ILLINOIS POLLUTION CONTROL BOARD

October 20,

1994

IN THE MATTER OF:

)

R94—17

RCRA UPDATE, USEPA REGULATIONS

)

 (Identical in Substance Rules)

(1—1—94 THROUGH 6—30—94)

)

Adopted Rule.

 Final Order.

ORDER OF THE BOARD

 (by E. Dunham):

Pursuant to Section 22.4(a)

 of the Environmental Protection

Act

 (Act), the Board adopts amendments to the RCRA hazardous

waste

 (RCRA) regulations.

Section 22.4(a) provides for quick adoption of regulations

that are “identical

 in substance” to federal regulations adopted

by U.S. EPA to implement Sections 3001 through 3005 of the

Resource Conservation and Recovery Act of 1976

 (RCRA,

 42 U.S.C.

§S 6921—6925)

 and that Title VII of the Act and Section

 5 of the

Administrative Procedure Act

 (APA)

 shall not apply.

 Because this

rulemaking is not subject to Section 5 of the APA,

 it is not

subject to first notice or to second notice review by the Joint

Committee on Administrative Rules

 (JCAR).

 The federal

RCRA

Subtitle C regulations are found at 40 CFR 260 through 268,

270

through 271,

 and, more recently,

 279.

This order is supported by an opinion adopted on the same

day.

 The Board will file the adopted amendments 30 days after

the date of

 this order.

 The complete text of the adopted rules

follows.

IT IS SO ORDERED.

I, Dorothy N. Gunn, Clerk of the Illinois Pollution Control

Board, do hereby certify that the ab ye or er was adopted by the

Board on the

 c~°~

 day of

____________,

 1994, by a vote

of

 ~—O.

M~.

£~

Dorothy N.

 çifinn, Clef~k

Illinois Pocflution Control Board

2

TITLE 35:

 ENVIRONMENTAL

PROTECTION

SUBTITLE

WASTE

DISPOSAL

CRAPPER

POLLUTION

CONTROL BOARD

SUBCHAPTER

PERMITS

PART

704

UIC PERMIT

PROGRAM

SUBPART A:

 GENERAL PROVISIONS

Section

704.101

 Content

704.102

 Scope of the Permit or Rule Requirement

704.103

 Identification of Aquifers

704.104

 Exempted Aquifers

704.105

 Specific Inclusions

 arid Exclusions

704.106

 Classification of Injection Wells

704.107

 Definitions

SUBPART B:

 PROHIBITIONS

Section

704.121

 Prohibition of Unauthorized Injection

704.122

 Prohibition of Movement of Fluid into USDW

704.123

 Identification of USDW and Exempted Aquifers

704.124

 Prohibition of Class

 IV Wells

SUBPART C:

 AUTHORIZATION OF UNDERGROUND INJECTION BY RULE

Section

704.141

 Existing Class

 I and III Wells

704.142

 Existing Class IV Wells, not into USDW (Renumbered)

704.143

 Expiration of Authorization

704.144

 Requirements

704.145

 Existing Class IV Wells

704.146

 Class V Wells

704.147

 Requiring a

Permit

704.148

 Inventory Requirements

704.149

 Requiring other Information

704.150

 Requirements for Class

 I and III Wells authorized by Rule

704.151

 RCRA

Interim Status for Class

 I Wells

SUBPART D:

 APPLICATION FOR

PERMIT

Section

704.161

 Application

for

Permit; Authorization by Permit

704.162

 Area Permits

704.163

 Emergency Permits

704.164

 Signatories to Permit Applications

SUBPART B:

 PERMIT CONDITIONS

Section

704.181

 Additional Conditions

704. 182

 Establishing UIC Permit Conditions

704.183

 Construction Requirements

704.184

 Corrective Action

704.185

 Operation Requirements

704.186

 Hazardous Waste Requirements

704.187

 Monitoring and Reporting

704. 188

 Plugging and Abandonment

704.189

 Financial Responsibility

704.190

 Mechanical Integrity

704.191

 Additional Conditions

704.192

 Waiver of Requirements by Agency

704.193

 Corrective Action

3

SUBPART

F:

 REQUIREMENTS FOR WELLS INJECTING HAZARDOUS WASTE

Section

704.201

 Applicability

704.202

 Authorization

704.203

 Requirements

SUBPART

FINANCIAL

 RESPONSIBILITY FOR CLASS

HAZARDOUS

WASTE

INJECTION

WELLS

Section

704.210

 Applicability

704.211

 Definitions

704.212

 Cost Estimate for Plugging and Abandonment

704.213

 Financial Assurance for Plugging and

Abandonment

704.214

 Trust Fund

704.215

 Surety Bond Guaranteeing Payment

704.216

 Surety Bond Guaranteeing Performance

704.217

 Letter of Credit

704.218

 Plugging

and

Abandonment

Insurance

704.219

 Financial Test and Corporate Guarantee

704.220

 Multiple Financial Mechanisms

704.221

 Financial Mechanism for Multiple Facilities

704.222

 Release of

the Owner or

Operator

704.230

 Incapacity

704.240

 Wording of the Instruments

SUBPART H:

 ISSUED PERMITS

Section

704.260

 Transfer

704.261

 Modification

704.262

 Causes for Modification

704.263

 Well

Siting

704.264

 Minor Modifications

AUTHORITY:

 Implementing Sections

 13 and 22.4 and authorized by Section

 27 of

the Environmental Protection Act

 (Ill.

 Roy.

 Stat.

 1987,

oh.

 ill 1/2,

 parc.

1013,

 1022.4 and 1027)1415 ILCS 5/13.

 22.4,

and

 271.

SOURCE:

 Adopted in R81—32, at 47 PCB 95,

at

 6 Ill.

 Reg.

 12479, effective as

rioted in

 35 Ill.

 Adm. Code 700.106;

amended

 in R82-19, at

 7 Iii. Reg.

 14402,

effective as noted in 35 Ill.

 Adni.

 Code 700.106; amended in R83-39,

at

 55 PCB

319,

at

 7 Ill. Reg.

 17338,

 effective December 19,

 1983; amended in R85—23 at

10

 Ill.

 Reg.

13290, effective July 29,

 1986; amended in R87—29 at

12

 Iii.

 Reg.

6687, effective March 28,

 1988;

 amended in

R88—2

at

 12 Ill. Reg.

 13700,

effective August

16,

 1988;

 amended in R88—17 at 13 Ill.

 Reg.

 478, effective

December 30,

 1988;

 amended in R89—2 at Ill. Reg.

 3116, effective February 20,

1990; amended in R94—17 at

 Ill. Req.

 effective

SUBPART G:

 FINANCIAL RESPONSIBILITY FOR CLASS

I

HAZARDOUS WASTE INJECTION WELLS

Section 704.240

 Wording of the Instruments

The Board incorporates by reference 40 CFR 144.70

 (198S22j. as amended at

59

Fed. Req.

 29959 (June

10.

 1994~.

 This incorporation includes no future

amendments or editions.

The

 Agency will promulgate standarized forms based on

40 CFR 144.70 with such changes in wording as are necessary under Illinois

law.

 Any owner or operator required to establish financial assurance under

this Subpart shall do so only upon the standarized forms promulgated by the

Agency.

 The Agency may reject any financial assurance document whichthat

is

not submitted on such standardized forms.

~BoardOARD

 Ne~eO~:

SeeDerived

from

CFR

144.70

(1992),

amended

Fed. Req.

29959

 (June

10,

 1994).-)-

(Source:

 Amended at

 Ill.

 Req.

_________,

 effective

TITLE 35:

 ENVIRONMENTAL PROTECTION

SUBTITLE G:

 WASTE DISPOSAL

CHAPTER

I:

 POLLUTION CONTROL BOARD

SUBCHAPTER

 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

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

Deliating

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

case-by—case

Basis

720.141

Procedures

for

case—by—case

regulation

hazardous

waste

Recycling Activities

72O.Appondix A

 Overview of 40 CFR, Subtitle C Regulations

AUTHORITY:

 Implementing Section 22.4 and authorized by Section 27 of the

Environmental Protection Act

 (Ill. Rov~Stat.

 1991,

oh.

 111½,

 parc.- 1022.4 and

1027

 (415 ILCS 5/22.4 and 271+.

SOURCE:

 Adopted in R81—22,

 43 PCB 427, at

 5 Ill. Req.

 9781, effective as

noted in

 35 Ill. Adm. Code 700.106; amended and codified in R81-22,

 45 PCB

317,

 at 6 Ill. Req. 4828,

 effective as noted in 35 Ill.

 Adxn. Code 700.106;

amended in R82—19 at

 7 Iii. Reg.

 14015, effective October

12,

 1983; amended in

R84—9,

 53 PCB 131 at 9 Ill. Req.

 11819, effective July 24,

 1985;

 amended in

R85—22 at 10 Xli.

 Req. 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. Req.

 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. Req. 19280,

 effective November

12,

1987; 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—l6 at

 13 Ill. Reg.

 362, effective December 27,

 1988;

 amended in R89—1 at

13

 Ill.

 Rag.

 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. Req.

 6225,

effective April 16,

 1990;

 amended in R90—10 at 14

 Ill. Req.

 16450, effective

5

September 25,

 1990; amended in R90-17

at

15

 Ill.

 Reg. 7934, effective May

9,

1991; amended in R90—11 at

 15 Ill. Reg.

 9323,

 effective June 17,

 1991; amended

in R91—1 at

15

 Ill.

 Req.

 14446, effective September

30,

 1991;

amended in

R9l—

13 at 16 Ill. Reg.

 9489,

 effective June 9,

 1992; amended in

R92—1

at

 16 Iii.

Req.

 17636,

 effective November 6,

 1992;

 amended in R92-10 at

 17 Iii.

 Reg.

5625, effective March 26,

 1993; amended in R93—4 at

17 Ill.

Req.

 20545,

effective November 22,

 1993;

amended

in R93—16 at

18

 Ill.

 Req.

 6720,

 effective

April 26,

 1994; amended in R94-7

at

 18 ILl. Req. 12160, effective July 29,

1994;

 amended

 in R94—17 at

 Ill.

 Req.

 effective

SUBPART B:

 DEFINITIONS

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, +2123—

~354—33O0:

ANSI

831.3 and B31.4.

See

ASME/ANSI

831.3

 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, .f2O2-)—~682—8OOO:

“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, U.S.

EPA Publication EPA—450/2—8l—005,

 December,

 1981.

ASME.

 Available from the

American Society of

Mechanical.

Engineers,

345

East

47th

Street,

New

York,

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:

ASTM C94-90, Standard Specification for Ready-Mixed

Concrete,

 approved March 30,

 1990.

ASTK D88-87,

 Standard Test Method for Saybolt

Viscosity, April

24,

 1981,

 reapproved January,

 1987.

ASTM D93—85, Standard Test Methods for Flash Point by

Pensky—Martens Closed Tester,

 approved October 25,

1985.

ASTM D1946—90,

 Standard Practice for Analysis of

Reformed Gas by Gas Chromatography, Approved March 30,

1990.

ASTM D2161-87,

 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 Aromatica

in

Light Naphthas and Aviation Gasolines by Gas

Chromatography, approved November 17,

 1988.

ASTM D2382—88,

 Standard Test Method for Heat of

Combustion of Hydrocarbon Fuels by

Bomb

Calorimeter

(High Precision Method), approved October 31,

 1988.

AST4 D2879-86,

 Standard Test

Method for Vapor

Pressure-Temperature Relationship and Initial

Decomposition Temperature of Liquids by 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

1987.

ASTM E260—85, Standard Practice for Packed Column Gas

Chromatography,

 approved June 28,

 1985.

ASTM E926-88 C, Standard Test Methods for Preparing

Refuse-Derived Fuel

 (RDP) Samples for Analysis of

Metals, Bomb—Acid Digestion Method, approved March 25,

1988.

ASTM Method G21—70

 (l984a)

—-

 Standard Practice for

Determining Resistance of Synthetic Polymer Materials

to Fungi

7

ASTM Method G22—76

 (l984b)

—-

 Standard Practice for

Determining Resistance of Plastics to Bacteria.

GPO.

 Available from the Superintendent of Documents, U.S.

Government Printing Office,

 Washington,

 D.C.

 20402,

 +202-

783—3238-)-:

Standard Industrial Classification Manual

 (1972), and

1977 Supplement, republished in 1983

“Test Methods for Evaluating Solid Waste, Physical!

Chemical Methods,” U.S. EPA

Publication number SW-846

(Third

Edition, Scpt~Q~ember~

 1986),

 as amended by

Update~I and IIA

 (July 1~-92) (Document Number 955—

001—00000—1)

 (contact U.S. EPA, Office of Solid Waste,

or MICE.

as

 indicated below,

 for Update hA).

MICE.

 Available from Methods Information Communication

Service,

 at 703—821—4789:

“Test Methods for Evaluating Solid Waste.

 Phvai.cal/

Chemical Methods,” U.S. EPA Publication number SW—846

(Third Edition,

 November,

 1986), Update hA

 (Document

Number 955—001—00000—1)

 (contact GPO,

 as indicated

above,

 for SW—846 and Update

 I’j.

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,

 Partially 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-)--z

770-3000

+800-)--344—3555:

“Flammable and Combustible Liquids Code” NFPA 30,

issued July 17,

 1987.

 Also available from ANSI.

NTIS.

 Available from the U.S. Department of Commerce,

National Technical Information Service,

 5285 Port Royal

Road,

 Springfield, VA

 22161,

 -?7O3+—z487—4600:

“Generic Quality Assurance Project Plan for Land

Disposal Restrictions Program”, EPA/530—SW—87—011,

March

15,

 1987.

 (Document number PB 88—170766.)

“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 PS 84-

128677).

“Methods Manual for Compliance with BIF

Regulations”,

December,

 1990.

 (Document number PB91—120-006).

“Petitions to Delist Hazardous Wastes

——

 A Guidance

8

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

84—174820).

“Screening

Procedures

for

Estimating

the

Air

Quality

Impact of Stationary Sources”,

 October, 1992,

Publication Number EPA—450/R—92—019.

STI.

 Available from the Steel Tank Institute,

 728 Anthony

Trail, Northbrook,

IL

 60062,

 (312)- 708—498—1980:

“Standard for Dual Wall Underground

Steel Storage

Tanks”

 (1986).

U.S.

 EPA.

 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.

U.S.

 EPA.

 Available from U.S. EPA, Office of Solid Waste

(Mail Code 5304),

 401 N Street SW,

 Washington,

 D.C.

 20460:

“Test Methods for Evaluating Solid Waste,

 Physical!

Chemical Methods,” U.S. EPA Publication number SW—846

 (Third Edition.

 November,

 1986), Update hA

 (Document

Number 955—001—00000--i)

 (contact GPO,

 as indicated

above, for SW—846 and

Update IL.

U.S.

 EPA.

 Available from U.S. EPA, Number F-90-WPWF-FFFFF,

Room M2427,

 401 M Street SW, Washington,

 D.C.

 20460, +202+

z475—9327:

“Test Method 8290:

 Procedures for the Detection and

Measurement of PCDDG and PCDFe”, EPA/530—SW—91—019

(January,

 1991)

U.S.

 EPA.

 Available from Receptor Analysis Branch, U.S. EPA

(MD—14), Research Triangle Park,

NC

 27711:

“Screening Procedures

 for Estimating the Air Quality

Impact of Stationary Sources,

 Revised”,

 October,

 1992,

Publication Number EPA—450/R—92’-019.

b)

 Code of Federal Regulations.

 Available from the Superintendent of

Documents,

 U.S. Government Printing Office, Washington,

 D.C.

20401, +2O2-)—~783—3238:

10 CFR 20, Appendix

 B (1992)

40 CFR 51.100(u)

 (1992)

40 CFR 51, Subpart W,

 as added at

 58 Fed, Reg.

38822

 (July

20,

 1993)

CPA

(1993)

9

40 CPA 61, Subpart V

 (1993)

40 CPA 136 (1993)

40 CPA 142

 (1993)

40 CFR 220

 (1992)

40 CPA 260.20

 (1992)

40 CPA 264

 (1992)

40 CPA 268.Appendix IX

 (1992)

40 CFR 302.4,

 302.5 and 302.6 (1992)

40 CPA 761

 (1993)

 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 edi.tions or amendments.

(Source:

 Amended at

_____

 Ill. Reg.

_________,

 effective

TITLE 35:

 ENVIRONMENTAL

PROTECTION

SUBTITLE G:

 WASTE DISPOSAL

CHAPTER

POLLUTION

CONTROL

 BOARD

SUBCHAPTER

HAZARDOUS

WASTE

OPERATING

REQUIREMENTS

PART

721

IDENTIFICATION

AND

LISTING

HAZARDOUS

WASTE

SUBPART

GENERAL

 PROVISIONS

Section

721.101

 Purpose and Scope

721.102

 Definition of Solid Waste

721.103

 Definition of Hazardous Waste

721.104

 Exclusions

721.105

 Special Requirements for Hazardous Waste Generated by Small

 Quantity Generators

721.106

 Requirements for Recyclable Materials

721.107

 Residues of Hazardous Waste in Empty Containers

721.108

 PCB Wastes Regulated under TSCA

SUBPART

CRITERIA

FOR

IDENTIFYING

THE

CHARACTERISTICS

HAZARDOUS

WASTE

AND

FOR LISTING

HAZARDOUS

WASTES

Section

721.110

 Criteria for Identifying the Characteristics of Hazardous Waste

721.111

 Criteria for Listing Hazardous Waste

SUBPART C:

 CHARACTERISTICS OF

HAZARDOUS

WASTE

Section

721.120

 General

721.121

 Characteristic of Ignitability

721.122

 Characteristic of Corrosivity

721.123

 Characteristic of Reactivity

721.124

Toxicity

Characteristic

10

SUBPART U:

 LISTS OF HAZARDOUS WASTE

Section

721.130

General

721.131

 Hazardous Wastes From Nonspecific Sources

721.132

 Hazardous Waste from Specific Sources

721.133

 Discarded Commercial Chemical Products, Off—Specification Species,

Container Residues4~and Spill Residues Thereof

721.135

 Wood Preserving Wastes

721.Appendix A

 Representative Sampling Methods

721.Appendix B

 Method

1311 Toxicity Characteristic Leaching Procedure

(TCLP)

72l.Appendix C

 Chemical Analysis Test Methods

Table

Analytical

Characteristics

Organic

Chemicals

(Repealed)

Table

B

 Analytical Characteristics of Inorganic Species (Repealed)

Table C

 Sample Preparation/Sample Introduction Techniques (Repealed)

721Appendix G

 Basis

 for Listing Hazardous Wastes

721.Appendix H

 Hazardous Constituents

721.Appendix I

 Wastes Excluded under Section 720.120 and 720.122

Table A

 Wastes Excluded from Non—Specific Sources

Table B

 Wastes Excluded from Specific Sources

Table C

 Wastes Excluded Prom Commercial Chemical Products,

 Off—

Specification Species, Container Residues, and Soil Residues

Thereof

Table U

 Wastes Excluded

by Adjusted Standard

721.Appendix

.1

 Method of Analysis for Chlorinated Dibenzo-p-Dioxins and

Dibenzofurans (Repealed)

721.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.

 1991,

 oh. 11i~,parc.

 1022.4 and

1027

 (415 ILCS 5/22.4 and 27+.

SOURCE:

 Adopted in R81—22,

43 PCB 427,

 at 5 Ill. Req.

 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

Ill.

Adm.

 Code 700.106;

amended in R82—18, 51 PCB 31,

at

7

 Ill. Req.

 2518,

 effective February 22,

1983; amended in R82—19, 53 PCB 131,

at

 7 Ill.

 Req.

 13999,

 effective October

12,

 1983; amended in R84—34,

 61 PCB 247,

 at B Ill. Req. 24562, effective

December 11,

 1984;

 amended in R84—9,

at

 9 Ill.

 Req.

 11834, effective July 24,

1985; amended in R85—22 at 10 Ill. Req.

 998,

effective January

2,

 1986;

amended in R85—2

 at 10

 Ill. Reg.

 8112,

 effective May

2,

 1986;

 amended in R86—1

at 10 Ill. Req.

 14002, effective August

 12, 1986;

 amended in R86—19 at 10 Ill.

Reg.

 20647, effective December 2,

 1986; amended in R86—28 at

11

 Ill. Aeg.

6035, effective March 24,

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

 13466,

effective August

4,

 1987; amended in R87—32 at

 11 Ill.

 Req.

 16698, effective

September

30,

1987;

amended

R87-5

ii.

Ill.

Reg.

19303,

effective

November

12,

 1987;

 amended in R87—26 at

 12 Ill, Reg.

 2456, effective January

15,

 1988;

amended in R87-30 at

 12 Ill. Reg.

 12070,

 effective July 12,

 1988; amended in

R87—39 at

12

 Ill. Reg.

 13006, effective July 29,

 1988; amended in R88—16 at

13

Ill.

Req.

382,

effective

December

27,

1988;

amended

R89—1

Ill.

Req.

18300, effective November 13,

 1989; amended in R90—2 at 14 Ill. Req. 14401,

effective August 22,

 1990;

 amended in R90—1O at

 14 Ill. Reg.

 16472, effective

September

25,

1990;

amended

R90—17

Ill.

Reg.

7950,

effective

Nay

1991; amended in R90—11 at

15

 Ill. Req.

 9332,

 effective June 17, 1991; amended

in R91—1 at 15 Iii. Req. 14473, effective September 30, 1991; amended in R91—

12

 at 16

 Ill. Req.

 2155, effective January 27,

 1992; amended in R91—26 at 16

Ill.

 Reg.

 2600, effective February 3, 1992; amended in R91—13 at

 16 Ill. Reg.

9519, effective June 9, 1992;

 amended in R92—1 at 16 Iii. Reg.

 17666,

effective November 6,

 1992;

 amended in R92—10 at

17

 Ill. Req.

 5650, effective

March 26,

 1993;

 amended in R93—4 at

17

 Ill.

 Req.

 20568, effective November 22,

1993;

amended

R93—16

Ill.

Reg.

 6741, effective April 26, 1994;

11

:nded in R94-7 at 18 Ill.

 Req.

 12175,

effective July 29.

 1994; amended in

R94—17 at

 Ill. Rep.

effective

SUBPART A:

 GENERAL PROVISIONS

Section 721.104

 Exclusions

a)

 Materials whichthat are not solid wastes.

 The following materials

are not

 solid wastes

 for the purpose of this Part:

1)

 Sewage:

A)

 Domestic sewage;

and

8)

 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)

 the Environmental Protection Act and 35

Ill.

Adxn.

 Code 309.

BOARD

NOTE:

 This exclusion applies

only to the actual point

source discharge.

 It does not exclude industrial

wastewatere 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 nuclear2 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 wh4~ehthat

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 721.1Ol(c)-t-~.

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

12

furnaces or incinerators);

C)

 The secondary materials are never accumulated in such

tanks for over twelve months without being reclaimed;

and

U)

 The reclaimed material

 is not used to produce

 a fuel,

or used to produce products that are used in a manner

constituting disposal.

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

 arid are reused to treat wood.

10)

 Hazardous waste number 1(060,

 1(087,

 1(141,

1(142,

 1(143,

 1(144,

1(145,

 K147, and

 1(148, and any wastes from the coke by-

products processes whichthat are hazardous only because they

exhibit the toxicity characteristic specified in Section

721.124, when,

 subsequent to generation, these materials are

recycled to coke ovens,

 to the tar recovery process as a

feedatock to produce coal tar~or are mixed with coal tar

prior to the tar’s sale or refining.

 This exclusion is

conditioned on there being no land disposal of the wastes

from the point they are generated to the point they are

recycled to coke ovens

or tar recovery or the tar refining

processes,

mixed

with

coal.

11)

 Nonwastewater splash condenser dross residue from the

treatment of

 1(06.

 in high temperature metals recovery units,

provided it

 is shipped in drums

 (if shipped) and not land

disposed before recovery.

b)

 Solid wastes whichthat 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)4, 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,

 hotels4, and

motels, bunkhouses,

 ranger stations,

 crew quarters,

campgrounds, picnic grounds4, and day—use recreation areas).

A resource recovery facility managing municipal solid waste

shall not be deemed to be treating,

 storing, disposing

 of4,

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, motels4, and other residential

sources)

and

ii)

 Solid waste from commercial or industrial

sources that does not contain hazardous waste;

and

13

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.

BOARD

NOTE:

 The U.S.

 Supreme Court determined,

in

City of Chicago v. Envronmental Defense Fund,

 Inc.,

no.

 92—1639

 (May 2, 1994~.that this exclusion and

RCRA

section 3001(il

 (42 U.S.C.

 S 6921(ifl

 do not

exclude the ash from facilities covered by this

subsection from regulation as a hazardous waste.

At

59 Fed. Req.

29372

 (June

7,

 1994~,U.S. EPA aranted

facilities managing ash from such facilities that

is

determined

 a hazardous waste under 721.Subpart C until

December

7,

 1994 to file a Part A permit application

pursuant to 35

 Ill.

Adm.

Code 703.181.

2)

 Solid wastes generated by any of the following and whiohthat

are returned to the soil as fertilizers:

A)

 The growing and harvesting of agricultural crops.

8)

 The raising of animals, including animal manures.

3)

 Mining overburden returned to the mine site.

4)

 Ply ash waste, bottom ash waste,

 slag waste4, and flue gas

emission control waste generated primarily from the

combustion of

 coal4, 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 gas4, or geothermal energy.

6)

 Chromium wastes:

A)

 Wastes ~.~ihichthat

 fail the test for the toxicity

characteristic (Sections

721.124 and 721.Appendix

B)

because chromium is present or which are are listed in

Subpart U of this Part due to the presence of

chromium, whichthat do not

 fail the test for the

toxicity characteristic for any other constituent or

which are not listed due to the presence of any other

constituent, and uhiohthat do not fail the test for

any other characteristic,

 if it

 is shown by a waste

generator or by waste generators that:

i)

 The chromium

 in the waste is exclusively

(or

nearly exclusively) trivalent chromium;

and

ii)

 The waste

 is generated from an industrial

process whichthat uses trivalent chromium

exclusively

 (or nearly exclusively)

 and the

process does not generate hexavalent chromium;

and

iii)

 The waste

 is typically and frequently managed in

non—oxidizing environments.

14

B)

 Specific wastes whiohthat meet the standard in

subsections

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

 (b)(6~(A)(ii)4,and

(b~(6~(A~(iii),-

 above,- (so long as they do not fail

the test for

the toxicity characteristic for any other

constituent and do not exhibit 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/retari/wet finish; retan/wet finish;

no

beanthouse; 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

beambouse;

 through—the—blue;

 and shearling.

Lii)

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

beaxnhouse;

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

beanthouse;

 through-the-blue; and shearling.

vi)

 Wastewater treatment sludges generated by the

following

subcategories

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,

 beneficiation4, and

processing of ores and minerals (including coal, phosphate

rock4, 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 restricted

15

to the following activities:

 crushing,

 grinding, washing,

dissolution, crystallization,

 filtration, sorting, sizing,

drying,

 siritering, 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.)-t arid 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 tank4, and in situ leaching.

 For the purposes of this

subsection,

 solid waste from the processing of ores and

minerals includes only the following wastes:

A)

 Slag from primary copper processing;

B)

 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;

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;

Fluorogypsum from hydrofluoric acid production;

K)

 Process wastewater from hydrofluoric acid production;

L)

 Air pollution control dust7~or sludge

 from iron blast

furnaces;

N)

 Iron blast furnace slag;

N)

 Treated residue from roasting~and 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~Lor sludge from carbon steel

production;

H)

 Basic oxygen furnace and open hearth furnace slag from

carbon steel production;

S)

 Chloride processing waste solids from titanium

tetrachloride production; and,

Slag

from

primary

zinc

smelting.

16

8)

 Cement kiln dust waste, except as provided by 35 Ill. Mm.

Code 726.212 for facilities that burn or process hazardous

waste.

9)

 Solid waste whichthat consists of discarded arsenical—

treated wood or wood products which fails the test for the

toxicity characteristic for hazardous waste codes D004

through D017 and whiohthat is not a hazardous waste for any

other reason if the waste

 is generated by persons who

utilize the arsenical—treated wood and wood products for

these materials’

 intended end use.

10)

 Petroleum-contaminated media and debris that fail the test

for the toxicity characteristic of Section 721.124

(hazardous waste codes 0018 through D043 only)

 and are

subject to corrective action regulations under

 35 Ill. Mm.

Code 731.

11)

 Injected groundwater that is hazardous only because it

exhibits the toxicity characteristic (U.S. EPA hazardous

waste codes D018 through D024 only)

 in Section 721.124 that

is reinjected through an underground injection well pursuant

to free phase hydrocarbon recovery operations undertaken at

petroleum refineries, petroleum marketing terminals

petroleum bulk plants, petroleum pipelines4, 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 terminals4, and bulk

plants, until October 2,

 1991.

 New operations involving

injection wells

 (beginning after March

25,

 1991)

 will

qualify for this compliance date extension (until January

25,

 1993) only if:

A)

 Operations are performed pursuant to a

 “free product

removal report” pursuant to 35 Iii. Mm. Code 731.164;

and

B)

 A copy of the “free product removal report” has been

submitted to:

Characteristics Section

 (08-333)

U.S. EPA

401 M Street, SW

Washington,

 D.C. 20460

12)

 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,

whi-chthat

use

chlorofluorocarbons

the

heat

transfer

fluid

refrigeration cycle,

 provided the refrigerant is reclaimed

for further use.

13)

 Non—terne plated used oil filters whiohthat are not mixed

with wastes listed in Subpart D of this Part, if these oil

filters have been gravity hot—drained using one of the

following methods:

A)

 Puncturing the filter anti-drain back valve or the

filter

dome

end

and

hot-draining;

17

B)

 Hot-draining and crushing;

Dismantling

and

hot-draining;

or,

D)

 Any other equivalent hot-draining method whichthat

will remove used oil.

14)

 Used oil re-refining distillation bottoms that are used as

feedstock to manufacture asphalt products.

 Hazardous wastes whiahthat are exempted

from certain regulations.

A hazardous waste whichthat 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 unit4, or an associated non—waste—treatment

manufacturing unit,

 is not subject to regulation under 35 Ill.

Adm.

Code 702,

 703,

 7054, and 722 through 725 and 728 or to the

notification requirements of Section 3010 of RCHA 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

Except

provided

subsection

(d)(2)

below,

sample

solid waste or a sample of water,

 soil4, or

 air,- whichthat 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. Mm. Code 702, 703,

7054,

and

722

 through 728.

 The sample qualifies when:

A)

 The sample is being transported to a laboratory for

the

purpose

testing;

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 stared 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 a 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 aubsection~

(d)(1)(A)

 and (d)(1)(B) above,

 a sample collector shipping

samples to a laboratory and a laboratory returning samples

to a sample collector mu~tshall:

A)

 Comply with U.S. Department of Transportation

 (DOT),

U.S.

 Postal Service

 (USPS)4, or any other applicable

shipping requirements; or

18

B)

 Comply with the following requirements if the sample

collector determines that DOT,

 USFS4, or other shipping

requirements do not apply to the shipment of the

sample:

i)

 Assure that the following information

accompanies the sample:

 The sample collector’s

name, mailing address4, and telephone number;

the

laboratory’s

name,

mailing address4, 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,

spill4, or 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 transportation

to a laboratory or testing 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 10,.QOO kg of

a~ymediacontaminated with non—acute hazardous waste,

1000 kg of non—acute hazardous waste other than

contaminated media,

 1 kg of acute hazardous waste4, or

250Q kg of coilo, uatcr or dobriomedia contaminated

with acute hazardous waste for each process being

evaluated for each generated wastestream;

and

B)

 The mass of each shipment does not exceed 1O4,Q00

 kgj.

the 10,000 ka cruantity may be all media contaminated

with e#.—non—acute hazardous waste, or may include 2500

kg of media contaminated with acute hazardous waste,

1000

hazardous

waste,

and

acute

hazardous waste or

250-

kg-of

coilo,

 wator

-or

dobria

oontaminatod

with

ziouto

hazardouc

waoto

and

The

 sample

must

packaged

that

 it does not

 leak,

spill4, or vaporize from its packaging during shipment

and the requirements of subsections

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

(eI(2I(C~(ii), below,

 are met.

I)

 The transportation of each sample shipment

complies with U.S. Department of Transportation

(DOT), U.S. Postal Service

 (USFS)4, or any other

applicable shipping requirements; or

ii)

 It the DOT,

 USFS4, or other shipping requirements

do not apply to the shipment of the sample, the

following information must accompany the sample:

The name, mailing address4, and telephone number

of the originator of the sample; the name,

address4, 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 U.S. EPA hazardous waste number.

U)

 The sample is shipped to

 a laboratory or testing

facility whichthat

 is exempt under subsection

(f)

below, or has an appropriate

RCRA

 permit or interim

status.

B)

 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, address4,

and U.S. EPA 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

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 up

to an additional two years for treatability studie~

involving bioremediation.

 The Agency may grant requests, on

a case—by—case basis, for quantity limits in excess of those

specified in subsection

 (e)(2)(A)

 and (e~(2~(B)above and

(fI(4~ below,

 for up to an additional 5000 kg of media

contaminated with non—acute hazardous waste,

 500 kg of e~y

non—acute hazardous waste,

 2500 ka of media contaminated

with acute hazardous waste,

 and 1 kg of acute hazardous

20

 In response to requests for authorization to ship,

store, and conduct further treatability atudyiea in

advance of commencing treatability studies.

 Factors

to be considered in reviewing such requests include

the nature of the technology,

 the type of process

(e.g., batch versus continuous),

 the size of the unit

undergoing testing

 Inarticularly in relation to scale—

u~considerations), the time or quantity of material

required to reach steady—state operating conditions,

or test design considerations, such as mass balance

calculations.

~j

 In response to requests for authorization to ship,

store,

 and conduct treatability studies on additional

quantities after initiation or completion of initial

treatability studiesevaluation 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~conductedtreatability study;

there is a need to study and analyze alternative

techniques within a previously~evaluatedtreatment

process;

 or,- there is

 a need to do further evaluation

of an ongoing treatability study to determine final

specifications for treatment..—

çj~.

 The additional quantities allowed and timefraines

allowed

 in subsections

 (eI(3’~(A1 and (eI(3)(B)

 above

are subject to all the provisions in subsections

(e)(1) and

 (e)(2)(B)

 through

 (e)(2)(F)’,- above.

The

generator or sample collector muctshall apply to the

 Agency and provide in writing the following

information:

A~)

 The reason why the generator or sample collector

requires additional time or quantity of sample

for the treatability study evaluation and the

additional time or quantity needed;

au)

 Documentation accounting for all samples of

hazardous waste from the wastestream w~e~that

have been sent for or undergone treatability

studies, including the date each previous sample

from the waste stream 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;

Gjjj)

 A description of the technical modifications or

change in specifications whichthat will be

evaluated and the expected results;

~ii)

 If such further study is being required due to

equipment or mechanical failure, the a.pplicant

muatshall

 include information regarding the

reason for the failure or breakdown and also

include what procedures or equipment

improvements have been made to protect: against

further breakdowns;

 and,-

21

av)

 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. Mm. 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)(11),

 below, are

met.

 A mobile treatment unit may qualify as a testing facility

subject to subsections

 (f)(1)

through

(f)(11),

below.

Where

group of mobile treatment units are located at the same site, the

limitations specified in subsections (f)(1) through (f)(1l),

below,

 apply to the entire group of mobile treatment units

collectively as if the group were one mobile treatment unit.

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 U.S. EPA identification number.

3)

 No more than a total of ~-S-10,000kg of “as received” media

 contaminated with non—acute hazardous waste,

 2500 kg of

media contaminated with acute hazardous waste, or 250 kg of

other “as received”

 hazardous waste is subjected to

initiation of treatment in all 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 104,QO0

 kg, the total of which can

include 10,000 kg of media contaminated with non-acute

hazardous waste.

 2500 kg of agile, wator or dcbriamedia

contaminated with acute hazardous waste,

 1000 kg of non—

acute hazardous wastes other than contaminated media,

 e*artd

1 kg of acute hazardous waste.

 This quantity limitation

does not include.-

Treatabiiity otuay r~eo~auco;

rind.

B)

 Ttreatment 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

(two years for treatability studies involving

bioremediation)

 has elapsed since the generator or sample

collector shipped the sample to the laboratory or testing

facility, whichever date first occurs.

 tip to 500 kg of

treated

material

from

particular

waste

stream

from

treatability studies may be archived for future evaluation

five

years

from

the

date

initial

receint.

22

Quantities of materials archived are counted against the

total storage limit for the facility.

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,

 address4, and U.S. EPA identification number

of the generator or sample collector of each waste

sample;

B)

 The date the shipment was received;

C)

 The quantity of waste accepted;

U)

 The quantity of “as received” waste in storage each

day;

B)

 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;

The

date

any

unused

sample

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 U.S. EPA

identification number.

8)

 The facility keeps, on—site,

 a copy of the treatability

study contract and all shipping papers associated with the

transport

treatability

study

samples

and

from

the

facility

for

period

ending

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:

The

 name,

address4,

and

U.S.

EPA

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 U.S. EPA

identification

numbers);

D)

 The total quantity of waste in storage each day;

B)

 The quantity and types of waste subjected to

treatability studies;

23

F)

 When each treatability study was conducted;

and

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. Adm. Code 702,

 7034, and 721 through 728, unless the

residues and unused samples are returned to the sample

originator under the subsection

 (e) exemption above.

Il)

 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

 Ill. Reg.

_________,

 effective

Section 721.133

 Discarded Commercial Chemical Products, Off—Specification

Species, Container Residues4, and Spill Residues Thereof

The following materials or items are hazardous wastes if and when they are

discarded or intended to be discarded as described in Section

721.102(a) (2) (A),

 when they are mixed with waste oil or used oil or other

material and applied to the land for dust suppression or road treatment,

 when

they are otherwise applied to the land in lieu of their original intended use

or when they are contained in products that are applied to land in lieu of

their original intended use,

 or when,

 in lieu of their original intended use,

they are produced for use as (or as

 a component of)

 a fuel, distributed for

use as

 a fuel,

 or burned as

 a fuel.

a)

 Any commercial chemical product, or manufacturing chemical

intermediate having the generic name listed in subsections

(e)

or

(f) below.

b)

 Any off—specification commercial chemical product or manufacturing

chemical intermediate which,

if

 it met specifications, would have

the generic name listed in subsections

 (e) or

(f)

 below.

C)

 Any residue remaining in

 a container or inner liner removed from a

container that has held any commercial chemical product or

manufacturing chemical intermediate having the generic name listed

in subsection

 (e) or

(f)

 below, unless the container is empty as

defined in Section 721.107(b) (3).

BOARD NOTE:

 Unless the residue is being beneficially used or

reused, or legitimately recycled or reclaimed,

 or being

accumulated,

 stored,

 transported4, or treated prior to such use,

 reuse,

 recycling4, or reclamation, the Board considers the residue

to be intended for discard, and thus

 a hazardous waste.

An

example of a legitimate reuse of the residue would be where the

residue remains in the container and the container is used to hold

the same commercial chemical product or manufacturing chemical

intermediate it previously held.

 An example of the discard of the

residue would be where the drum is sent to a drum reconditioner

w~ethat

reconditions the drum but discards the residue.

d)

 Any residue or contaminated

 soil,

 water4, or other debris resulting

from the cleanup of

 a spill, into or on any land or water of any

commercial chemical product or manufacturing chemical intermediate

having the generic name listed in subsection

 (e) or (f)below,

or

24

any residue or contaminated soil,

 water4, or other debris resulting

from the cleanup of

 a spill, into or on any land or water, of any

off—specification chemical product or manufacturing chemical

intermediate which,

if

 it met specifications, would have the

generic name listed in subsection

 (e) or

(f)

 below.

BOARD

NOTE:

 The phrase “commercial chemical product or

manufacturing chemical intermediate having the generic name listed

in

...“

 refers to a chemical substance whichthat

 is manufactured

or formulated for

commercial

manufacturing

use

which

consists

of the commercially pure grade of the chemical,

 any technical

grades of the chemical that are produced or marketed, and all

formulations in which the chemical is the sole active ingredient.

It does not refer to a material,

 such as

 a manufacturing process

waste,

 that contains any of the substances listed in subsections

(e) or

(f)

 below.

 Where a manufacturing process waste is deemed

to be

 a hazardous waste because it contains

 a substance listed in

subsections

 (e) or

(f)

 below,

 such waste will be listed in either

Sections 721.131 or 721.132 or will be identified as

 a hazardous

waste by the characteristics set forth in Subpart

The

commercial

chemical

products,

manufacturing

chemical

intermediates4, or off—specification commercial chemical products

manufacturing

chemical

intermediates

referred

subsections

(a) through

(d)

 above, are identified as acute hazardous waste

(H)

and are subject to the small quantity exclusion defined in Section

721.105(e).

 These wastes and their corresponding EPA Hazardous

 Waste Numbers are:

BOARD

NOTE:

 For the convenience of the regulated community the

primary hazardous properties of these materials have been

indicated by the letters

 T (Toxicity),

 and R (Reactivity). A~

~bsence of

 a letter indicates that the compound only is listed for

acute toxicity.

Chemical

Hazardous

Abstracts

Waste No.

No.

 Substance

P023

 107—20—0

 Acetaldehyde, chloro—

P002

 591-08—2

 Acetamide,

 N—(axninothioxomethyl)

P057

 640—19—7

 Acetamide,

 2-fluoro—

P058

 62—74—8

 Acetic acid,

 fluoro—,

 sodium salt

P002

 591—08—2

 1—Acetyl—2—thiourea

P003

 107—02—8

 Acrolein

P070

 116—06—3

 Aldicarb

P004

 309—00—2

 Aldrin

P005

 107—18—6

 Allyl alcohol

P006

 20859—73—8

 Aluminum phosphide

 (R,T)

P007

 2763—96—4

 5— (Aminomethyl)—3—iaoxazolol

P008

 504—24—5

 4—Aminopyridine

P009

 131—74—8

 Ammonium picrate

(R)

P119

 7803-55—6

.Ammonium

vanadate

P099

506—61—6

Argentate(l—),

bis(cyano—C)—,

potassium

P010

7778—39—4

Arsenic

acid

HAsO4

P012

1327—53-3

Arsenic

oxide

As203

P011

 1303—28—2

 Arsenic oxide As2O5

POll

 1303—28—2

 Arsenic pentoxide

P012

 1327-53—3

 Arsenic trioxide

P038

 692—42—2

 Arsine, diethyl—

P036

 696—28—6

 Arsonous dichioride,

 phenyl—

P054

 151—56—4

 Aziridine

25

P067

 75—55—8

 Aziridine,

 2—methyl

P013

 542—62—1

 Barium cyanide

P024

 106—47-8

 Benzenamine, 4—chioro—

P077

 100—01-6

 Beazenamine, 4-nitro—

P028

 100-44-7

 Benzene,

 (chioromethyl)—

P042

 51—43-4

 1, 2—Benzenediol, 4—(1—hydroxy—2—

(methylamino)ethyl)—,

 (R)—

P046

 122-09-8

 Benzeneethanamine, alpha,alpha-di—

methyl-

P014

 108—98-5

 Benzenethiol

P001

 P81-81-2

 2H—1—Benzopyran—2—one,

 4-hydroxy-3-(3-

oxo—1—phenylbutyl)—, and salts, when

present at concentrations greater than

0.3

P028

 100—44-7

 Benzyl chloride

P015

 7440—41—7

 Beryllium powder

P017

 598—31—2

 Bromoacetone

P018

 357—57—3

 Brucine

 P045

 39196—18-6

 2—Butanone, 3,3-dimethyl-1- (methyl—

thio)

 O-(methylaniino )carbonyl)

 oxime

P021

 592—01—8

 Calcium cyanide

P021

 592—01-8

 Calcium cyanide Ca(CN)2

P022

 75—15—0

 Carbon disulfide

P095

 75—44—5

 Carbonic dichioride

P023

 107—20-0

 Chloroacetaldehyde

P024

 106—47—8

 p—Chloroaniline

P026

 5344—82-i.

 l—(o—Chlorophenyl)thiourea

P027

 542—76—7

 3—Chloropropionitrile

P029

 544—92-3

 Copper cyanide

P029

 544—92—3

 Copper cyanide CuCN

P030

 Cyanides

 (soluble cyanide salts),

not

otherwise specified

P031

 460-19-5

 Cyanogen

P033

 506-77—4

 Cyanogen chloride

P033

 506-77-4

 Cyanogen chloride CNC1

P034

 131-89—5

 2—Cyclohexyl—4,6—dinitrophenol

P016

 542-88—1

 Dichioromethyl ether

P036

 696—28—6

 Dichlorophenylarsine

P037

 60—57—1

 Dieldrin

P038

 692—42—2

 Diethylarsine

P041

 311—45-S

 Diethyl—p-nitrophenyl phosphate

P040

 297—97—2

 0,0—Diethyl 0—pyrazinyl

phosphorothioate

P043

 55—91-4

 Diisopropylfluorophosphate

 (DFP)

P004

 309-00—2

 1,4,5,8-Dimethanonaphthalene,

1,2,3,4,10, 10—hexachloro—1,4,4a,5,8,Ba—

hexahydro—,

(lalpha,4alpha, 4abeta, Salpha,

8alpha,8abeta)

—

P060

 465—73-6

 1, 4,5,8—Di—methanonaphthalene,

1,2,3,4, 10, 10—hexachloro—1, 4, 4a, 5, 8, 8a—

hexahydro—,

(lalpha, 4alpha,

4abeta,

Sbeta,

8beta,8abeta)—

P037

 60—57—1

 2,7:3,

 ,3—b)oxirene,

3, 4, 5,6,9

9—hexachloro—

la, 2,2a,3, 6, 6a, 7, 7a—octahydro—,

(laalpha, 2beta,2aalpha, 3beta,

6beta, 6aalpha, 7beta,7aalpha)—

26

P051

 P72—20—8

 2,7:3,6-Dimethanonaphth(2,3—boxirene,

3,4,5,6,9,9—hexachloro—

la, 2, 2a,3,6, 6a, 7, 7a—octahydro—,

(laalpha, 2beta,2abeta,3alpha,

6alpha, 6abeta, 7beta,7aalpha)

—,

and

metabolites

P044

 60—51—5

 Dimethoate

P046

 122-09-8

 alpha,alpha—Dimethylphenethylamine

P047

 534—52—1

 4,6-Dinitro—o—creaol and salts

P048

 51—28—5

 2,4—Dinitrophenol

P020

 88—85—7

 Dinoseb

P085

 152—16—9

 Diphosphoramide,

 octamethyl—

P111

 107—49—3

 Diphosphoric acid, tetraethyl ester

P039

 298—04—4

 Disulfoton

P049

 541-53—7

 Dithiobiuret

P050

 115—29—7

 Endosulfan

P088

 145—73—3

 Endothall

P051

 72—20—8

 Endrin

P051

 72—20-8

 Endrin, and metabolites

P042

 51—43-4

 Epinephrine

P031

 460—19—5

 Ethanedinitrile

P066

 16752—77—5

 Ethanimidothioic acid, N—((methyl—

amino)carbonyl)oxy—,

methyl

ester

P101

 107-12—0

 Ethyl cyanide

P054

 151—56—4

 Ethylenimine

P097

52—85—7

Famphur

P056

 7782—41—4

 Fluorine

P057

 640-19-7

 Fluoroacetamide

P058

 62—74—8

 Fluoroacetic acid, sodium salt

P065

 628—86—4

 Fulminic acid,

 mercury

 (2+)

 salt

 (R,T)

P059

 76—44—8

 Heptachlor.

P062

 757-58—4

 Hexaethyl tetraphosphate

P116

 79—19—6

 Hydrazinecarbothioamide

P068

 60—34—4

 Hydrazine,

 methyl-

P063

 74—90—8

 Hydrocyanic acid

P063

 74-90—8

 Hydrogen cyanide

P096

 7803—51—2

 Hydrogen phosphide

P060

 465—73—6

 Isodrin

P007

 2763—96—4

 3(2H)—Isoxazolone,

 5—(aminomethyl)—

P092

 62—38—4

 Mercury,

 (acetato-O)phenyl—

P065

 628—86—4

 Mercury fulminate

 (R,T)

P082

 62—75—9

 Methanamine, N—methyl—N—nitroso-

P064

 624—83—9

 Methane,

 isocyanato—

P016

 542—88—1

 Methane, oxybis(chloro-

P112

 509—14—B

 Methane, tetranitro—

(R)

P118

 75—70—7

 Methanethiol, trichloro—

P050

 115—29-7

 6, 9-Methano—2, 4, 3-benzodioxathiepen,

6,7,8,9,10,10—hexachloro—1,S,5a,6,9,9a—

hexahydro—,

 3-oxide

P059

 76—44—8

 4,7—Methano—1H—indene, 1,4,5,6,7,8,8—

heptachloro—3a, 4,7,7a-tetrahydro—

P066

 16752—77—5

 Methomyl

P068

 60—34—4

 Methyl hydrazine

P064

 624—83—9

 Methyl isocyanate

P069

 75—86—5

 2—Methyllactonitrile

P073.

 298—00—0

 Methyl parathion

P072

 86—88—4

 alpha—Naphthylthiourea

P073

 13463—39—3

 Nickel carbony.

P073

13463—39—3

Nickel

carbonyl

Ni(C0)4,

(T—4)—

P074

 557—19—7

 Nickel

 cyanide

P074

 557—19—7

 Nickel cyanide Ni(CN)2

P075

 54—11—5

 Nicotine,

 and salts

27

P076

 10102—43—9

 Nitric oxide

P077

 100-01—6

 p-Nitroaniline

P078

 10102—44—0

 Nitrogen dioxide

P076

 10102—43—9

 Nitrogen oxide NO

P078

 10102—44—0

 Nitrogen oxide NO2

P081

 55—63—0

 Nitroglycerine

(R)

P082

 62—75—9

 N—Nitrosodimethylamine

P084

 4549-40-0

 N-Nitrosomethy.vinylamine

P085

 152-16—9

 Octaxnethy.pyrophosphoramide

P087

20816—12—0

Osmium

oxide

0804f

(T—4)—

P087

20816—12—0

Osmium

tetroxide

P088

145—73—3

7—Oxabicyclo(2 .2.

1heptane—2,

3—di—

carboxylic

acid

P089

56—38—2

Parathion

P034

131—89—5

Phenol,

2—cyclohexyl—4,6—dinitro—

P048

51—28—5

Phenol,

2,4—dinitro—

P047

P534-52—i

Phenol,

2—methyl—4,6—dinitro—,

and

salts

P020

88—85—7

 Phenol,

 2—(1—methylpropyl)--4, 6—dinitro—

P009

131—74—8

Phenol,

2,4,6—trinitro—,

 axnmonium

salt

(R)

P092

62—38—4

Phenylmercury

acetate

P093

103—85—5

Phenyithiourea

P094

298—02—2

Phorate

P095

75-44-5

Phosgene

P096

7803—51—2

Phosphine

P04.

311—45—5

Phosphoric

acid,

diethyl

4—nitrophenyl

ester

P039

298—04-4

Phosphorodithioic

acid,

0,0—diethyl

S—

2— (ethylthio

)

ethyl

ester

P094

 298—02-2

 Phosphorodithioic acid,

 0,0—diethyl S-

((ethylthio)methyl)

 ester

P044

60-51—5

Phosphorodithioic

acid,

0,0—dimethyl

S—

2— (methylamino

)

—2—oxoethyl

ester

P043

 55—91—4

 Phosphorofluoridic acid,

 bis(1—methyl—

ethyl) ester

P089

 56—38—2

 Phosphorothioic acid,

 O,0-diethyl O-(4—

nitrophenyl) ester

P040

297—97—2

Phosphorothioic

acid,

0,0-diethyl

0—

pyrazinyl

ester

P097

 52-85—7

 Phosphorothioic acid,

 O—4-(dimethyl-

amino)sulfonyl)phenylj

 0,0—dirnethyl

ester

P071

 298—00—0

 Phosphorothioic acid, O,O—dimethyl 0—

(4-nitrophenyl) ester

P110

 78-00—2

 Plumbane, tetraethyl—

P098

151—50—8

 Potassium cyanide

 P098

 151—50—8

 Potassium cyanide KCN

P099

506—61—6

Potassium

silver

cyanide

P070

 116—06-3

 Propanal, 2—methyl—2—(methylthio)—,

 0—

((methylamino)carbonyl)oxime

P101

 107—12—0

 Propanenitrile

P027

 542—76-7

 Propanenitrile,

 3—chloro-

P069

75-86-5

Propanenitrile,

2—hydroxy-2-methyl—

P081

 55—63—0

 1,2,3—Propanetriol, trinitrate—

(A)

P017

598—31—2

2—Propanone,

l-bromo—

P102

 107—19—7

 Propargyl alcohol

P003

 107-02—8

 2—Propenal

P005

 107—18—6

 2—Propen—1—ol

P067

75—55—8

1,2—Propylenimine

P102

107—19—7

2—Propyn—1—o1

P008

 504—24—5

 4—Pyridinamine

28

P075

 P54—11—5

 Pyridine,

 3—(1—rnethyl—2—pyrrolidinyl)—,

(S)— and salts

P114

12039—52—0

Selenious

acid,

dithallium

(1+)

salt

P103

 630-10—4

 Selenourea

P104

 506—64—9

 Silver cyanide

P104

 506—64—9

 Silver cyanide AgCN

P105

 26628—22—8

 Sodium azide

 P106

 143—33—9

 Sodium cyanide

P106

 143-33—9

 Sodium cyanide NaCM

P108

 P57-24—9

 Strychnidin-lO—one,

 and salts

P018

 357-57—3

 Strychnidin—lO—one,

 2,3—dimethoxy—

P108

 P57-24—9

 Strychnine and salts

P115

 7446—18—6

 Sulfuric acid,

 dithalliuxn

 (1+)

 salt

P109

 3689—24-5

 Tetraethyldithiopyrophosphate

P110

 78—00—2

 Tetraethyl lead

P111

 107-49—3

 Tetraethylpyrophosphate

P112

 509—14—8

 Tetranitromethane

(A)

P062

 757—58—4

 Tetraphosphoric acid, hexaethyl ester

P113

 1314—32—5

 Thallic oxide

P113

 1314—32—5

 Thallium oxide Tl20,

P114

 12039—52—0

 Thallium

(I)

 selenite

P115

 7446—18—6

 Thallium

 (I) sulfate

P109

 3689—24—5

 Thiodiphosphoric acid, tetraethyl ester

P045

 39196—18—4

 Thiofanox

P049

 541—53—7

 Thioimidodicarbonic diamide

(H2N)C(S)2NH

P014

 108—98—5

 Thiophenol

P116

 79—19—6

 Thiosemicarbazide

P026

 5344-82—1

 Thiourea,

 (2-chlorophenyl)-

P072

 86-88—4

 Thiourea,

 1—naphthalenyl-

P093

 103—85—5

 Thiourea, phenyl—

P123

 8001-35—2

 Toxaphene

P118

 75-70-7

 Trichloromethanethiol

P119

 7803—55—6

 Vanadie acid, ammonium salt

P120

 1314—62—1

 Vanadium oxide

 V205

P120

 1314—62—1

 Vanadium pentoxide

P084

 4549-40—0

 Vinylamine, N—methyl-M—nitroso—

P001

 P81—81-2

 Warfarin,

 and salts,

 when present at

concentrations greater than 0.3.

P121

 557—21—1

 Zinc cyanide

P121

 557—21—1

 Zinc cyanide Zn(CN)2

P122

 1314—84—7

 Zinc phosphide

 Zn3?,, when present at

concentrations

greater

than

(R,T)

f)

 The commercial chemical products, manufacturing chemical

intermediates4, or off—specification commercial chemical products

referred to

 in subsections

 (a) through

(d)

 above,

 are identified

as toxic wastes

 (T) unless otherwise designated and are subject to

the small quantity exclusion defined in Section 721.105(a)

and

(g).

 These wastes and their corresponding EPA Hazardous Waste

Numbers

are:

BOARD NOTE:

 For the convenience of the regulated community,

the

primary hazardous properties of these materials have been

indicated by the letters T

 (Toxicity),

 R (Reactivity),

I

(Ignitability)4, and C (Corrosivity).

 AThe_absence of

 a letter

indicates that the compound is only listed for toxicity.

Chemical

Hazardous

 Abstracts

Waste No.

No.

 Substance

U001

 75—07—0

 Acetaldehyde

(I)

U034

 75—87—6

 Acetaldehyde, trichloro—

U187

 62—44-2

 Acetamide,

 N—(4—ethoxyphenyl)-

U005

 53—96—3

 Acetamide, N—9H—fluoren—2—yl—

U240

 P 94—75—7

 Acetic acid,

 (2,4—dichlorophenoxy)—,

salts and esters

U112

 141—78—6

 Acetic acid,

 ethyl ester

(I)

U144

 301—04—2

 Acetic acid,

 lead

 (2+)

 salt

U214

 563—68—8

 Acetic acid,

 thallium

 (1+)

 salt

See F027

 93—76—5

 Acetic acid,

 (2,4,5—trichlorophenoxy)—

U002

 67—64—1

 Acetone

(I)

tJOO3

 75—05—8

 Acetonitrile

 (I,T)

U004

 98-86-2

 Acetophenone

U005

 53—96—3

 2—Acetylaminofluorene

U006

 75—36—5

 Acetyl chloride (C,R,T)

U007

 79—06—1

 Acrylamide

U008

 79—10—7

 Acrylic acid

(I)

U009

 107—13—1

 Acrylonitrile

U011

 61—82—5

 Amitrole

U012

 62—53—3

 Aniline

 (I,T)

U136

 75—60—S

 Arsinic acid, dimethyl—

U014

 492-80—8

 Auraxnine

U015

 115—02—6

 Azaserine

U010

 50—07—7

 Azirino(2’,3’:3,4pyrrolo(1,2—aindole—

4,7—dione,

 6—amino—8—

 (aminocarbonyl)—

oxymethyl

 —1,

 la, 2,8, 8a, 8b—hexahydro—

8a—methoxy-5—methyl—,

 1a—S—

(laalpha, Sbeta,Saalpha, 8balpha)

1—

Ul57

 56—49—5

 Benzj aceanthrylene,

 1, 2—dihydro—3—

methyl—

U016

 225—51—4

 Benz(c)acridine

13017

 98—87—3

 Benzal chloride

Ul92

 23950—58—5

 Benzainide,

 3,5—dichloro—N—(l,1—di—

methyl-2-propynyl)

—

13018

 56—55—3

 Benzaanthracene

13094

 57—97—6

 Benz(a)anthracene,

 7, l2—dimethyl—

U012

 62—53—3

 Benzenamine

 (I,T)

13014

 492—80—8

 Benzenamine,

 4,4’-carbonimidoylbisN,N—

dimethyl—

13049

 3165-93—3

 Benzenamine,

 4—chloro—2-methyl—,

hydrochloride

U093

 60—11—7

 Benzenamine, N,N-dimethyl-4—(phenyl—

 azo)—

t1328

 95—53—4

 Benzenaxnine,

 2—methyl—

U353

 106—49-0

 Benzenaznine,

 4-methyl—

13158

 101—14-4

 Benzenamine, 4,4’—methylenebis2-

chloro—

13222

 636—21—5

 Benzenainine,

 2-methyl-,

 hydrochloride

U181

 99-55—8

 Senzenamine, 2—methyl—5—nitro—

U019

 71-43—2

 Benzene

 (I,T)

U038

 510—15—6

 Benzeneacetic acid,

 4—chloro—alpha—(4—

chlorophenyl) -alpha—hydroxy-, ethyl

ester

13030

 101-55-3

 Benzene, 1—bromo-4—phenoxy—

17035

 305—03-3

 Benzenebutanoic acid,

 4—(bis(2—chloro—

ethyl) amino—

17037

 108—90-7

 Benzene, chloro—

17221

 25376—45—8

 Benzenediamine,

 ar—methyl—

30

0028

 117—81—7

 1,2—Benzanedicarboxylic acid,

 bis(2—

ethylhexyl) ester

13069

 84—74—2

 l,2—Benzenedicarboxylic acid, dibutyl

ester

17088

 84—66—2

 1,2-’Benzenedicarboxylic acid,

 diethyl

ester

U102

 131—11—3

 1,2—Benzenedicarboxylic acid, dimethyl

ester

U107

 117—84—0

 1,2—Benzenedicarboxylic acid,

 dioctyl

ester

U070

 95—50—1

 Benzene, 1,2—dichloro—

U071

 541—73—1

 Benzene, 1,3—dichloro—

13072

 106—46—7

 Benzene, 1,4—dichioro—

13060

 72—54-8

 Benzene,

 1,1’—(2,2—dichloroethylidene)—

bis

 4—chioro—

U017

 98—87—3

 Benzene,

 (dichioromethyl)—

0223

 26471—62—5

 Benzene,

 l,3—diisocyanatornethyl— (R,T)

U239

 1330—20—7

 Benzene, dimethyl— (I,T)

17201

 108—46—3

 1,3—Benzenediol

13127

 118—74—1

 Benzene, hexachloro—

17056

 110-82—7

 Benzene, hexahydro—

(I)

13220

 108—88—3

 Benzene, methyl-

13105

 121—14—2

 Benzene, 1—methyl—2,4—dinitro—

13106

 606-20—2

 Benzene, 2-methyl—1,3-dinitro—

13055

98—82—8

Benzene,

(1—methylethyl)—

(I)

17169

 98—95—3

 Benzene,

 nitro—

13183

 608-93—5

 Benzene, pentachloro—

U185

 82-68-8

 Benzene, pentachioronitro—

0020

 98—09—9

 Benzenesulfonic acid chloride

 (C,R)

0020

 98—09—9

 Benzenesulfonyl chloride

 (C,R)

17207

 95—94—3

 Benzene, 1,2,4,5—tetrachloro—

U06.

 50—29—3

 Benzene, 1,1’—(2,2,2—trichloroethyl—

idene)bis

4—chloro—

13247

 72—43—5

 Benzene,

 1,1’—(2,2,2—trichloroethyl—

idene)bis

4—methoxy-

U023

 98-07—7

 Benzene,

 (trichloromethyl)—

17234

 99—35—4

 Benzene, 1,3,5—trinitro—

13021

 92—87—5

 Benzidene

13202

 P 81-07—2

 1,2—Benzisothiazol—3(2H)—one, 1,1—di-

oxide,

 and salts

13203

 94—59—7

 1,3—Benzodioxole,

 S—(2—propenyl)-

13141

 120—58—1

 1, 3—Benzodioxole, 5—(l—propenyl)—

17090

 94—58—6

 1,3—Benzodioxole,

 5—propyl—

U064

 189—55—9

 Benzorst)pentaphene

0248

 P 81—81—2

 2H—1—Benzopyran-2—one, 4—hydroxy—3—(3—

oxo—1-phenylbutyl)—,

 and salts, when

present

concentrations

0.3

less

U022

 50—32—8

 ~enzo(a3pyrene

U197

 106—51—4

 p—Benzoquinone

0023

 98—07—7

 Benzotrichloride (C,R,T)

13085

 1464-53—5

 2,2’—Bioxirane

13021

 92—87—5

 (1,1‘—Biphenyl—4,4

 ‘—diamine

U073

 91—94—1

 •(1,1’—Biphenyl—4,4’—diamine,

 3,3’—di—

chloro—

U09l

 119—90—4

 (1,1’—Biphenyl)—4,4’—diamine,

 3,3’—di—

methoxy—

13095

 119—93—7

 1,1’—Biphenyl—4,4’—diamine,

 3,3’—di—

methyl—

U225

 75-25—2

 Bromoform

U030

 101-55—3

 4—Bromophenyl phenyl ether

U128

 87—68—3

 1,3—Butadiene,

 1,l,2,3,4,4—hexachloro—

31

17172

 924—16—3

 1—Butanamine, N-butyl—N—nitroso—

U031

 71—36—3

 l—Butanol

(I)

U159

 78—93—3

 2—Butanone

 (I,T)

11160

 1338—23-4

 2—Butanone, peroxide

 (R,T)

U053

 4170—30—3

 2—Butenal

U074

 764-41—0

 2—Butene,

 1,4-dichloro—

 (I,T)

0143

 303—34—4

 2—Butenoic acid, 2—methyl—,

 7—(2,3—di—

hydroxy-2—

(

1-methoxyethyl)-3-methyl-i-

oxobutoxymethyl) —2,3,5,7a—tetrahydro-

1H—pyrrolizin—1—yl ester,

 iS—

(lalpha(Z),

 7(2S*,3R*),

 7aalphaj)—

13031

 71—36—3

 n—Butyl alcohol

(I)

13136

 75—60—S

 Cacodylic acid

13032

 13765—19—0

 Calcium chromate

U238

 51-79—6

 Carbamic acid, ethyl ester

17178

 615—53—2

 Carbamic acid, methylnitroso—,

 ethyl

ester

0097

 79—44—7

 Carbamic chloride, dimethyl—

13114

 P 111—54—6

 Carbamodithioic acid,

 1,2—ethanediyl-

bis—,

 salts and esters

0062

 2303—16-4

 Carbamothioic acid, bis(1—methyl—

ethyl)-,

5— (2

3-dichloro—2-propenyl)

ester

17215

 6533—73—9

 Carbonic acid, dithallium (1+)

 salt

17033

 353—50—4

 Carbonic difluoride

13156

 79-22—1

 Carbonochioridic acid, methyl ester

(I,T)

0033

 353—50-4

 Carbon oxyfluoride

 (R,T)

0211

 56—23—5

 Carbon tetrachloride

13034

 75—87—6

 Chloral

U035

305—03—3

Chlorambucil

0036

 57-74—9

 Chlordaneaipha and

gamma

isomers

17026

 494—03—1

 Chiornaphazin

U037

 108—90—7

 Chlorobenzene

0038

510—15—6

Chlorobenzilate

13039

 59-50—7

 p—Chloro-m—cresol

0042

 110—75—8

 2—Chloroethyl vinyl ether

0044

 67—66—3

 Chloroform

13046

 107—30-2

 Chloromethyl methyl ether

13047

 91—58—7

 beta—Chloronaphthalene

0048

 95—57—8

 o—Chlorophenol

13049

 3165—93—3

 4—Chloro—o-toluidine, hydrochloride

13032

 13765—19—0

 Chromic acid H2CrO4, calcium salt

U050

 218—01—9

 Chrysene

13052.

 Creosote

U052

 1319—77—3

 Cresol

 (Cresylic acid)

13053

 4170—30-3

 Crotonaldehyde

U055

98—82—8

Cumeme

(I)

0246

 506—68—3

 Cyanogen bromide CNBr

U197

 106—51—4

 2, 5—Cyclohexadiene-l,4—dione

0056

 110—82—7

 Cyclohexane

(I)

13129

 58—89—9

 Cyclohexane, 1,2,3,4,5,6—hexachioro—,

(lalpha,2alpha, 3beta, 4alpha,

Salpha, 6beta)

0057

 108—94—1

 Cyclohexanone

(I)

17130

 77—47—4

 1,3—Cyclopentadiene,

 1,2,3,4,5,5—hexa—

chloro—

13058

 50—18-0

 Cyclophosphamide

11240

 P 94—75—7

 2,4—D, salts

 and esters

0059

 20830—81—3

 Daunornycin

17060

 72—54--8

DDD

13061

 50—29—3

DDT

32

Dial late

Dibenza,

 h)anthracene

Dibenzoa,

 i)pyrene

1, 2—Dibromo—3—chloropropane

Dibutyl phthalate

o—Dichlorobenzene

m—Dichlorobenzene

p—Dichlorobenzene

3,3 ‘—Dichlorobenzidine

1,4—Dichloro-2—butene

 (I,T)

Dichlorodifluoromethane

1,1—Dichloroethylene

1,2—Dichioroethylene

 Dichloroethyl ether

Dichloroisopropyl ether

Dichloromethoxy ethane

2, 4-Dichiorophenol

2, 6-Dichlorophenol

1, 3-.Dichloropropene

1,2:3,4—Diepoxybutane

 (I,T)

1,4-Diethyleneoxide

Diethylhexyl phthalate

N,N’—Diethylhydrazine

0,0-Diethyl S-methyl dithiophoaphate

Diethy.

 phthalate

Diethylstilbeetroi.

Dihydrosafrole

3,3’-Dimethoxybenzidine

Dimethylamine

(I)

p—Ditnethylaminoazobenzene

7, 12—Dimethylbenz(a anthracene

3,3’

—Dimethylbenzidine

alpha,

alpha—Dimethyl—

benzylhydroperoxide

(A)

Diniethylcarbamoyl chloride

1,1—Dimethylhydrazine

1,2-Dimethyihydrazine

2, 4—Dimethyiphenol

Dimethyl phthalate

Dirnethyl sulfate

2,4-Dinitrotoluene

2,6-Dinitrotoluene

Di—n—octyl phthalate

1, 4—Dioxane

1,2-Diphenylhydrazine

Dipropylamine

(I)

Di—n-propylnitrosaxnine

Epichlorohydrin

Ethanal

(I)

Ethanamine,

N-ethyl-N-nitroso-

1, 2—Ethanediamine,

N,N—dimethyl-M’ —2-

pyridinyl—N’

—

(2—thienylmethyl)

—

Ethane,

1, 2—dibromo—

Ethane,

1, 1—dichloro-

Ethane,

1, 2—dichloro—

Ethane,

hexachloro—

Ethane,

 1,l’—(methylenebis(oxir) bis(2—

chloro—

Ethane, 1,1’—oxybis—

(I)

Ethane,

 1,1’-oxybis(2—chloro—

Ethane, pentachloro—

Ethane, 1,1, 1,2—tetrachloro—

U062

11063

11064

13066

11069

0070

13071

0072

U073

0074

11075

U078

0079

0025

13027

11024

13081

0082

(1084

U085

17108

13028

U086

U097

Ui10

11111

17041

17001

U174

2303—16—4

53—70—3

189—55—9

96—12—8

84—74—2

95—50—1

541—73—1

106—46—7

91—94—1

764—41—0

75—71—8

75—35—4

156—60—5

111—44—4

108—60—1

111—91—1

120—83—2

87—65—0

542—75—6

1464—53—5

123—91—1

117—81—7

1615—80-1

3288—58—2

84—66-2

56—53—1

94—58—6

 119—90—4

124—40—3

60—11—7

57—97—6

119—93—7

80—15—9

79—44—7

57—14—7

540—73—8

105—67—9

131—11—3

77—78—1

121—14—2

606—20—2

117—84—0

123—91—1

122—66—7

142—84—7

621—64—7

106—89—8

75—07—0

5 5—18—5

17155

 91—80—5

0067

13076

15077

U13 1

11024

13117

0025

0184

0208

106—93—4

75—34—3

107—06—2

67—72—i

111—91—1

60—29—7

111—44—4

76—01—7

630—20—6

33

11209

 79—34—5

 Ethane,

 1,l,2,2—tetrachloro—

U218

 62—55—S

 Ethanethioamide

U226

 71—55—6

 Ethane,

 l,l,1—trichloro—

U227

 79—00—S

 Ethane,

 1,1,2—trichloro—

13359

 110—80—5

 Ethanol, 2—ethoxy-

U173

 1116—54—7

 Ethanol,

 2,2 ‘—(nitrosoimino)bis—

11004

 98-86—2

 Ethanone,

 l—phenyl—

U043

 75—01—4

 Ethene, chloro—

U042

 110—75-8

 Ethene,

 (2-chloroethoxy)—

17078

 75—35—4

 Ethene,

 1,1—dichloro—

13079

 156—60—5

 Ethene, 1,2—dichloro—,

 (B)—

U210

 127—18—4

 Ethene,

 tetrachloro—

11228

 79-01—6

 Ethene, trichloro-

(1112

 141—78—6

 Ethyl acetate

(I)

0113

 140—88—5

 Ethyl acrylate

(I)

U238

 51—79-6

 Ethyl carbamate

 (urethane)

U117

 60—29—7

 Ethyl ether

U114

 P 111—54—6

 Ethylenebiadithiocarbamic

 acid,

 salts

and esters

13067

 106—93—4

 Ethylene dibromide

13077

 107-06—2

 Ethylene dichloride

U359

 110—80—S

 Ethylene glycol monoethyl ether

13115

 75-21—8

 Ethylene oxide

 (I,T)

U1l6

 96—45—7

 Ethylenethiourea

11076

 75-34—3

 Ethylidene dichloride

13118

 97—63—2

 Ethyl methacrylate

Ul19

 62-50-0

 Ethyl methanesulfonate

17120

 206—44—0

 Fluoranthene

13122

 50—00-0

 Formaldehyde

(1123

 64—18—6

 Formic acid

 (C,T)

0124

 110—00—9

 Furan

(I)

U125

 98—01—i

 2—Furancarboxaldehyde

(I)

13147

 108—31—6

 2,5—Furandione

13213

 109—99—9

 Furan, tetrahydro—

(I)

11125

 98—01—1

 Furfural

(I)

U124

 110—00—9

 Furfuran

(I)

15206

 18883—66-4

 Glucopyranose,

 2—deoxy—2—(3—methyl—3—

nitrosoureido

)

—,

U206

 18883—66—4

 D-Glucose,

 2—deoxy—2--(

(methylnitroso—

amino)

-carbonyl

 amino

—

U126

 765—34—4

 Glycidylaldehyde

15163

 70—25—7

 Guanidine,

 N-methyl-N’ —nitro-N—nitroso-

U127

 118-74—1

 Hexachlorobenzene

17128

 87—68—3

 Hexachiorobutadiene

13130

 77—47—4

 Hexachlorocyclopentacliene

0131

 67—72—1

 Hexachloroethane

U132

 7 0-30—4

 Hexachlorophene

0243

 1888—71—7

 Hexachioropropene

15133

 302—01—2

 Hydrazine (R,T)

13086

 1615—80—1

 Hydrazine,

 1,2—diethyl—

11098

 57—14—7

 Hydrazine,

 1,1—dimethyl—

0099

 540—73—8

 Hydrazine,

 1,2-dimethyl—

11109

 122—66—7

 Hydrazine,

 1,~2—dipheny1—

15134

 7664—39—3

 Hydrofluoric acid (C,T)

15134

 7664—39—3

 Hydrogen fluoride

 (C,T)

13135

 7783—06—4

 Hydrogen sulfide

U135

 7783—06—4

 Hydrogen sulfide H2S

U096

 80—15-9

 Hydroperoxide, 1—methyl—i-phenylethyl-

(A)

0116

 96—45—7

 2—Imidazolidinethione

0137

 193—39—5

 Indeno1,

 2, 3—cdpyrene

U190

 85—44—9

 1,3—Isobenzofurandione

34

0140

 78—83—1

 Isobutyl alcohol

 (I,T)

15141

 120—58—1

 Isosafrole

0142

 143—50—0

 Xepone

15143

 303—34—4

 Lasiocarpene

0144

 301—04—2

 Lead acetate

13146

 1335—32—6

 Lead, bis(acetato—O)tetrahydroxytri—

15145

 7446—27—7

 Lead phosphate

(1146

 133 5—32—6

 Lead subacetate

0129

 58—89—9

 Lindane

0163

 70—25—7

 MNNG

U147

 108—31—6

 Maleic anhydride

11148

 123—33—1

 Maleic hydrazide

0149

 109—77—3

 Malononitrile

15150

 148—82—3

 Melphalan

0151

 7439—97-6

 Mercury

0152

 126—98—7

 Methacrylonitrile

 (I,T)

U092

 124—40—3

 Methanamirie, N—methyl—

(I)

U029

 74—83-9

 Methane, bromo—

U045

 74—87—3

 Methane, chloro—

 (I,T)

U046

 107—30-2

 Methane, chloromethoxy—

0068

 74-95—3

 Methane, dibromo—

13080

 75-09—2

 Methane, dichloro—

0075

 75—71—8

 Methane, dichlorodifluoro—

17138

 74-88—4

 Methane,

 iodo—

U119

 62-50—0

 Methanesulfonic acid, ethyl ester

0211

 56-23—5

 Methane, tetrachloro—

U153

 74—93—1

 Methanethiol

 (I,T)

U225

 75—25—2

 Methane, tribromo—

13044

 67-66—3

 Methane, trichloro—

U12l

 75-69—4

 Methane, trichiorofluoro—

(1036

 57—74—9

 4,7—Methano—1R—indene,

 1,2,4,5,6,7,8,8—

octachloro—2, 3, 3a,4,7,7a—hexahydro—

U154

 67—56—1

 Methanol

(I)

13155

 91—80-5

 Methapyrilene

U142

 143—50—0

 1,3,4—Metheno—2H—cyclobuta(cdpentalen—

2—one,

 1, la, 3,3a,4, 5,5,Sa, 5b,6—

decachlorooctahydro—

13247

 72-43-5

 Methoxychlor

U154

 67—56—1

 Methyl alcohol

(I)

13029

 74—83—9

 Methyl bromide

U186

 504—60—9

 1—Methylbutadiene

(I)

13045

 74—87—3

 Methyl chloride (I,T)

Ul56

 79—22—1

 Methyl chiorocarbonate

 (I,T)

~J226

 71—55—6

 Methylchloroform

0157

 56—49—5

 3-Methylcholanthrene

13158

 101—14—4

 4,4’—Methylenebie(2—chloroaniline)

U068

 74—95—3

 Methylene bromide

13080

 75—09—2

 Methylene chloride

13159

 78—93-3

 Methyl ethyl ketone (HEX)

 (I,T)

U160

 1338—23-4

 Methyl ethyl ketone peroxide

 (R,T)

17138

 74—88-4

 Methyl iodide

Ul61

 108—10—i

 Methyl isobutyl ketone

(I)

13162

 80—62-6

 Methyl methacrylate

 (I,T)

11161

 108—10—i

 4—Methyl—2—pentartone

(I)

U164

 56—04—2

 Methylthiouracil

UOlO

 50—07-7

 Mitomycin C

0059

 20830-81—3

 5,12—Naphthacenedione, 8—acetyl—10—((3—

amino—2

3,6—trideoxy) -alpha-L-lyxo—

hexapyranosyl

)

oxyl 3—7,8,9,10-tetra—

hydro-6,

8, 11—trihydroxy—1-methoxy-,

(BS—cis)—

13167

 134—32—7

 1—Naphthalenamine

35

13168

 91—59—8

 2—Naphthalenamine

0026

 494—03—1

 Naphthaleneamine, N,N’—bis(2—chloro—

ethyl)—

11165

 91—20—3

 Naphthalene

13047

 91—58—7

 Naphthalene, 2—chloro—

11166

 130—15—4

 1,4-Naphthalenedione

17236

 72—57—i

 2,7—Naphthalenediaulfonic acid,

 3,3’—

(3,3’—dimethyl—(1,1’—biphenyl—4,4’—

diyl)bis(azo)bis5—antino—4-hydroxy)—,

tetrasodium salt

13166

 130—15—4

 1,4—Naphthoquinone

13167

 134—32—7

 alpha—Naphthylainine

13168

 91—59-8

 beta-Naphthylamine

15217

 10102—45—1

 Nitric acid, thallium

 (1+)

 salt

(1169

 98—95—3

 Nitrobenzene

 (I,T)

U170

 100—02—7

 p—Nitrophenol

15171

 79—46—9

 2—Nitropropane

 (I,T)

13172

 924—16—3

 N—Nitrosodi—n—butylamine

11173

 1116—54—7

 N—Nitrosodiethanolamine

0174

55—18—5

N—Nitrosodiethylamine

U176

 759-73-9

 N—Nitroso—N-ethylurea

U177

 684-93—5

 N—Nitroso—N-methylurea

13178

 615—53—2

 N—Nitroso—N—methylurethsne

15179

 100-75—4

 N—Nitrosopiperidine

13180

 930-55—2

 N—Nitrosopyrrol.idine

0181

 99—55-8

 S—Nitro—o-toluidine

U193

 1120—71-4

 1,2—Oxathiolane, 2,2—dioxide

U058

 50-18-0

 2H—1, 3, 2—Oxazaphosphorin—2-arnine, N,N-

bis(2-chloroethyl)tetrahydro-,

2-oxide

11115

 75—21—8

 Oxirane

 (I,T)

0126

 765—34—4

 Oxiranecarboxyaldehyde

0041

 106-89—8

 Oxirane,

 (chloromethyl)—

0182

 123—63—7

 Paraldehyde

U183

 608—93—5

 Pentachlorobenzene

11184

 76—01—7

 Pentachloroethar~e

0185

 82—68—8

 Pentachloronitrobenzene

 (PCNB)

See F027

 87—86—5

 Pentachlorophenol

13161

 108—10—1

 Pentanol,

 4—methyl—

13186

 504—60—9

 1,3—Pentadiene

(I)

0187

 62-44—2

 Phenacetin

U188

 108—95—2

 Phenol

U048

 95—57-8

 Phenol, 2—chloro—

U039

 59—50—7

 Phenol, 4—chloro—3—methyl—

13081

 120—83—2

 Phenol,

 2,4—dichioro—

15082

 87—65—0

 Phenol, 2,6—dichloro—

11089

 56-53—1

 Phenol, 4,4’—(1,2-diethyl—l,2—ethenedi-

yl)bis—,

 (E)—

13101

 105—67—9

 Phenol,

 2,4—dimethyl—

13052

 1319—77—3

 Phenol, methyl—

11132

 70—30—4

 Phenol,

 2,2’—methylenebis3,

 4,6—tn—

chioro—

15170

 100—02—7

 Phenol, 4—nitro—

See F027

 87-86—5

 Phenol, pentachloro-

See F027

 58—90—2

 Phenol, 2,3,4,6—tetrachloro-~

See F027

 95—95—4

 Phenol,

 2,4,5—tnichloro-

See F027

 88—06—2

 Phenol, 2,4,6—trichloro—

 U150

 148-82—3

 L—Phenylalanine, 4—bis(2-chloroethyl)-

amino-

(1145

 7446—27—7

 Phosphoric acid,

 lead

 (2+)

 salt

 (2:3)

0087

 3288—58—2

 Phosphorodithioic acid, O,0—diethyl S—

methyl ester

0189

 1314—80—3

 Phosphorus sulfide

(A)

36

U190

 85—44-9

 Phthalic anhydride

0191

 109—06—8

 2—Picoline

0179

 100—75—4

 Piperidine,

 l—nitroso—

U192

 23950—58—5

 Pronamide

17194

 107—10—8

 1—Propanamine

 (I,T)

13111

 621-64-7

 1-Propanamine, N—nitroso-N-propyl-

U110

 142—84—7

 1—Propanamine, N—propyl—

(I)

11066

 96-12-8

 Propane,

 1,2-dibromo—3-chloro—

U083

 78—87—S

 Propane, 1,2—dichloro-

U149

 109—77—3

 Propanedinitrile

15171

 79-46—9

 Propane, 2—nitro—

 (I,T)

13027

 108—60-1

 Propane,

 2,2 ‘—oxybis2-chloro—

See P027

 93—72—1

 Propanoic acid, 2—(2,4,5—trichloro—

phenoxy)

17193

 1120—71—4

 1,3—Propane sultone

U235

 126-72-7

 1-Propanol, 2,3—dibromo—, phosphate

(3:1)

U140

 78—83—1

 1-Propanol, 2—methyl—

 (I,T)

U002

 67—64—1

 2—Propanone

(I)

13007

 79-06—1

 2—Properiamide

U084

 542—75—6

 1—Propene, 1,.3—dichloro—

17243

 1888—71—7

 1—Propene,

 1,1,2, 3,3,3—hexachloro—

U009

 107—13—i

 2—Propenenitrile

U152

 126—98—7

 2-Propenenitrile,

 2—methyl—

 (1,1’)

U008

 79—10—7

 2—Propenoic acid

(I)

Uli3

 140—88—5

 2—Propenoic acid,

 ethyl ester

(I)

13118

 97—63—2

 2—Propenoic acid,

 2—methyl—,

 ethyl

ester

0162

 80—62—6

 2—Propenoic acid,

 2—methyl—, methyl

ester

 (I,T)

See P027

 93—72—i

 Propionic acid, 2—(2,4,5—trichloro—

phenoxy)—

0194

 107—10—8

 n—Propylamine

 (I,T)

0083

 78-87—5

 Propylene dichioride

11148

 123—33—1

 3, 6—Pyridazinedione,

 1, 2—dihydro—

U196

 110—86—1

 Pyridine

13191

 109—06—8

 Pyridine, 2—methyl—

U237

 66—75—1

 2,4—(1H,3H)—Pyrimidinedione,

 5—(bis(2—

chloroethyl

)

amino

0164

 58—04—2

 4(1H)-Pyrimidinone,

 2, 3-dihydro-6-

methyl -2—thioxo—

0180

 930—55—2

 Pyrrolidine, 1—nitroso—

13200

 50—55—5

 Reserpine

13201

 108-46—3

 Resorcinol

(1202

 P 81—07—2

 Saccharin and salts

13203

 94—59—7

 Safrole

0204

 7783—00—8

 Selenious acid

11204

 7783—00—8

 Selenium dioxide

U205

 7488—56—4

 Selenium sulfide

13205

 7488—56—4

 Selenium sulfide SeS2

 (R,T)

13015

 115—02—6

 L—Serine, diazoacetate

 (ester)

See F027

 93—72—1

 Silvex

 (2,4,5—TP)

U206

 18883—66—4

 Streptozotocin

U103

 77—78—1

 Sulfuric acid,

 dimethyl ester

U189

 1314—80—3

 Sulfur phosphide

(A)

See P027

 93—76—5

 2,4,5—T

0207

 95—94—3

 1,2,4, 5—Tetrachlorobenzene

13208

 630—20—6

 1,1,1,2—Tetrachioroethane

0209

 79—34—5

 1,1,2,2—Tetrachloroethane

13210

 127—18—4

 Tetrachloroethylene

See F027

 58—90—2

 2,3,4,6—Tetrachlorophenol

0213

 109—99—9

 Tetrahydrofuran

(I)

37

13214

 563—68—8

 Thallium

 (I) acetate

13215

 6533—73-9

 Thallium

 (I) carbonate

13216

 7791—12—0

 Thallium

 (I) chloride

U216

 7791—12—0

 Thallium chloride TIC1

U2i7

 10102—45—1

 Thallium

 (I) nitrate

U218

 62—55-S

 Thioacetamide

13153

 74—93-1

 Thiomethanol (I,T)

U244

 137-26-8

 Thioperoxydicarbonic diamide

(H2N)C(S)

 )2S2, tetramethyl—

U219

 62—56-6

 Thiourea

11244

 137—26—8

 Thiram

11220

 108—88—3

 Toluene

0221

 25376—45-8

 Toluenediamine

U223

 26471—62—5

 Toluene diisocyanate

 (R,T)

0328

 95—53-4

 o—Toluidine

13353

 106—49—0

 p—Toluidine

U222

 636—21-S

 o-Toluidine hydrochloride

u011

 61—82—S

 1H—1, 2,4—Triazol—3—amine

0227

 79—00—5

 1, 1,2-Trichloroethane

U228

 79—01-6

 Trichioroethylene

0121

 75—69—4

 Trichloromonofluoromethane

See F027

 95—95—4

 2,4,5—Trichlorophenol

See P027

 88-06—2

 2,4,6—Trichlorophenol

U234

 99—35—4

 1,3,5—Trinitrobenzene

 (R,T)

(1182

 123—63—7

 1, 3,5—Trioxane,

 2,4,6—trimethyl—

0235

 126—72-7

 Tris(2,3—dibromopropyl) phosphate

U236

 72-57-1

 Trypan blue

15237

 66—75—1

 Uracil mustard

13176

 759—73—9

 Urea, N—ethyl—N—nitroso-

0177

 684—93-5

 Urea, N-methyl—N—nitroso—

0043

 75—01-4

 Vinyl chloride

0248

 P 81—81-2

 Warfarin,

 and salts, when present at

concentrations of 0.3

 or less

0239

 1330—20—7

 Xylene

(I)

13200

 50—55—5

 Yohimban—16—carboxylic acid,

 11,17—di—

methoxy-18—

 (3,4, 5—trimethozybenzoyl)

—

oxy—,

 methyl ester,

(3beta, l6beta, i7alpha, l8beta,20aipha)

—

0249

 1314—84—7

 Zinc phosphide

 Zn3P2,

 when present at

concentrations of

10

 or less

(Source:

 Amended at

_____

 Ill.

 Reg.

_________,

 effective

_________

Section 721.Appendix H

 Hazardous Constituents

Common Name

 Chemical Abstracts Name

 Chemical

 Hazard-

Abstracts

ous

Number

 Waste

Number

Acetonitrile

Same

 75—05—8

13003

Acetophenone

 Ethanone,

 1—phenyl—

 98—86—2

0004

2-Acetylaminofluorene

 Acetamide, N-9H—fluoren—2—

 53—96—3

11005

yl-

Acetyl

chloride

Same

75—36—5

0006

l-Acetyl—2—thiourea

 Acetamide,

 N—

 591—08—2

 P002

(aminothioxomethyl

)

—

Acrolein

 2—Propenal

 3.07—02—8

 P003

Acrylainide

 2—Propenamide

 79—06—1

 U007

Acrylonitrile

 2-Propenenitrile

 107—13—1

 U009

Aflatoxina

 Same

 1402—68—2

38

Allyl alcohol

Allyl chloride

Aluminum phosphide

4—Aminobiphenyl

5—(Aminomethyl

)

—3—isoxazolol

4—Arninopyridine

Arnitrole

Arnmonium vanadate

Aniline

Antimony

Antimony compounds, N.0.S.

(not otherwise specified)

Aramite

Arsenic

Arsenic

compounds,

N.0.S.

Arsenic acid

Arsenic pentoxide

Arsenic trioxide

Auramine

Azaserine

Barium

Barium compounds,

 N.0.S.

Barium cyanide

Benz(cacridine

Benz(aanthracene

Benzal

chloride

Benmene

Benzerzearsonic acid

Benzidine

Benzo (b

fluoranthene

Benzo

j

)

fluoranthene

Benzo

(

k) fluoranthene

Benzo(apyrene

p—Benzoquinone

Benzotrichloride

Benzyl chloride

Beryllium powder

Beryllium compounds, N.0S.

Bromoacet one

Bromoform

Propanal, 2-methyl—2—

(methylthio)—,

0—

(methylamino) carbonyl

oxime

1,4,5, 8-Dimethanonaph—

thalene, 1,2,3,4,10,10—

hexachloro—1,4, 4a,5,8, 8a—

hexahydro—, j1—alpha, 4—

alpha, 4a—beta, S-alpha, 8—

alpha, 8a-beta)—

2-Propen—1-ol

1—Propene, 3—chioro—

Same

1,1 ‘—Biphenyl—4—amine

3(2H)—Isoxazolone,

(aminomethyl)

4-Pyridinamine

1H—1, 2, 4—Triazol—3—amine

Vanadic acid,

 ammonium

salt

Benzenamine

Same

Sulfurous acid,

 2—

chloroethyl—,

 2—(4—(l, 1—

dimethylethyl

 )phenoxy3—1-

methylethyl ester

Arsenic

Arsenic acid Ha3As044

Arsenic oxide As2.20S~

Arsenic oxide As2.20~

Benzenamine, 4,4’—carbon—

imidoylbis

(N,

N—dimethyl—

L—Serine, diazoacetate

(ester)

Same

Same

Same

Same

Benzene,

 (dichioromethyl)

—

Same

Arsonic acid,

 phenyl—

1,l’—Biphenyl—4,

 4’—

diaxnine

Benz(eacephenanthrylene

Same

Same

Seine

2,S—Cyclohexadiene—1, 4—

dione

Benzene,

(trichloromethyl)—

Benzene,

 (chioromethyl

)

—

Same

2—Propanone,

 1—bromo—

Methane, tribromo—

107—18—6

107—18—6

20859—73—

8

92—67—1

2763—96—4

62—53—3

0012

7440—36—0

140—57—8

115—02—6

13015

7440—39—3

542—62—1

225—51—4

56—SS—3

98—87—3

71—43—2

98—OS—S

92—87—S

205—99—2

205—82—3

207—08—9

50—32—8

106—51—4

98—07—7

(1023

598—31—2

 P017

75—25—2

 U225

Aldicarb

Aldrin

116—06—3

 P070

309—00—2

 P004

P005

P006

P007

P008

U011

U119

504—24—5

61—82—5

7803—55—6

7440—38—2

7778—39—4

1303—28—2

1327—53—3

492—80—8

POlO

Poll

P02.2

13014

P013

U016

0018

13017

13018

U02 1

0022

13197

100—44—7

7440—41—7

P028

 P015

39

4—Bromophenyl phenyl ether

 Benzene,

 1-bromo-4--

 101-55—3

13030

phenoxy-

Brucine

 Strychnidin—10—one,

 2,3—

 357—57—3

 P018

dimethoxy-

Butyl benzyl plzthalate

 1,2—Benzenedicarboxylic

 85—68—7

acid,

 butyl phenylmethyl

ester

Cacodylic acid

 Arsenic acid,

 dimethyl—

 75—60—5

 Ul36

Cadmium

 Seine

 7440-43-9

Cadmium compounds,

 N.0.S.

Calcium chromate

 Chronic acid H2CrO4,

 13765—19—

 U032

calcium salt

0

Calcium cyanide

 Calcium cyanide Ca(CN)2

 592—01—8

 P021

Carbon disulfide

 Same

 75—15—0

 P022

Carbon oxyf.uoride

 Carbonic difuoride

 353—50-4

11033

Carbon tetrachloride

 Methane, tetrachloro—

 56—23—5

0211

Chloral

 Acetaldehyde, trichloro—

 75—87—6

13034

Chlorambucil

 Benzenebutanoic acid,

 305—03—3

 U035

4(bis—(2—chloroethyl)—

amino—

Chlordane

4,7-Methano—1H—indene,

57-74-9

0036

1,2, 4, 5, 6, 7,8, 8—octa—

chloro—2

3,3a,4,7, la—hexa—

hydro-

Chlordane, alpha and gamma

13036

isomers

Chlorinated benzenes,

 N.O.S.

Chlorinated ethane, N.O.S.

Chlorinated fluorocarbons,

N.0.S.

Chlorinated naphthalene,

N.o.S.

Chlorinated phenol, N.O.S.

Chlornaphazine

 Naphthalenaxnine,

 N,N’-

 494—03-1

 U026

bis (2—chloroethyl

)

—

Chioroacetaldehyde

 Acetaldehyde,

 chloro—

 107—20-0

 P023

Chloroalkyl ethers, N.0.S.

p-Chloroaniline

 Benzenaxnine,

 4—chloro-

 106-47—8

 P024

Chiorobennene

 Benzene, chloro-

 108—90—7

13037

Chlorobenzi.ate

 Benzeneacetic acid,

 4—

 510—15—6

 U038

chloro—alpha— (4-

chlorophenyl

)

—alpha—

hydroxy—,

 ethyl ester

p-Chloro—m-cresol

 Phenol, 4—chloro—3—methyl-

 59—50—7

 U039

2—Chloroethyl vinyl ether

 Ethene,

 (2—ch.oroethoxy)—

 110—75—8

15042

Chloroform

 Methane, trichioro—

 67-66—3

11044

Chloromethyl methyl ether

 Methane, chloromethoxy—

 107—30—2

 U046

beta—Chloronaphthalene

 Naphthalene, 2-chioro-

 91—58-7

11047

o—Chlorophenol

 Phenol, 2—chloro—

 95—57-8

 U048

1-(o—Chlorophenyl)thiourea

 Thiourea,

 (2—chloro—

 5344—82—1

 P026

phenyl)-

Chloroprene

l,3—Butadiene,

2-chioro—

126—99—8

3—Chioropropionitrile

Propanenitrile,

3—chloro-

542—76—7

P027

Chromium

 Same

 7440—47—3

Chromium compounds,

 N.O.S.

Chrysene

 Same

 218—01—9

 (3050

Citrus red No.

2

 2—Naphthalenol,

 1—(2,5—

 6358—53—8

dmmethoxyphenyl) azo

3—

Coal tar creosote

 Same

 8007—45—2

Copper cyanide

 Copper cyanide CuCN

 544-92-3

 P029

Creosote

 Same

 (1051

Cresols

(Cresylic

acid)

Phenol,

methyl—

1319—77—3

U052

40

Crotonaldehyde

Cyanides (soluble salts and

complexes), N.0.S.

Cyanogen

Cyanogen bromide

Cyanogen chloride

Cycasin

2—Cyclohexyl—4,6—dinitrophenol

Cyclophosphamide

2,4—D

2,4—D, salts and esters

Dibenz (a, h )acridine

Dibenz(a,

acridine

Dibenz( a,h)anthracene

7H—Dibenzo

c, g

carbazole

Dibenzo( a,epyrene

Diberizoa, hpyrene

Dibenzo(a, ipyrene

 2.,2—Dibromo—3—chloropropane

Dibutyl phthalate

o—Dichlorobenzene

m—Dichlorobenzene

p—Dich1orobenzene

Dichlorobenzene,

N.O.S.

3,3’-Dichlorobenzidine

1,4-Dichloro—2—butene

Dichlorodifluoromethane

Dichloroethylene,

N.0. S.

1, 1-Dichloroethylene

1,2—Dichloroethylene

Ethanedinitrile

Cyanogen bromide

 (CN)Br

Cyanogen chloride (CN)Cl

Beta—D—glucopyranoside,

(methyl-ONN-azoxy)methyl-

Phenol,

2—cyciohexyl—4,

6—

dinitro—

2H-i,3,2-Oxazaphosphorin—

2—amine, N,N—bis (2—chioro-

ethyl

)

tetrahydro—, 2—oxide

Acetic acid,

 (2,4—

dichlorophenoxy)

—

Acetic acid,

 (2,4—

dichlorophenoxy)

—,

 salts

and esters

5,

 12-Naphthacenedione,

8-

acetyl—10—

 (3—amino—2, 3,6—

trideoxy—alpha—L-lyxo-

hexopyranosyl

)oxy—

7,8, 9,10—tetrahydro—

6,8,11—trihydroxy—l-meth-

oxy—, 8S—cis)—

Benzene,

1,1’—(2,2—

dichloroethylidene)bis4-

chioro—

Benzene,

1,1 ‘—(dichloro—

ethenylidene)bis(4-chloro-

Benzene, i,1’—(2,2,2—tri—

chloroethylidene)bis(4-

chioro—

Carbaxnothioic acid,

 bis(1—

methylethyl)—,

 S—(2

3—

dichloro—2-propenyl)

 ester

Same

Seine

Same

Same

Naphtho(l,2,3,4—def—

chrysene

Dibenzo (b, def

chrysene

Benzo

rst

pentaphene

Propane, 1,2-dibromo—3—

chloro—

1,2—Benzenedicarboxylic

acid,

 dibutyl ester

Benzene,

1, 2—dichloro—

Benzene,

 1,3—dichloro—

Benzene,

1, 4-dichioro-

Benzene, dichloro—

(1,1’—Biphenyl)—4,4’—

diamine,

 3,3‘-dichloro-

2—Butene,

1, 4—dichloro-

Methane, dichlorodifluoro-

Dichloroethylene

Ethene,

 1, 1-dichioro—

Ethene,

 1, 2-dichloro—,

(E)—

4170—30—3

U053

P030

460—19—5

506—68—3

506—77—4

14901-08—

7

131—89—S

50—18-0

94—75—7

13240

U240

20830—81—

13059

3

72—55—9

50—29—3

13061

2303—16—4

13062

226—36—8

224—42—0

53—70—3

194—59—2

192—65—4

189—64—0

189—55—9

 96—12—B

84—74—2

 (1069

95—50—1

541—73—1

106—46—7

25321—22—

6

91—94—i

764—41—0

75—71—8

25323—30—

2

75—35—4

156—60—S

2-Butertal

P031

U246

P033

P034

U058

Daunornycin

DDD

DDE

DDT

Diallate

72—54—8

13060

13063

U064

UO66

0070

13071

U072

0073

13074

11075

13078

13079

4.

Dichloroethyl ether

Dichioroisopropyl ether

Dichloromethoxyethane

Dichloromethyl ether

2,4—Dichlorophenol

2,6—Dichiorophenol

Dichiorophenylarsine

Dichloropropane,

 N.0.S.

Dichloropropanol,

 N.0.S.

Dichioropropene, N.0.S.

1,3—Dichloropropene

Dieldrin

1,2:3, 4—Diepoxybutane

Diethylarsine

1,4-Diethyleneoxide

Diethyihexyl phthalate

N, N’ —Diethyihydrazine

0,0-Diethyl-S-methyl dithio—

phosphate

Diethyl-p-nitrophenyl

phosphate

Diethyl phthalate

0,0—Diethyl 0-pyrazinyl

phosphorothioate

Diethylstilbestrol

Dihydrosafrole

Diisopropylfluorophoephate

 (DFP)

imethoate

3,3 ‘—Dimethoxybenzidine

p—Dimethylaminoazobenzene

7,12-Dimethylbena(a anthracene

3,3 ‘-Dimethylbenzidine

Dimethylcarbanloyl chloride

1, 1—Diiuethylhydrazine

1, 2-Dimethylhydrazine

Ethane, 1,1’-oxybis(2—

chloro—

Propane,

 2,2’-oxybis2-

chioro—

Ethane,

1,1’

 (methylene—

bis(oxy)bis2—chloro-

Methane, oxybis(chloro-

Phenol,

2, 4-dichloro-

Phenol,

 2,6—dichloro—

Arsonous dichioride,

phenyl-

Propane,

dichloro—

Propanol, dichioro-

1—Propene,

dichioro-

1—Propene,

 1, 3—dichloro—

2,7:3, 6—Dimethanonaphth2,

3—boxirene,3,4,5,6,9,9—

hexachloro—1a,2,2a, 3,6,

6a, 7, 7a-octahydro-,

(laalpha,2beta, 2aalpha,

3beta,

6beta,

6aalpha,

7beta,

7aalpha)

2,2’—Biozirane

Arsine, diethyl—

1,4—Dioxane

1,2—Benzenedicarboxy1~c

acid,

 bis(2—ethylhexyl)

ester

Hydrazine,

 1,2—diethyl—

Phosphorodithioic acid,

0,0—diethyl S—methyl ester

Phosphoric acid, diethyl

4-nitropheny.

ester

1,2—Benzenedicarboxylic

acid,

 diethy.

 ester

 Phosphorothioic acid, 0,0-

diethyl

O-pyrazinyl

ester

Phenol,

4,4’—(1,2—diethyl—

1,2—ethenediyl)bis—,

 (B)—

1, 3-Benzodioxole, 5—

propyl-

Phosphorofluoridic acid,

big

(

1-methylethyl) ester

Phoaphorodithioic acid,

0,0-dimethyl 5-

(

2-(methyl—

amino)—2-oxoethylj ester

(l,1’—Biphenyl)—4,4’—

diaxnine,

 3,3’—dimethoxy—

Benzenamine,

N,N-dimethyl—

4— (phenylazo)

—

Benzaanthracene,

 7,12—

dimethyl—

(l,1’—Biphenyl3—4,4’—

diamine,

 3,3’-dimethyl-

Carbamic chloride,

dimethyl—

Hydrazine,

 1,1—dimethyl—

Hydrazine,

 1,2—dimethyl-

26638—19—

7

26545—73—

3

26952—23—

8

542—75—6

U084

60—57—1

 P037

1615—80—1

13086

3288—58—2

13087

311—45—5

 P041

84—66—2

0088

297—97—2

P040

56—53—1

15089

94-58—6

11090

55—91—4

 P043

60-51—5

 P044

119—90—4

U091

119—93—7

11095

79—44—7

U097

57—14—7

0098

540—73—8

13099

111—44—4

108—60—i

11025

U02 7

111—91—1

0024

542—88—1

120—83—2

87—65—0

696—28—6

P016

U081

0082

P036

1464—53—5

692—42—2

123—91—1

117—81—7

U08 5

P038

Ul08

13028

60—11—7

57—97—6

U093

13094

42

alpha,alpha-Dimethylphen-

 Benzeneethanamine,

 alpha,

 122—09-8

 P046

ethylamine

 alpha-dimethyl—

2,4-Dimethylphenol

 Phenol,

 2,4-dimethyl—

 105—67—9

0101

Dimethylphthalate

 1,2-Benzenedicarboxylic

 131—11—3

11102

acid,

 dimethyl ester

Dimethyl

 sulfate

 Sulfuric acid, dimethyl

 77—78—1

 U103

ester

Dinitrobenzene,

N.0.S.

Benzene,

dinitro—

25154—54—

5

4,6—Dinitro—o—cresol

 Phenol,

 2—methyl—4,6—

 534—52—1

 P047

dinitro—

4,6—Dinitro—o—cresol salts

 P047

2,4-Dinitrophenol

 Phenol,

 2,4—dinitro-

 51-28—5

 P048

2,4—Dinitrotoluene

Benzene,

l—methyl-2,4—

121—14—2

13105

dinitro-

2,6-Dinitrotoluerie

 Benzene, 2—methyl-1,3-

 606—20—2

0106

dinitro—

Dinoseb

 Phenol,

 2—(i—

 88—85—7

 P020

methylpropyl)-4,6—dinitro—

Di—ri-octyl phthalate

 1,2—Benzenedicarboxylic

 117—84—0

0107

acid,

 dioctyl ester

Diphenylamine

 Benzenamine, N-phertyl-

 122-39-4

1,2—Diphenylhydrazine

 Hydrazine,

 1,2-diphenyl-

 122—66—7

 U109

Di—n—propylnitrosamine

 1—Propanamine, N—nitroso—

 621—64—7

17111

N—propyl-

IJisulfoton

 Phospharodithioic acid,

 298—04—4

 P039

0,0-diethyl S—(2—(ethyl-

thio)ethyl

 ester

Dithiobiuret

Thioimidodicarbonic

541—53—7

P049

diamide ((H~2N)C(S))~NH

Endosulfan

 6, 9—Methano—2,4,3—benzo—

 115—29—7

 P050

dioxathiepen,6, 7,8,9,10,

1O—hexachloro—l, 5, Sa, 6,9,

9a-hexahydro-, 3-oxide,

Endothal

 7—

 145—73—3

 P088

Oxabicyclo(2.2

•

1 heptane—

2, 3—dicarboxylic acid

Endrin

 2,7:3, 6—Dimethanonaphth—

 72—20—8

 P051

(2,3—boxirene,

 3,4,5,6,9,

9—hexachioro-la, 2, 2a, 3,6,

6a, 7, 7a—octahydro—,

(1a

alpha, 2beta, 2abeta,3alpha,

Galpha,

Gabeta, 7beta,

7aalpha)—,

Eadrin metabolites

 P051

Epichlorohydrin

 Oxirane, (chloromethyl)—

 106-89—8

 (1041

Epinephrine

 l,2—Benzenediol, 4-(1—

 51—43-4

 P042

hydroxy—2-(methylamino

)

ethyl—,

 (R)—

Ethyl carbamate

 (urethane)

 Carbamic acid,

 ethyl ester

 51—79—6

 U238

Ethyl cyanide

 Propanenitrile

 107—12-0

 P101

Ethylenebisdithiocarbamic acid

 Carbamodithioic acid,

 1,2—

 111—54—6

11114

ethanediy.bis—

Ethylenebisdithiocarbamic

11114

acid,

 salts and esters

Ethylene dibromide

 Ethane, i,2-dibromo—

 106—93—4

13067

Ethylene dichloride

 Ethane,

 1,2-dichloro—

 107—06-2

13077

Ethylene glycol monoethyl

 Ethanol,

 2—ethoxy-

 110-80-5

13359

ether

Ethyleneimine

 Aziridine

 151—56-4

 POS4

Ethylene oxide

 Oxirane

 75—21—8

13115

Ethylenethiourea

 2—Imidazolidinethione

 96—45—7

 U1l6

43

Ethylidine

dichloride

Ethyl methacrylate

Ethyl methanesulfonate

Famphur

Pluoranthene

Fluorine

Fluoroacetamide

Pluoroacetic acid,

 sodium salt

Formaldehyde

Formic acid

Glycidylaldehyde

Halomethanee,

 N.O.S.

Heptachlor

Heptachlor epoxide

Heptachlor epoxide

 (alpha,

beta4

 and gamma isomers)

Heptachlorodibenzofurans

Heptachlorodibenzo—p-dioxins

Hexachlorobenzene

Hexachlorobutadiene

Hexachlorocyclo-pentadiene

Hexachlorodibenzo-p-dioxins

Hexachlorodibenzofurans

Hexachloroethane

Hexachlorophene

Hexachloropropeae

Hexaethyltetraphosphate

Bydrazine

Hydrogen cyanide

Hydrogen fluoride

Hydrogen sulfide

Indeno1,2

3-cdpyrene

Isobutyl alcohol

Isodrin

Ethane,

 1, 1-dichioro—

2—Propenoic acid,

 2—

methyl-,

ethyl

ester

Methaneaulfonic acid,

ethyl ester

Phosphorothioc acid,

 0—4-

(dimethylamino) sulfonyl—

phenyl

0,0-dimethyl

ester

Same

Same

Acetamide,

 2—fluoro—

Acetic acid,

 fluoro—,

sodium

salt

Same

Seine

Oxiranecarboxaldehyde

4,7—Methano—1H—indene,1,4,

5,6,7,8,8-heptachloro—3a,

4,7,7a—tetrahydro—

2, 5—Methano-2H-indeno

1,

2bjoxirene,

 2,3,4,5,6, 7,7—

heptachloro—1a, ib, 5, 5a, 6,

6a-hexahydro—,

 (laalpha, lb

beta,2alpha, 5alpha, Sabeta,

6beta,6aalpha)

—

Ethane,

 hexachioro—

Phenol, 2,2 ‘—methylene—

bis3,

 4,6—trichioro—

1—Propene, 1,1,2,3,3,3—

hexachloro—

Tetraphosphoric acid,

hexaethyl ester

Same

Hydrocyanic

acid

Hydrofluoric acid

Hydrogen sulfide H2S

Same

i—Propanol, 2—methyl—

1,4:5,8—Dimethanonaph—

thalene, 1,2,3,4,10, 10—

hexachloro—1, 4, 4a, 5,8, 8a—

hexahydro—,

 (lalpha,

4alpha, 4abeta,Sbeta, Bbeta,

8abeta)—,

1,3—Benzodioxole,

 5—(1—

propenyl)

—

1,3,4-Hetheno—2H—cyclo—

butafcdpentalen—2—one,

1, Ia, 3, 3a, 4, 5,5, Sa, Sb,6—

decachlorooctahydro—,

75—34—3

97—63—2

62—50—0

52—85—7

P097

12.8—74—1

 Ul27

87—68—3

11128

77—47—4

13130

67—72—1

 U131

70—30—4

11132

1888—71.-7

0243

757—58—4

 P062

13076

U118

13119

206—44—0

7782—41—4

640—19—7

62—74—8

50—00—0

64—18—16

765—34—4

U120

P056

 P057

P058

0122

(3123

U126

76—44—8

 P059

1024—57—3

Benzene, hexachloro—

1, 3—Butadiene,

1,1,2,3,4,

4—hexachloro—

1,3-Cyclopentadiene,

1,2,3,4,5,5—hexachioro—

302—01—2

74—90—8

7664—39—3

7783—06—4

193—39—5

78—83—1

465—73—6

Isosafrole

Kepone

U133

P063

13134

11135

0137

0140

P060

120—58-1

0141

143—50”0

 U142

44

Lasiocarpine

 2-Butenoic acid,

 2-methyl—

 303—34—1

 U143

7-(2,3—dihydroxy-2—(1-

methoxyethyl) -3—methyl—i—

oxobutoxymethyl—2

 ,3,5,

7a-tetrahydro-1H-pyrrol—

izin—l—yl ester,

 (1S—(1—

alpha(Z),7(2S*,3R*),

laalpha

3—

Lead

 Same

 7439—92—1

Lead and compounds, N.0.S.

Lead acetate

 Acetic acid,

 lead

 (2+)

 301—04—2

 (1144

salt

Lead phosphate

 Phosphoric acid, lead

 (2+)

 7446—27-7

13145

salt

 (2:3)

Lead eubacetate

 Lead, bis(acetato-0)tetra—

 1335—32—6

13146

hydroxytri-

Lindane

 Cyclohexane,

 1,2,3,4,5,6—

 58—89—9

 U129

hexachloro—,

 ialpha,

2alpha, 3beta,4alpha,

Salpha,6beta)—

Maleic anhydride

 2,5—Purandione

 108—31-6

13147

Maleic hydrazide

 3,6—Pyridazinedione,

 1,2—

 123—33—1

13148

dihydro-

Malononitrile

 Propanedinitrile

 109—77-3

 Ul49

Melphalan

 L—Phenylalanine,

 4-(bis(2—

 148—82—3

0150

chloroethyl)amino

Mercury

 Same

 7439—97-6

 UlSl

Mercury

compounds,

N.0.S.

Mercury fulminate

 ~‘ulminicacid, mercury

 628—86—4

 P065

(2+)

 salt

Methacrylonitrile

 2—Propenenitrile,

 2—

 126—98—7

 Ul52

methyl—

Methapyrilene

 1,2—Ethanediamine, N,N—

 91—80-5

 Ul55

dimethyl—N’—2-pyridinyl—

N’

(2-thienylmethyl

)

Metholniyl

 Ethanimidothioic acid, N—

 16752—77—

 P066

(((methyl—

5

amino)carbonyloxy—,

methyl ester

I.lethoxychlor

 Benzene,

 1,l’—(2,2,2—

 72—43—5

11247

trichloroethylidene)bis 4—

methaxy—

Methyl bromide

 Methane, bromo-

 74-83—9

13029

Methyl chloride

 Methane,

 chloro—

 74—87—3

13045

Methylchlorocarbonate

 Carbonochloridic acid,

 79-22—1

11156

methyl ester

Methyl chloroform

 Ethane, 1,1,l—trichloro—

 71—55-6

11226

3—Methyloholanthrene

 Benzjaceanthrylene,

 1,2—

 56—49—S

11157

dihydro—3—methyl—

4,4’—Methylenebis(2—chloro—

 Beazenarnine,

 4,4’—

 2.01—14—4

 U158

aniline)

 methylenebis (2-chloro—

Methylene bromide

 Methane, dibromo-

 74-95—3

13068

Methylene chloride

 Methane, dichloro—

 75—09—2

0080

Methyl ethyl ketone

 (MEK)

 2-Butanone

 78—93—3

0159

Methyl ethyl ketone peroxide

 2-Butanone, peroxide

 1338—23-4

 (1160

Methyl hydrazine

 Bydrazine,

 methyl—

 60—34—4

 P068

Methyl iodide

 Methane,

 iodo—

 74—88—4

11138

Methyl isocyanate

 Methane,

 isocyanato—

 624—83—9

 P064

2-I4ethyllactonitrile

 Propanenitrile, 2-hydroxy-

 75—86—5

 P069

2-methyl—

Methyl rnethacrylate

 2-Propenoic acid,

 2—

 80—62-6

0162

methyl—, methyl ester

45

Methyl methanesulfonate

 Methanesulfonic acid,

 66—27-3

methyl ester

Methyl parathion

 Phosphorothioic acid,

 0,0—

 298—00-0

 P071

dimethyl 0- (4—nitrophenyl)

ester

Methylthiouracil

 4—(1R)—Pyrimidinone,

 2,3—

 56—04—2

11164

dihydro—6—methyl—2-thioxo-

Mitomycin C

 Azirino(2’,

 3’:3,

 50—07—7

 U0i0

4 pyrrolo(

1,

 2—a indole—4,

7—dione, 6-amino-8—

(~aminocarbonyl)oxy)-

znethyl—i, la,2,8,8a,8b—

hexahydro-8a-methoxy—5

—

methyl—,

 la—S—

 (laalpha,

Sbeta,8aalpha, 8balpha)

3—,

MNNG

 Guanidine, N-methyl—N’-

 70-25—7

11163

nitro—N—nitroso—

Mustard gas

 Ethane, i,1’-thiobis2-

 505—60—2

 132.65

chioro—

Naphthalene

 Same

 91—20—3

0165

1,4-Naphthoquinone

 1,4-Naphthalenedione

 130—15-4

0166

alpha-Naphthylaniine

 1-Naphthaleaainine

 134—32-7

 U167

beta—Naphthylamine

 2-Naphthalenaxnine

 91-59—8

13168

alpha—Naphthylthiourea

 Thiourea,

 1—naphthalenyl—

 86—88—4

 P072

Nickel

 Same

 7440-02—0

Nickel compounds,

 N.0.S.

Nickel carbonyl

 Nickel carbonyl Ni(C0)4,

 13463—39—

 P073

(T—4)—

3

Nickel cyanide

 Nickel cyanide Ni(CN)2

 557—19—7

 P074

Nicotine

 Pyridine,

 3—(1—methyl—2—

 54—11—5

 P075

pyrrolidinyl)—,

 (S)—

Nicotine salts

 P075

Nitric oxide

 Nitrogen oxide NO

 10102—43—

 P076

9

p-Nitroaniline

 Benzenamine,

 4—nitro-

 100-01—6

 P077

Nitrobenzene

 Benzene, nitro-

 98—95—3

 P078

Nitrogen dioxide

 Nitrogen oxide NO2

 10102—44—

 P078

0

Nitrogen mustard

 Ethanamine,

 2-chloro-N—(2-

 51—75-2

chloroethyl)—N—methyl—

Nitrogen mustard, hydro-

chloride salt

Nitrogen mustard N-oxide

 Ethanamine,

 2-chloro—N--(2—

 126-85—2

chloroethyl)-N-methyl-,

N-

oxide

Nitrogen mustard,

 N-oxide,

hydrochloride salt

Nitroglycerin

 1,2,3—Propanetriol,

 55—63—0

 P081

trinitrate

p—Nitrophenol

 Phenol, 4—nitro—

 100—02—7

11170

2—Nitropropane

 Propane, 2—nitro—

 79—46—9

0171

Nitrosarninea,

 N.O.S.

 35576—91—

1

N—Nitrosodi—n-buty.arnine

 1—Butanamine, N-butyl-N—

 924—16—3

 Ul72

nitroso—

N—Nitrosodiethanolaxnine

 Ethanol, 2,2’—(nitroso—

 1116—54—7

0173

ixnino)bis—

N—Nitrosodiethylamine

 Ethanainine, N—ethyl-N—

 55—18—5

 Ui74

nitroso—

N—Nitrosodimethylamine

 Nethanamine, N—methyl-N-

 62-75—9

 P082

nitroso—

N-Mitroao-N—ethylurea

 Urea, N—ethyl-N-nitroao-

 759—73—9

13176

N-Nitrosomethylethylamine

 Ethanarnine, N-methyl-N-

 10595—95—

nitroso—

6

N—Nitroso—N-methylurea

 Urea,

 N—methyl—N-nitroso—

 684—93—S

 U177

N—Nitroso—N-methylurethane

 Carbamic acid,

 615—53—2

15178

methylnitroso-, ethyl

ester

N-Nitroaomethylvinylamine

 Vinylamine, N—methyl-N-

 4549—40-0

 P084

nitroso-

N—Nitrosomorpholine

 Morpholine,

 4-nitroso—

 59—89—2

N—Nitroaonornicotine

 Pyridine,

3-

(

1—nitroso-2—

 3.6543—55—

pyrrolidinyl)—,

 (5)—

8

N—Nitrosopiperidine

 Piperidine, 1-nitroso—

 100—75—4

0179

N—Mitrosopyrrolidine

 Pyrrolidine, 1—nitroso-

 930-55-2

 (1180

N—Nitrososarcosine

 Glycine, N—methyl—N-

 13256—22-

nitroso—

9

5—Nitro-o-toluidine

Benzenamine,

2-methyl—5—

99—55—8

U181

nitro-

Octamethylpyrophosphoramide

 Diphosphoramide,

 152 -16—9

 P08S

octamethyl—

Osmium tetroxide

 Osmium oxide 0s04,

 (T-4)

 20816—12-

 P087

0

Paraldehyde

 1,3,5—Trioxane, 2,4,6—tn—

 123-63—7

 U1B2

methyl—

Parathion

 Phosphorothioic acid, 0,0-

 56—38-2

 P089

diethyl 0-(4-nitrophenyl)

ester

Pentachlorobenzene

 Benzene, pentachloro—

 608—93—S

 U183

Pentachlorodibenzo-p-dioxins

Pentachlorodibenzofurans

Pentachloroethane

 Ethane, pentachloro-

 76—01—7

 U184

Pentachloronitrobenzene (PCNB)

 Benzene, pentachioronitro—

 82—68—8

13185

Pentachiorophenol

 Phenol, pentachloro—

 87—86—S

See

P027

Phertacetin

 Acetainide, N—(4—

 62—44—2

15187

ethoxyphenyl

)

—

Phenol

 Same

 108—95—2

11188

Phenylenediamine

 Benzenediamine

 25265—76—

3

Phenylxnercury acetate

 Mercury,

 (acetato-

 62—38—4

 P092

O

)

phenyl—

Phenylthiourea

 Thiourea, phenyl—

 103—85—5

 P093

Phoagene

 Carbonic dichloride

 75—44—5

 P095

 Phosphine

 Same

 7803—51—2

 P096

Phorate

 Phosphorodithioic acid,

 298—02—2

 P094

O,O-diethyl S—

((ethylthio)methyl) ester

Phthalic acid esters,

 N..O.S.

Phthalic anhydride

 1,3—Isobenzofurandione

 85—44—9

 Ul90

2—Picoline

 Pyridine, 2-methyl—

 109—06—8

 U191

Polychlorinated biphenyls,

N.O.S.

Potassium cyanide

 Same

 151—50—8

 P098

Potassium silver cyanide

 Argentate(1—), bis(cyano—

 506—61—6

 P099

C)—,

 potassium)

Potassium i,entachlorophenate

 Peritachlorophenol,

7778736

 None

i~otassiumsalt

Pronamide

 Benzamide,

 3,5—dichloro—M—

 23950—58—

 112.92

(1,l—dimethyl-2-propynyl)

S

1,3—Propane aultone

 1,2—Oxathiolane, 2,2—

 1120—71—4

13193

dioxide

n-Propylamine

 1—Propanarnine

 107—10—8

13194

Propargy.

 alcohol

 2—Propyn-1—ol

 107—19—7

 P102

47

Propylene dichloride

1,2-Propylenimine

Propylthiouracil

Pyridme

Reserpine

Resorc inol

Saccharin

Saccharin salts

Safrole

Selenium

Selenium compounds,

 Selenium dioxide

Selenium sulfide

Selenourea

Silver

Silver compounds,

 N.O.S.

Silver cyanide

Silvex

 (2,4,5—TP)

Sodium cyanide

Sodium

ientachloronhenate

Streptozotocin

Strychnine

Strychnine salts

TCDD

1,2,4,5—Tetrachlorobenzene

Tetrachlorodibenzo—p-dioxins

Tetrachlorodibenzofurans

Tetrachioroethane, N.O. S.

1,1,1,2—Tetrachioroethane

1,1,2,2—Tetrachloroethane

Tetrachloroethylene

2,3,4, 6—Tetrachlorophenol

2,3,4, 6—Tetrachiorophenol,

potassium salt

2,3,4, 6—Tetrachlorophenol,

sodium salt

Tetraethyldithiopyrophosphate

Tetraethyl lead

Tetraethylpyrophosphate

Tetranitromethane

Thallium

Thallium compounds

Propane,

 1, 2-dichioro-

Aziridine, 2—methyl—

4

(

1H)—Pyrimidinone,

 2,3—

dihydro-6-propy 1.-2—thioxo-

Same

Yohimban—l6—carboxylic

acid,

 11, i7—dimethoxy—l8—

((3,4,5-trimethoxy—

benzoyl

)oxy 3-,

methyl

ester,

 (3beta,l6beta,

l7alpha,l8beta, 2oalpha)—,

1,3—Benzenediol

1,2—Benzisothiazol—3 (2H)

one, 1,1—dioxide

1,3—Benzodioxole,

 5—(2—

propenyl)—

Same

Se.enioua

 acid

Selenium sulfide SeS2

Same

Same

Silver cyanide AgCN

Propanoic acid,

 2—(2,4,5—

trichlorophenoxy)

—

Sodium cyanide NaCN

Pentachiorophenol,

 sodium

salt

D—Glucose,

 2—deoxy—2—

~methylnitrosoamino)ca—

rbonyljamino—

Strychnidin—lO-one

Dibenzo(b,el,4dioxin,

2,3,7, 8—tetrachloro—

Benzene, 1,2,4,5—

tetrachloro—

Ethane, tetrachloro—,

NO.5.

Ethane, 1,1,1,2—

tetrachioro—

Ethane,

 1,1,2,2—

tetrachloro—

Ethene, tetrachloro—

Phenol,

2,3,4,6—

tetrachloro—

Same

Same

Thiodiphosphoric acid,

tetraethy.

 ester

Plumbane, tetraethyl-

Diphosphoric

acid,

tetraethyl ester

Methane, tetranitro—

Same

0083

P067

108—46—3

11201

81—07—2

15202

11202

94—59—7

0203

7782—49—2

7783—00—8

7488—56—4

630—10—4

7440—22—4

57—24—9

 P108

P108

1746—01—6

95—94—3

11207

25322—20—

7

630—20—6

 U208

79—34—5

13209

127—18—4

U210

58—90—2

See

P027

53535276

 None

25567559

 None

3689—24—5

 P109

78—00—2

 P110

107—49—3

P111

509—14—8

 P112

7440—28—0

78—87—5

75—55—8

51—52—S

110—86—1

50—55—S

U196

0200

N.O.S.

0204

13205

P103

P104

See

F02 7

P106

None

U206

506—64—9

93—72—1

143—33—9

131522

18883—66—

4

48

Thallic oxide

Thallium

(I)

 acetate

Thallium

(I)

 carbonate

Thallium

(I)

 chloride

Thallium

(I)

 nitrate

Thallium selenite

Thallium

(I)

 sulfate

Thioacetarnide

Thiofanox

Thiomethanol

Thiophenol

Thiosemicarbazide

Thiourea

Thirain

Toiuene

Toluenediamine

Toluene—2

4-diamine

Toluene—2

6—diamine

Toluene—3, 4—diamine

Toluene diisocyanate

o—Toluidine

o-Toluidine hydrochloride

p-Toluidine

Toxaphene

1,2,4—Trichlorobenzene

1,1,2—Trichioroethane

Trichloroethylene

Trichloromethanethiol

Trichloromonofluoromethane

2,4,5—Trichiorophenol

2,4,6-Trichlorophenol

2,4,5—T

Trichioropropane,

 N ~0.S.

1,2,3-Tnichloropropane

0,0,O—Triethylphosphorothioate

1,3,5—Trinitrobenzene

Tris (l—aziridinyi ) phosphine

sulfide

Tria (2,3—dibromopropyl)

phosphate

Thallium oxide Tl203

Acetic

acid,

thallium

(1+)

salt

Carbonic acid, dithallium

(1+)

 salt

Thallium chloride T1C1

Nitric acid, thallium

 (1+)

salt

Selenious acid, dithallium

(1+)

 salt

Sulfuric acid, dithallium

(1+)

 salt

Ethanethioamide

2—Butanone,

 3, 3-dimethyl—

1— (methylthio)

—,

 0—

(methylamino) carbonyl)

oxime

Methanethiol

Benzenethiol

Hydraziriecarbothioamide

Same

Thioperoxydicarbonic

diamide

 ((H2N)C(S) 12S2,

tetramethyl-

Benzene, methyl—

Benzenediamine, ar—methyl—

1,3’-Benzenediaxnine,

 4—

methyl-

1,3—Benzenediamirie,

 2—

methyl-

1,2—Benzenediarnine,

 4—

methyl-

Benzene,

 1,3—diisocyanato—

methyl—

Benzenamine, 2—methyl—

Benzeneamine, 2—methyl—,

hydrochloride

Benzenaxnine, 4—methyl-

Same

Benzene,

 1,2,4—trichioro—

Ethane,

 1, l,2—trichloro—

Ethene,

trichloro—

Methanethiol, trichioro—

Methane, trichlorof2.uoro—

Phenol, 2,4,5—trichloro—

Phenol, 2,4,6—trichloro—

Acetic

acid,

(2,4,5—

trichlorophenoxy)

—

Propane,

 1,2,3—trichloro—

Phosphorothioic acid,

O,O,O-triethy.

 ester

Benzene,

 1,3,5—trinitro—

Azinidine,

 1,1’,1”—phos—

phinothioyl

idynetris—

l—Propanol,

 2,3—dibromo—,

phosphate (3:1)

6533—73—9

 U2l5

7791—12—0

10102—45—

1

12039—52—

0

7446—18—6

62—55—S

39196—18—

4

108—88—3

25376—45—

8

95—80—7

823—40—5

496—72—0

26471—62—

5

9S—53—4

636—21—5

106—49—0

8001—35—2

120—82—1

79—00—S

 U227

79—01—6

11228

75—70—7

 P118

75—69—4

11121

95—95—4

See

P027

88—06—2

See

P027

93—76—5

See

P027

25735—29—

9

96—18—4

126—68—1

99—35—4

15234

 52—24—4

126—72—7

 (3235

1314—32—S

563—68—8

P113

11214

74—93—1

108—98—S

79—19—6

62—56—6

137—26—8

U216

0217

P114

P2.15

11218

P045

13153

P014

P116

P219

0244

U220

13221

U223

11328

13222

17353

P123

49

Vanadium pentoxide

Vinyl chloride

Wartarm

Warfarin salts,

 when present

at concentrations less than

0.3.

Warfarin salts, when present

at concentrations greater than

0.3.

Zinc cyanide

Zinc phosphide

Zinc phosphide

(Source:

 Amended at

2, 7—Naphthalenedisulfonic

acid, 3,3’—((3,3’—

dimethyl

1,1’—biphenyl

4,4’—diyl)bis(azobis5—

axnino-4-hydroxy-,

tetrasodium salt

2,4—(lH,3H)—

Pyrimidinedione,

 5-(bis(2-

chloroethyl) amino)-

Vanadium oxide

 V205

Ethene,

 chloro—

2H-1-Benzopyran—2—one,

 4—

hydroxy-3- (3-oxo-1-phenyl-

butyl)-, when present at

concentrations less than

0.3.

2H—2.-Benzopyran—2—one,

 4—

hydroxy-3— ( 3-oxo—1--phenyl—

butyl)-, when present at

concentrations greater

than 0.3.

Zinc cyanide Zn(CN)2

Zinc phosphide P2Zn:, when

present at concentrations

greater than 10.

Zinc phosphide P2Zn3, when

present at concentrations

of 10

 or less.

Ill. Reg.

_________,

 effective

TITLE 35:

 ENVIRONMENTAL PROTECTION

SUBTITLE 3:

 WASTE DISPOSAL

CHAPTER

I:

 POLLUTION CONTROL

BOARD

SUBCHAPTER

 HAZARDOUS WASTE OPERATING REQUIREMENTS

PART 724

STANDARDS FOR OWNERS

AND

OPERATORS OF

HAZARDOUS

WASTE

TREATMENT, ST0RAGE~

AND

DISPOSAL FACILITIES

SUBPART A:

 GENERAL PROVISIONS

Purpose, Scope and Applicability

Relationship to Interim Status Standards

Trypan

blue

Uracil mustard

72—57—1

13236

66—75—1

 U237

Warfarm

1314—62—1

75—01—4

81—81—2

P120

11043

U248

81—81—2

 P001

U248

Pool

P121

P122

557—21—1

132.4—84—7

1314—84—7

 U249

Section

724.101

724.103

Section

 724. 110

724.111

724.112

724.113

724.114

724. 115

724. 116

SUBPART B:

 GENERAL FACILITY STANDARDS

Applicability

Identification Number

Required Notices

General Waste Analysis

Security

General Inspection Requirements

Personnel Training

50

724.2.17

 General Requirements for Ignitable, Reactive or Incompatible

Wastes

724.118

 Location Standards

724.119

 Construction Quality Assurance Program

SUBPART C:

 PREPAREDNESS

AND

PREVENTION

Section

724.130

 Applicability

724.131

 Design and Operation of Facility

724.132

 Required Equipment

724.133

 Testing and Maintenance of Equipment

724.134

 Access to Communications or Alarm System

724.135

 Required Aisle Space

724.137

 Arrangements with Local Authorities

SUBPART D:

 CONTINGENCY

PLAN AND EMERGENCY PROCEDURES

Section

724.150

 Applicability

724.151

 Purpose and Implementation of Contingency Plan

724.152

 Content of Contingency Plan

724..153

 Copies of Contingency Plan

724.154

 Amendment of Contingency Plan

724.155

 Emergency Coordinator

724.156

 Emergency Procedures

SUBPART E:

 MANIFEST SYSTEM, RECORDKEEPING

AND REPORTING

Section

724. 170

 Applicability

724.171

 Use of Manifest System

724.172

 Manifest Discrepancies

724.173

 Operating Record

724.174

 Availability, Retention and Disposition of Records

724.175

 Annual Report

724.176

 Unmanifeated Waste Report

724.177

 Additional Reports

SUBPART F:

 RELEASES PROM SOLID WASTE MANAGEMENT UNITS

Section

724.190

 Applicability

724.191

 Required Programs

724.192

 Groundwater Protection Standard

724.193

 Hazardous Constituents

724.194

 Concentration Limits

724.195

 Point of Compliance

724.196

 Compliance Period

724.2.97

 General Groundwater Monitoring Requirements

724.198

 Detection Monitoring Program

724.199

Compliance

Monitoring

Program

724.200

 Corrective Action Program

724.201

 Corrective Action for Solid Waste Management Units

SUBPART C:

 CLOSURE AND POST-CLOSURE

Section

724.210

 Applicability

724.211

 Closure Performance Standard

724.22.2

 Closure Plan; Amendment of Plan

724.213

 Closure; Time Allowed For Closure

724.22.4

 Disposal or Decontamination of Equipment,

 Structures and Soils

724.215

 Certification of Closure

724.216

 Survey Plat

724.217

 Post-closure Care and Use of Property

724.218

 Post-closure Plan; Amendment of Plan

51

724.219

 Post—closure Notices

724.220

 Certification of Completion of Post—closure Care

SUBPART H:

 FINANCIAL REQUIREMENTS

Section

724.240

 Applicability

724.241

 Definitions of Terms As Used In This Subpart

724.242

 Cost Estimate for Closure

724.243

 Financial Assurance for Closure

724.244

 Cost Estimate for Post—closure Care

724.245

Financial

Assurance

for

Post—closure

Care

724.246

 Use of a Mechanism for Financial Assurance of Both Closure and

Post—closure Care

724.247

 Liability Requirements

724.248

Incapacity

Owners

Operators,

Guarantors

Financial

Institutions

724.251

 Wording of the Instruments

SUBPART

I:

USE

AND MANAGEMENT

OF CONTAINERS

Section

724.270

 Applicability

724.271

 Condition of Containers

724.272

 Compatibility of Waste With Container

724.273

Management

Containers

724.274

 Inspections

724.275

 Containment

724.276

 Special Requirements for Ignitable or Reactive Waste

724.277

 Special Requirements for Incompatible Wastes

724.278

 Closure

SUBPART J:

 TANK

SYSTEMS

Section

724.290

 Applicability

724.291

 Assessment of Existing Tank System’s Integrity

724.292

 Design and Installation of New Tank Systems or Components

724.293

 Containment and Detection of ReleaBes

724.294

 General Operating Requirements

724.295

 Inspections

724.296

 Response to Leaks or Spills and Disposition of Leaking or unfit—

for—use

Tank

Systems

724.297

 Closure and Post—Closure Care

724.298

 Special Requirements for Ignitable or Reactive Waste

724.299

 Special Requirements for Incompatible Wastes

724.300

 Special Requirements for Hazardous Wastes P020,

 P021,

 P022,

 P023,

F026 and F027

SUBPART

K:

 SURFACE IMPOUNDMENTS

Section

724.320

 Applicability

724.321

 Design and Operating Requirements

724.322

 Action Leakage Rate

724.323

 Response Actions

724.326

 Monitoring and Inspection

724.327

 Emergency Repairs; Contingency Plans

724.328

 Closure and Post-closure Care

724.329

 Special Requirements for Ignitable or Reactive Waste

724.330

 Special Requirements for Incompatible Wastes

724.331

 Special Requirements for Hazardous Wastes F020,

 F021, F022,

 P023,

F026 and F027

SUBPART L:

 WASTE PILES

Section

52

724.350

 Applicability

724.351

 Design and Operating Requirements

724.352

 Action Leakage Rate

724.353

 Response Action Plan

724.354

 Monitoring and Inspection

724.356

 Special Requirements for Ignitable or Reactive Waste

724.357

 Special Requirements for Incompatible Wastes

724.358

 Closure and Post-closure Care

724.359

 Special Requirements for Hazardous Wastes P020,

 P021, P022,

 F023,

F026 and P027

SUBPART M:

 LAND TREATMENT

Section

724.370

 Applicability

724.371

 Treatment

 Program

724.372

 Treatment Demonstration

724.373

 Design and Operating Requirements

724.376

 Food—chain Crops

724.378

 Unsaturated Zone Monitoring

724.379

Recordkeeping

724.380

 Closure and Post-closure Care

724.381

 Special Requirements for Ignitable or Reactive Waste

 724.382

 Special Requirements for Incompatible Wastes

724.383

 Special Requirements for Hazardous Wastes F020,

 F021, P022,

 P023,

P026 and P027

SUBPART N:

 LANDFILLS

Section

724.400

Applicability

724.401

 Design and Operating Requirements

724.402

 Action Leakage Rate

724.403

 Monitoring and Inspection

724.404

 Response Actions

724.409

Surveying

and

Recordkeeping

724.410

 Closure and Post—closure Care

724.412

Special

Requirements

for

Ignitable

Reactive

Waste

724.413

 Special Requirements for Incompatible Wastes

724.414

 Special Requirements for Bulk and Containerized Liquids

724.415

 Special Requirements for Containers

724.416

 Disposal of Small Containers of Hazardous Waste in Overpacked

Drums

 (Lab Packs)

724.417

 Special Requirements for Hazardous Wastes P020,

 F021,

 F022, F023,

P026 and F027

SUBPART 0:

 INCINERATORS

Section

724.440

 Applicability

724.441

 Waste Analysis

724,442

 Principal Organic Hazardous Constituents

 (POHCS)

724.443

 Performance Standards

724.444

 Hazardous Waste Incinerator Permits

724.445

 Operating Requirements

724.447

Monitoring

and

Inspections

724.451

 Closure

SUBPART S:

 CORRECTIVE

ACTION FOR SOLID WASTE MANAGEMENT UNITS

Section

724.652

 Corrective Action Management Units

724.653

 Temporary Units

SUBPART W:

 DRIP PADS

Section

53

Applicability

Assessment of existing drip pad integrity

Design and installation of new drip pads

Design and operating requirements

Inspections

Closure

SUBPART X:

 MISCELLANEOUS UNITS

Applicability

Environmental Performance Standards

Monitoring, Analysis,

 Inspection, Response, Reporting and

Corrective Action

Post—closure Care

SUBPART AR:

 AIR EMISSION

STANDARDS

FOR PROCESS VENTS

Control Devices

SUBPART BB:

 AIR EMISSION STANDARDS FOR EQUIPMENT LEAKS

Applicability

Definitions

Standards:

Standards:

Standards:

Standards:

Standards:

Standards:

Standards:

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

Applicability

Design and operating standards

Closure and post—closure care

Recordkeeping Instructions

EPA Report Form and Instructions

 (Repealed)

Cochran’s Approximation to the Behrens—Fisher

Test

Examples of Potentially Incompatible Waste

Groundwater Monitoring List

AUTHORITY:

 Implementing Section 22.4 and authorized by Section 27 of the

Environmental Protection Act

 (Ill.

 Rcv.

 Ctat.

 1901,

ch.

 111½,

 pars.

 1022.4- and

1027-

(415 ILCS 5/22.4 and

 27)-).

Applicability

Definitions

Standards:

 Process Vents

Standards:

 Closed-vent Systems and

Test methods and procedures

Recordkeeping requirements

Reporting Requirements

724.670

724. 671

724. 672

724, 673

724. 674

724. 675

Section

724.700

724.701

724. 702

724. 703

Section

724.930

724.931

724.932

724. 933

724.934

724.935

724.936

Section

724.950

724. 951

724. 952

724. 953

724. 954

724. 955

724.9 56

724.9 57

724.958

724.959

724. 960

724. 961

724. 962

724. 963

724. 964

724.965

Section

724.1100

724.3.101

724.1102

Pumps in Light Liquid Service

Compressors

Pressure Relief Devices in Gas/Vapor Service

Sampling Connecting Systems

Open—ended Valves or Lines

Valves in Gas/Vapor or Light

Liquid

Service

Pumps, Valves, Pressure Relief Devices and Other

SUBPART DD:

 CONTAINMENT BUILDINGS

724.Appendix A

724.Appendix B

724.Appendix

13

724.Appendix B

724.Appendix

I

Student’s T-

54

SOURCE:

 Adopted in R82—19,

 53 PCB

 131,

 at 7 Ill. Reg.

 2.4059, effective

October

12,

 1983; amended in R84—9 at 9 Ill.

 Reg.

 11964, effective July 24,

1985; amended in R85—22 at 10111. Reg.

 1136,

 effective January 2,

 2.986;

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 4,

 1987;

 amended in R87—5 at

 11 Ill. Reg.

 19397,

effective November

12,

 1987; amended in R87—39 at

12

 Iii. Reg.

 13135,

effective July 29,

 1988; amended in R88—16 at

 13 Ill. Reg. 458, effective

December 28,

 1988;

 amended in R89—1 at

 13 Ill. Reg.

 18527, effective November

13, 1989;

 amended in R90—2 at 14 Ill.

 Reg.

 14511, effective August 22,

 1990;

amended in R90—1O at 14 Ill. Reg.

 16658, effective September 25,

 1990; amended

in R90—11 at 15

 Ill.

 Reg.

 9654, effective June 17,

 1991; amended in R91-1 at

15

 Ill.

 Req.

 14572, effective October

1,

 1991;

 amended in R91—13 at 16 Ill.

Req. 9833,

 effective June

9,

 1992;

 amended in R92—1 at 16 Ill. Req.

 17666,

effective November

6,

 1992;

 amended in R92—lO at

 17 Ill. Reg.

 5806, effective

March 26,

 1993; amended in R93—4 at

17

 Ill.

 Req.

 20830, effective November 22,

1993; amended in R93—16 at 18

 Ill. Reg.

 6973, effective April 26,

 1994;

amended in R94—7 at 18 Ill. Reg.

 12487, effective July 29,

 1994; amended in

R94—17 at

 Ill. Req.

 effective

SUBPART 0:

 CONTINGENCY PLAN

AND EMERGENCY PROCEDURES

Section 724.152

 Content of Contingency Plan

a)

 The contingency plan must describe the actions facility personnel

must take to comply with Section~724.151 and Scotion- 724.156

in

response to fires, explosions~or any unplanned sudden or

non—sudden release of hazardous waste or hazardous waste

constituents to air, soil~or surface water at the facility.

b)

 If the owner or operator has already prepared

 a Spill Preventionr

Control and Countermeasures

 (SPCC) Plan in accordance with 40 CFR

Part 112

or

 15103.QQ, or some other emergency or contingency plan,

the owner or operator need only amend that plan to incorporate

hazardous waste management provisions that are sufficient to

comply with the requirements of this Part.

 The plan must describe arrangements agreed to by local police

departments, fire departments, hospitals, contractors~and state

and local emergency response teams to coordinate emergency

services pursuant to Section 724.137.

d)

 The plan must list names, addresses~and phone

numbers

 (office and

home) of all persons qualified to act as emergency coordinator

(see Section

 724.155), and this list must be kept up to date.

Where more than one person is listed, one must be named

 as primary

emergency coordinator and others must be listed in the order in

which they will assume responsibility as alternates.

 For new

facilities, this information must be supplied to the Agency at the

time

of certification, rather than at the time of

permit

application.

e)

 The plan must

 include a list of all emergency equipment at the

facility such

 as fire extinguishing systems, spill control

equipment,

 communications and alarm systems

 (internal and

external)

 and decontamination equipment,

 where this equipment

is

required.

 This list must be kept up to date.

 In addition, the

plan must include the location and a physical description of each

item on the list,

and

 a brief outline of its capabilities.

55

f)

 The plan must include an evacuation plan for facility personnel

where there

is

 a possibility that evacuation could be necessary.

This plan must describe signal(s) to be used to begin evacuation,

evacuation routes and alternate evacuation routes

 (in cases where

the primary routes could be blocked by releases of hazardous waste

or fires).

(Source:

 Amended at

_____

 Ill. Req.

________,

 effective

Section 724.156

 Emergency Procedures

a)

 Whenever there is an imminent or actual emergency situation,

the

emergency coordinator

 (or the designee when the emergency

coordinator is on call) muctshall immediately:

1)

 Activate internal facility alarms or communication systems,

where

 applicable, to notify all facility personnel;

and

2)

 Notify appropriate state or local agencies with designated

response roles if their help

 is needed.

b)

 Whenever there is a release,

 fire4, or explosion,

 the emergency

coordinator muatshall immediately identify the character, exact

source,

 amount4, and areal extent of any released materials.

The

emergency coordinator may do this by observation or review of

facility records or manifests,

 and, if necessary, by chemical

analysis.

C)

 Concurrently,

 the emergency coordinator muatahall assess possible

hazards to human health or the environment that may result from

the release,

 fire4, or explosion.

 This assessment must consider

both direct and indirect effects of the release,

 fire.,, or

explosion (e.g., the effects of any toxic,

 irritating,, or

asphyxiating gases that are generated, or the effects of any

hazardous surface water run—off from water or chemical agents used

to control

 fire and heat—induced explosions).

d)

 If the emergency coordinator determines that the facility has had

a release,

 fire,, or explosion whichthat could threaten human

health, or the environment, outside the facility, the emergency

 coordinator muct-shall report the findings as

 follows:

1)

 If the assessment indicates that evacuation of local

 areas

may be advisable,

 the emergency coordinator muctshal~

immediately notify appropriate local authorities.

The

emergency coordinator must be available to help appropriate

officials decide whether local areas should be evacuated;

and

2)

 The emergency coordinator muctshall immediately notify

either the government official designated as the on—scene

coordinator for that geographical area7~(in the applicable

regional contingency plan under 40 CFR Part

 -l5-lO~,QQ).,,or the

National Response Center

 (using their 24—hour toll free

number 800f~424—8802). The report must include:

A)

 Maine and telephone number of reporter;

B)

 Name and address of facility;

C)

 Time

and type of incident

 (e.g., release,

 fire);

56

13)

 Name and quantity of material(s)

 involved, to the

extent known;

E)

 The extent of injuries,

 if any; and

F)

 The possible hazards to human health,

 or the

environment, outside the facility.

e)

 During an emergency,

 the emergency coordinator muatshall take all

reasonable measures necessary to ensure that

 fires, explosions,,

and releases do not occur,

 recur, or spread to other hazardous

waste at the facility.

 These measures must include, where

applicable, stopping processes and operations,

 collecting and

containing release waste, and removing or isolating containers.

f)

 If the facility stops operations

 in response to

 a fire, explosion

or release, the emergency coordinator mustshall monitor for leaks,

pressure buildup,

 gas generation,,, or ruptures in valves, pipes, or

other equipment, wherever this

 is appropriate.

g)

 Immediately after an emergency, the emergency coordinator

muatshall provide for treating, storing, or disposing of recovered

waste,

 contaminated soil or surface water,

 or any other material

that results from

 a release, fire, or explosion at the facility.

BOARD NOTE:

 Unless the owner or operator can demonstrate,

in

accordance with 35

 Ill.

 Adxn.

 Code 721.103(c) or

 (d), that the

recovered material is not a hazardous waste, the owner or operator

becomes

 a generator of hazardous waste and muatshall manage it in

accordance with all applicable requirements of 35 Ill.

Adm.

Code

722, 723, and 724.

h)

 The emergency coordinator muotahall ensure that, in the affected

area(s) of the facility:

1)

 No waste that may be incompatible with the released material

is treated,

 stored,,, or disposed of until cleanup procedures

are completed;

and

2)

 All emergency equipment listed in the contingency plan

is

cleaned and fit for its intended use before operations are

resumed.

i)

 The owner or operator muotshall notify the Agency, and appropriate

state and local authorities, that the facility is in compliance

with paragraph

 (h) before operations are resumed in the affected

area(s) of the facility.

j)

 The owner or operator muctshall note in the operating record the

time, date, and details of any incident that requires implementing

the contingency plan.

 Within 15 days after the incident,

the

owner or operator muotehali. submit a written report on the

incident to the Agency.

 The report must include:

1)

 Name,

 address, and telephone number of the owner or

operator;

2)

 Name, address, and telephone number of the facility;

3)

 Date, time, and type of incident

 (e.g.,

 fire,

 explosion);

4)

 Maine and quantity of material(s)

 involved;

57

5)

 The extent of injuries,

 if any;

6)

 An assessment of actual or potential hazards to human health

or the environment,

 where this is applicable; and

7)

 Estimated quantity and disposition of recovered material

that resulted from the incident.

 (Source:

 Amended at

_____

 Ill. Reg.

________,

 effective

____________________________

)

SUBPART H:

 FINANCIAL REQUIREMENTS

Section 724.251

 Wording of the Instruments

The Board incorporates by reference 40 CFR 264.151 (198.8~),as amended at

52.

Fed.

 Reg. 4-2~3229960, DcptcmberJune lGQ, 199~.

 This Section incorporates no

later amendments or editions.

 The Agency willehall promulgate standardized

forms based on 40 CFR 264.151 with such changes in wording as are necessary

under Illinois law.

 Any owner or operator required to establish financial

assurance under this Subpart shall do so only upon the standardized forms

promulgated by the Agency.

 The Agency shall reject any financial assurance

document

 wh-ic-hthat

 is not submitted on such standardized forms.

(Source:

 Amended at

_____

 Ill. Reg.

 effective

Section 724.Appendix A

 Recordkeeping Instructions

seeThe

Board hereby incorporates by reference 40 CFR 264, Appendix

 I ~1992I,

as amended at

 59 Fed. Req.

13891

 (Mar.

 24, 1994~. This incorporation includes

no

 later amendments or editions.

(Source:

 Amended at

_____

 Ill. Reg.

________,

 effective

_________

TITLE 35:

 ENVIRONMENTAL PROTECTION

SUBTITLE C:

 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

Section

725.101

 Purpose, Scope and Applicability

725.104

 Imminent Hazard Action

SUBPART

8:

 GENERAL FACILITY

STANDARDS

Section

725.2.10

 Applicability

725.2.11

 USEPA Identification Number

725.112

 Required Notices

725.2.13

 General Waste Analysis

725.114

 Security

725.115

 General Inspection Requirements

725.116

 Personnel Training

725.117

 General Requirements for Ignitable, Reactive or Incompatible

Wastes

58

725.118

 Location Standards

725.119

 Construction Quality Assurance Program

SUBPART C:

 PREPAREDNESS

AND PREVENTION

Section

725.130

 Applicability

725.131

 Maintenance and Operation of Facility

725.132

 Required Equipment

725.133

 Testing and Maintenance of Equipment

725.134

 Access to Communications or Alarm System

725.135

 Required Aisle Space

725.137

 Arrangements with Local Authorities

SUBPART

D:

 CONTINGENCY PLAN AND EMERGENCY PROCEDURES

Section

725

•

150

 Applicability

725.151

 Purpose

and Implementation of Contingency Plan

725.152

Content

Contingency

Plan

725.153

 Copies of Contingency Plan

725.154

 Amendment of Contingency Plan

725.155

 Emergency Coordinator

725.156

 Emergency Procedures

SUBPART E:

 MANIFEST

SYSTEM,

RECORDKEEPIMG AND REPORTING

Section

725.170

 Applicability

725.171

 Use of Manifest System

725.172

 Manifest Discrepancies

725.173

 Operating Record

725.174

 Availability, Retention and Disposition of Records

725.175

 Annual Report

725.176

 Unmanifested Waste Report

725.177

 Additional Reports

SUBPART F:

 GROUNDWATER MONITORING

Section

725. 190

 Applicability

725.191

 Groundwater Monitoring System

725.192

 Sampling and Analysis

725.193

 Preparation, Evaluation and Response

725.194

 Recordkeeping and Reporting

SUBPART G:

 CLOSURE

AND

POST-CLOSURE

Section

725.210

 Applicability

725.211

 Closure Performance Standard

725.212

 Closure Plan;

Amendment

of Plan

725.213

 Closure; Time Allowed for Closure

725.214

 Disposal or Decontamination of Equipment,

 Structures and Soils

725.215

 Certification of Closure

725.216

 Survey Plat

725.217

 Post—closure Care and Use of Property

725.218

 Post—closure Plan;

Amendment

of Plan

725.219

 Post—Closure Notices

725.220

 Certification of Completion of Post-Closure Care

SUBPART

H:

 FINANCIAL

REQUIREMENTS

Section

725.240

 Applicability

725.242.

 Definitions of Terms as Used in thia Subpart

725.242

 Cost Estimate for Closure

725.243

 Financial Assurance for Closure

59

725.244

 Cost Estimate for Post-closure Care

725.245

 Financial Assurance for Post—closure Monitoring and Maintenance

 725.246

 Use of a Mechanism for Financial Assurance of 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

 Applicability

725.271

 Condition of Containers

725.272

 Compatibility of Waste with Container

725.273-

 Management of Containers

725.274

 Inspections

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 TestB

725.301

 Generators of 100 to 1000 kg/mo.

SUBPART K:

 SURFACE IMPOUNDMENTS

Section

725.320

 Applicability

725.321

 Design and Operating Requirements

725.322

 Action Leakage Rate

725.323

 Response Actions

725.324

 Containment System

725.325

 Waste Analysis and Trial Tests

725.326

 Monitoring and Inspections

725.328

 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

725.352.

 Protection from Wind

725.352

 Waste Analysis

725

•

353

 Containment

725.354

 Design and Operating Requirements

725.355

 Action Leakage Rates

725.356

 Special Requirements for Ignitable or Reactive Waste

725.357

 Special Requirements for Incompatible Wastes

725.358

 Closure and Post—Closure Care

725.359

 Response Actions

725.360

 Monitoring and Inspection

SUBPART N:

 LAND

TREATMENT

60

Section

725.370

 Applicability

 725.372

 General Operating Requirements

725.373

 Waste Analysis

725.376

 Food Chain Crops

725.378

 Unsaturated Zone (Zone of Aeration)

 Monitoring

725.379

 Recordkeeping

725.380

 Closure and Post—closure

725.381

 Special Requirements for Ignitable or Reactive Waste

725.382

 Special Requirements for Incompatible Wastes

SUBPART

N:

 LANDFILLS

Section

725.400

 Applicability

725.401

 Design Requirements

725.402

 Action Leakage Rate

725.403

 Response Actions

725.404

 Monitoring and Inspection

725.409

 Surveying and Recordkeeping

725.410

 Closure and Post-Closure

725.412

 Special Requirements for Ignitable or Reactive Waste

725.413

 Special Requirements for Incompatible Wastes

725.414

 Special Requirements for Liquid Wastes

725.415

 Special Requirements for Containers

725.416

 Disposal of Small Containers of Hazardous Waste in Overpacked

Drums

 (Lab Packs)

SUBPART 0:

 INCINERATORS

Section

725. 440

 Applicability

725.441

 Waste Analysis

725.445

 General Operating Requirements

725.447

 Monitoring and Inspection

725.451

 Closure

725.452

 Interim Status Incinerators Burning Particular Hazardous Wastes

SUBPART P:

 THERMAL TREATMENT

Section

725.470

 Other Thermal Treatment

725.473

 General Operating Requirements

725.475

 Waste Analysis

725.477

 Monitoring and Inspections

725.481

 Closure

725.482

 Open Burning; Waste Explosives

725.483

 Interim Status Thermal Treatment Devices Burning Particular

Hazardous Waste

SUBPART

Q:

 CHEMICAL, PHYSICAL AND

BIOLOGICAL TREATMENT

Section

725.500

 Applicability

725.501

 General Operating Requirements

725.502

 Waste Analysis and Trial Tests

725.503

 Inspections

725.504

 Closure

725.505

 Special Requirements for Ignitable or Reactive Waste

725.506

 Special Requirements for Incompatible Wastes

SUBPART R:

 UNDERGROUND INJECTION

Section

725.530

 Applicability

SUBPART W:

 DRIP

PADS

61

Section

725

•

540

 Applicability

725.541

 Assessment of existing drip pad integrity

725.542

 Design and installation of new drip pads

725.543

 Design and operating requirements

725. 544

 Inspections

725.545

 Closure

SUBPART AR:

 AIR EMISSION

STANDARDS

FOR PROCESS VENTS

Section

725. 930

 Applicability

725.931

 Definitions

725.932

 Standards:

 Process Vents

725.933

 Standards:

 Closed-vent Systems and Control Devices

725.934

 Test methods and procedures

725.935

 Recordkeeping Requirements

SUBPART

BB:

 AIR EMISSION

STANDARDS

FOR EQUIPMENT LEAKS

Section

725. 950

 Applicability

725.951

 Definitions

725.952

 Standards:

 Pumps

 in Light Liquid Service

725.953

 Standards:

 Compressors

725.954

 Standards:

 Pressure Relief Devices in Gas/Vapor Service

725.955

 Standards:

 Sampling Connecting Systems

725.956

 Standards:

 Open-ended Valves or Lines

725.957

 Standards:

 Valves in Gas/Vapor or Light Liquid Service

725.958

 Standards:

 Pumps, Valves, Pressure Relief Devices, Flanges and

Other Connectors

725.959

 Standards:

 Delay of Repair

725.960

 Standards:

 Closed-vent Systems and Control Devices

725.961

 Percent Leakage Alternative for Valves

725.962

 Skip Period Alternative for Valves

725.963

 Test Methods and Procedures

725.964

 Recordkeeping Requirements

SUBPART DD:

 CONTAINMENT BUILDINGS

Section

725.1100

 Applicability

725.12.01

 Design and operating standards

725.1102

 Closure and post—closure care

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

 Teats for Significance

725.Appendix E

 Examples of Potentially Incompatible Waste

AUTHORITY:

 Implementing Section 22.4 and authorized by Section 27 of the

Environmental Protection Act

 (Ill.- Roy.

 Stat.

 1991,

 oh. 111~,parc.

 1022.4 and

1027

 (415

 ILCS 5/22.4 and 273)-.

SOURCE:

 Adopted in R81—22, 43 PCB 427,

at

5

 11.1. 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 Iii.

Adm.

Code 700.106;

amended in R82—2.8,

 Si. PCS

 831,

 at 7 Ill. Reg.

 2618, effective February 22,

1983;

 amended in R82—19,

 53 PCB 131,

at

7

 Il..

 Reg.

 14034, effective October

12,

 1983; amended in R84—9,

 at 9 Ill. Reg.

 11869, effective July 24,

 1985;

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.

62

13489, effective August 4,

 1987; amended in R87—5 at 11 Ill.

 Reg.

 19338,

effective November 10,

 1987;

 amended in R87-26 at 12

 Iii.

 Reg.

 2485,

 effective

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—10

at

14

 Ill. Reg.

 16498, effective September 25,

 1990; amended in R90—11 at 15

Ill. Reg.

 9398, effective June 17,

 1991; amended in R91-l at 15

 Ill. Reg.

14534, effective October

1,

 1991; amended in R91—l3 at

 2.6 Ill.

 Reg.

 9578,

effective June

9,

 1992; amended in R92—2. at

 16 Ill. Reg.

 17672,

 effective

November

6,

 1992; amended in R92—lO at

17

 Ill. Reg.

 5682., effective March 26,

1993; amended in R93—4 at

2.7

 Ill. Reg.

 20620, effective November 22,

 1993;

amended

in R93—16 at

 18 Ill. Reg.

 6771,

 effective April 26,

 1994;

 amended in

R94-7 at 18 Ill. Reg.

 122.90, effective July 29,

 1994; amended in R94—17 at

Ill. Rep.

 effective

SUBPART D:

 CONTINGENCY PLAN

AND

EMERGENCY PROCEDURES

Section 725.152

 Content of Contingency Plan

a)

 The contingency plan must describe the actions facility personnel

must take to comply with Sections 725.151 and 725.156 in response

to fires, explosions,~or any unplanned sudden or non—sudden

release of hazardous waste or hazardous waste constituents to air,

soi1~or surface water at the facility.

b)

 If the owner or operator has already prepared a Spill PreventionT

Control and Countermeasures

 (SPCC) Plan in accordance with 40 CFR

Part 112

 or 1510300, or some other emergency or contingency plan,

he~j~

 need~only amend that plan to incorporate hazardous waste

management provisions that are sufficient to comply with the

requirements of this Part.

c)

 The plan must describe arrangements agreed to by local police

department,

 fire departments, hospitals, contractors~~

 and state

and local emergency response teams to coordinate emergency

services,

 pursuant to Section 725.137.

d)

 The plan must list names, addresses~and phone numbers

 (office and

home) of all persons qualified to act as emergency coordinator

(see Section 725.2.55)~.and this list must be kept up to date.

Where more than one person is listed one must be named as primary

emergency coordinator and others must be listed in the order in

which they will assume responsibility as alternates.

e)

 The plan must include a list of all emergency equipment at the

facility

 (such as fire extinguishing systems, spill control

equipment,

 communications and alarm systems

 (internal

and

externa1)~and decontamination equipment) where this

equipment

is

required.

 This list must be kept up to date.

 In addition, the

plan must include the location and a physical description of each

item on the list and a brief outline of its capabilities.

f)

 The plan must include an evacuation plan for facility personnel

where there is

 a possibility that evacuation could be necessary.

This plan must describe signal(s)

 to be used to begin evacuation,

evacuation routes and alternate evacuation routes

 (in cases where

the primary routes could be blocked by releases of hazardous waste

 or fires).

(Source:

 Amended at

 Ill. Reg.

_________,

 effective

63

Section 725.156

 Emergency Procedures

a)

 Whenever there is an imminent or actual emergency situation,

the

emergency coordinator

 (or his designee when the emergency

coordinator is on call) muctshall immediately:

1)

 Activate internal facility alarms or communication systems,

where applicable, to notify all facility personnel;

and

2)

 Notify appropriate state or local agencies with designated

response roles if their help is needed.

b)

 Whenever there

is

 a release,

 fired. or explosion, the emergency

coordinator muotshall immediately identify the character,

 exact

source, amount~and a real extent of any released materials.

He

or she may do this by observation or review of facility records or

manifests and,

 if necessary, by chemical analysis.

c)

 Concurrently,

 the emergency coordinator muctahal.

 assess possible

hazards to human health or the environment that may result from

the release, fire~or explosion.

 This assessment must consider

both direct and indirect effects of the release,

 fire,., or

explosion

 (e.g., the effects of any toxic,

 irritating~or

asphyxiating gases that are

 generated,,, or the effects of any

 hazardous surface water runoffs from water or chemical agents used

to control fire and heat—induced explosionB).

d)

 If the emergency coordinator determines that the facility has had

a release,

 fire,, or explosion whiohthat could threaten

human

health or the environment outside the facility,

 he or she

mt~wtshallreport his findings as follows:

1)

 If his assessment indicates that evacuation of local areas

may be advisable, he or she muotehall immediately notify

appropriate local authorities.

 He or she must be available

to help appropriate officials decide whether local areas

should be evacuated;

and

2)

 He or she mu~tshallimmediately notify either the government

official designated as the on—scene coordinator for that

geographical area (in the applicable regional contingency

plan under 40 CFR Part 1-5101Q2),, or the National Response

Center

 (using their 24—hour toll free number 8OO~~424—8802).

The report must include:

A)

 Name

and telephone number of reporter;

B)

 Name and address of facility;

C)

 Time and type of incident

 (e.g.,

 release,

 fire);

D)

 Name

and quantity of material(s)

 involved,

 to the

extent known;

E)

 The extent of injuries,

 if any; and

F)

 The possible hazards to human health or the

environment outside the facility.

e)

 During an emergency the emergency coordinator muotshall take all

64

reasonable measures necessary to ensure that fires, explosions,,

and releases do not occur, recur, or spread to other hazardous

waste at the facility.

 These measures must include, where

applicable, stopping processes and operations,

 collecting and

containing released waste, and removing or isolating containers.

f)

 If the facility stops operations in response to a fire, explosion

or release, the emergency coordinator muotshall monitor for leaks,

pressure buildup, gas generation, or ruptures in valves, pipes, or

other equipment, wherever this

 is appropriate.

g)

 Immediately after an emergency,

 the emergency coordinator

muotshall provide for treating, storing, or disposing of recovered

waste,

 contaminated soil, or surface water, or any other material

that results from

 a release,

 fire, or explosion at the facility.

Comment:

 Unless the owner or operator can demonstrate,

in

accordance with Section 721.103(c) or

 (d) that the recovered

material is

 not a hazardous waste, the owner or operator becomes a

generator of hazardous waste and muotahall manage

 it in accordance

with all applicable requirements of Parts 722,

 723,, and 725.

h)

 The emergency coordinator muctshall ensure that, in the affected

 area(s) of the facility:

1)

 No waste that may be incompatible with the released material

is treated,

 stored, or disposed of until cleanup procedures

are completed;

and

2)

 All emergency equipment listed in the contingency plan is

cleaned and fit for its

 intended use before operations are

resumed.

i)

 The owner or operator muotshall notify the Director and other

appropriate state and local authorities that the facility

 is in

compliance with paragraph

(h)

 of this section before operations

are resumed in the affected area(s)

of

the

facility.

 The owner or operator muotehall note in the operating record the

time, date, and details of any incident that requires

 implementing

the contingency plan.

 Within 15 days after the incident, ~iej~,

muotahall submit

 a written report on the incident to the Director.

The report must include:

1)

 Name, address, and telephone number of the owner or

operator;

2)

 Name,

address, and telephone number of the facility;

3)

 Date, time, and type of incident

 (e.g.,

 fire,

 explosion);

4)

 Name and quantity of material(s)

 involved;

5)

 The extent of injuries,

 if any;

6)

 An assessment of actual or potential hazards to human health

 or the environment, where this

 is applicable; and

7)

 Estimated quantity and disposition of recovered material

that resulted from the incident.

(Source:

 Amended at

 Ill.

 Reg.

________,

 effective

65

Section 725.Appendix A

 Recordkeeping Instruction~

SeeThe

Board hereby incorporates by reference 40 CFR 265, Appendix

 I to 40 CFR

Part 265(1992~.as amended at 59 Fed.

 Req. 13892

 (Mar.

24

 1994~.

 This

incorporation includes no

 later amendments or editions.

(Source:

 Amended at

 Ill. Reg.

 effective

_________

TITLE

35:

 ENVIRONMENTAL

PROTECTION

SUBTITLE C:

 WASTE

DISPOSAL

CHAPTER I:

 POLLUTION CONTROL

BOARD

SUBCHAPTER

 HAZARDOUS

WASTE

OPERATING

REQUIREMENTS

PART 728

LAND

DISPOSAL RESTRICTIONS

SUBPART

A:

 GENERAL

Section

728.101

 Purpose,

 Scope and Applicability

728.102

 Definitions

728.103

 Dilution Prohibited as a Substitute for Treatment

728.104

 Treatment Surface Impoundment Exemption

 728.105

 Procedures for case—by—case Extensions to an Effective Date

728.106

 Petitions to Allow Land Disposal of a Waste Prohibited under

Subpart C

728.107

 WaBte 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

728.2.10

 First Third

728.12.1

 Second Third

728.112

 Third Third

728.113

 Newly Listed Wastes

728.114

 Surface Impoundment exemptions

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

728.136

 Waste Specific Prohibitions

—*

 Newly Listed Wastes

728.137

 Waste Specific Prohibitions

——

 Ignitable and Corrosive

Characteristic Wastes Whose Treatment Standards Were Vacated

728.139

 Statutory Prohibitions

SUBPART D:

 TREATMENT

STANDARDS

Section

728.140

 Applicability of Treatment Standards

728.141

 Treatment Standards Expressed as Concentrations in Waste Extract

728.142

 Treatment Standards Expressed as Specified Technologies

728.143

 Treatment Standards expressed as Waste Concentrations

728.144

 Adjustment of Treatment Standard

66

Treatment Standards

 for Hazardous Debris

Alternative Treatment Standards Based on

HTMR

SUBPART E:

 PROHIBITIONS ON STORAGE

Section

728.150

 Prohibitions on Storage of Restricted Wastes

728.Appendix A

728.Appendix B

728.Appendix C

728.Appendix D

728.Appendix E

728.Appenclix F

728.Appendix 0

728.Appendix H

728.Appendix

I

728.Table A

728.Table B

728.Table C

728..Table D

728.Table E

728.Table F

728.Table 0

728.Table H

Toxicity Characteristic Leaching Procedure

 (TCLP)

Treatment Standards

 (As concentrations

 in the Treatment

Residual Extract)

List of 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

Constituent Concentrations in Waste Extract

 (CCWE)

Constituent Concentrations in Wastes

 (CCW)

Technology Codes and Description of Technology—Based

Standards

Technology—Based

Standards

 RCRA

Waste

Code

Standards for Radioactive Mixed Waste

Alternative Treatment Standards for Hazardous Debris

Alternative Treatment Standards Based on

HMTR

Wastes Excluded from CCW Treatment Standards

AUTHORITY:

 Implementing Section 22.4 and authorized by Section 27 of the

Environmental Protection Act

 (Ill. Rev. Stat.

 1991,

ch.

 111½,

 pars.

 1022.4 and

1027

 (415 ILCS 5/22.4 and 5/27).

SOURCE:

 Adopted in R87—5 at

11

 Ill. Reg.

 19354, effective November 12,

 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

 Ill. 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 R92—2.0 at

 2.7 Ill. Reg.

 5727, effective

March 26, 1993;

 amended in R93—4 at

17

 Ill.

 Reg.

 20692, effective November 22,

1993;

 amended in R93—2.6 at 18 Ill. Reg.

 6799,

 effective April 26,

 1994;

amended in R94—7 at

 18 Ill. Reg.

 12203, effective July 29,

 1994;

 amended

in

R94—17 at

 Ill. Req.

 effective

SUBPART D:

 TREATMENT STANDARDS

Section 728.142

 Treatment Standards Expressed as Specified Technologies

a)

 The following wastes in subsections

 (ay(1)

 and J~(2) below and

Sections 728.Table D and 728.Table B must be treated using the

technology or technologies specified in subsections (a)(1) and

JA.l(2)

below and Section 728.Table

C.

1)

 Liquid hazardous wastes containing PCBs at concentrations

greater than or equal to 50 ppm but less than 500 ppm must

be incinerated in accordance with the technical requirements

a#~ 40 CFR 761.70,

 incorporated by reference in 35 Ill.

 Adm.

Code 720.111, or burned in high efficiency boilers

in

accordance with the technical requirements of 40 CFR 761.60.

Liquid hazardous wastes containing PCBs at concentrations

greater than or equal to 500 ppm must be incinerated in

728.145

728. 146

67

accordance with the technical requirements of 40 CFR 761.70.

Thermal treatment in accordance with this Section must be in

compliance with applicable regulations in 35

 Ill.

Adm.

Code

724, 725, and 726.

2)

 Nonliquid hazardous wastes containing halogenated organic

compounds (HOCs) in total conc~ntrationagreater than or

equal

to 1000 mg/kg and liquid HOC—containing wastes that

are prohibited under Section 728.132(e)(1) must be

incinerated in accordance with the requirements

of

35

 Ill.

Adm.

Code 724.Subpart 0 or 35 Ill.

Adm.

Code 725.Subpart 0.

These treatment standards do not apply where the waste is

subject to a Cubpart C-of this Part treatment standard

codified in Subpart C of this Part for a specific HOC (such

as

 a hazardous waste chlorinated solvent for which a

treatment standard

 is established under Section 728.141(a)).

3)

 A mixture consisting of wastewater,

 the discharge of which

is subject to regulation under 35 Ill.

Adm.

Code 309 or 310,

and de minimis losses of materials from manufacturing

operations in which these materials are used as raw

materials or are produced as products in the manufacturing

process,

 and that meets the criteria of the DOOl ignitable

liquids

containing greater than 10

 total organic

constituents

 (TOC)

 subcategory,

 is subject to the DEACT

treatment standard described in Table C.

 For purposes of

this subsection,

 “de minimis losses”

 include:

A)

 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 to transfer materials);

B)

 Minor leaks from process equipment,

 storage tanks,

or

containers;

C)

 Leaks from well—maintained pump packings and seals;

D)

 Sample purgings; and

E)

 Relief device discharges.

b)

 Any person may submit an application to the Agency demonstrating

that an alternative treatment method can achieve a level of

performance equivalent to that achievable by methods specified in

subsections

(a)

 above and

 (c) and

 (d) below for wastes or

specififed in Section 728.Table F for hazardous debris.

The

applicant shall submit information demonstrating that the

 applicant’s treatment method

 is in compliance with federal and

state

requirements,

including

this

Part,

Ill.

 Adm.

Code 709,

724,

 725, 726, and 729 and Sections 22.6 and 39(h)

 of the

Environmental Protection Act

 (Ill.

 Roy.

 Stat.

 1987,

 oh. 1l1~,

parc.

 1022.6

 and 1039(h)

 (415 ILCS 5/22.6 and S’/’39(h))-~, and

 that

j~is protective of human health or the environment.

 On the basis

of

 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 to that achieved by methods

specified in subsections

(a)

 above and

 (c) and

 (d) below and in

Section 728.Table

F,

 for hazardous debris.

 Any approval must be

stated in writing and may contain such provisions and conditions

as the Agency determines to be appropriate.

 The person to whom

68

such approval

 is issued shall comply with all limitations

contained in such determination.

c)

 As an alternative to the otherwise applicable treatment

standards

of Subpart D of this Part,

 lab packs are eligible for land

disposal provided the following requirements are met:

1)

The

lab

packs comply with the applicable provisions of 35

Ill.

Adm.

Code 724.416 and 725.416;

BOARD

NOTE:

 35 Ill.

Adm.

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 Section 728.Appendix D or Section 728.Appendix

3)

 The lab packs are incinerated in accordance with the

requirements of 35 Ill.

Mm.

 Code 724.Subpart 0 or 35 Ill.

Acim.

 Code 725.Subpart 0; and

4)

 Any incinerator residues from lab packs containing D004,

D005,

 D006, P007,

 D008, DOlO, and DOll are treated in

compliance with the applicable treatment standards specified

for such wastes in Subpart P.

d)

 Radioactive hazardous mixed wastes with treatment standards

specified in Section 728.Table B are not subject to any treatment

standards specified in Section 728.141, Cection 728.143, or

Gcctipn

728.Table

Radioactive

hazardous

mixed

wastes

not

subject to treatment standards in Section 728 .Table E remain

subject to all applicable treatment standards specified in

Section~728.141,

 Cection 728.143, and Ccction 728.Table P.

 Hazardous debris containing radioactive waste is not subject to

the treatment standards specified in Section 728.Table F but is

subject to the treatment standards specified in Section 728.145.

(Source:

 Amended at

 Ill. Reg.

_________,

 effective

Section 728.Table D

 Technology-Based Standards by

RCRA

Waste Code

Technology

 Technology

Code,

 Code, Non—

Waste

Waste—

waste—

Waste

Descriptions

Codes

 See Also

 CAS No.

 waters

 waters

 Treatment Subcategory

DOOl

 Tables A

NA

 DEACT, and

 DEACT,

and

 All descriptions based

& B

 meet P039;

 meet P039;

 on 35 Ill.

Adm.

Code

or PSUBS;

 or FSUBS;

 721.121, except for the

RORGS; or

 RORGS; or

 Section 721.121(a) (1)

INCIN

 INCIN

 High TOC subcategory,

managed in non-CWA/non—

CWA-equivalent/ non-Class

I SDWA systems

69

DOOl

NA

NA

 DEACT

 DEACT

 All descriptions based

on 35 Ill.

 Adxn.

Code

721.121, except for the

Section 261.121(a)(1)

High TOC subcategory,

 managed in CWA,

CWA-

equivalent,

 or Class

I

SDWA systems

POOl

NA

NA

NA

 FSUBS;

Al.

 descriptions based

RORGS; or

 on 35 Ill.

 Adm.

Code

INCIN

 721.121(a) (1)—High TOC

Ignitable Liquids Sub—

category——Greater than

or equal to 10

 total

organic carbon

P002

 Tables A

NA

 DEACT and

 DEACT and

 Acid,

 alkaline, and

& B

 meet P039

 meet F039

 other subcategory based

on 35 Ill.

 Adm.

Code

721.122 managed in non-

CWA/non-CWA-equ

ivalent/

non-Class

 I SDWA systems

D002

NA

NA

 DEACT

 DEACT

 Acid,

 alkaline, and

other subcategory based

on

 35 Ill.

Adm.

Code

721.122 managed in CWA,

CWA-equivalent, or Class

I SDWA systems

P003

NA

NA

 DEACT

 (but

 DEACT (but

 Reactive sulfides based

not

in-

 not in—

 on 35 Ill.

Adm.

Code

cluding

 cluding

 721.123(a) (5)

dilution

 dilution

as a sub—

as

 a sub-

stitute

 stitute

 for ade—

 for ade-

quate

 quate

treatment)

 treatment)

P003

NA

NA

 DEACT

 DEACT

 Explosives based on 35

Ill.

Adm.

Code

 721.2.23

(a)(6), j~J.(7),and

Ia.)~(8)

P003

NA

NA

NA

 DEACT

 Water reactives based on

35

 Ill.

Adm.

Code

72l.123(a)(2),

 .Lal(3),,

and ~j.(4)

D003

NA

NA

 DEACT

 DEACT

 Other reactives based on

35 Ill.

 Adm.

Code

721.123(a) (1)

P006

NA

 7440-43—9

NA

 RTHERM

 Cadmium—containing bat-

teries

70

D008

NA

 7439—92—1

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

regulations (see 35 Ill.

Adm.

Code 726.180).)

P009

 Tables A

 7439—97—6

NA

 IMERC; or

 Mercury:

 (High Mercury

& B

 RMERC

 Subcategory--greater

than or equal to 260

mg/kg total Mercury-—

contains mercury and or-

ganics

 (and are not

incinerator residues))

P009

 Tables A

 7439—97—6

NA

 RMERC

 Mercury:

 (High Mercury

& B

 Subcategory--greater

than or

equal

to 260

mg/kg total Mercury-—

inorganics

 (including

incinerator residues

anc

residues from RI4ERC))

P012

 Table B

 72-20—8

 BIODG;

or

NA

 Eadrin

INCIN

P013

 Table B

 58-89—9

 CARBN;

or

NA

 Lindane

INCIN

P014

 Table B

 72-43—S

 WETOX;

or

NA

 Nethoxychlor

INCIN

P015

 Table B

 8001—35—1

 BIODG; or

NA

 Toxaphene

INCIN

P016

 Table B

 94—75—7

 CHOXD;

NA

 2,4—P

BIODG;

or

INCIN

D017

 Table B

 93-72—1

 CHOXD;

or

NA

 2,4,5—TP

INCIN

F005

 Tables A

 79-46—9

 (WETOX or

 INCIN

 2—Nitropropane

& B

 CHOXD)

fb

CARBN;

or

INCIN

P005

 Tables A

 110—80—5

 BIODG;

or

 INCIN

 2—Ethoxyethanol

& B

 INCIN

F024

 Tables A

NA

 INCIN

 INCIN

71

K025

NA

NA

 LLEXT fb

 INCIN

 Distillation bottoms

SSTRIP fb

 from the production of

CARBN;

or

 nitrobenzene by the

INCIN

 nitration of benzene

1(026

NA

NA

 INCIN

 INCIN

 Stripping still tails

from the production of

methyl ethyl pyridines

1(027

NA

NA

 CARBN; or

 FSUBS;

or

 Centrifuge and

INCIN

 INCIN

 distillation residues

from toluene di—

isocyanate production

1(039

NA

NA

 CARBN; or

 FSUBS; or

 Filter cake from the

INCIN

 INCIN

 filtration of diethyl-

phoaphorodithioc acid in

the production of phor—

ate

1(044

NA

NA

 DEACT

 DEACT

 Wastewater treatment

sludges from the manu-

facturing and processing

of explosives

1(045

NA

NA

 DEACT

 DEACT

 Spent carbon from the

treatment of wastewater

containing

explosives

1(047

NA

NA

 DEACT

 DEACT

 Pink/red water from TNT

operations

1(069

 Tables A

NA

NA

RLEAD

 Emission control dust/

 sludge from secondary

lead smelting:

 Non-

Calcium Sulfate Sub-

category

1(106

 Tables

A

NA

NA

 RNERC

 Wastewater treatment

&

B

 sludge from the mercury

cell process in chlorine

production:

 (High

Mercury Subcategory-

greater than or

equal

to

260 mg/kg total mercury)

1(107

NA

NA

 INCIN; or

 INCIN.

 Column bottoms from

CHOXD fb,

 product separation from

CARBN; or

 the production of 1,1—

BIODG Lb

 dimethylhydrazine (UDMR)

CARBN

 from carboxylic acid

hydrazides

1(108

NA

NA

 INCIN;

or

 INCIN.

 Condensed column

CH0XD fb,

 overheads from product

CARBN; or

 separation and condensed

BIOPG Lb

 reactor vent gases from

CARBN

 the production of

 1,1—

dimethylhydrazine

 (UDMH)

from carboxylic acid

hydrazides

72

1(109

NA

NA

 INCIN; or

 INCIN.

 Spent filter cartridges

CHOXD

fb,

 from product

CARBN;

or

 purification from the

BIODG fb

 production of 1,1—

CARBN

 dimethylhydrazine (UDMH)

from carboxylic acid

hydrazides

K110

NA

NA

 INCIN;

or

 INCIN.

 Condensed

column

CHOXD fb,

 overheads from

CARBN; or

 intermediate separation

BIODG Lb

 from the production of

CARBN

1,

1-dimethylhydrazine

(UDMH) from carboxylic

acid hydrazides

1(112

NA

NA

 INCIN;

or

 INCIN.

 Reaction by-product

CHOXD fb,

 water from the drying

CARBN; or

 column

 in the production

BIODG fb

 of toluenediamine via

CARBN

 hydrogenation of

dinitrotoluene

1(113

NA

NA

 CARBN; or

 FSUBS;

or

 Condensed liquid light

INCIN

 INCIN

 ends from the

purification of

toluenediamine

 in the

production of

toluenediaxnine via

hydrogenation of di-

nitrotoluene

1(114

NA

NA

 CARBN; or

 FSUBS; or

 Vicinals from the

INCIN

 INCIN

 purification of tol-

uenediamine in the

production of toluenedi-

amine via hydrogenation

of dinitrotoluene

1(115

NA

NA

 CARBN; or

 FSUBS; or

 Heavy ends from the

INCIN

purification

toluenediamine

 in the

production of tol-

uenediamine via

hydrogenation of di-

nitrotoluene

1(2.16

NA

NA

 CARBN;

or

 FSUBS;

or

 Organic condensate from

INCIN

 INCIN

 the solvent recovery

column in the production

of toluene diisocyanate

via phosgenation of

toluenediamine

K123

NA

NA

 INCIN;

or

 INCIN.

 Process wastewater

CHOXD

Lb

 (including supernates,

(BIODG

filtrates,

and

CARBN)

 washwaters)

 from the

production of

ethylenebis-

dithiocarbamic acid and

its salts

73

1(124

NA

NA

 INCIN; or

 INCIN.

 Reactor vent scrubber

CHOXD fb

 water from the

(BIODG or

 production of

CARBN)

 ethylenebisdi-

thiocarbamic acid and

its salts

1(125

NA

NA

 INCIN; or

 INCIN.

 Filtration,

 evaporation,

CHOXD Lb

 and centrifugation

(BIODG or

 solids from the

CARBN)

 production of

ethylenebisdi—

thiocarbamic acid and

its salts

1(126

NA

NA

 INCIN; or

 INCIN.

 Baghouse dust and floor

CHOXD fb

 sweepings in milling and

(BIODG or

 packaging operations

CARBN)

 from the production or

formulation of ethylene

bisdithiocarbaniic acid

and its salts

P001

NA

 81—81—2

 (WETOX or

 FSUBS; or

 Warfarin (0.3)

CHOXD)

fb

 INCIN

CARBN; or

INCIN

P002

NA

 591—08—2

 (WETOX or

 INCIN

 1—Acetyl-2-thiourea

CHOXD)

lb

CARBN; or

INCIN

P003

NA

 107-02—8

NA

 FSUBS; or

 Acrolein

INCIN

P005

NA

 107—18—6

 (WETOX or

 FSUBS;

or

 Allyl alcohol

CHOXD)

Lb

 INCIN

CARBN;

or

INCIN

P006

NA

 20859-73-8

 CHOXD;

 CHOXD;

 Aluminum phoephide

 CHRED;

or

 CHRED;

or

INCIN

 INCIN

P007

NA

 2763—96-4

 (WETOX

or

 INCIN

 5—Azninoethyl 3-

CHOXD)

Lb

 isoxazolol

CARBN; or

INCIN

P008

NA

 504-24-5

 (WETOX or

 INCIN

 4—Arninopyridine

CHOXD)

Lb

CARBN;

or

INCIN

P009

NA

 131-74—8

 CHOXD;

 FSUBS; CH—

 Ammonium picrate

CHRED;

 OXD;

CAREN;

 CHRED;

or

BIODO; or

 INCIN

INCIN

74

P014

NA

 108-95-5

 (WETOX or

 INCIN

 Thiophenol

 (Benzene

CHOXD)

fb

 thiol)

CARBN;

or

INCIN

P015

NA

 7440-41—7

 RMETL

or

 RMETL;

or

 Beryllium duotpowder

RTHRM

 RTHRM

P016

NA

 542-88-1

 (WETOX or

 INCIN

 Bis(chloromethyl)ether

CHOXD)

lb

CAREN;

or

INCIN

P017

NA

 598-31-2

 (WETOX or

 INCIN

 Bromoacetone

CHOXD)

Lb

CAREN; or

INCIN

P018

NA

 357-57-3

 (WETOX or

 INCIN

 Brucine

CHOXD)

Lb

CARBN; or

INCIN

P022

 Table B

 75—15—0

NA

 INCIN

 Carbon disulfide

P023

NA

 107-20-0

 (WETOX or

 INCIN

 Chloroacetaldehyde

CHOXD)

Lb

CARBN; or

INCIN

P026

NA

 5344-82—1

 (WETOX or

 INCIN

 1—(o—Chlorophenyl)thio-

CHOXD)

fb

 urea

CARBN; or

INCIN

P027

NA

 542—76—7

 (WETOX or

 INCIN

 3—Chloropropionitrile

CHOXD)

lb

CARBN;

or

INCIN

P028

NA

 100-44—7

 (WETOX or

 INCIN

 Benzyl chloride

CHOXD)

lb

CARBN;

or

INCIN

P031

NA

 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

NA

 131—89—5

 (WETOX or

 INCIN

 2—Cyclohexyl—4,6-di—

CHOXD)

lb

 nitrophenol

CARBN;

or

INCIN

P040

NA

 297—97—2

 CARBN;

or

 FSUBS;

or

 0,0-Diethyl 0—pyrazinyl

INCIN

 INCIN

 phoaphorothioate

75

P041

NA

 311-45-5

 CARBN; or

 FSUBS;

or

 Diethyl—p-nitrophenyl

INCIN

phosphate

P042

NA

 51-43-4

 (WETOX or

 INCIN

 Epinephrine

CHOXD)

lb

CARBN; or

INCIN

P043

NA

 55-91-4

 CARBN;

or

 FSUBS; or

 Diisopropylfluorophos-

INCIN

 INCIN

 phate

 (DFP)

P044

NA

 60-52.-S

 CARBN; or

 FSUBS; or

 Dimethoate

INCIN

 INCIN

P045

NA

 39196-18—4

 (WETOX or

 INCIN

 Thiofanox

CHOXD)

Lb

CARBN;

or

INCIN

P046

NA

 122—09—8

 (WETOX or

 INCIN

 alpha,alpha—Pimethyl-

CHOXP)

Lb

 phenethylamine

CARBN;

or

INCIN

P047

NA

 534—52—1

 (WETOX

or

 INCIN

 4,6—Dinitro—o—cresol

CHOXD)

lb

 salts

CAREN;

or

INCIN

P049

NA

 541—53—7

 (WETOX or

 INCIN

 2,4-Dithiobiuret

CHOXD)

lb

CARBN;

or

INCIN

P054

NA

 2.51—56—4

 (WETOX or

 INCIN

 Aziridine

CHOXD)

fb

CARBN;

or

INCIN

P056

Table

778241—4

 ADGAS

Lb

 Fluorine

NEUTR

P057

NA

 640—19-7

 (WETOX or

 INCIN

 Fluoroacetamide

CHOXD)

fb

CARBN;

or

INCIN

P058

NA

 62—74—8

 (WETOX or

 INCIN

 Fluoroacetic acid,

CHOXD)

Lb

 sodium salt

CARBN; or

INCIN

P062

NA

 757-58-4

 CARBN;

or

 FSUBS or

 Hexaethyltetraphosphate

INCIN

P064

NA

 624-83-9

 (WETOX or

 INCIN

 Isocyanic acid,

 ethyl

CHOXD)

Lb

 ester

CARBN;

or

INCIN

76

P065

 Tables A

 628-86—4

NA

 RMERC

 Mercury fulminate:

& B

 (High Mercury Sub-

category——greater than

or equal to 260 mg/kg

total Mercury-—either

incinerator residues or

residues from

R14ERC)

P065

 Tables A

 628-86—4

NA

 II4ERC

 Mercury fulminate:

 (All

& B

 nonwastewaters that are

not incinerator residues

or are not residues from

RNERC;

regardless of

Mercury Content)

P066

NA

 16752-77-5

 (WETOX or

 INCIN

 Methomyl

CHOXD)

Lb

CABEN;

or

INCIN

P067

NA

 75-55-8

 (WETOX or

 INCIN

 2—Nethylaziridine

CHOXD)

Lb

CAREN;

or

INCIN

P068

NA

 60-34-4

 CHOXD;

 CM—

 FSUBS; CM-

 Methyl hydrazine

RED;

 OXD;

CARBN;

 CHRED;

OR

BIODG;

or

 INCIN

INCIN

P069

NA

 75—86-5

 (WETOX or

 INCIN

 Methyllactonitrile

CHOXD) Lb

CARBN;

or

INCIN

P070

NA

 116—06-3

 (WETOX

or

 INCIN

 Aldicarb

CHOXD)

Lb

CAREN;

or

INCIN

P072

NA

 86—88—4

 (WETOX or

 INCIN

 1—Naphthyl-2—thiourea

CHOXD)

fb

CARBN;

or

INCIN

P075

NA

 54—11—5

 (WETOX or

 INCIN

 Nicotine and salts

CHOXD)

fb

CAREN;

or

INCIN

P076

NA

 10102—43-9

 ADGAS

 ADGAS

 Nitric oxide

P078

NA

 2.0102—44-0

 ADGAS

 ADGAS

 Nitrogen dioxide

P081

NA

 55—63—0

 CHOXD;

 CM—

 FSUBS;

 CM—

 Nitroglycerin

RED;

 OXD;

CARBN;

 CHRED;

or

BIODG;

INCIN

INCIN

P082

 Table B

 62-75—9

NA

 INCIN

 N—Nitrosodimethylamine

77

P084

NA

 4549—40-0

 (WETOX

or

 INCIN

 N—Nitrosomethylvinyl-

CHOXD)

fb

 amine

CARBN;

or

INCIN

P085

NA

 152—16—9

 CARBN;

or

 FSUBS; or

 Octamethylpyrophosphor—

INCIN

 INCIN

 amide

P087

NA

 20816-12—0

 BMETL;

or

 RMETL;

or

 Osmium tetroxide

RTHEM

 RTHRM

P088

NA

 145—73—3

 (WETOX

or

 FSUBS; or

 Endothall

CHOXD) Lb

 INCIN

CAREN;

or

INCIN

P092

 Tables A

 62-38—4

NA

 RMERC

 Phenyl mercury acetate:

& B

 (High Mercury Sub—

category——greater than

or equal to 260 mg/kg

total

Mercury—-either

incinerator residues or

residues from

RNERC)

P092

 Tables A

 62—38—4

NA

 IMERC; or

 Phenyl mercury acetate:

& B

 RMERC

 (All nonwastewaters that

are not incinerator

residues and are not

residues from

RMERC:

regardless of Mercury

Content)

P093

NA

 103-85-5

 (WETOX

or

 INCIN

 Phenylthiourea

CHOXD)

lb

CARBN;

or

INCIN

P095

NA

 75—44-5

 (WETOX

or

 INCIN

 Phosgene

CHOXD)

lb

CARBN;

or

INCIN

P096

NA

 7803—51—2

 CHOXD;

 CM—

 CHOXD; CM—

 Phosphine

RED;

or

 RED; or

INCIN

 INCIN

P102

NA

 107—19—7

 (WETOX

or

 FSUBS; or

 Propargyl

 alcohol

CHOXD)

fb

 INCIN

CARBN;

or

INCIN

P105

NA

 26628—22-8

 CHOXD; CM—

 FSUBS; CM—

 Sodium azide

RED; CARBN

 OX!);

BIODG;

or

 CHRED;

or

INCIN

 INCIN

P108

NA

 57—24—9 A

 (WETOX or

 INCIN

 Strychnine and salts

CHOXD)

Lb

CARBN;

or

INCIN

78

P109

NA

 3689-24-5

 CARBN; or

 FSUBS; or

 Tetraethyldithiopyro—

INCIN

 INCIN

 phosphate

P112

NA

 509-14-8

 CMOXD;

CM-

 PSUBS; CM-

 Tetranitromethane

RED;

 OXD;

CARBN;

 CHRED;

or

BIODG; or

 INCIN

INCIN

P113

 Table B

 1314—32—5

NA

 RTHRM;

or

 Thallic oxide

STABL

P12.5

 Table

B

 7446-18—6

NA

 RTHRN; or

 Thallium

 (I) sulfate

STABL

P116

NA

 79-19—6

 (WETOX or

 INCIN

 Thiosemicarbazide

CHOXD)

fb

CARBN;

or

INCIN

P118

NA

 75-70—7

 (WETOX or

 INCIN

 Trichioromethanethiol

CHOXD)

lb

CARBN; or

INCIN

P2.19

 Table B

 7803—55—6

NA

 STABL

 Ainmonium vanadate

P120

 Table B

 1314-62-1

NA

 STABL

 Vanadium pentoxide

P122

NA

 1314-84-7

 CHOX!); CM—

 CHOXD; CM-

 Zinc Phosphide (~10)

RED;

or

 RED;

or

INCIN

 INCIN

13001

NA

 75-07-0

 (WETOX or

 INCIN

 Acetaldehyde

CHOXD)

Lb

CARBN;

or

INCIN

13003

 Table B

 75-05—8

NA

 INCIN

 Acetonitrile

13006

NA

 75—36—5

 (WETOX or

 INCIN

 Acetyl chloride

CHOXD)

fb

CARBN;

or

INCIN

U007

NA

 79-06—1

 (WETOX

or

 INCIN

 Acrylamide

CHOXD)

Lb

CARBN; or

 INCIN

U008

NA

 79—10—7

 (WETOX

or

 FSUBS; or

 Acrylic acid

CHOXD)

Lb

 INCIN

CARBN;

or

INCIN

13010

NA

 50-07-7

 (WETOX or

 INCIN

 Mitomycin C

CHOXD)

fb

CARBN;

or

INCIN

U011

NA

 61-82—5

 (WETOX or

 INCIN

 Amitrole

CMOXD)

Lb

CARBN;

or

INCIN

13014

NA

 492-80-8

 (WETOX or

 INCIN

 Auramine

CHOXD) Lb

CARBN;

or

INCIN

13015

NA

 115-02-6

 (WETOX or

 INCIN

 Azaserine

CF!OXD)

fb

CARBN;

or

INCIN

U0l6

NA

 225-51-4

 (WETOX or

 FSUBS; or

 Benz(c)acridine

CMOXD)

lb

 INCIN

CARBN;

or

INCIN

13017

NA

 98-87—3

 (WETOX or

 INCIN

 Benzal chloride

CMOXD)

Lb

CARBN;

or

INCIN

13020

NA

 98—09—9

 (WETOX or

 INCIN

 Benzenesulfonyl chloride

 CHOXD)

Lb

CARBN;

or

INCIN

1t021

NA

 92-87—5

 (WETOX or

 INCIN

 Benzidine

CHOX!))

Lb

CARBN;

or

INCIN

U023

NA

 98-07—7

 CHOXD; CR—

 FSUBS; CM-

 Benzotrichloride

RED;

 OXD;

CARBN;

 CHRED;

or

BIODG;

or

 INCIN

INCIN

13026

NA

 494-03-1

 (WETOX or

 INCIN

 Chlornaphazin

CHOXD) fb

CARBN; or

INCIN

U033

NA

 353—50-4

 (WETOX or

 INCIN

 Carbonyl fluoride

CHOX!))

Lb

CARBN;

or

INCIN

U034

NA

 75—87—6

 (WETOX or

 INCIN

 Trichloroacetaldehyde

CHOXD)

Lb

 (Chloral)

CARBN;

or

INCIN

13035

NA

 305-03—3

 (WETOX or

 INCIN

 Chlorambucil

CHOXD)

lb

CARBN;

or

INCIN

13038

 Table

B

 510—15—6

NA

 INCIN

 Chlorobenzilate

80

U041

NA

 106—89-8

 (WETOX or

 INCIN

 1—Chloro—2,3—epoxy—

CHOXD)

fb

 propane

 (Epichloro—

CAftaN;

or

 hydrin)

INCIN

U042

 Table B

 110—75-8

NA

 INCIN

 2-Chloroethyl vinyl

ether

13046

NA

 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

CHOX!))

Lb

 hydrochloride

CARBN;

or

INCIN

U053

NA

 4170—30—3

 (WETOX or

 FSUBS; or

 Crotonaldehyde

CHOXD)

fb

 INCIN

CARBN;

or

INCIN

U055

NA

 98-82-8

 (WETOX or

 FSUBS; or

 Cumene

CHOXD)

Lb

 INCIN

CARBN; or

INCIN

13056

NA

 110—82—7

 (WETOX or

 FSUBS;

or

 Cyclohexane

CHOXD) Lb

 INCIN

CARBN;

or

INCIN

U057

 Table B

 108—94-1

NA

 FSUBS;

or

 Cyclohexanone

INCIN

U058

NA

 50-18—0

 CARBN; or

 FSUBS;

or

 Cyclophosphamide

INCIN

 INCIN

13059

NA

 20830—81-3

 (WETOX or

 INCIN

 Daunomycin

CHOXD)

Lb

CARBN; or

INCIN

13062

NA

 2303—16—4

 (WETOX or

 INCIN

 Diallate

CHOXD)

fb

CARBN; or

INCIN

U064

NA

 189—55—9

 (WETOX or

 FSUBS; or

 1,2,7,8—Dibenzopyrene

CHOXD)

Lb

 INCIN

CARBN; or

INCIN

U073

NA

 91-94—1

 (WETOX or

 INCIN

 3,3’-Dichloroben~idine

CHOXD)

lb

CARBN; or

INCIN

81

U074

NA

 1476—11—5

 (WETOX or

 INCIN

 cis—1,4—Dichloro—2—bu—

CHOXD)

Lb

 tene; trans—1,4-Di-

CARBN;

or

 chloro-2-butene

INCIN

UO85

NA

 1464-53—5

 (WETOX or

 FSUBS;

or

 1,2:3,4—Diepoxybutane

CHOXD)

fb

 INCIN

CARBN;

or

INCIN

13086

NA

 2.62.5-80—1

 CHOXD;

 FSUBS;

 N,N-Diethylhydrazine

CHRED;

 CMOXD;

CARBN;

 CHREP;

or

BIODG; or

 INCIN

INCIN

13087

NA

 3288-58-2

 CARBN; or

 FSUBS; or

 0,0-Diethyl S—methyl-

INCIN

 INCIN

 dithiophosphate

13089

NA

 56—53—1

 (WETOX or

 PSUBS; or

 Diethyl stilbestrol

CHOXD) fb

 INCIN

CARBN; or

INCIN

U090

NA

 94—58—6

 (WETOX or

 FSUBS; or

 Dihydrosafrole

CHOXD)

Lb

 INCIN

CARBN;

or

INCIN

U091

NA

 2.19—90-4

 (WETOX or

 INCIN

 3,3’—Dimethoxybenzidine

CHOXD)

lb

CARBN; or

INCIN

U092

NA

 124—40-3

 (WETOX or

 INCIN

 Dimethylamine

CHOXD) lb

CARBN; or

INCIN

U093

 Table B

 621—90-9

NA

 INCIN

 p-Dimethylaminoazo-

benzene

13094

NA

 57—97—6

 (WETOX or

 FSUBS; or

 7,12—Dimethylbenz(a)—

CMOXD) Lb

 INCIN

 anthracene

CARBN;

or

INCIN

13095

NA

 119-93-7

 (WETOX or

 INCIN

 3,3’—Dimethylbenzidine

CHOXD)

lb

CARBN; or

INCIN

13096

NA

 80—15—9

 CHOXD;

 FSUBS;

 alpha,alpha—Dimethyl-

CHRED;

 CHOXD;

 benzyl hydroperoxide

CARBN;

 CHRED;

or

BIODG;

or

 INCIN

INCIN

U097

NA

 79—44—7

 (WETOX or

 INCIN

 Dimethylcarbamoyl chlor-

CHOXD)

Lb

ide

CARBN;

or

INCIN

82

U098

NA

 57-14-7

 CHOXD; CM-

 FSUBS; CM-

 1,1-Diniethylhydrazine

RED;

 OXD;

CARBN;

 CHRED; or

BIODG;

or

 INCIN

INCIN

U099

NA

 540—73—8

 CHOXD; CM-

 FSUBS;

 CM—

 1,2-Dimethylhydrazine

RED;

 OX!);

CARBN;

 CHRED;

or

BIODG; or

 INCIN

INCIN

U103

NA

 77-78-1

 CHOXD; CM-

 FSUBS; CH—

 Dimethyl sulfate

RED;

 OX!);

CARBN;

 CHRED; or

BIODG; or

 INCIN

INCIN

13109

NA

 122—66—7

 CHOXD; CM-

 FSUBS; CM—

 1,2-Diphenylhydrazine

RED;

 OXD;

CARBN;

 CHRED;

or

BIODG; or

 INCIN

INCIN

U110

NA

 142—84-7

 (WETOX or

 INCIN

 Dipropylamine

CHOXD)

Lb

CARBN;

or

INCIN

13113

NA

 140—88-5

 (WETOX or

 FSUBS; or

 Ethyl acrylate

CHOXD)

Lb

 INCIN

CARBN;

or

INCIN

13114

NA

 12.1—54-6

 (WETOX or

 INCIN

 Ethylenebisdithio—

CHOXB)

fb

 carbamic acid

CARBN;

or

INCIN

13115

NA

 75-21—8

 (WETOX or

 CHOXD;

or

 Ethylene oxide

CHOXD)

Lb

 INCIN

CARBN; or

INCIN

13116

NA

 96-45-7

 (WETOX or

 INCIN

 Ethylene thiourea

CHOXD)

Lb

CARBN; or

INCIN

U119

NA

 62-50—0

 (WETOX or

 INCIN

 Ethyl methanesulfonate

CHOXD)

Lb

CARBN;

or

INCIN

13122

NA

 50-00—0

 (WETOX or

 FSUBS; or

 Formaldehyde

CHOXD)

Lb

 INCIN

CARBN; or

INCIN

83

U123

NA

 64-18—6

 (WETOX or

 FSUBS; or

 Formic acid

CHOXD)

Lb

 INCIN

CARBN;

or

INCIN

U124

NA

 110—00-9

 (WETOX or

 FSUBS; or

 Furan

CHOXD)

lb

 INCIN

CARBN;

or

INCIN

U125

NA

 98-01-1

 (WETOX or

 FSUBS; or

 Furfural

CHOXD)

Lb

 INCIN

CARBN;

or

INCIN

13126

NA

 765—34-4

 (WETOX or

 FSUBS; or

 Glycidaldehyde

CMOXD)

Lb

 INCIN

CARBN;

or

INCIN

U132

NA

 70—30-4

 (WETOX or

 INCIN

 Hexachloropherte

CHOXD)

lb

CARBN; or

INCIN

U133

NA

 302-01—2

 CHOXD;

 FSUBS;

 Hydrazine

CHRED;

 CHOXD;

CARBN;

 CHRED; or

BIODG;

or

 INCIN

INCIN

U134

 Table B

 7664-39—3

NA

 ADGAS

Lb

 Hydrogen Fluoride

NEUTR; or

NEUTR

U135

NA

 7783-06-4

 CHOXD;

CM-

 CMOXD;

 CM—

 Hydrogen Sulfide

RED; or

 RED; or

INCIN

 INCIN

13143

NA

 303-34-4

 (WETOX

or

 INCIN

 Lasiocarpine

CMOXP) Lb

CARBN;

or

INCIN

U147

NA

 108-31-6

 (WETOX

or

 FSUBS; or

 l4aleic anhydride

 CHOXD)

Lb

 INCIN

CARBN;

or

INCIN

13148

NA

 123-33—1

 (WETOX

or

 INCIN

 Maleic hydrazide

CHOXD)

Lb

CARBN;

or

INCIN

13149

NA

 109—77-3

 (WETOX

or

 INCIN

 l4alononitrile

CHOXD)

Lb

CARBN;

or

INCIN

84

13150

NA

 148—82—3

 (WETOX or

 INCIN

 Melphalan

CHOXD)

Lb

CARBN;

or

INCIN

U151

 Tables A

 7439-97—6

NA

 RNERC

 Mercury:

 (High Mercury

& B

 Subcategory——greater

than or equal to 260

mg/kg total Mercury)

13153

NA

 74-93—1

 (WETOX or

 INCIN

 Methanethiol

CHOXD) Lb

CARBN;

or

INCIN

U154

NA

 67—56—1

 (WETOX or

 FSUBS; or

 Methanol

CHOXD)

Lb

 INCIN

CARBN;

or

INCIN

U156

NA

 79—22—1

 (WETOX or

 INCIN

 Methyl chlorocarbonate

CHOXD)

Lb

CARBN;

or

INCIN

U160

NA

 1338-23-4

 CHOXD;

 FSUBS;

 Methyl ethyl ketone per—

CHRED;

 CHOXD;

 oxide

CARBN;

 CHRED;

or

BIODG; or

 INCIN

INCIN

U163

NA

 70—25—7

 (WETOX or

 INCIN

 N—Methyl-N’—nitro-N—

CHOXD)

Lb

 Nitrosoguanidine

CARBN;

or

INCIN

13164

NA

 56—04—2

 (WETOX or

 INCIN

 Methylthiouracil

CHOXD)

Lb

CABBN;

or

INCIN

U166

NA

 130—15—4

 (WETOX or

 FSUBS;

or

 1,4-Naphthoquinone

CHOXD)

lb

 INCIN

CARBN;

or

INCIN

13167

NA

 134-32—7

 (WETOX or

 INCIN

 1—Naphthylamine

CMOXD)

lb

CARBN;

or

INCIN

U168

 Table B

 91—59—8

NA

 INCIN

 2—Naphthylamine

U171

NA

 79—46—9

 (WETOX

or

 INCIN

 2—Nitropropane

CHOXD)

Lb

CARBN; or

INCIN

U173

NA

 1116-54—7

 (WETOX or

 INCIN

 N—Nitroso—diethanolamine

CHOXD)

lb

CARBN;

or

INCIN

13176

NA

 759-73—9

 (WETOX

or

 INCIN

 N-Nitroso—N—ethylurea

CHOXD)

fb

CARBN;

or

INCIN

13177

NA

 684-93—5

 (WETOX or

 INCIN

 N-Nitroso—N—methylurea

CMOXD)

Lb

CARBN;

or

INCIN

13178

NA

 615-53—2

 (WETOX or

 INCIN

 N-Nitroso-N-methyl-

CMOXD)

lb

 urethane

CARBN; or

INCIN

13182

NA

 123-63—7

 (WETOX or

 FSUBS; or

 Paraldehyde

CHOXD)

Lb

 INCIN

CARBN;

or

INCIN

U184

NA

 76—01—7

 (WETOX or

 INCIN

 Pentachloroethane

CHOXD)

lb

CARBN; or

INCIN

U186

NA

 504-60—9

 (WETOX or

 FSUBS; or

 1,3—Pentadiene

CHOXD)

fb

 INCIN

CARBN;

or

INCIN

132.89

NA

 1314—80—3

 CHOXD;

 CM—

 CHOXD;

CM-

 Phosphorus sulfide

RED;

or

 RED; or

INCIN

 INCIN

13191

NA

 109-06-8

 (WETOX or

 INCIN

 2-Picoline

CMOXD)

Lb

CARBN; or

INCIN

0193

NA

 1120-71—4

 (WETOX or

 INCIN

 1,3-Propane sultone

CHOXD)

Lb

CARBN;

or

INCIN

13194

NA

 107-10-8

 (WETOX or

 INCIN

 n-Propylamine

CMOXD)

Lb

CARBN;

or

INCIN

0197

NA

 106-51-4

 (WETOX or

 FSUBS;

or

 p-Benzoquinone

CHOXD)

Lb

 INCIN

CARBN;

or

INCIN

0200

NA

 50-55—5

 (WETOX or

 INCIN

 Reserpine

CHOXD)

Lb

CARBN;

or

INCIN

86

13201

NA

 108—46-3

 (WETOX or

 FSUBS; or

 Resorcinol

CHOXD)

Lb

 INCIN

CARBN; or

INCIN

U202

NA

 81-07—2 A

 (WETOX or

 INCIN

 Saccharin and salts

CHOXD)

lb

CARBN; or

INCIN

U206

NA

 18883—66-4

 (WETOX or

 INCIN

 Streptozatocin

CHOXD)

lb

CARBN;

or

INCIN

13213

NA

 109—99—9

 (WETOX or

 PSUBS;

or

 Tetrahydrofuran

CHOXD)

fb

 INCIN

CARBN;

or

INCIN

0214

 Table B

 563—68—8

NA

 RTHRM;

or

 Thallium

 (I) acetate

STABL

13215

 Table

B

 6533—73—9

NA

 RTMRM; or

 Thallium

 (I) carbonate

STABL

0216

 Table

B

 7791—12—0

NA

 RTHRM; or

 Thallium

 (I) chloride

STABL

U217

 Table B

 102.02—45—1

NA

 RTHRM; or

 Thallium

 (I) nitrate

STABL

0218

NA

 62-55—5

 (WETOX or

 INCIN

 Thioacetamide

CMOXD)

Lb

CARBN; or

INCIN

13219

NA

 62—56—6

 (WETOX or

 INCIN

 Thiourea

CHOXD)

Lb

CARBN; or

INCIN

0221

NA

 25376—45—8

 CARBN; or

 FSUBS; or

 Toluenediamine

INCIN

 INCIN

15222

NA

 636—21-5

 (WETOX or

 INCIN

 o-Toluidine hydro—

CMOXD)

Lb

 chloride

CARBN;

or

INCIN

0223

NA

 26471-62—5

 CARBN;

or

 FSUBS;

or

 Toluene diisocyanate

INCIN

 INCIN

0234

NA

 99—35—4

 (WETOX or

 INCIN

 sym—Trinitrobenzene

CHOXP)

Lb

CARBN;

or

INCIN

U236

NA

 72-57-1

 (WETOX or

 INCIN

 Trypan Blue

CMOXD)

lb

CARBN;

or

INCIN

87

~3237

NA

 66-75—1

 (WETOX or

 INCIN

 Uracil mustard

CHOXD)

Lb

CARBN; or

INCIN

U238

NA

 51-79—6

 (WETOX or

 INCIN

 Ethyl carbamate

CHOX!))

lb

CARBN;

or

INCIN

U240

NA

 94_75_7*

 (WETOX or

 INCIN

 2,4—Dichlorophenoxy-

CHOXD)

lb

 acetic acid (salts and

CARBN;

or

 esters)

INCIM

13244

NA

 137—26-8

 (WETOX or

 INCIN

 Thiram

CHOXD)

lb

CARBN;

or

INCIN

U246

NA

 506-68-3

 CHOXD;

 CHOXD;

 Cyanogen bromide

WETOX;

or

 WETOX;

or

INCIN

 INCIN

U248

NA

 81-81-2

 (WETOX or

 FSUBS; or

 Warfarin (0.3

 or less)

CHOXD)

lb

 INCIN

CARBN; or

INCIN

13249

NA

 1314—84—7

 CHOXD; CM—

 CHOXD; CM-

 Zinc Phosphide

 (10)

RED;

or

 RED;

or

INCIN

 INCIN

U328

NA

 95—53-4

 INCIN; or

 INCIN; or

 o—toluidine

CHOXD

fb,

 Thermal

(BIODG or

 Destructio

CARBN); or

n.

BIODG lb

CARBN

U353

NA

 106-49—0

 INCIN;

or

 INCIN;

or

 p—toluidine

CHOXD

lb,

 Thermal

(BIODG or

 Destructio

CAREN);

or

n.

BIODG Lb

CARBN

13359

NA

 110-80—5

 INCIN; or

 INCIN; or

 2—ethoxy-ethanol

CHOXD fb,

 FSUBS.

(BIODG or

CARBN);

or

BIODG Lb

CARBN

A

 CAS Number given for parent compound only.

B

 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

88

train)

 is specified

as

 a single treatment standard, the 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 “Fol-

lowed 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 technologies 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

 (1992),

 as amended at 57 Fed. Reg. 37273

 (Aug.

18,

 1992)

 and 59

 Fed.

Req.

 32.552

 (June 20,

 1994).

(Source:

 Amended at

 Ill.

 Reg.

_________,

 effective

TITLE 35:

 ENVIRONMENTAL PROTECTION

SUBTITLE C:

 WASTE DISPOSAL

CHAPTER

I:

 POLLUTION CONTROL BOARD

SUBCHAPTER c:

 HAZARDOUS WASTE OPERATING

REQUIREMENTS

PART

739

STANDARDS

FOR THE

MANAGEMENT

OF USED OIL

SUBPART A:

 DEFINITIONS

Section

739.100

 Definitions

SUBPART B:

 APPLICABILITY

Section

739.110

 Applicability

739.111

 Used oil specifications

739.112

 Prohibitions

SUBPART C:

 STANDARDS

FOR USED OIL GENERATORS

Section

739.120

 Applicability

739.121

 Hazardous waste mixing

739.122

 Used oil storage

739.123

 On-site burning in space heaters

739.124

 Off—site shipments

SUBPART D:

 STANDARDS

FOR USED OIL COLLECTION CENTERS

AND

AGGREGATION POINTS

Section

739.130

 Do-it-yourselfer used oil collection centers

739.132.

 Used oil collection centers

739.132

 Used oil aggregate points owned by the generator

SUBPART E:

 STANDARDS FOR USED OIL TRANSPORTER

AND TRANSFER

FACILITIES

Section

739.140

 Applicability

739.141

 Restrictions on transporters that are not also processors

739.142

 Notification

739.143

 Used oil transportation

739.144

 Rebuttable presumption for used oil

739.145

 Used oil storage at transfer facilities

739.146

 Tracking

739.147

 Management of residues

89

SUBPART

F:

 STANDARDS

FOR USED OIL PROCESSORS

Section

739.150

 Applicability

739.151

 Notification

739.152

 General facility standards

739.153

 Rebuttable presumption for used oil

739.154

 Used oil management

739.155

 Analysis plan

739.156

 Tracking

739.157

 Operating record and reporting

739.158

 Off—site shipments of used oil

739.159

 Management of residues

SUBPART G:

 STANDARDS

FOR USED OIL BURNERS THAT BURN

OFF-SPECIFICATION USED OIL FOR ENERGY RECOVERY

Section

739.160

 Applicability

739.161

 Restriction on burning

739.162

 Notification

739.163

 Rebuttable presumption for used oil

739.164

 Used oil storage

739.165

 Tracking

739.166

 Notices

739.167

 Management of residues

SUBPART H:

 STANDARDS

FOR USED OIL FUEL

MARKETERS

Section

739.170

 Applicability

739

•

171

 Prohibitions

739.172

 On—specification used oil Luel

739.173

 Notification

739.174

 Tracking

739.175

 Notices

SUBPART

I:

 STANDARDS FOR USE AS A DUST SUPPRESSANT DISPOSAL OF USED OIL

Section

739. 180

 Applicability

739.181

 Disposal

739.182

 Use as a duet suppressant

AUTHORITY:

 Implementing Section 22.4 and authorized by Section 27 of the

Environmental Protection Act

 (Ill.

 flcv. Ctat.

 2.~2., ch.

 111½, par3.

 1022.4

and

1027

 (415 ILCS 5/22.4 and 5/27+.

SOURCE:

 Adopted in R93—4

at

 17 Ill.

 Reg. 20954, effective November 22,

 1993;

amended in R93—16 at 18 Ill. Reg.

 6931,

 effective April 26,

 1994;

 amended

in

R94-17 at

 Ill. Req.

 effective

SUBPART A:

 DEFINITIONS

Section 739.100

 Definitions

Terms

that are defined in 35 Ill.

Adm.

Code 720.110,

 721.101, and 731.112 have

the

same

meanings when used in this Part.

“Aboveground tank” means a tank used to store or process used oil

that

 is not an underground storage tank as defined in 35 Ill.

Adm.

Code 280.12.

BOARD

NOTE:

 This definition

 is different from the definition for

“Aboveground tank” given in

35

 Ill.

 Adm.

Code 720.110.

 Although

the meanings are similar, the main distinction

 is that the

90

definition for this Part limits the tanks to those used to store

or process used oil, whereas the 720.110 definition contemplates

tanks whiohthat contain hazardous wastes.

 The above definition is

limited to this Part only.

“Container” means any portable device in which a material is

stored,

 transported,

 treated, disposed of, or otherwise handled.

“Do—it—yourselfer used oil collection center” means any site or

facility that accepts or aggregates and stores used oil collected

only from household do—it—yourselfers.

“Existing tank” means a tank that is used for the storage or

processing of used oil and that is in operation, or for which

installation has

commenced

on or prior to the effective date of

the authorized used oil program for the State in which the tank is

located.

 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 installation of the tank

and

 if either:

A continuous on—site installation program has begun,

or

The owner or operator has entered into contractual

obligations—which that cannot be canceled or modified

without substantial loss—_for installation of the tank to be

completed within

 a reasonable time.

BOARD

NOTE:

 This definition

is

 similar to the definition

for “Existing tank system”

 in 35

 Ill.

 Adm.

Code 720.110.

Although the meanings are similar, the definition given

above for “existing tank” in this Part limits the tanks to

those used to store or process used oil, whereas the

 720.12.0

definition contemplates tanks systems whichthat contain

hazardous wastes.

 The above definition

 is limited to this

Part only.

“Household

 ‘do-it—yourselfer’ used oil” means oil that is derived

from households,

 such as used oil generated by individuals who

generate used oil through the maintenance of their personal

vehicles.

BOARD

NOTE:

 Household ‘do—it-yourselfer’

 used oil is not subject

to the State’s special waste hauling

permit requirements

under

Part 809.

“Household

 ~do—it—yourselfer’ used oil generator” means an

individual who generates household

 “do—it—yourselfer” used oil.

“New tank” means a tank that will be used to store or process used

oil and for which installation has commenced after the effective

 date of the authorized used oil

program for the

State in which the

tank is located.

BOARD

NOTE:

 This definition is

 similar to the definition given

for “New tank

system”

given in 35 Ill.

 Adm.

Code 720.110.

Although the meanings are similar, the definition given above for

“new tank” in this Part limits the tanks to those used to store or

process used oil, whereas the 720.110 definition contemplates new

tanks systems which contain hazardous wastes.

 The above

definition is limited to this Part only.

“Petroleum refining facility” means an establishment primarily

engaged in producing gasoline,

 kerosene. distillate fuel oils,

residual fuel oils,

 and lubricants, throuah fractionation,

91

straight distillation of crude oil, redistillation of unfinished

petroleum derivatives,

 cracking, or other processes

 (i.e.,

facilities classified as SIC 2911).

“Processing” means chemical or physical operations designed to

produce from used oil,

 or to make used oil more amenable for

production of,

 fuel oils, lubricants,

 or other used oil—derived

product.

 Processing includes,

but

 is not limited to:

 blending

used oil with virgin petroleum products,

 blending used oils to

meet the fuel specification,

 filtration, simple distillation,

chemical or physical separation4, and re—refining.

“Re—refining distillation bottoms” means the heavy fraction

produced by vacuum distillation of filtered and dehydrated used

oil.

 The composition of still bottoms varies with column

operation and feedstock.

“Tank” means any stationary device, designed to contain an

accumulation of used oil which is constructed primarily of non—

earthen materials,

 (e.g., wood,

 concrete,

 steel, plastic) which

provides structural support.

“Used oil” means any oil that has been refined from crude oil, or

any synthetic oil, that has been used and as a result of such use

is contaminated by physical or chemical impurities.

“Used oil aggregation point” means any site or facility that

accepts,

 aggregates,

 or stores used oil collected only from other

used oil generation sites owned or operated by the owner or

operator of the aggregation point,

 from which used oil

is

transported to the aggregation point in shipments of no more than

55 gallons.

 Used oil aggregation points may also accept used oil

from household do—it—yourselfere.

“Used oil burner” means

 a facility where used oil not meeting the

specification requirements in Section 739.111 is burned for energy

recovery in devices identified in Section 739.161(a).

“Used oil collection center” means any site or facility that is

registered by the Agency to manage used oil and accepts or

 aggregates and stores used oil collected from used oil generators

regulated under Subpart C of this Part that bring used oil to the

collection center in shipments of no more than 55 gallons under

the provisions of Section 739.124.

 Used oil collection centers

may also accept used oil from household do—it-yourselfers.

“Used oil fuel marketer” means any person that conducts either of

the following activities:

Directs

 a shipment of off—specification used oil

 from their

facility to a used oil burner; or

First claims that used oil that is to be burned for energy

recovery meets the used oil fuel specifications set

 forth in

Section 739.111.

“Used oil generator” means any person,

 by site, whose act

or

process produces used oil or whose act

 first causes used oil to

become subject to regulation.

“Used oil processor” means a facility that processes used oil.

92

“Used oil transfer facility” means any transportation~related

facility including loading docks, parking areas,

 storage areas,

and other areas where shipments of used oil are held for more than

24 hours during the normal oouroo of transportation and not longer

than 35 days during the normal course of transportation or nrior

to an activity performed pursuant to Section 739.120(b) (2).

Transfer facilities that store used oil for more than 35 days are

subject to regulation under Subpart F of this Part.

“Used oil transporter” means any person that transports used oil,

any person that collects used oil from more than one generator and

that transports the collected oil, and owners and operators of

used oil transfer facilities.

 Used oil transporters may

consolidate or aggregate loads of used oil for purposes of

transportation but, with the following exception, may not process

used oil.

 Transporters may conduct incidental processing

operations that occur in the normal course of used oil

transportation

 (e.g., settling and water separation), but that are

not designed to produce (or make more

amenable

 for production of)

used oil derived products or used oil

 fuel.

(Source:

 Amended at

 Ill. Reg.

_________,

 effective

SUBPART B:

 APPLICABILITY

Section 739.110

 Applicability

This Section identifies those materials which are subject to regulation as

used oil under this Part.

 This Section also identifies some materials that

are not subject to regulation as used oil under this Part,

 and indicates

whether these materials may be subject to regulation as hazardous waste under

Parts 702,

 703,

 720 through 7264, and 728.

a)

 Used oil.

 U.S. EPA presumes that used oil

 is to be recycled

unless

 a used oil handler disposes of used oil, or sends used oil

for disposal.

 Except as provided

 in Section 739.111, the

regulations of this Part apply to used oil,

 and to materials

identified in this Section as being subject to regulation as used

oil, whether or not the used oil or material exhibits any

characteristics of hazardous waste identified in 35 Ill.

Adm.

Code

721.Subpart C.

b)

 Mixtures of used oil and hazardous waste.

1)

 Listed hazardous waste.

A)

 A mixture of used oil and hazardous waste that is

listed in

35

 Ill.

Adm.

Code 721.Subpart D

 subject

to regulation as hazardous waste under

 35 Ill.

Adm.

Code 703,

 720 through

 7264, and 728, rather than

as

used oil under this Part.

B)

 Rebuttable presumption for used oil.

 Used oil

containing more than 1,000 ppm total halogens

ia

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 using an

analytical method from SW—846, Edition III, to show

93

that the used oil does not contain significant

 concentrations of halogenated hazardous constituents

listed in 35 Ill.

Adm.

Code 721.Appendix H).

 U.S. EPA

Publication SW—846, Third Edition,

 is available ~e*

the cost of ~110.0O from the Government Printing

Office,

 Superintendent of Documents,

 P.O.

 Box 371954,

Pittsburgh,

 PA 15250—7954,

 (202) 783—3238

 (document

number

955—001—00000—1).

i)

 The rebuttable presumption does not

 apply to

metalworking oils or fluids containing

chlorinated parafIins,

 if they are processed,

through a tolling arrangement as described in

Section 739.124(c), to reclaim metalworking oils

or fluids.

 The presumption does apply to

metalworking oils or fluids if such oils or

fluids are recycled in any other manner, or

disposed.

ii)

 The rebuttable presumption does not apply to

used oils contaminated with chiorofluorocarbons

(CFC5) removed from refrigeration units where

the CFC5 are destined for reclamation.

The

rebuttable

presumption does apply to used oils

contaminated with CFCs that have been mixed with

used oil from sources other than refrigeration

units.

2)

 Characteristic hazardous waste.

 A mixture of used oil and

hazardous waste that exhibits

 a hazardous waste

characteristic identified in

35

 Ill.

 Adm.

Code 721.Subpart C

and a mixture of used oil and hazardous waste that is listed

in Subpart D of this Part solely because it exhibits one or

more of the characteristics of hazardous waste identified in

35 Ill.

Adm.

Code 721.Subpart C is subject to:

A)

 Except as provided in subsection

 (b)(2)(C) of this

Section, regulation as hazardous waste under 35 Ill.

Adm.

Code 703,

 720 through 7264, and 728 rather than as

used oil under this Part,

 if the resultant mixture

exhibits any characteristics of hazardous waste

identified in 35 Ill.

 Adm.

Code 721.Subpart C;

or

B)

 Except as provided in subsection (b)(2)(C)

 of this

Section, regulation as used oil under this Part,

if

the resultant mixture does not exhibit any

characteristics of hazardous waste identified under 35

Ill.

Adm.

Code 721.Subpart C.

C)

 Regulation as used oil under this Part,

 if the mixture

is of used oil and a waste which is hazardous

 solely

because

 it exhibits the characteristic of ignitability

and

 is not liatcd in 35

 Ill.

 Z~.dm. Oodc 721.Cubpart D

(e.g., ignitable—only mineral spirits), provided that

the resultant mixture does not exhibit the

characteristic of ignitability under 35 Ill.

 Adin.

Code

721. 121.

3)

 Conditionally exempt small quantity generator hazardous

waste.

 A mixture of used oil and conditionally exempt small

quantity generator hazardous waste regulated under 35 Ill.

Adm.

Code 721.105

 is subject to regulation as used oil under

94

this Part.

c)

 Materials containing or otherwise contaminated with used

 oil.-1-

1)

 Except as provided in subsection

 (c)(2) of this Section,

a

material containing or otherwise contaminated with used oil

from which the used oil has been properly drained or removed

to the extent possible such that no visible signs of free—

flowing oil remain in or on the material:

A)

 Is not used oil, and thus,

 it is not subject to thiB

Part,

and

B)

 If applicable,

 is subject to the hazardous waste

regulations of 35 Ill.

 Adm.

Code 703,

 705,

 720 through

726, and 728.

2)

 A material containing or otherwise contaminated with used

oil that

 is burned for energy recovery is subject to

regulation as used oil under this Part.

3)

 Used oil drained or removed from materials containing or

otherwise contaminated with used oil is subject to

regulation as used oil under this Part.

d)

 Mixtures of used oil with products.

1)

 Except as provided in subsection

 (d)(2) below, mixtures of

used oil and fuels or other fuel products are subject to

regulation as used oil under this Part.

2)

 Mixtures of used oil and diesel fuel mixed on—site by the

generator of the used oil for use in the generator’s

own

vehicles are not subject to this Part once the used oil and

diesel fuel have been mixed.

 Prior to mixing, the used oil

is subject to the requirements of Subpart C of this Part.

e)

 Materials derived from used oil.

1)

 Materials that are reclaimed from used oil that are used

beneficially and are not burned for energy recovery or used

in a manner constituting disposal

 (e.g., re—refined

lubricants)

 are:

A)

 Not used oil and thus are not subject to this Part,

and

B)

 Not solid wastes and are thus not subject to the

hazardous waste regulations of Parts 35 Ill.

Adm.

Code

703, 720 through 7262. and 728 as provided in 35

 Ill.

Adm.

Code 721.103(c) (2) (A).

2)

 Materials produced from used oil that are burned for energy

recovery

 (e.g., used oil fuels)

 are subject to regulation as

used oil under this Part.

3)

 Except as provided in subsection (e)(4)

 below, materials

derived from used oil that are disposed of or used in

a

manner constituting disposal are:

A)

 Not used oil and thus are not subject to this Part,

and

95

B)

 Are solid wastes and thus are subject to the hazardous

waste regulations of 35 Ill. Adm. Code 703,

720

through 7262. and 728

 if the materials are listed or

identified as hazardous waste.

4)

 Used oil re—refining distillation bottoms that are used as

feedstock to manufacture asphalt products are not subject to

this Part.

f)

 Wastewater.

 Wastewater, the discharge of which is subject to

regulation under either Section 402 or Section 307(b)

 of the Clean

Water Act

 (including wastewaters at facilities which have

eliminated the discharge of wastewater), contaminated with de

minimis quantities of used oil are not subject to the requirements

of this Part.

 For purposes of this subsection,

 “de minimis”

quantities of used oils are defined as small spills,

 leaks, or

drippings from pumps, machinery,

 pipes,

 and other similar

equipment during normal operations or

 small amounts of oil lost to

the wastewater treatment system during washing or draining

operations.

 This exception will not apply if the used oil is

discarded as a result of abnormal manufacturing operations

resulting in substantial

 leaks,

 spills, or other releases, or to

used oil recovered from wastewaters.

g)

 Used oil introduced into crude oil or natural gas pipelines or a

petroleum refining facility.—

 Used oil that

 is placed dirostlymixed with crude oil or

natural ~as liauids

(e.g.,

in

p

production separator or

crude oil stock tank)

 for insertion into a crude oil e*

natural gas pipeline

 is subject to the man~igcxnontstandards

of this Part only prior to the point of introduction to

the

pipeline.

 Once the used oil is introduced

to

th~pipeline,

the material

 is exempt from the requirements of this Part._

The used oil

 is sublect to the reauirements of this Part

prior to the mixing of used oil with crude oil or natural

gas

 lici-uids.

~j

 Mixtures of used oil

 and crude oil or natural

gag liauids

containing less than

1

 used oil that are being stored or

transported to

p

crude oil pipeline or petroleum refining

facility for insertion into the refining process at a point

prior to crude distillation or catalytic cracking are exempt

from the requirements of this Part.

~j

 Used oil that

 is inserted into the Petroleum refining

process before crude distillation or catalytic cracking

without prior mixing with crude oil is exempt from the

requirements of this Part, provided that the used oil

 contains less than 1

 of the crude oil feed to any petroleum

refining facility process unit at any given time.

 Prior to

insertion into the petroleum refining process, the used oil

is sub-ject to the re~irementsof this Part.

il

 Except as provided in subsection

 (g)(5) below, used oil that

is introduced into

 a petroleum refining facility process

after crude distillation or catalytic crackin~is exempt

from the requirements of this Part only if the used oil

meets the specification of Section 739.111.

 Prior to

insertion into the ~etro1eum refining facility Process~the

used oil is sublect to the requirements of this Part.

96

j)

 Used oil.that is incidentally captured by a hydrocarbon

recovery system or wastewater treatment system as part of

routine process operations at a petroleum refining facility

and inserted into the petroleum refining facility process

is

exempt from the requirements of this Part.

 This exemption

does not extend to used oil that

 is intentionally introduced

into

 a hydrocarbon recovery system

 (e.g.. by pouring

collected used oil into the wastewater treatment system).

~

 Tank bottoms from stock tanks containing exempt mixtures of

used oil and crude oil or natural gas liquids are exempt

from the requirements of this Part.

h)

 Used oil on vessels.

 Used oil produced on vessels from normal

shipboard operations is not subject to this Part until it is

transported ashore.

i)

 Used oil containing PCBs.

 In addition to the requirements of this

Part,

 a marketer or burner of used oil that markets used oil

containing any quantifiable level of PCBs

 is subject to the

requirements of 40 CFR 761.20(e).

(Source:

 Amended at

 Ill. Reg.

_________,

 effective

SUBPART

C:

 STANDARDS

FOR USED OIL

GENERATORS

Section 739.120

 Applicability

a)

 General.

 This subpart applies to all generators of used oil,

except:

1)

 Household “do—it—yourselfer” used oil generators.

 Household

“do—it—yourselfer” used oil generators are not subject to

regulation under this Part.

2)

 Vessels.

 Vessels at sea or at port are not subject to this

Subpart.

 For purposes of this Subpart, used oil produced on

vessels from normal shipboard operations

 is considered to be

generated at the time it is transported ashore.

 The owner

or operator of the vessel and the person(s) removing or

accepting used oil from the vessel are co—generators of the

used oil and are both responsible for managing the waste in

compliance with this Subpart once the used oil is

transported ashore.

 The co—generators may decide among them

 which party will fulfill the requirements of this Subpart.

3)

 Diesel fuel.

 Mixtures of used oil and diesel fuel mixed by

the generator of the used oil for use in the generator’s

own

vehicles are not subject to this Part once the used oil and

diesel fuel have been mixed.

 Prior to mixing, the used oil

fuel is subject to the requirements of this Subpart.

4)

 Farmers.

 Farmers who generate an average of 25 gallons per

month or less of used oil from vehicles or machinery used on

the

farm in a

calendar year are not subject to the

requirements of this Part.

b)

 Other applicable provisions.

 U~_gsedoil generators

whethat

conducts any of the following activities a*ej~subject to the

requirements of other applicable provisions of this Part as

indicated in subsections

 (b)(1) through

(5)

 below:

97

1)

 G~eneratore

whethat transport~

used oil, except under the

self—transport provisions of Section 739.124

 (a) and

 (b),

rnustshall also comply with 739.Subpart E.

2)

 G~eneratore

whethat

process~or re—refine~used oil4,

~j.

 Except as provided in subsection

 (b)(2)(B) below,

a

generator that processes or re—refines used oil

 shall

must also comply with 739.Subpart

F.

~j

 A generator that performs the following activities is

not a used oil processor,

 provided that the used oil

is generated on—site and

 is not being sent off—site to

a burner of on- or off—specification used oil fuel:

 Filtering,

 cleaning,

 or otherwise reconditioning

used oil before returning

 it for reuse by the

generator

JJJ.

 Separating used oil from wastewater generated

on—site to make the wastewater acceptable for

discharge or reuse pursuant to Section 402 or

307(b)

 for the federal Clean Water Act

(33

U.S.C.

 1317 or 1342), 40 CFR 403 through 499,

or

35

 Ill.

 Adrn.

 Code 310 or 309, governing the

discharge of wastewaters;

iii)

 Using oil mist collectors to remove small

droplets of used oil from in-plant air to make

~1ant air suitable for continued recirculation

~

 Draining or otherwise removing used oil from

materials containing or otherwise contaminated

with used oil

 in order to remove excessive oil

to the extent possible pursuant to Section

739.110(c);

or

~J_

 Filtering,

 seoarating, or otherwise

reconditioning used oil before burning it

 in a

space heater pursuant to Section 739.123.

3)

 G~generator

whethat

burn~off—specification used oil for

energy recovery,

 except under the on—site space heater

provisions of Section 739.123, muotshall also comply with

739.Subpart G.

4)

 G~enerator whethat direct~shipments of off—specification

used oil from their facility to

 a used oil burner or first

claim~that used oil that is to be burned for energy

recovery meets the used oil fuel specifications set forth in

Section 739.111 mustshall also comply with 739.Subpart H.

5)

 G~enerator

whethat

dispose,~of used oil, including the use

of used oil as

 a dust suppressant, muotshall also comply

with 739.Subpart

I.

(Source:

 Amended at

_____

 Ill. Reg.

_________,

 effective

SUBPART E:

 STANDARDS

FOR USED OIL TRANSPORTER

AND

TRANSFER

FACILITIES

98

Section 739.141

 Restrictions on transporters that are not also processors

a)

 Used oil transporters may consolidate or aggregate loads of used

oil for purposes of transportation.

 However, except

 as provided

in subsection

 (b) of this Section, used oil transporters may not

process used oil unless they also comply with the requirements for

processors in Subpart F of this Part.

b)

 Transporters may conduct incidental processing operations that

occur in the normal course of used oil transportation (e.g.,

settling and water separation),

 but that are not designed to

produce

 (or make more amenable for production of) used oil derived

products unless they also comply with the processor requirements

in Subpart F of this Part.

 Transporters of used oil that is

 removed from oil—bearing

electrical transformers and turbines and which

 is filtered by the

transporter or at p transfer facility prior to being returned to

its original use are not sublect to the processor and re—refiner

requirements in 739.Subpart F.

(Source:

 Amended at

 Ill. Reg.

_________,

 effective

Section 739.144

 Rebuttable presumption for used oil

a)

 To ensure that used oil

 is not a hazardous waste under the

rebuttable presumption of Section 739.1l0(b)(1)(ii), the used oil

transporter muatshall determine whether the total halogen content

of used oil being transporter or stored at a transfer facility is

above or below 1,000 ppm.

b)

 The transporter muotshall make this determination by:

1)

 Testing the used oil; or

2)

 Applying knowledge of the halogen content of the used oil in

light of the materials or processes used.

c)

 If the used oil contains greater than or equal to 1,000 ppm total

halogens,

it

 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.

 The owner or operator may rebut the

presumption by demonstrating that the used oil does not contain

hazardous waste

 (for example, by using an analytical method from

SW—846,

 Edition III, to show that the used oil does not contain

significant concentrations of halogenated hazardous constituentB

listed in 35 Ill.

Adm.

Code 721.Appendix H).

 U.S. EPA Publication

SW—846,

 Third Edition,

is

available

 -for

the coot of ~1l0.00 from

the Government Printing Office,

 Superintendent of Documents,

P0

Box 371954,

 Pittsburgh,

 PA 15250—7954.

 (202) 783—3238

 (document

number 955—001—00000—1).

1)

 The rebuttable presumption does not apply to metalworking

oils and fluids containing chlorinated paraffins,

 if they

are processed,

 through a tolling arrangement as described in

Section 739.124(c), to reclaim metalworking oils and fluids.

The presumption does apply to metalworking oils and fluids

if such oils and fluids are recycled in any other manner, or

disposed.

2)

 The rebuttable presumption does not apply to used oils

99

contaminated with chlorofluorocarbons

 (CFC5)

 removed from

refrigeration units if the CFC are destined for reclamation.

The rebuttable presumption does apply to used oils

contaminated with CFCs that have been mixed with used oil

from sources other than refrigeration units.

d)

 Record retention.

 Records of analyses conducted or information

used to comply with subsections

 (a),

 (b),

and

(C)

of this Section

must be maintained by the transporter for at least

 3 years.

(Source:

 Amended at

 Ill. Reg.

________,

 effective

Section 739.146

 Tracking

a)

 Acceptance.

 Used oil transporters

 shall keep a record of each

used oil shipment accepted for transport.

 Records for each

shipment must include:

1)

 The name and address of the generator,

 transporter, or

processor that provided the used oil for transport;

2)

 The U.S. EPA identification number and Illinois special

waste identification number

(if

applicable)

 of the

generator, transporter,

 or processor that provided the used

oil for transport;

3)

 The quantity of used oil accepted;

4)

 The date of acceptance;

and

5)

 The signature4,

~j.

Except

provided

subsection

(a)(SUB)

below,

the

signature, dated upon receipt of the used oil, of

a

representative of the generator, transporter,

or

processor or re—refiner that provided the used oil for

transport.

~gj~

 An intermediate rail transporter

 is not required to

sign the record of acceptance.

b)

 Deliveries.

 Used oil transporters shall keep

 a record of each

shipment of used oil that

 is delivered to another used oil

transporter,

 or to a used oil burner, processor,

 or disposal

facility.

 Records of each delivery must include:

1)

 The name and address of the receiving facility or

transporter;

2)

 The U.S. EPA identification

number

and Illinois special

waste identification number of the receiving facility or

transporter;

3)

 The quantity of used oil delivered;

4)

 The date of delivery;

5)

 The signature4,

~j

 Except as provided in subsection

 (b)(5)(B)

 below, the

signature,

 dated upon receipt of the used oil,

 of a

100

representative of the receiving facility or

transporter.

flJ.

 An intermediate rail transporter

 is not required to

sian

the record of acceptance.

c)

 Exports of used oil.

 Used oil transporters shall maintain the

records described in subsections

 (b)(1) through (b)(4) of this

Section for each shipment of used oil exported to any foreign

country.

d)

 Record retention.

 The records described in subsections

 (a),

 (b),

and

 (c) of this Section must be maintained for at least three

years.

(Source:

 Amended at

 Ill. Reg.

_________,

 effective

SUBPART

F:

 STANDARDS

FOR USED OIL PROCESSORS

Section 739.152

 General facility standards

a)

 Preparedness and prevention.

 Owners

and operators of used oil

processors and re—refiners facilities

 shall. comply with the

following requirements:

1)

 Maintenance and operation of facility.

 Facilities must be

maintained and operated to minimize the possibility of a

fire,

 explosion,

 or any unplanned sudden or non—sudden

release of used oil to air,

 soil, or surface water which

could threaten human health or the environment.

2)

 Required equipment.

 All facilities must be equipped with

the following,

 unless none of the hazards posed by used oil

handled at the facility could require a particular kind of

equipment specified in subsections

 (a)(2)(A) through

(a)(2)(D) of this Section:

A)

 An internal communications or alarm system capable of

providing

immediate

emergency instruction (voice or

signal) to facility personnel;

B)

 A device,

 such as a telephone (immediately available

at the scene of operations) or a hand—held two—way

radio,

 capable of

summoning

emergency assistance from

local police departments,

 fire departments,

 or State

or local emergency response teams;

C)

 Portable fire extinguishers,

 fire control equipment

(including special extinguishing equipment, such as

that using foam,

 inert gas, or dry chemicals),

 spill

control

equipment4,

and decontamination equipment;

and

D)

 Water at adequate volume and pressure to supply water

hose streams, or foam producing equipment, or

automatic sprinklers, or water spray systems.

3)

 Testing and maintenance of equipment.

 All facility

communications or alarm systems, fire protection equipment,

spill control equipment, and decontamination equipment,

where required, must be tested and maintained

 as necessary

to assure its proper operation in time of emergency.

101

4)

 Access to communications or alarm system.

A)

 Whenever used oil is being poured, mixed,

 spread,

or

otherwise handled,

 all personnel involved in the

operation must have

immediate

access to an internal

alarm or

emergency communication device, either

directly or through visual or voice contact with

another employee, unless such a device is not required

in subsection

 (a)(2) of this Section.

B)

 If there

 is ever just one employee on the premises

while the facility is operating, the employee must

have

immediate access

to a device, such as

 a telephone

(immediately

available at the scene of operation)

 or a

hand—held two—way radio, capable of summoning external

emergency assistance, unless such a device is not

required in subsection

 (a)(2) of this. Section.

5)

 Required aisle space.

 The owner or operator shall maintain

aisle space to allow the unobstructed movement of personnel,

fire protection equipment,

 spill control equipment,

and

decontamination equipment to any area of facility operation

in an emergency, unless aisle space

 is not needed for any of

these purposes.

6)

 Arrangements with local authorities.

A)

 The owner or operator shall attempt to make the

following arrangements, as appropriate for the

type of

used oil handled at the facility and the potential

need for the services of these organizations:

i)

 Arrangements to familiarize police,

 fire

departments, and emergency response teams with

the layout of the facility, properties of used

oil handled at the facility and associated

hazards, places where facility personnel would

normally be working, entrances to roads inside

the facility,

 and possible evacuation routes;

ii)

 Where more than one police and fire department

might respond to an emergency,

 agreements

designating primary emergency authority to a

specific police and a specific fire department,

and agreements with any others to provide

support to the primary emergency authority;

iii)

 Agreements with State emergency response teams,

emergency response contractors,

 and equipment

suppliers; and

iv)

 Arrangements to familiarize local hospitals with

the properties of used oil handled at the

facility and the types of injuries or illnesses

which could result from fires,

 explosions, or

releases at the facility.

B)

 Where State or local authorities decline to enter into

such arrangements, the owner or operator shall

document the refusal in the operating record.

b)

 Contingency plan and emergency procedures.

 Owners and operators

102

of used oil processors and re—refiners facilities

 shall comply

with the following requirements:

1)

 Purpose and implementation of contingency plan.

A)

 Each owner or operator shall have a contingency plan

for the facility.

 The contingency plan must be

designed to minimize hazards to human health or the

environment

 from fires,

 explosions,

 or any unplanned

sudden or non—sudden release of used oil to air,

 soil,

or surface water.

B)

 The provisions of the plan must be carried out

immediately

whenever there is a fire, explosion, or

release o~ used oil which could threaten

human

health

or the environment.

2)

 Content of contingency plan.

A)

 The contingency plan must describe the actions

facility personnel muotshall take to comply with

subsections

 (b)(1) and (b)(6)

 of this Section in

response to fires, explosions,

 or any unplanned sudden

or non—sudden release of used oil to air, soil,

or

surface water at the facility.

B)

 If the owner or operator has already prepared a Spill

Prevention7- Control.,. and Countermeasures

 (SPCC) Plan

in accordance with 40 CFR 112,

 or 40 CFR 15lO~QQ,or

some other emergency or contingency plan, the owner or

operator need only amend that plan to incorporate used

oil management provisions that are sufficient to

comply with the requirements of this Part.

C)

 The plan must describe arrangements agreed to by local

 police departments,

 fire departments, hospitals,

contractors, and State and local emergency response

teams to coordinate emergency services, pursuant to

subsection (a)(6) of this Section.

D)

 The plan must list

names,

addresses, and phone numbers

(office and home)

 of all persons qualified to act as

emergency coordinator (see subsection (b)(5) of this

Section),

 and this list must be kept up to date.

Where more than one person is listed,

 one must be

named

 as primary emergency coordinator and others must

be listed

 in the order in which they will assume

responsibility as alternates.

E)

 The plan must include a list of all emergency

equipment at the facility

 (such as fire extinguishing

systems,

 spill control

equipment,

 communications and

alarm systems

 (internal and external),

and

decontamination equipment),

 where this

equipment

is

required.

 This list must be kept up to date.

In

addition,

 the plan must include the location and a

physical description of each item on the list,

 and a

brief outline of its capabilities.

F)

 The plan must include an evacuation plan for facility

personnel where there is

 a possibility that evacuation

could be necessary.

 This plan must describe signal(s)

103

to be used to begin evacuation, evacuation routes,

and

alternate evacuation routes

 (in cases where the

primary routes could be blocked by releases of used

oil or fires).

3)

 Copies of contingency plan.

 A copy of the contingency plan

and all revisions to the plan must be:

A)

 Maintained at the facility;

and

B)

 Submitted to all local police departments,

 fire

departments, hospitals, and State and local emergency

response teams that may be called upon to provide

emergency services.

4)

 Amendment

of contingency plan.

 The contingency plan must be

reviewed,

 and immediately amended,

 if necessary,

 whenever:

A)

 Applicable regulations are revised;

B)

 The plan fails in an emergency;

C)

 The facility changes—in its design, construction,

operation, maintenance, or other circumstances—in a

way that materially increases the potential for fires,

explosions, or releases of used oil, or changes the

response necessary in an emergency;

D)

 The list of emergency coordinators changes;

or

E)

The

 list of emergency equipment changes.

5)

 Emergency coordinator.

 At all times,

 there must be at least

one employee either on the facility premises or on call

(i.e., available to respond to an emergency by reachi.ng the

facility within a short period of time) with the

responsibility for coordinating all emergency response

measures.

 This emergency coordinator shall be thoroughly

familiar

with all aspects of the facility’s contingency

plan, all operations and activities at the facility, the

location and characteristic of used oil handled, the

location of all records within the facility,

 and facility

layout.

 In addition,

 this person must have the authority to

commit the resources

needed to carry out the contingency

plan.

BOARD

NOTE:

 U.S. EPA cited the following as guidance:

The

emergency coordinator’s responsibilities are more fully

spelled out in subsection (b)(6) below.

 Applicable

responsibilities for the emergency coordinator vary,

depending on factors such as type and variety of used oil

handled by the facility,

 and type and complexity of the

facility.

6)

 Emergency procedures.

A)

 Whenever there is an imminent or actual emergency

situation, the emergency coordinator

 (or the designee

when the emergency coordinator is on call)

 shall

immediately:

i)

 Activate internal facility alarms or

104

communication systems, where applicable, to

 notify all facility personnel;

and

ii)

 Notify appropriate State or local agencies with

designated response roles

 if their help

is

needed.

B)

 Whenever there is a release,

 fire,

 or explosion,

the

emergency coordinator shall immediately identify the

character, exact source,

 amount,

 and a real extent of

any released materials.

 He or she may do this by

observation or review of facility records of manifests

and,

 if necessary, by chemical analysts.

C)

 Concurrently,

 the emergency coordinator shall assess

possible hazards to human health or the environment

that may result from the release,

 fire,

 or explosion.

This assessment must consider both direct and indirect

effects of the release, fire,

 or explosion

 (e.g., the

effects of any toxic,

 irritating,

 or asphyxiating

gases that are generated, or the effects of any

hazardous surface water run—offs from water of

chemical agents used to control fire and heat—induced

explosions).

D)

 If the emergency coordinator determines that the

facility has had a release,

 fire,

 or explosion which

could threaten human health, or the environment,

outside the facility,

 he or she shall report hia

findings as follows:

i)

 If his assessment indicated that evacuation of

 local areas may be advisable,

 he or she shall

immediately

notify appropriate local

authorities.

 He or she shall

 be available to

help appropriate officials decide whether local

areas should be evacuated;

and

ii)

 He shall immediately notify either the

government official designated as the on—scene

coordinator for the geographical area

 (in the

applicable regional contingency plan under 40

CFR 1510aQQ),

 or the National Response Center

(using their 24—hour toll free number (800) 424—

8802).

 The report must include:

 Name

and

telephone number of reporter; Name and address

of facility; Time and type of incident

 (e.g.,

release,

 fire); Name and quantity of material(s)

involved, to the extent known;

 The extent of

injuries,

 if any;

 and c~hepossible hazards to

human

health, or the environment,

 outside the

facility.

E)

 During an emergency, the emergency coordinator

 Ethall

take all reasonable measures necessary to ensurE! that

fires,

 explosions,

 and releases do not occur,

 recur,

or spread to other used oil or hazardous waste

 at the

facility.

 These measures must include, where

applicable,

 stopping processes and operation,

collecting and containing released used oil,

and

removing or isolating containers.

105

F)

 If the facility stops operation in response to a fire,

explosion, or release, the emergency coordinator shall

monitor for leaks, pressure buildup, gas generation,

or ruptures in valves, pipes,

 or other equipment,

wherever this

 is appropriate.

G)

 Immediately after an emergency, the emergency

coordinator shall provide for recycling, storing,

or

disposing of recovered used oil, contaminated soil or

surface water,

 or any other material that results from

a release,

 fire,

 or explosion at the facility.

H)

 The emergency coordinator shall ensure that,

 in the

affected area(s)

 of the facility:

i)

 No waste or used oil that may be incompatible

with the released material

 is recycled,

 treated,

stored, or disposed of until cleanup procedures

are completed; and

ii)

 All emergency equipment

 listed in the

contingency plan is cleaned and fit for its

intended use before operations are resumed.

iii)

 The owner or operator shall notify the t4e

Agency,

 and all other appropriate State and

local authorities that the facility is

in

compliance with subsections

 (b)(6)(H)(i) and

(b)(6)(H)(ii) of this Section before operations

are resumed in the affected area(s) of the

facility.

I)

 The owner or operator shall note in the operating

record the time,

 date4, and details of any incident

that requires implementing the contingency plan.

Within 15 days after the incident, 4~ej~,shall submit a

written report on the incident to the Regional

Administrator.

 The report must include:

i)

 The name,

 address, and telephone

number of

the

owner or operator;

ii)

The

name,

 address, and telephone

number of

the

facility;

iii)

 The date,

 time, and type of incident

 (e.g.,

fire, explosion);

iv)

 The name and quantity of material(s)

 involved;

v)

 The extent of injuries,

 if any;

vi)

 An assessment of actual or potential hazards to

human health or the environment, where this is

applicable; and

vii)

 The estimated quantity and disposition of

recovered material that resulted from the

incident,

(Source:

 Amended at

 Ill. Reg.

_________,

 effective

106

Section 739.153

 Rebuttable presumption for used oil

a)

 To ensure that used oil is not

 a hazardous waste under the

rebuttable presumption of Section 739.llO(b)(1)(ii),

 the owner or

operator of a used oil processing facility muatshall determine

whether the total halogen content of used oil managed at the

facility is above or below 1,000 ppm.

b)

The

owner or operator

mu-s-tshall

make this determination by:

1)

 Testing the used oil; or

2)

 Applying knowledge of the halogen content of the used oil in

light of the materials or processes used.

c)

 If the used oil contains greater than or equal to 1,000 ppm total

halogens,

 it 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.

 The owner or operator may rebut the

presumption by demonstrating that the used oil does not contain

hazardous waste

 (for example,

 by using an analytical method from

SW—846, Edition III, to show that the used oil does not contain

significant concentrations of halogenated hazardous constituents

listed in

35

 Ill.

 Adni.

 Code 721.Appendix H).

 U.S. EPA Publication

SW—846, Third Edition,

 is available for the coot of ~110.0O from

the Government Printing Office, Superintendent of Documents,

P0

Box 371954, Pittsburgh, PA 15250—7954.

 (202)

 783—3238 (document

number 955—001—00000—1).

1)

 The rebuttable presumption does not apply to metalworking

 oils and fluids containing chlorinated paraffins,

 if they

are processed, through

 a tolling arrangement as described

in

Section 739.124(c), to reclaim metalworking oils and fluids.

The presumption does apply to metalworking oils and fluids

if such oils and fluids are recycled in any other manner, or

disposed.

2)

 The rebuttable presumption does not apply to used oils

contaminated with chlorofluorocarbons (CFC5) removed from

refrigeration units if the CFC are destined for reclamation.

The rebuttable presumption does apply to used oils

contaminated with CFCs that have been mixed with used oil

from sources other than refrigeration units.

(Source:

 Amended at

 Ill. Reg.

________,

 effective

SUBPART

G:

 STANDARDS

FOR USED

OIL BURNERS THAT BURN

OFF—SPECIFICATION USED OIL FOR ENERGY

RECOVERY

Section 739.163

 Rebuttable presumption for used oil

a)

 To ensure that used oil managed at a used oil burner facility is

not hazardous waste under the rebuttable presumption of Section

739.110(b) (1) (ii), a used oil burner muctshall determine whether

the

total halogen content of used oil managed at the facility is

above or below 1,000 ppm.

b)

 The used oil burner muctshall determine if the used oil contains

above or below 1,000 ppm total halogens by:

107

1)

 Testing the used oil;

2)

 Applying knowledge of the halogen content of the used oil in

light of the materials or processes used; or

3)

 If the used oil has been received from a processor subject

to regulation under Subpart F of this Part, using

information provided by the processor.

c)

 If the used oil contains greater than or equal to 1,000 ppm total

halogens,

it

 is presumed to be a hazardous waste because it has

been mixed with halogenated hazardous waste listed in 35 Ill.

 Adin.

Code 721.Subpart

D.

 The owner or operator may rebut the

presumption by demonstrating that the used oil does not contain

hazardous waste

 (for example,

 by using an analytical method from

SW—846, Edition III, to show that the used oil does not contain

significant concentrations of halogenated hazardous constituents

listed in 35 Ill.

Adm.

Code 721.Appendix H).

 U.S. EPA Publication

SW—846,

 Third Edition,

 is available for the

coot—of—$110.00

from

the Government Printing Office,

 Superintendent of Documents, P0

Box 371954, Pittsburgh, PA 15250—7954.

 202—783—3238

 (document

number

955—001-00000—1).

1)

 The rebuttable presumption does not apply to metalworking

oils or fluids containing chlorinated paraffins,

 if they are

processed,

 through a tolling arrangement as described in

Section 739.124(c), to reclaim metalworking oils or fluids.

The presumption does apply to metalworking oils or fluids

if

such oils and fluids are recycled in any other manner, or

disposed.

2)

 The rebuttable presumption does not apply to used oils

contaminated with chiorofluorocarbons

 (CFCs) removed from

refrigeration units where the CFCs are destined for

reclamation.

 The rebuttable presumption does apply to used

oils contaminated with CFC8 that have been mixed with used

oil

 from sources other than refrigeration units.

d)

 Record retention.

 Records of analyses conducted or information

used to comply with subsections

 (a),

 (b),

and

(c)

 above must be

maintained by the burner for at least

 3 years.

(Source:

 Amended at

 Ill. Reg.

_________,

 effective

SUBPART H:

 STANDARDS FOR USED OIL FUEL MARKETERS

Section 739.171

 Prohibitions

A used oil fuel marketer may initiate a shipment of off—specification used oil

only to

 a used oil burner that:

a)

 Has a~U.S. EPA identification number and Illinois special waste

identification number; and

b)

 Burns the used oil in an industrial furnace or boiler identified

in Section 739.161(a).

(Source:

 Amended at

 Ill.

 Reg.

_________,

 effective