itroso-930-55-2

pyrrolidine

5-Nitro-o-totuidine 99-55-8

Pentachlorobenzene

608-93-5

Isobutyl

 alcohol

6!

Isosafrole

Kepone

Lead

acetate

Isobutyl alcohol

 78-83-1

11140

U141

U142

11144

11145

UI46

11151

NA

Table

Table A

Table A

Tables

I sosafrole

Kepone

Lead

Lead

Mercury

120-58-1

143-50-8

7439-92-1

7439-92-1

7439-92-1

7439-97-6

NA

5.6

0.081

0.0011

0.040

0040

0,040

0.030

024

*1~

5.6

0.081

0.0055

a~

170.

*14

2.6

*14

0,13

*14

84.X4

1.SXA

15.

*14

Methacrylonitri Ic

 126-98-7

Methanol

 67-56-1

MethapyriLane

91-80-S

3-MethyLchol-

56-49-5

 anthrene

Methylenebis(2-

101-14-4

chioro-aniline)

Methyl

ethyl

 ketone 78-93-3

Methyl

isobutyl

108-10-1

ketone

Methyl

methacrylate

80-62-6

0.50

~4

35.

0.28

36.

*14

0.14

33.

*14

0.14

160.

*14

3.1

*14

Naph

the

 lane

2-Naphthylainine

Nitrobenzene

4-Nitrophenol

-

Nit rosodi -n-

butyiamine

91- 20-3

91-59-8

98-95

-3

100-02-7

924-16-3

0.059

~4

0.S2 *1~

0.068 *1~

0.12 *1~

0.40 *1~

14.

*14

29.NA

17*14

0.40 *1~

28.

*14

0.013 *1~

35,

*14

0.013 *1~

35.

*14

0.32 ~

28.

*14

0.055

*1~

37.

*14

0.055

*14,

4.8

*14

Pentachloronitre-

82-68-8

benzene

Phenacetin

 62-44-2

Phenol

 108-9S-2

0.081

0.039

16.

*14

6.2

*14

132—645

384

11190

PhthalicNA

anhydr

ide

(measured

Phthalic

acid)

11192

 Pronamide

6!

11196

 Pynidine

6!

11203

 Safrole

NA

11204

 Seleniun dioxide

 Table A

U205

 SeLe~niunsulfide Table A

11207

 1,2,4,5-Tetra- NA

chlorobenzene

1)208

1,1,1,2-Tetra-6!

chlonoethane

U209

 1,1,2,2-Tetra-

6!

ch I

onoethane

11210

 TetrachloroethyL-

6!

ene

11211

 Carbon

 tetra-

6!

chloride

11214

TaLliunt

(flTableD

acetate

U215

 Thallium

 (I) TableD

carbonate

U216

 Thallium

(1)

Table

chloride

U217

Thallium

(I)

 Table

B

nitrate

U220

 Toluene

6!

U225

 Tribromomethane

6!

(Bromoform)

1)226

1,1,1-Trichloro-

6!

ethane

11227

1,1,2-Trichtono-

6!

ethane

11228

 Tnichloroethylene NA

1)235

tnis-(2,3-Oi-HA

bromopropyL

phosphate

1)239

Xylenes

6!

U240

2,4-Dichloro-

6!

phenoxyacet i c

11243

Hexachloropropene

6!

U247

Methoxychlor

6!

Phthalic

anhydride

85-44-9

(measured

as

Ph-

thaLic acid)

Pronamide

 23950-58-5

Pynidine

110-86-1

Safrole

 94-59-7

SeLeniun

7782-49-2

Seleniun

7782-49-2

1 ,2,4,5

Tet

ra-

 95-94-3

Lorobenzene

1,1,1 ,2-Tetra- 630-20-6

chloroethane

1,1,2,2-Tetna-79-34-5

chLeroethane

TetrachLoroethytene

127-18-4

Thatliun

74.60-28-0

Thalliun

7440-28-0

ThatLiun

 7440-28-0

Toluene

 108-88-3

Tnibnomomethane 75-25-2

(Bromoform)

1,1,1-T.nichloro- 71-55-6

ethane

1,1,2-Tnichloro-

79-00-5

ethane

Trichloroethylene

79-01-6

tnis-(2,3-Dfbromo-

126-72-7

propyt)-phosphate

XyLene

2,4-Dichtoro-

94-75-7

phenoxyacetic

acid

0.54

*14

28.

 *14,

0.093

0.014

*18

0.044.081

1.0

1.0

0.055

*14,

1.5*14

16.

22.X4,

19.

Carbon

tetra-

56-~323-5

chloride

ThalLiun

 7440-28-0

0.057

42.

0.057

*14,

42.

*14

0.056

 *14,

5.6

X

0.057

*18

5.6

V.A

014

 *14,

0.14

 *14,

WA

0.14

*14,

0.14

 *14,

NA

0.080

*18

063

*14,

28.X4

15.X4,

0.054

5.6

V.A

0.054

*18

5.6

*14

acid

0.054

 *14,

0.025

0.32

*14,

0.72

0.004035

*18

0.25

 *14,

Hexachtoropropene

Methoxychlor

5.6

 *14,

0.10

*14

28.

10.

28.

0.18

*14

498&1888-71

-7

72-43-S

132—646

385

V.A

 Treatment standards

for

this

 organic constituent were established based upon

incineration

units

operated

accordance

with

the

 technical

 requirements

of

35

 III.

 Ads.

 Code

 724.Subpart

00

or

725Subpart

QQ,

 or based upon contustion

in

 fuel

 substitution units operating

 in accordance with

 applicable technical

 requirements. A faciLity may certify conçliance with these treatment standards

according to provisions

 in Section 728.107.

*18

 Based on analysis of conposite san~les.

analyzed

using

SW-846 Method 9010 or 9012 saapte size: 0.5-10~Qj;distillation time: one hour a.

one

hour

and

fifteen

minutes.

D

 Reserved.

Not’Applicable.

Source:

 Amended at 16 Iii.

 Reg.

 effective

13 2—64 7

386

Section 728.Table C Technology Codes and Description of

Technology-Based Standards

Technology

code Description of technology—based standard

ADGAS

 Venting of compressed

gases

 into an absorbing or

reacting media

 (i.e.,

 solid or liquid)--venting can be

accomplished through physical release utilizing

values/piping; physical penetration of the container;

and/or penetration through detonation.

ANLGM

 Amalgamation of liquid, elemental mercury contaminated

with radioactive materials utilizing inorganic reagents

such as copper, zinc,

 nickel, gold,

 and sulfur that

result in a nonliquid, semi-solid amalgam and thereby

reducing potential emissions of elemental mercury

 vapors to the air.

BIODG

 Biodegradation of organics or non—metallic inorganics

(i.e., degradable inorganics that contain the elements

of phosphorus, nitrogen, and sulfur)

 in units operated

under either aerobic or anaerobic conditions such that

a surrogate compound or indicator parameter has been

substantially reduced

 in concentration in the residuals

(e.g., Total Organic Carbon can often be used as an

indicator parameter for the biodegradation of many

organic constituents that cannot be directly analyzed

in wastewater residues).

CARBN

 Carbon adsorption (granulated or powdered)

of

non—metallic inorganics, organo—metallics,

 and/or

organic constituents, operated such that a surrogate

compound or indicator parameter has not undergone

breakthrough

 (e.g., Total Organic Carbon can often be

used as an indicator parameter for the adsorption of

many

organic

constituents

 that cannot be directly

analyzed in wastewater residues).

 Breakthrough occurs

when the carbon has become saturated with the

constituent

 (or indicator parameter)

 and substantial

change in adsorption rate associated with that

constituent occurs.

CHOXD

 Chemical or electrolytic oxidation utilizing the

following oxidation reagents

 (or waste reagents)

or

combinations or reagents:

1)

 Hypochiorite

(e.g.

bleach);

 chlorine;

3)

 chlorine dioxide;

132—648

387

4)

 ozone or UV (ultraviolet light) assisted ozone;

5)

 peroxides;

6)

 persulfates;

7)

 perchlorates;

8)

 permangantes; and/or

9)

 other

oxidizing reagents of equivalent efficiency,

performed in units operated such that a surrogate

compound or indicator parameter has been substantially

reduced in concentration in the residuals

 (e.g., Total

Organic Carbon can often be used as an indicator

parameter for the oxidation of many organic constit-

uents that cannot be directly analyzed in wastewater

residues).

 Chemical oxidation specifically includes

what is

commonly

referred to as alkaline chlorination.

CHRED

 Chemical reduction utilizing the following reducing

reagents (or waste reagents) or combinations of

reagents:

1)

 Sulfur dioxide;

2)

 sodium, potassium,

 or alkali salts of sulfites,

bisulfites, metabisulfites,

 and polyethylene glycols

(e.g., NaPEG and KPEG);

3)

 sodium hydrosulfide;

4)

 ferrous salts; and/or

5)

 other reducing reagents of equivalent efficiency,

performed in units operated such that a surrogate

compound or indicator parameter has been substantially

reduced in concentration in the residuals

 (e.g., Total

Organic Halogens can often be used as an indicator

parameter for the reduction of many halogenated organic

constituents that cannot be directly analyzed in

wastewater residues).

 Chemical reduction is commonly

used for the reduction of hexavalent chromium to the

trivalent state.

DEACT

 Deactivation to remove the hazardous characteristics of

a waste due to its ignitability, corrosivity, and/or

reactivity.

FSUBS

 Fuel substitution in units operated in accordance with

applicable technical operating requirements.

132—649

388

HLVIT

 Vitrification of high level mixed radioactive wastes in

units in compliance with all applicable radioactive

protection requirements under control of the Nuclear

Regulatory Commission.

IMERC

 Incineration of wastes containing organics and mercury

in units operated in accordance with the technical

operating requirements of 35 Ill. Adm. Code 724.Subpart

O or 725 .Subpart 0.

 All wastewater and nonwastewater

residues derived from this process must then comply

with the corresponding treatment standards per waste

 code with consideration of any applicable subcategories

(e.g., High or Low Mercury Subcategories).

INCIN

 Incineration in units operated in accordance with the

technical operating requirements of 35 Ill.

 Adrn.

 Code

724.Subpart 0 or 725.Subpart 0.

LLEXT

 Liquid-liquid extraction

 (often referred to as solvent

extraction)

 of organics from liquid wastes into an

immiscible solvent for which the hazardous constituents

have a greater solvent affinity, resulting in an

extract high in organics that must undergo either

incineration, reuse as a fuel,

 or other recovery/reuse

and a raffinate

 (extracted liquid waste)

proportionately low in organics that must undergo

further treatment as specified in the standard.

MACRO

 Macroencapsulation with surface coating materials .such

as polymeric organics

 (e.g. resins and plastics) or

with a jacket of inert inorganic materials to

substantially reduce surface exposure to potential

leaching media.

 Macroencapsulation specifically does

not include any material that would be classified as a

tank or container according to 35

 Ill.

 Adm. Code

720.110.

NEUTR

 Neutralization with the following reagents

 (or waste

reagents)

 or combinations of reagents:

1)

 Acids;

2)

 bases; or

3)

 water

 (including wastewaters) resulting in a pH greater

than

 2 but less than 12.5 as measured in the aqueous

residuals.

NLDBR

 No land disposal based on recycling.

PRECP

 Chemical precipitation of metals and other inorganics

as insoluble precipitates of oxides, hydroxides,

13

2—650

389

carbonates, suifides,

 sulfates, chlorides,

flouride3fluorides, or phosphates.

 The following

reagents

 (or waste reagents)

 are typically used alone

or in combination:

1)

 Lime

 (i.e., containing oxides and/or hydroxides of

calcium and/or magnesium;

2)

 caustic

 (i.e.,

 sodium and/or potassium hydroxides;

3)

 soda ash (i.e.,

 sodium carbonate);

4)

 sodium sulfide;

5)

 ferric sulfate or ferric chloride;

6)

 alum;

or

7)

 sodium sulfate.

 Additional flooulQting flocculating,

coagulation,

 or similar reagents/processes that enhance

sludge dewatering characteristics are not precluded

from use.

RBERY

 Thermal recovery of Beryllium.

RCGAS

 Recovery/reuse of compressed gases including techniques

such as reprocessing of the gases for reuse/resale;

filtering/adsorption of impurities; remixing for direct

reuse e~orresale; and use of the gas as a fuel source.

RCORR

 Recovery of acids or bases utilizing one or more of the

following recovery technologies:

1)

 Distillation

 (i.e.,

 thermal concentration);

2)

 ion exchange;

3)

 resin

or solid adsorption;

4)

 reverse osmosis; and/or

5)

 incineration for the recovery of acid——

Note:

 this does not preclude the use of other physical

phase separation or concentration techniques such as

decantation, filtration

 (including ultrafiltration),

and centrifugation, when used in conjunction with

the

above listed recovery technologies.

RLEAD

 Thermal recovery of lead in secondary lead smelters.

RMERC

 Retorting or roasting in a thermal processing unit

132—65

390

capable of volatilizing mercury and subsequently

condensing the volatilized mercury for recovery.

The

retorting or roasting unit (or facility) must be

subject to one or more of the following:

a)

 A National Emissions Standard for Hazardous Air

Pollutants

 (NESHAP)

for mercury

 (40 CFR 61, Subpart E);

b)

 A Best Available Control Technology

 (BACT) or a Lowest

Achievable Emission Rate (LAER)

 standard for mercury

imposed pursuant to a Prevention of Significant

Deterioration

 (PSD)

 permit (including 35 Ill. Adm. Code

201 through 203);

or

c)

 A state permit that establishes emission limitations

(within meaning of Section 302 of the Clean Air Act)

for mercury, including a permit issued pursuant to 35

Ill.

 Adm.

 Code 201.

 All wastewater and nonwastewater

residues derived from this process must then comply

with the corresponding treatment standards per waste

code with consideration of any applicable subcategories

(e.g.,

 High or Low Mercury Subcategories).

RNETL

 Recovery of metals or inorganics utilizing one or more

of the following direct physical/removal technologies:

1)

 Ion exchange;

2)

 resin or solid

 (i.e.,

 zeolites) adsorption;

3)

 reverse osmosis;

4)

 chelation/solvent extraction;

5)

 freeze cryotzilization crystallization

6)

 ultrafiltration; and/or 4-

~

 simple precipitation

 (i.e., crv3tali~1Lion

crystallization)

Note: this does not preclude the use of other physical phase

separation or concentration techniques such as decantation,

filtration

 (including ultrafiltration), and centrifugation,

 when used in conjunction with the above listed recovery

technologies.

RORGS

 Recovery of organics utilizing one or more of the

following technologies:

1)

 Distillation;

132—652

391

2).

 thin film evaporation;

3)

 steam stripping;

4)

 carbon adsorption;

5)

 critical flu~dextraction;

6)

 liquid-liquid extraction;

7)

‘

 precipitation/crystallization (including freeze

crystallization); or

8)

 chemical phase separation techniques

 (i.e., addition of

acids, bases,

 demulsifiers, or similar chemicals);

t~Tote: This does not preclude the use of other physical phase

separation techniques such as decantation,

 filtration

(including ultrafiltration),

 and centrifugation, when used

in conjunction with the above listed recovery technologies.

RTHRN

 Thermal

recovery of metals or inorganics from

nonwastewaters in units defined as cement kilns, blast

furnaces, smelting, melting and refining furnaces,

combustion devices used to recover sulfur values from

spent sulfuric acid

and “other devices” determined by

the Agency pursuant to 35

 Ill. Adm. Code 720.110, the

definition of “industrial furnacce furnace”.

RZINC

 Resmelting

 in high

temperature metal recovery units for

the purpose of recovery of zinc high tcmpcraturc mctal

rccovcry unitQ.

STABL

 Stabilization with the following reagents

 (or waste

reagents)

 or combinations of reagents:

1)

 Portland cement;

or

2)

 lime/pozzolans

 (e.g., fly ash and cement kiln

dust)-—this does not preclude the addition of reagents

(e.g.,

 iron salts,

 silicates,

 and clays) designed to

enhance the set/cure time and/or compressive strength,

or to overall reduce the leachability of the metal or

inorganic.

SSTRP

 Steam stripping of organics from liquid wastes

utilizing direct application of steam to the wastes

operated such that liquid and vapor flow rates,

 as well

as, temperature and pressure ranges have been

optimized, monitored,

 and maintained.

 These operating

parameters are dependent upon the design parameters of

the unit such as, the number of separation stages-and

132—653

392

the internal column

design.

 Thus, resulting in a

condensed extract high in organics that must undergo

either incineration, reuse as a fuel,

 or other

recovery/reuse and an extracted wastewater that must

 undergo further treatment as specified in the standard.

WETOX

 Wet air oxidation performed in units operated such that

a surrogate compound or indicator parameter has been

substantially reduced in concentration in the residuals

(e.g., Total Organic Carbon can often be used as an

indicator parameter for the oxidation of many organic

constituents that cannot be directly analyzed in

wastewater residues).

WTRRX

 Controlled reaction with water for highly reactive

inorganic or organic chemicals with precautionary

controls for protection of workers from potential

violent reactions as well as precautionary controls for

potential emissions of toxic/ignitable levels of gases

released during the reaction.

Note

1:

 When a combination of these technologies

 (i.e.,

a

treatment train)

 is specified as a single treatment

standard, the order of application is specified in

Table D by indicating the five letter technology code

that must be applied first, then the designation “fb.”

(an abbreviation for “followed by”), then the five

letter technology code for the technology that must be

applied next,

 and so on.

Note

2:

 When more than one

technology

 (or treatment train)

are

specified as alternative treatment standards, the five

letter technology codes

 (or the treatment trains)

are

separated by a semicolon

(;)

with the last technology

preceded by the word “OR”.

 This indicates that any one

of these BDAT technologies or treatment trains can be

used for compliance with the standard.

Source:

 Amended at 16 Ill. Reg.

 effective

Section 728.Table D Technology—Based Standards by

RCRA

Waste Code

Waste See

 CAS No.

 Technolo— Technolo— Waste Descriptions

Codes Also

 gy Code,

 gy Code,

 and/or Treatment

Waste—

 Nonwaste— Subcategory

waters

 waters

132—654

393

D001

~1A

NA

 DEACT

NA

 Ignitable Liquids

based on 35 Ill.

Ada. Code 721.121(a)

(1)—wastewaters

DOOl

~

NA

NA

 DEACT

 Ignitable Liquids

based on 35 Ill.

Ada. Code 721.121(a)

(1)-Low TOC

Ignitable Liquids

Subcategory--Less

than 10

 total

organic carbon

DOOl

na

NA

NA

 FSUBS;

 Ignitable Liquids

RORGS; or based on

 35 Ill.

INCIN

 Adm. Code 721.121(a)

(1)-High TOC

Ignitable Liquids.

Subcategory——Greater

than or equal to 10

total organic carbon

DOOl

~

 •NA

NA

 DEACT~~ Ignitable compressed

gases based on 35

Ill. Adm. Code

721.121(a) (3)

DOOl

~

NA

NA

 DEACT

 Ignitable reactives

based on 35 Ill.

Adm. Code 721.121(a)

(2)

DOOl

NA

NA

 DEACT

 DEACT

 Oxidizers based on

35

 Ill.

 Ada. Code

721.121 (a) (4)

D002

~

NA

 DEACT

 DEACT

 Acid subcategory

based on 35

 Ill.

Ada. Code 721.122(a)

(1)

D002

~

NA

 DEACT

 DEACT

 Alkaline subcategory

based on 35 Ill.

Ada. Code 721.122(a)

(1)

D002

~

NA

 DEACT

 DEACT

 Other corrosives

based on 35 Ill.

Adm. Code 721.122(a)

(2)

132—655

394

D003

~

NA

 DEACT

 DEACT

 Reactive sulfides

(may not

 (may not

 based on 35 Ill.

Ada. Code 721.123 (a)

diluted)

 diluted)

(5)

D003

NA

NA

 DEACT

 DEACT

 Explosives based on

35 Ill. Adm.

 Code

721.123(a)(6),

(7)

and

(8)

D003

NA

NA

NA

 DEACT

 Water reactives

based on 35 Ill.

Adm.

Code 721.123(ä)

(2),

 (3) and

(4)

D003

~IA

NA

 DEACT

 DEACT

 Other reactives

based on 35 Ill.

Ada. Code 721.123(a)

(1)

D006

nia

 7440-43-9

NA

 RTHERM

 Cadaium~containing

batteries

D008

~

 7439-&~2.-NA

 RLEAD

 Lead acid batteries

(Note:

 This

standard only

applies to lead acid

batteries that are

identified as RCRA

hazardous wastes and

that are not

excluded elsewhere

from regulation

under the land

disposal re-

strictions of this

Part or exempted

under other regula-

tions (see 35 Ill.

Adm. Code 726.180).)

D009

 Tables

 7439—&~7-6NA

 IMERC; or Mercury:

 (High

A

& B

 RNERC

 Mercury

Subcategory—-greater

than or equal to 260

mg/kg total

Mercury——contains

mercury and organics

(and are not incin-

erator residues))

132—656

395

D009

 Tables

 7439-~7-6NA

 RNERC

 Mercury:

 (High

A

& B

 Mercury

Subcategory——greater

than or equal to 260

mg/kg total

Mercury——inorganics

(including

incinerator residues

and residues from

RMERC))

D012

 Table B 72-20-8

 BIODG; or NA

 Endrin

INCIN

D013

 Table B 58—89—9

 CARBN;

or NA

 Lindane

INCIN

D014

 Table B 72-43-6~

 WETOX; or NA

 Nethoxychlor

INCIN

D015

 Table B 8001-35-1

 BIODG; or NA

 Toxaphene

INCIN

D016

 Table B 94—75-7

 CHOXD;

NA

 2,4—D

BIODG; or

INCIN

D017

 Table B 93-72-1

 CHOXD; or NA

 2,4,5-TP

INCIN

F005

 Tables

 79-46-9

 (WETOX or INCIN

 2-Nitropropane

A

&

8

 CHOXD)

fb

CARBN;

or

INCIN

F005

 Tables

 110—80-5

 BIODG; or INCIN

 2—Ethoxyethanol

A&B

 INCIN

F024

 Tables

NA

 INCIN

 INCIN

A&B

K025

~

NA

 LLEXT fb

 INCIN

 Distillation bottoms

SSTRIP fb

 from the production

CARBN;

or

 of nitrobenzene by

INCIN

 the nitration of

benzene

K026

~

NA

 INCIN

 INCIN

 Stripping still

tails from the pro-

duction of methyl

ethyl pyridines

132—65 7

396

K027

NA

NA

 CARBN;

or

FSUBS;

or Centrifuge and

INCIN

 INCIN

 distillation

residues from

toluene diisocyanate

production

K039

~

NA

 CARBN;

or FSUBS; or Filter cake from the

INCIN

 INCIN

 filtration of di-

ethyiphosphoro-

dithioc acid in the

production of phor-

ate

K044

~

NA

 DEACT

 DEACT

 Wastewater treatment

sludges from the

manufacturing and

processing of

explosives

K045

NA

NA

 DEACT

 DEACT

 Spent carbon from

the treatment of

wastewater con-

taining explosives

K047

~A

NA

 DEACT

 DEACT

 Pink/red water from

TNT operations

K061

 Tablc

 8 NA

NA

 NLDBR

 Emi3oion control

 duot/oludge from the

primary production

of otcel in olootric

furnacos (High Zinc

Suboatcgory--groatcr

than or

equal

to 15

total

 Zinc)

K069

 Tables

NA

NA

 RLEAD

 Emission control

A

&

B

 dust/sludge from

secondary lead

smelting:

 Non—

Calcium Sulfate Sub-

category

K106

 Tables

NA

NA

 RMERC

 Wastewater treatment

A

& B

 sludge from the

mercury cell process

in chlorine pro-

duction:

 (High

Mercury Subcategory-

greater than or

equal to 260 mg/kg

total mercury)

13

2—658

397

1113

~

NA

 CARBN;

or

FSUBS;

or Condensed liquid

INCIN

 INCIN

 light ends from the

purification of

toluenediamine

the production of

toluenediamine via

hydrogenation of di-

nitrotoluene

1114

~

NA

 CARBN;

or

FSUBS;

or Vicinals from the

INCIN

 INCIN

 purification of tol-

uenediameamine in

 the production of

toluenediamine via

hydrogenation of

dinitrotoluene

K115

NA

NA

 CARBN; or FSUBS;

or

Heavy

ends from the

INCIN

 INCIN

 purification of

toluened-i~ameaminein

the production of

toluenediamine via

hydrogenation of di—

nitrotoluene

K1l6

~

NA

 CARBN;

or

FSUBS; or Organic condensate

INCIN

 INCIN

 from the solvent

recovery column in

the production of

toluene diisocyanate

via phosgenation of

toluenediamine

POOl

~

 81-81-2

 (WETOX or FSUBS; or Warfarin

 (0.3)

CHOXD)

 fb INCIN

CARBN;

or

INCIN

P002

~

 591-08-2

 (WETOX or INCIN

 1-Acetyl-2-thiourea

CHOXD)

fb

CARBN;

or

INCIN

P003

~

 107—02—8

 (WETOX

or FSUBS; or Acrolein

CHOXD)

fb

INCIN

CARBT;

or

INCINNA

P005

NA

 107—18—6

 (WETOX or FSTJBS; or Allyl alcohol

CHOXD)

 fb INCIN

CARBN;

or

INCIN

132—659

398

P006

NA

 20859-73-8 CHOXD;

 CHOXD;

 Aluminum phosphide

CHRED;

or

CHRED; or

INCIN

 INCIN

P007

NA

 2763-96-4

 (WETOX or INCIN

 5-Aminoethyl 3-

CHOXD) fb

 isoxazolol

CARBN;

or

INCIN

P008

NA

 504-24-5

 (WETOX or INCIN

 4-Aminopyridine

CHOXD)

fb

CARBN;

or

INCIN

P009

NA

 131-74-8

 CHOXD;

 FSUBS;

 Ammonium picrate

CHRED;

 CHOXD;

CARBN;

 CHRED;

or

BIODG; or INCIN

INCIN

P014

~

 108-95—5

 (WETOX or INCIN

 Thiophenol

 (Benzene

CHOXD)

fb

 thiol)

CARBN;

or

INCIN

P015

~

 7440-41-7

 NARMETL

 RNETL;

or Beryllium dust

or RTHRN

 RTHRN

P016

NA

 542-88-1

 (WETOX or INCIN

 Bis(chloromethyl)-

CHOXD)

fb

 ether

CARBN;

or

INCIN

P017

NA

 598-31—2

 (WETOX or INCIN

 Bromoacetone

CHOXD)

fb

CARBN;

or

INCIN

P018

~

 357-57-3

 (WETOX or INCIN

 Brucine

CHOXD)

fb

CARBN;

or

INCIN

P022

 Table B 75-15—0

NA

 INCIN

 Carbon disulfide

P023

~

 107-20-0

 (WETOX or INCIN

 Chloroacetaldehyde

CHOXD)

fb

CARBN;

or

INCIN

132—660

399

P026

fl~

 5344-82-1

 (WETOX or INCIN

 1-(o-Chlorophenyl)-

CHOXD)

fb

 thiourea

CARBN;

or

INCIN

P027

~

 542-76-7

 (WETOX or INCIN

 3-Chloropropio-

CHOXD)

fb

 nitrile

CARBN;

or

INCIN

P028

~

 100-44-7

 (WETOX or INCIN

 Benzyl chloride

CHOXD)

fb

CARBN;

or

INCIN

P031

~

 460-19-5

 CHOXD;

 CHOXD;

 Cyanogen

WETOX;

 or WETOX; or

INCIN

 INCIN

P033

NA

 506-77-4

 CHOXD;

 CHOXD;

 Cyanogen chloride

WETOX; or WETOX; or

INCIN

 INCIN

P034

~

 131-89-5

 (WETOX or INCIN

 2-Cyclohexyl-4,6-di-

CHOXD)

fb

 nitrophenol

CARBN;

or

INCIN

P040

NA

 297-97-2

 CARBN;

or

FSUBS; or 0,0—Diethyl 0-

INCIN

 INCIN

 pyrazinyl phosphoro-

thioate

P041

~

 311-45-5

 CARBN; or.FSUBS;

or Diethyl-p-nitro-

INCIN

 INCIN

 phenyl phosphate

P042

~

 51-43-4

 (WETOX or INCIN

 Epinephrine

CHOXD)

fb

CARBN;

or

INCIN

P043

NA

 55-91—4

 CARBN; or FSUBS;

 or Diisopropylfluoro—

INCIN

 INCIN

 phosphate (DFP)

P044

NA

 60-51-5

 CARBN;

or

FSUBS;

or Dimethoate

INCIN

 INCIN

P045

NA

 39196-18-4

 (WETOX or INCIN

 Thiofanox

CHOXD)

fb

CARBN;

or

INCIN

132—661

400

P046

~

 122-09-8

 (WETOX or INCIN

 alpha,alpha-Di-

CHOXD)

fb

 methyiphenethylamine

CARBN;

or

INCIN

P047

~

 534—52-1

 (WETOX or INCIN

 4,6—Dinitro—o—cresol

CHOXD)

fb

 salts

CARBN;

or

INCIN

P049

~

 541—53—7

 (WETOX or INCIN

 2,4—Dithiobiuret

CHOXD)

fb

CARBN;

or

INCIN

P054

NA

 151-56-4

 (WETOX or INCIN

 Aziridine

CHOXD)

fb

CARBN;

or

INCIN

P056

 Table B 7782-41-4

NA

 ADGAS

fb

 Fluorine

NEUTR

P057

~

 640-19-7

 (WETOX or INCIN

 Fluoroacetamide

CHOXD)

fb

CARBN;

or

INCIN

P058

NA

 62-74-8

 (WETOX or INCIN

 Fluoroacetic acid,

CHOXD)

fb

 sodium salt

CARBN;

or

INCIN

P062

NA

 757-58—4

 CARBN;

or

FSUBS

or

 Hexaethyltetra-

INCIN

 INCIN

 phosphate

P064

~

 624-83—9

 (WETOX or INCIN

 Isocyanic acid,

CHOXD)

Lb

 ethyl ester

CARBN;

or

INCIN

P065

 Tables

 628-86-4

NA

RMERC

 Mercury fulminate:

A

& B

 (High Mercury Sub-

category—-greater

than or equal to 260

mg/kg total

Mercury--either in-

cinerator residues

or residues from

RNERC)

13

2—662

401.

P065

 Tables

 628-86-4

NA

 IMERC

 Mercury fulminate:

A

& B

 (All nonwastewaters

that are not

incinerator residues

or are not residues

from RMERC; regard-

less of Mercury

Content)

P066

~

 16752-77-5

 (WETOX or INCIN

 Methomyl

CHOXD)

fb

CARBN;

or

INCIN

P067

~

 75-55-8

 (WETOX or INCIN

 2-Methylaziridine

CHOXD)

fb

CARBN;

or

INCIN

P068

~

 60-34-4

 CHOXD;

 FSUBS

 Methyl hydrazine

CHRED;

 CHOXD;

CARBN;

 CHRED;

OR

BIODG; or INCIN

INCIN

P069

~

 75-86-5

 (WETOX or INCIN

 Methyllactonitrile

CHOXD)

fb

CARBN;

or

INCIN

P070

~

 116-06-3

 (WETOX or INCIN

 Aldicarb

CHOXD)

fb

CARBN;

or

INCIN

P072

~

 86-88-4

 (WETOX or INCIN

 l-Naphthyl-2-thio-

CHOXD)

fb

 urea

CARBN;

or

INCIN

P075

NA

 54-11—5~*A (WETOX or INCIN

 Nicotine and salts

CHOXD)

Lb

CARBN;

or

INCIN

P076

 Jj,~

 10102-43-9 ADGAS

 ADGAS

 Nitric oxide

P078

~

 10102—44-0 ADGAS

 ADGAS

 Nitrogen dioxide

132—663

402

P081

NA

 55-63-0

 CHOXD;

 FSUBS;

 Nitroglycerin

CHRED;

 CHOXD;

CARBN;

 CHRED;

or

BIODG; or INCIN

INCIN

P082

 Table B

6&~.-75-9

NA

 INCIN

 N-Nitrosodimethyl-

amine

P084

~

 4549-40-0

 (WETOX or INCIN

 N—Nitrosomethyl-

CHOXD)

fb

 vinylamine

CARBN;

or

INCIN

P085

NA

 152-16-9

 CARBN;

or

FSUBS;

 or Octamethylpyro-

INCIN

 INCIN

 phosphoramide

P087

NA

 20816-12-0 NA RNETL

 RNETL; or Osmium tetroxide

or RTHRM

 RTHRN

P088

NA

 145-73—3

 (WETOX or FSUBS; or Endothall

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

P092

 Tables

 62-38-4

NA

 RNERC

 Phenyl mercury

A &

B

 acetate:

 (High

Mercury Sub—

category——greater

than or equal to 260

mg/kg total

Mercury--either in-

cinerator residues

or residues from

RMERC)

P092

 Tables

 62-38-4

NA

 IMERC; or Phenyl mercury

A

& B

RMERC

 acetate:

 (All

nonwastewaters that

are not incinerator

residues and are not

residues from RMERC:

regardless of

Mercury Content)

P093

~

 103-85-5

 (WETOX or INCIN

 ~j~Pheny1thiourea

CHOXD)

Lb

CARBN;

or

INCIN

132—664

403

P095

 fl~,

 75-44-5

 (WETOX or INCIN

 Phosgene

CHOXD)

fb

CARBN;

or

INCIN

P096

NA

 7803-51-2

 CHOXD;

 CHOXD;

 Phosphine

CHRED;

or

CHRED;

or

INCIN

 INCIN

P102

~

 107-19-7

 (WETOX or FSUBS;

or Propargyl alcohol

CHOXD)

 fb INCIN

CARBN;

or

INCIN

P105

NA

 26628-22-8 CHOXD;

 FSUBS;

 Sodium azide

CHRED;

 CHOXD;

CARBN~

 CHRED;

or

BIODG; or INCIN

INCIN

P108

~

 57-24-9~~ (WETOX or INCIN

 Strychnine and salts

CHOXD)

Lb

CARBN;

or

INCIN

P109

~

 3689-24-5

 CARBN;

or

FSUBS;

 or Tetraethyldithio—

INCIN

 INCIN

 pyrophosphate

P112

~

 509-14-8

 CHOXD;

 FSUBS;

 Tetranitromethane

CHRED;

 CHOXD;

CARBN;

 CHRED;

or

BIODG; or INCIN

INCIN

P113

 Table B 1314-32—5

NA

 RTHRN;

or Thallic oxide

STABL

P115

 Table B 7446—18-6

NA

 RTHRM;

or Thallium

(I)

 sulfatE

STABL

P116

 ~‘1A

 79-19-6

 (WETOX

or INCIN

 Thiosemicarbazide

CHOXD)

fb

CARBN;

or

INCIN

P118

~

 75-70-7

 (WETOX or INCIN

 Trichloromethane—

CHOXD) Lb

 thiol

CARBN;

or

INCIN

P119

 Table B 7803-55-6

NA

 STABL

 Ammonium vanadate

132—665

404

P120

 Table B 1314-62-1

NA

 STABL

 Vanadium pentoxide

P122

~

 1314-84-7

 CHOXD;

 CHOXD;

 Zinc Phosphide

CHRED;

or

CHRED;

or (~10)

INCIN

 INCIN

uooa.

~

 75-07-0

 (WETOX or

FCUBC;’

or Acetaldehyde

CHOXD)

 fb INCIN

CARBN;

or

INCIN

U003

 Table B 75-05-8

NA

 INCIN

 Acetonitrile

U006

~

 75—36-5

 (WETOX or INCIN

 Acetyl chloride

CHOXD)

fb

CARBN;

or

INCIN

U007

~

 79-06-1

 (WETOX or INCIN

 Acrylamide

CHOXD)

Lb

CARBN;

or

INCIN

U008

NA

 79-10-7

 (WETOX or

FSUBS;

or Acrylic acid

CHOXD)

 fb INCIN

CARBN;

or

INCIN

U010

NA

 50-07-7

 (WETOX or INCIN

 Mitomycin C

CHOXD)

fb

CARBN;

or

INCIN

U011

 61—82-5

 (WETOX or INCIN

 Amitrole

CHOXD)

fb

CARBN;

or

INCIN

U014

NA

 492-80-8

 (WETOX or INCIN

 Auramine

CHOXD)

fb

CARBN;

or

INCIN

U015

NA

 115-02-6

 (WETOX or INCIN

 Azaserine

CHOXD)

fb

CARBN;

or

INCIN

U016

NA

 225—51-4

 (WETOXor FSUBS; or Benz(c)acridine

CHOXD)

 fb INCIN

CARBN; or

INCIN

132—666

405

U017

NA

 98-87-3

 (WETOX or INCIN

 Benzal chloride

CHOXD) fb

CARBN;

or

INCIN

U020

~

 98-09-9

 (WETOX or INCIN

 Benzenesulfonyl

CHOXD) fb

 chloride

CARBN;

or

INCIN

U021

~

 92-87-5

 (WETOX or INCIN

 Benzidine

CHOXD) Lb

CARBN;

or

INCIN

U023

NA

 98-07-7

 CHOXD;

 FSUBS;

 Benzotrichloride

CHRED;

 CHOXD;

CARBN;

 CHRED;

or

BIODG; or INCIN

INCIN

U026

NA

 494-03-1

 (WETOX or INCIN

 Chlornaphazin

CHOXD)

fb

CARBN;

or

INCIN

U033

 fl~,

 353-50-4

 (WETOX or INCIN

 Carbonyl fluoride

CHOXD) Lb

CARBN;

or

INCIN

U034

NA

 75-87-6

 (WETOX or INCIN

 Trichloro-

CHOXD)

Lb

 acetaldehyde

CARBN;

or

 (Chloral)

INCIN

U035

~

 305-03-3

 (WETOX or INCIN

 Chlorambucil

CHOXD)

fb

CARBN;

or

INCIN

U038

 Table B 510-15-6

NA

 INCIN

 Chlorobenzilate

U041

~

 106—89-8

 (WETOX or INCIN

 1—Chloro-2,3-epoxy-

CHOXD)

fb

 propane (Epichloro-

CARBN;

or

 hydrin)

 INCIN

U042

 Table B 110-75-8

NA

 INCIN

 2—Chioroethyl vinyl

ether

132—667

406

U046

~

 107-30-2

 (WETOX or INCIN

 Chloromethyl methyl

CHOXD)

Lb

 ether

CARBN;

or

INCIN

U049

NA

 3165-93-3

 (WETOX or INCIN

 4—Chloro-o-toluidine

CHOXD) Lb

 hydrochloride

CARBN;

or

INCIN

U053

NA

 4170-30-3

 (WETOX

or FSUBS; or Crotonaldehyde

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

U055

~

 98-82-8

 (WETOX or FSUBS; or Cumene

CHOXD) Lb INCIN

CA.RBN;

or

INCIN

U056

 ~1j~

 110-82-7

 (WETOX or FSUBS; or Cyclohexane

CHOXD) fb INCIN

CARBN;

or

INCIN

U057

 Table B 108—94-1

NA

 FSUBS; or Cyclohexanone

INCIN

U058

~

 50-18-0

 CARBN;

or

FSUBS; or Cyclophosphamide

INCIN

 INCIN

U059

~

 20830-81-3

 (WETOX

or INCIN

 Daunomycin

CHOXD)

Lb

CARBN;

or

INCIN

U062

~

 2303-16-4

 (WETOX

or INCIN

 Diallate

CHOXD)

fb

CARBN;

or

INCIN

U064

~

 189—55-9

 (WETOX 0rFSUBS; or 1,2,7,8—Dibenzo—

CHOXD)

 Lb INCIN

 pyrene

CARBN;

or

INCIN

U073

~

 91-94—1

 (WETOX or INCIN

 3,3’—Dichlorobenz-

CHOXD)

Lb

 idine

CARBN;

or

INCIN

132—668

407

U074

NA

 1476-11-5

 (WETOX or INCIN

 cis—1,4—Dichloro-2-

CHOXD)

Lb

 butene; trans-l,4-

CARBN;

or

 Dichloro-2-butene

INCIN

U085

Ij~

 1464-53-5

 (WETOX or

FSUBS;

or 1,2:3,4—Diepoxy—

CHOXD)

 Lb INCIN

 butane

CARBN;

or

INCIN

13086

hA

1615—80-1

CHOXD;

 FSUBS;

 N,N—Diethylhydrazine

CHRED;

 CHOXD;

CARBNI

 CHRED;

or

BIODG; or INCIN

INCIN

13087

~

 3288-58-2

 CARBN; or FSUBS; or 0,0—Diethyl 5-

INCIN

 INCIN

 methyldithio-

phosphate

U089

~

 56-53-1

 (WETOX or FSUBS; or Diethyl stilbestrol

CHOXD)

 fb INCIN

CARBN;

or

INCIN

U090

~

 94-58-6

 (WETOX or FSUBS; or Dihydrosafrole

CHOXD)

 fb INCIN

CARBN;

or

INCIN

13091

LA

 119-90-4

 (WETOX or INCIN

 3,3’—Dimethoxy-

CHOXD)

Lb

 benzidine

CARBN;

or

INCIN

U092

~

 124-40-3

 (WETOX or INCIN

 Dimethylamine

CHOXD)

Lb

CARBN;

or

INCIN

U093

 Table B 621-90—9

NA

 INCIN

 p-Dimethylaminoazo—

benzene

U094

~

 57-97-6

 (WETOX or FStJBS; or 7,12—Dimethylbenz-

CHOXD)

 Lb INCIN

 (a)anthracene

CARBN;

or

INCIN

13095

NA

 119-93-7

 (WETOX or INCIN

 3,3’-Dimethylbenz-

CHOXD)

fb

 idine

CARBN;

or

INCIN

132—669

408

13096

na

 80-15-9

 CHOXD;

 FSUBS;

 alpha,alpha-

CHRED;

 CHOXD;

 Dimethyl-benzyl

CARBN~

 CHRED;

or hydroperoxide

BIODG; or INCIN

INCIN

13097

NA

 79-44-7

 (WETOX or INCIN

 Dimethylcarbamoyl

CHOXD)

Lb

 chloride

CA.RBN;

or

INCIN

U098

~

 57-14-7

 CHOXD;

 FSUBS;

 1,1-Dimethyl-

CHRED;

 CHOXD;

 hydrazine

CARBN;

 CHRED;

or

BIODG; or INCIN

INCIN

13099

nia

 540-73-8

 CHOXD;

 FSUBS;

 1,2-Dimethyl-

CHRED;

 CHOXD;

 hydrazine

CARBN;

 CHRED;

or

BIODG; or INCIN

INCIN

13103

~

 77-78-1

 CHOXD;

 FSUBS;

 Dimethyl sulfate

CHRED;

 CHOXD;

CARBN;

 CHRED;

or

BIODG; or INCIN

INCIN

13109

~

 122-66-7

 CHOXD;

 FSUBS;

 l,2—Diphenyl-

CHRED;

 CHOXD;

 hydrazine

CARBN;

 CHRED;

or

BIODG; or INCIN

INCIN

13110

nia

 142-84-7

 (WETOX or INCIN

 Dipropylamine

CHOXD)

Lb

CARBN;

or

INCIN

U113

nia

 140-88-5

 (WETOX or

FSUBS;

or Ethyl acrylate

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

13114

~

 111-54-6

 (WETOX

or INCIN

 Ethylenebisdithio-

CHOXD)

Lb

 carbamic acid

CARBN;

or

INCIN

13 2—670

409

13115

NA

 75-21-8

 (WETOX or CHOXD; or Ethylene oxide

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

13116

hi~

 96-45-7

 (WETOX or INCIN

 Ethylene thiourea

CHOXD)

Lb

CARBN;

or

INCIN

13119

NA

 62-50-0

 (WETOX or INCIN

 Ethyl methane-

CHOXD)

Lb

 sulfonate

CARBN;

or

INCIN

U122

~

 50-00-0

 (WETOX or FSUBS; or Formaldehyde

CHOXD)

 fb INCIN

CARBN;

or

INCIN

13123

NA

 64-18-6

 (WETOX or FSUBS; or Formic acid

CHOXD)

 fb INCIN

CARBN;

or

INCIN

13124

NA

 110-00-9

 (WETOX or FSUBS; or Furan

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

13125

~

 98-01-1

 (WETOX or

FSUBS; or Furfural

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

U126

~

 765-34-4

 (WETOX or FSUBS; or Glycidyj~aldehyde

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

13132

~

 70-30-4

 (WETOX or INCIN

 Hexachlorophene

CHOXD)

Lb

CARBN;

or

INCIN

13133

iia

 302-01-2

 CHOXD;

 FSUBS;

 Hydrazine

CHRED;

 CHOXD;

CARBN~

 CHRED;

or

BIODG;

 or INCIN

INCIN

132—671

410

13134

 Table B 7664-39-3

NA

 ADGAS Lb

 Hydrogen Fluoride

NEIJTR;

or

NEUTR

13135

~

 7783-06-4

 CHOXD;

 CHOXD;

 Hydrogen Sulfide

CHRED;

or

CHRED;

or

INCIN

 INCIN

13143

NA

 303-34-4

 (WETOX or INCIN

 Lasiocarpine

CHOXD)

Lb

CARBN;

or

INCIN

13147

na

 108-31-6

 (WETOX or

FSUBS;

or Naleic anhydride

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

13148

~

 123-33-1

 (WETOX or INCIN

 Maleic hydrazide

CHOXD)

Lb

CARBN;

or

INCIN

U149

NA

 109-77-3

 (WETOX

or INCIN

 Malononitrile

CHOXD) Lb

CARBN;

or

INCIN

13150

~

 148-82-3

 (WETOX or INCIN

 Nelphalan

CHOXD)

Lb

CARBN;

or

INCIN

13151

 Tables

 7439-97-6

NA

RMERC

 Mercury:

 (High

A

& B

 Mercury Sub-

category——greater

than or equal to 260

mg/kg total Mercury)

U153

Ith

 74-93-1

 (WETOX

or INCIN

 Methanethiol

CHOXD)

Lb

CARBN;

or

INCIN

13154

~

 67-56-1

 (WETOX or FSUBS;

 or Methanol

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

132—672

411

U156

~

 79-22-1

 (WETOX or INCIN

 Methyl chloro-

CHOXD) Lb

 carbonate

CARBN;

or

INCIN

13160

~

 1338-23-4

 CHOXD;

 FSUBS;

 Methyl ethyl ketone

CHRED;

 CHOXD;

 peroxide

CARBNJ

 CHRED;

or

BIODG; or INCIN

INCIN

U163

~

 70-25-7

 (WETOX or INCIN

 N-Methyl-N’-nitro-N-

CHOXD)

Lb

 Nitrosoguanidine

CARBN;

or

INCIN

13164

~

 56-04-2

 (WETOX or INCIN

 Nethylthiouracil

CHOXD)

Lb

CARBN;

or

INCIN

13166

hA

 130-15-4

 (WETOX or FSUBS; or l,4-Naphthoquinone

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

U167

NA

 134-32-7

 (WETOX or INCIN

 1-Naphthylamine

CHOXD)

Lb

CARBN;

or

INCIN

13168

 Table B 91-59-8

NA

 INCIN

 2-Naphthylamine

13171

NA

 79-46-9

 (WETOX

or INCIN

 2-Nitropropane

CHOXD)

fb

CARBN;

or

INCIN

13173

NA

 1116-54-7

 (WETOX or INCIN

 N-Nitroso-diethanol-

CHOXD)

Lb

 amine

CARBN;

or

INCIN

U176

NA

 759-73-9

 (WETOX or INCIN

 N-Nitroso-N-ethyl—

CHOXD)

Lb

 urea

CARBN;

or

INCIN

U177

NA

 684-93-5

 (WETOX or INCIN

 N-Nitroso-N-methyl-

CHOXD)

Lb

 urea

CARBN;

or

INCIN

13

2—673

412

U178

~

 615-53-2

 (WETOX or INCIN

 N-Nitroso-N-methyl-

CHOXD)

Lb

 urethane

CARBN;

or

INCIN

13182

~

 123-63-7

 (WETOX or

FSUBS;

or Paraldehyde

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

11184

nA

 76-01-7

 (WETOX or INCIN

 Pentachioroethane

CHOXD)

Lb

CARBN;

or

INCIN

U186

~

 504-60-9

 (WETOX or

FSUBS;

or l,3-Pentadiene

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

U189

~

 1314-80-3

 CHOXD;

 CHOXD;

 Phosphorus sulfide

CHRED;

or

CHRED;

or

INCIN

 INCIN

13191

NA

 109-06-8

 (WETOX or INCIN

 2-Picoline

CHOXD)

Lb

CARBN;

or

INCIN

U193

~

 1120-71-4

 (WETOX or INCIN

 1,3-Propane sultone

CHOXD)

fb

CARBN;

or

INCIN

13194

hA

 107-10-8

 (WETOX or INCIN

 n-Propylainine

CHOXD)

Lb

CARBN;

or

INCIN

U197

~

 106-51-4

 (WETOX or

FSUBS;

or p-Benzoquinone

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

U200

~

 50-55-5

 (WETOX or INCIN

 Reserpine

CHOXD)

Lb

CA.RBN;

or

INCIN

132—6 74

413

13201

~

 108-46-3

 (WETOX or FSUBS; or Resorcinol

 CHOXD)

 Lb INCIN

CARBN;

or

INCIN

13202

NA

 81-07—2* A (WETOX or INCIN

 Saccharin and salts

CHOXD)

Lb

CARBN;

or

INCIN

U206

~

 18883-66-4

 (WETOX

or INCIN

 Streptozatocin

CHOXD)

Lb

CARBN;

or

INCIN

U213

~

 109-99-9

 (WETOX or FSUBS; or Tetrahydrofuran

CHOXD)

 Lb INCIN

CARBN;

or

INCIN

13214

 Table B 563—68—8

NA

RTHRN;

 or Thallium

 (I) acetate

STABL

13215

 Table B 6533-73-9

NA

RTHRN;

 or Thallium

(I)

STABL

 carbonate

U216

 Table B 7791-12-0

NA

 RTHRM; or Thallium

(I)

STABL

 chloride

13217

 Table B 10102-45-1 NA

 RTHRN;

or Thallium

 (I) nitrate

STABL

U218

NA

 62-55-5

 (WETOX or INCIN

 Thioacetamide

CHOXD)

Lb

CARBN;

or

INCIN

13219

 62—56-6

 (WETOX or INCIN

 Thiourea

CHOXD)

Lb

CARBN;

or

INCIN

13221

hA

 25376-45-8 CARBN;

or

FSUBS; or Toluenediamine

INCIN

 INCIN

13222

~

 636-21-5

 (WETOX or INCIN

 o-Toluidine hydro-

CHOXD) Lb

 chloride

CARBN;

or

INCIN

U223

~

 26471-62-5 .CARBN;

or

FSUBS;

or Toluene diisocyanate

INCIN

 INCIN

132—6 75

414

13234

NA

 99-35-4

 (WETOX or INCIN

 sym-Trinitrobenzene

CHOXD)

Lb

CARBN;

or

INCIN

U236

~

 72-57-1

 (WETOX

or INCIN

 Trypan Blue

CHOXD)

Lb

CARBN;

or

INCIN

13237

NA

 66-75-1

 (WETOX or INCIN

 Uracil mustard

CHOXD)

Lb

CARBN;

or

INCIN

U238

~

 51-79-6

 (WETOX or INCIN

 Ethyl carbamate

CHOXD)

Lb

CARBN;

or

INCIN

U240

~

 94-75-7*

(WETOX or INCIN

 2,4-Dichlorophenoxy-

CHOXD)

Lb

 acetic acid

 (salts

CA.RBN;

or

 and esters)

INCIN

U244

~

 137-26-8

 (WETOX or INCIN

 Thiram

CHOXD)

Lb

CARBN;

or

INCIN

13246

~

 506-68-3

 CHOXD;

 CHOXD;

 Cyanogen bromide

WETOX; or WETOX; or

INCIN

 INCIN

13248

 81-81-2

 (WETOX or FSUBS; or Warfarin (grcatcr

CHOXD)

 Lb INCIN

 than or equal to

3

CARBN;

or

0.3

 or less)

INCIN

13249

~

 1314-84—7

 CHOXD;

 CHOXD;

 Zinc Phosphide

CHRED;

or

CHRED;

or

 (10)

INCIN

 INCIN

*A

 CAS Number given for parent compound only.

 This waste code exists in gaseous form and is not

categorized as wastewater or nonwastewater forms.

NA

 Not Applicable.

BOARD NOTE:

 When a combination of these technologies

 (i.e.,

a

treatment train)

 is specified as a single treatment standard, the

132—676

415

order of application is specified in this Table by.indicating the

five letter technology code that must be applied first, then the

 designation “fb”

 (an abbreviation for “Followed by”), then the

five letter technology code for the technology that must be

applied next,

 and so on.

 When

more than one technology

(or

treatment train)

 are specified a alternative treatment standards,

the five .letter technology codes

 (or the treatment trains)

are

separated by a semicolon

(;)

with the last technology preceded by

the word “or”.

 This indicates that any one of these BDAT

technolçgies or treatment trains can be used for compliance with

the standard.

 See Section 728.Table C for a listing of the

technology codes and technology—based treatment standards.

Derived from 40 CFR 268.42, Table

2,

 aa adopted at 54

 Fed.

 flog.

22694, June

1,

 1990. (1990), as amended at 56 Fed. Req.

 3876,

January 31,

 1991.

Source:

 Amended at 16 Ill. Reg.

 effective

Section 728.Table E

 Standards for Radioactive Mixed Waste

TECHNOLOCY CODE

WASTE

 NON-

 WACTE DECCRIPTIONC

AND/OR

CODES

 CAC NO.

 WACTEWATERC

 WACTEWATERCTREATNENT

SUECATECORY

D002 NA

HA

 HLVIT

 Radioactive High Level Wuotco

Generated During the

Reprocecoing of Fuel Rods

Cuboategory

D004 NA

NA

 HLVIT

 Radioactive High Level Wastes

Generated During the

Reprocessing of Fuel Rods

Cubcategory

D005 NA

NA

 HLVIT

 Radioactive High Level

Wastes

Ccncratcd During the

Reprocessing of Fuel Rods

Cuboatcgory

D006 NA

NA

 HLVIT

 Radioactive High Level Wast-es

Ccncratcd During the

Rcproccs~ingof Fuel Rods

Cubcatcgory

D007 NA

NA

 HLVIT

 Radioactive High Level

 Wast-es

Conor~tcdDuring the

132—677

416

~u~catcgory ~r~otc~tncsc

i.......~...

aolids include, but are not

limited to, all forms of lead

shielding, and other elemental

forms

of lead. Those lead

solids do not include

treatment residuals such as

hydroxide sludges, other

~jastcwatcrtreatment

residuals,

 or incinerator

ashes that can undergo con-

ventional po~zolanic

stabilization, nor do they

include organo—lead materials

that can be incinerated and

stabilized as ash.)

D008 NA

NA

 HLVIT

 Radioactive High Level Wastes

Ccncrated During the

Reprocessing of Fuel Rods

Cuboatcgory

0009 7439-97-6 NA

AHLCM

 Elemental mercury contaminated

with radioactive materials

D009 7439-97-6

NA

 INCIN

 Hydraulic oil contaminated

with Hcrcury Radioactive

Materials Cubcategory

D009

NA

NA

 HLVIT

 Radioactive High Level

Wastes

Cencrated During the

Reprocessing of Fuel Rods

Cubcatcgory

DOlO NA

HA

 HLVIT

 Radioactive High Level Wastes

Cencrated During the

Reprocessing of Fuel Rodo

Cuboatogory

::.;h L

ccncra’cca During the

flcproccssing of Fuel Rods

Cubaatcgory

13151 7439—97—6 NA

AHLCN

132—678

eontaminatcd with radioactive

materials

fllfll

1~I~

T4TVTF1~

 c~vr,1

~

NA--Not Applicable.

417

TechnoLogy

Code

Waste

code

Waste descriptions

 and/or

CAS

No.

 Wastewaters

 Nonwastewaters

treatment

 category

0002

 Radioactive

high

level

HLVIT

wastes

generated

 during

the

reprocessing

fueL

rods subcategory

0004

Radioactive

high

leveL

HLVIT

wastes

generated

during

the reprocessing of

fuel

rods siAxategory

0005

Radioactive

high

Level

 !11Y11

wastes

generated

during

the

reprocessing

fuel

rods subcategory

0006

 Radioactive high

 Level

~

iii~L11

wastes

generated

during

the

 reprocessing of fuel

rods

subcategory

0007

Radioactive

 high

 LeveL

NA

 ffl~j.j

wastes generated during

the reprocessing of fuel

rods

subcategory

0003

 Radioactive Lead solids

 7439-92-1

NA

~2Q

subcategory (Note: these

Lead solids

 include, but

are not Limited to. aLL

forms of Lead shieLding.

and

other

eLementa’

forms

of Lead.

 These Lead

solids

not

incLude

treatment residuals such

as hydroxide sludges.

other wastewater

treatment residuals, or

incinerator

ashes

that

can undergo conventional

pozzolanic stabilization.

nor

they

include

organolead

materials

that

can

incinerated

and

stabilized as ash).

0003

 Radioactive high Level

NA

NA

wastes generated during

the reprocessing of fuel

rods subcategory

0009

 ELemental

mercury

 7639-97-6

NA

contaminated

with

radioactive materials

0009

Hydraulic

oiL

7439-97-6

 IMERC

contaminated

with

mercury:

radioactive

materials subcategory

0009

Radioactive

high

level

HLVIT

wastes generated during

132—679

418

the reprocessing of fuel

rods subcategory

0010

 Radioactive high level

WA

NA

~J~JJ,

wastes generated during

the

reprocessing

fuel

rods

subcategory

0011

Radioactive

high

Level

wastes

 generated during

the

reprocessing

fuel

rods

s~Acategory

U151

 Mercury:

ELemental

 7439-97-6

WA

 AJ4LGM

mercury

contaminated with

radioactive materials

Note:

 NA means Not AppLicable.

Source:

 Amended at 16

 Ill. Reg.

 effective

132—680