1. THE CITY OF GALVA
  2. ILLINOIS
  3. BRUNER, COOPER & ZUCK, INC.
  4. TECHNICAL SUPPORT DOCUMENTSITE SPECIFIC WATER QUALITY
  5. STANDARD
  6. GALVA, ILLINOIS
      1. List of Figures
      2. Appendices
      3. FIGURE 6
  7. Bruner. cooper & Zuck . Inc.
      1. 2.3 Galva Municipal Water Supply
      2. Figure 9
      3. Cost Estimate - Potable Water Ion Exchange Process
      4. Figure 10
      5. Cost Estimate - Reverse Osmosis Process
      6. Construction Items Cost
      7. 7. Conclusion
  8. CITY OF GALVANORTHEAST S.T.P.
  9. NPDES PERMIT NO. IL0026344
  10. APPENDIXC
  11. POTABLE WATER TESTING RESULTS
  12. APPENDIXD
  13. MASS BALANCE CALCULATIONS
  14. DATE -'---_
  15. Illinois Streamflow Assessment Model
  16. IIIinois Streamflow Assessment Model
  17. Illinois Streamflow Assessment Model

PREPARED FOR:
PREPAREDBY: .
THE CITY OF GALVA

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ILLINOIS
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11/30/09

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BRUNER, COOPER & ZUCK, INC.
Civil Engineers. Structural Engineers
+
Land Surveyors
188 East Simmons Street, P.O. Box 1519
Galesburg, Illinois 61401 .
Fa:
(309) 343-9282 FAX: (309) 343-5232

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TECHNICAL SUPPORT DOCUMENT
SITE SPECIFIC WATER QUALITY

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STANDARD

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GALVA, ILLINOIS
Revised October 6, 2008
. Project No. 250099
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

Table of Contents
1
Introduction
1.1
Purpose ofthis Report
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1.2
Scope ofthis Report
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1.3
Background Information
2
Existing Facilities Information
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2.1
Northeast Sewage Treatment Plant
2.2
Southwest Sewage Treatment Plant
2.3
Galva Municipal Water Supply
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Evaluation
of Potential Solutions
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3.1
Wastewater Treatment Options
3.1.1 Ion Exchange
3.2
Potable Water Treatment Options
3.2.1
Potable Water Ion Exchange Process
3.2.2
Potable Water
Reverse Osmosis Process
3.3
Alternative Water Sources
3.3,1
Drill a New Well
3.3.2
City of Kewanee
3.3.3
City of Galesburg
4
A Site
Specific Water Quality Standard
4.1
ReliefNecessary for Compliance
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4.2
Northeast STP Effluent Mass Balance
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4.3
Southwest STP Effluent Mass Balance
5
Environmental Effects
of a Site Specific Water Quality Standard
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5.1
Nature ofBoron
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\ 5.2
IEPA Stream Assessment
5.3
Current Stream Usage
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Past Petitions Granted.by the IPCB
7
Conclusion
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References
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List of Figures
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Figure 1
Figure 2
Figure 3
Figure 4
Figure 5
Figure 6
Figure 7
Figure 8
Figure 9
Figure
10
Figure 11
Figure 12
Appendices
Appendix A
AppendixB
Appendix C
AppendixD
AppendixE
Location.Map
City Map
Affected Waterways
Northeast Sewage Treatment Plant Schematic
Average Monthly Flows at Sewage Treatment Plants
Southwest
Sewage Treatment Plant Schematic
Southwest Sewage Treatment Plant Boron Concentrations
Cost Estimate - Ion Exchange Process at STPs
Cost Estimate - Potable Water Ion Exchange Process
Cost Estimate -
Reverse Osmosis Process
Altemative Water Source Locations
Points
ofDilution
City of Galva Northeast STP NPDES Permit
City ofGalva Southwest STPNPDES Permit
City of Galva Potable Water Testing Results
City of Galva Mass Balance Calculations
City of Galva Test Results: SW STP .Boron Concentrations
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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1.
Introduction
1.1
Purpose of this Report
The purpose ofthis report is-to identify, discuss, and analyze the circumstances
and effects of a site specific water quality standard for the City of Galva, Illinois,
to discharge boron concentrations in their wastewater treatment plant effluent in
excess ofthe illinois Environmental Protection Agency's (IEPA) currentlimits.
The City of Galva has been working with the IEPA and intends on filing a
petition
to the lllinois Pollution Control Board (IPCB) requesting a site specific
water quality standard for the discharge from both the Northeast Sewage
Treatment Plant and the Southwest
Sewage Treatment Plant.
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1.2
1.3
Scope of this Report
The scope ofthis report includes pertinent background information on the City of
Galva's existing sewage treatment and water treatment facilities. This report also
includes information on the affected natural resources, an analysis ofthe limits.of
the adjusted standard, and a discussion ofthe environmental effects of a site
specific water quality standard. Alternative solutions to
an adjusted standard are
also discussed
in
this report.
Background Information
The City ofGalva is a community of2,758 people located in the south central
portion
ofHenry County, lllinois. Galva occupies portions ofSections 21, 26, 27,
28,33,34 and 35 in Township 14 North, Range 4 East ofthe Fourth Principal
Meridian,
Henry County, Illinois. Refer to Figure 1 for a location map,and to
Figure 2 for a city map.
The City'ssewage treatment process consists oftwo (2) plants. The Northeast
Sewage Treatment Plant (Northeast STP) is an activated sludge plant that
discharges into an unnamed tributary ofthe South Branch ofthe Edwards River.
The Southwest Sewage Treatment Plant (Southwest STP) is an aerated lagoon
system that discharges into Mud Creek, a tributary of Walnut Creek, a tributary of
Spoon River. Refer to Figure 3 for a map depicting the affected streams.
The Southwest STP accepts numerous domestic wastes as well as pretreated
industrial waste from the Dixline Corporation, ametal finishing plant. While
sampling
for a site specific metal translator (copper and nickel) as part ofthe
City'sNPDES discharge permit, it was discovered that the boron levels in the
discharge was above the set limit of 1.0 mglL.
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

LOCATION MAP
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FIGURE
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Electronic Filing - Received, Clerk's Office, October 17, 2008
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FIGURE 2
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PROfESSlO1W.
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CITY MAP
CITY OF GALVA
Bruner, Caaper
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Consulting Engineers
Structural Engineers
Land Surveyors
Phone: [3(9)
343-92B2
IB8 Easl Sirrrons Sheet .
fax: (J09) 343-5232
P.O. 80: 1519
Hkil: bczabczeogineering.com
GoIesbtrg,
IIJiIlOlS 6H02-1519
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

JOB NO. 250099
DATE:
01/23/2007
Bruner, cooper
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FIGURE 3
AFFECTED WATERWAYS
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The levels ofboron from the discharge at the Southwest Plant have'beentraced by
City personnel back to the Galva Municipal Water Supply. Recent samples taken
from the Galva Municipal Wells show boron levels of 1.0 mg/L and 1.1 mgiL,
respectively, for Well #4 and Well #5. A copy ofthese test results is available in
the appendix ofthis report.
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Existing Facilities Information
2.1
Northeast Sewage Treatment
Plant
The Northeast STP, as stated above, utilizes an activated sludge process to treat a
design average flow of 0.385 MGD and a design maximum flow of 0.867 MGD.
Refer to Figure 4 for a schematic ofthe Northeast STP.
The Northeast STP discharges into an unnamed tributary ofthe South Branch of
the Edwards River located in the Mississippi Central River Watershed. The
effluent travels approximately 1.1miles downstream to the South Branch ofthe
Edwards River. The South Branch ofthe Edwards River travels approximately
15.0 miles downstream andjoins the Edwards River.
Discharge from the Northeast STP is permitted under NPDES Permit
No.IL0026344, which is included in the appendix ofthis report. Sampling and
reporting ofeffluent boron levels are not required by this permit. A chart of
discharge flows from both ofthe sewage treatment plants may be found in Figure
5.
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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NORTHEAST TREATMENT PlANT
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FIGURE 4
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NOT TO SCALE
WASTE WATER TREATMENT PlANT CIlY OF GN.VA
Bruner" .cooper
&.
Zuck "Inc.
Consulting Engineers
Structural Engineers
Land Surveyors
Phone: (3091 343-9282
188 Eosl Simmons Slreel
Fox: (309) 343-5232'
P.O.
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1519
PROITSSIOlW. IJESl(;Il FlRM.
[-Moil: bcz@btleoyineering.com
Colesburg. IDinllls 61402-1519
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JOB NO. 250099
DATE: 08/26/2005
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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Average.Monthly Flows. at Sewage Treatment Plants
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Considering that the boron levels being experienced at the Southwest STP have
been traced
back to the Galva Municip.al Water Supply; it.canbe
assum~d
that-the
boron
levels in the effluent from the Northeast STP are somewhat similar.
Testing conducted
in
July of2005 shows the correlation ofthe two STP
discharges.
These testTes.ults are available in the appendix
ofthis.
report..
2.2
Southwest Sewage Treatment Plant
The Southwest STP, as previously stated, utilizes an aerated lagoon process to
treat a
design average flow of 0.3 MGD and a design maximum flow of 1.0
MGD. Refer to Figure 6 for a.schematic ofthe Southwest SIP.
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The Southwest STP discharges into Mud Run Creeklocated
in
the Spoon River
Watershed.
The effluent travels approximately 7.0 miles downstream to Walnut
Creek.
Walnut Creek then discharges into the Spoon River 31.7 miles
downstream.
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Discharge from the Southwest STP is permitted under NPDES Permit
.
No.IL0023647, which-is included in the appendix ofthis report. The permit was
issued June 4,2004, and effective July 1,2004, and included effluent sampling
and reporting requirements for boron with a
limit of 1.0 mg/I. However, this
permit
was subsequently revised and reissued August 4,2004, and effective
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Electronic Filing - Received, Clerk's Office, October 17, 2008
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SCHEMATIC QRAWING
SOUTHWEST TRE"ATMENT PlANT
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FIGURE 6
NOT TO SCALE

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Bruner. cooper
&
Zuck . Inc.
Consulting Engineers
Structural Engineers
Land Surveyors
P!Jooe:
(E) 343-9282
188 [as! SiTmoos Sireel
fllI:
(309) 3l3-5232
P.O. Bol 1519
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JOB NO. 250099
DATE:
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08/26/2005
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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September 1, 2004. The revised permit has a condition with a compliance
schedule to achieve the permitted levels
of boron in the effluent.
A chart
ofthe boron levels measured at the Southwest STP from September of
2004 through May 30, 2008 compiled by Mr. Larry Lawson, Plant Operator, may
be seen
in Figure 7 ofthis report. The maximum concentration was 3.0 mg/L in
September of2006.
It should be noted thatthe results show the effect of the increase in flow to the
facility due to rainfall infiltration into the sewage collection system. Also
the
effects ofthe 2006 drought conditions experienced in illinois decreased the flows
into the STPs and along
with evaporation, resulted in higher boron concentrations
in the water discharged.
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

Boron Concentration (mg/L)
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October-04
November-04
December-04
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September-OS
October-OS
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January-07
February-07 "
March-07
April-Q7
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June-07
July-Q7
August-Q7
September-07
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November.07
Deeember-07
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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2.3
Galva Municipal Water Supply
The City of Galva currently owns, operates and maintains a potable water supply,
storage and distribution system within the City'scorporate limits. The origins
of
this system date back to 1894, when Well No.1 was drilled at the water works
immediately east
ofthe public square. Since that time, the City of Galva has
made several major improvements and modifications to its public water supply.
At the present time, the City
of Galva is producing potable water from both Well
No.4 and Well No.5. Refer to Figure 2 for.the location of the wells within the
City
of Galva and in relation to the location of the sewage treatment plants. The
City
of Galva currently uses an average of approximately 400,000 gallons of
water per day. A further description of how water is produced at each well site is
as follows below.
Well
No.4, located near the southwest corner ofNE 2
nd
Street and Center
Avenue, was drilled
in 1933 to a depth of 1,686 feet, stopping in the Shakopee
Dolomite Formation. The well pump installed in this well is a
turbine pump set at
a depth
of450 feetbelow ground level. The pump is driven by a 100 horsepower
motor and has a nominal pumping capacity
of 550 gallons per minute (gpm).
During the early 2000's,'excessiveradium concentrations were discovered in the
water from Well
No.4. To exclude the radium bearing waters from this Well, the
Well was successfully lined, leaving the effective depth of the Well at 834 feet.
This procedure reduced the capacity
ofthe Well to approximately 420 gpm.
Water from the pump in Well
No.4 is discharged into a 600 gpm capacity forced
draft aerator. This unit sits approximately 20 feet above ground level, being
mounted on top
of a 43,000 gallon steel ground storage tank.
Well
No.5, located on the south side of U.S. Route 34 on the eastern edge of
Galva, near the City'sMaintenance Building, was drilled
in
1988 to a depth of
1,770 feet, stopping in the Shalcopee Dolomite Formation. The well pump
installed in this well is a submersible pump set at a
depth of 540 feet below
ground level. The pump is driven by a 125 horsepower motor
and has a rated
pumping capacity
of 600 gpm.
During the early
2000's, excessive radium concentrations were discovered in the
water from Well
No.5. To exclude the radium bearing waters from this Well, the.
Well was successfully lined" leaving the effective depth ofthe Well at 794 feet.
This procedure reduced the capacity
ofthe Well to approximately 420 gpm.
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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3.1
The water works system at the site ofWell No.5 works in a manner similar to
that ofthe system at the site of Well No.4. Water from the submersible pump in
Well No.5 is discharged into a force draft aerator, which is mounted on top ora
20,000 gallon ground storage tank.
Galva'stwo water works/well sites are located approximatelyo/.t of a mile from
each other, but work in tandem to supply water to the citizens of Galva through a
series ofinterconnecting 6" and 8" water mains that form the heart ofthe City's
potable water distribution system.
The excess boron levels found by Mr. Lawson at the STPs can be directly traced
back
to the municipal water supply, as boron is a naturally occurring element in
the
City of Galva's Municipal Water Supply. Refer to the appendix ofthis report
for testing results. While the levels ofboron experienced at the STPs have been
traced
back to the drinking water, the potable water supply for the City of Galva
remains in compliance with Federal and State Water Quality Standards.
Evaluation of Potential Solutions
Wastewater Treatment Options
Prior to considering a site specific water quality standard, the City of Galva
considered several options for solving the boron concentration problem in their
wastewater effluent.
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3.1.1 Ion Exchange
Ion exchange has been used successfully for boron removal. Ion exchange is a
process
which selectively removes ions from water. This is accomplished by
exchanging them with other ions which are attached to an exchange media or
resin.
With aproperly selected resin, the :undesirable ions are replaced by the
resin
as the water passes through the exchange media. When the supply of resin.
becomes saturated, the media is backwashed, regenerated with a solution of acid,
and rinsed.
A properly operated ion exchange plant will reduce the boron levels in the feed
water by approximately 90%.
Usually the wastewater from backwashing, regenerating and rinsing is discharged
to drain after the Ph is adjusted. However, in tIns instance that is obviously not an
option.
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* * * * * R2009-011 * * * * *

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The wastewater concentrations of boron from the regeneration cycle would be
approximately 3100 mg/I. Even with dilution
of the regeneration wastewater
from the backwash and rinse cycles the concentration
of boron would be about
375 mg/I.'
Assuming
an ion exchange unit at each ofthe STps'an.dtreating 50% ofthe
effluent, approximately 5000 gallons ofwastewater would be produced at each
STP every
8-9 days, This means that ever 4
th
or 5
th
day 5000 gallons of water,
highly concentrated with boron, would have to be disposed
of.
The most reasonable method of disposal would be to pump or truck the water to a
large sewage treatment plant that discharges to a major river.
Tbis
would be one
ofthe plants in the Quad Cities or Peoria, both approximately 50 miles away.
Typically, evaporation ponds have not been effective
in the central Illinois
climate; however, with the relatively small amount
of wastewater being generated
evaporation
as a disposal'methodmight be possible. Numerous project specifics
would need
to be known and analyzed to mal<:e that determination.
Although an ion exchange system would need to
be installed at both STPs,
operation would only
be necessary when infiltration levels do not provide
adequate dilution to reduceboron levels below the permit limits,
UnfortUnately,
the number of days that operation would be required cannot be predicted because
it would be entirely weather dependant.
The estimated cost to construct an
ion exchange system at each
STP may be seen
in
Figure 8. This estimate does notinclude operation and
maintenance costs which would add considerably to
the long term costs.
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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.Figure 8
Cost Estimate - Ion Exchange Process
at STPs
Construction Items
'Cost
Ion Exchange Equipment
$420,000
Backwash Storage Tank
$78,750
Building
$105,000
Plant Piping
$52,500
Electrical
$78,750
HVAC
$21,000
Site Work
$10,500
.Miscellaneous
$15,750
Subtotal
$782,250
10% Contingency
$78,225
Subtotal Construction
$860,475
x2 Plants
$1,720,950
Non-Construction Items
Design Engineering
$177,450
Construction Engineering
$100,800
Legal Fees
$17,210
Subtotal Non-Construction Items
$295,460
(Engineering Fees based on Rural
Development Fee Schedule and Legal
Fees based on 1
%
ofConstruction) .
Total Estimated Cost:
$2,016,410
3.2
Potable Water Treatment Options
The City of Galva also considered treating their potable water supply to reduce
the amount ofboron in the wastewater effluents.
3.2.1 Potable Water Ion Exchange Process
The ion exchange process, as discussed above,could be utilized to treat the
potable water supply to reduce the levels of boron prior to the water being sent to
the distribution system and ultimately to the STPs.
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* * * * * R2009-011 * * * * *

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Unlike treating at the STPs, the treatment would have to operate every day. Even
if only about 50% ofthe water is treated, reducing boron levels to approximately
55% - 60% of current, the same 5000 gallons ofwaste from the regeneration
cycle, and the associated disposal problems would be generated every 7-8 days.
For the purposes ofthis report,
it
has been assumed that treatment facilities would
be constructed on City property near Well #5. Well #4 would pump to the facility
to be treated, or blended, and pumped back to the Well #4 site to utilize the
existing storage reservoir and the high service pumps to the distribution system.
An estimated costto construct an ion exchange system at the property near Well
#5 can be seen
in
Figure 9. This estimate does not include operation and
ma.!-ntenance costs associated with the system.
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Figure 9
Cost Estimate - Potable Water Ion Exchange Process
Construction Items
Cost
Ion Exchange Equipment
$525,000
Backwash Storage Tank
$105,000
Finish Water Reservoir
$210,000
Building
$136,500
Plant Piping
$63,000
Electrical
$105,000
HVAC
$31,500
Site Work
$21,000
RawlFinishWater Mains (± 4000'
each)
$420,000
Miscellaneous
$31,500
Subtotal.
$1,648,500
10% Contingency
$164,850
Subtotal.Construction
$1,813,350
Non-Construction Items
Design Engineering
$163,800
Construction Engineering
$94,500
Legal Fees
$18,134
PerrnitFees (B.N.S.F.)
$10,000
Subtotal Non-Construction Items
$286,434
(Engineering Fees based on Rural
Development Fee Schedule
and
Legal Fees based on 1
%
of
Construction)
Total'Estimated Cost:
$2,099,784
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3'.2.2
Potable Water
Reverse Osmosis
Process
Reverse osmosis (RO) has been successfullypilot tested and ilsed in full scale
operation
for boron removal, although, somewhat just recently and not as
commonly as the ion exchange process.
----------R8-is-a-membrane-separation-technique in which a semi-permeable membrane
allows water permeation while acting as a highly selective barrier. This barrier
allows separation ofinoiganic and microbial species.
In
RO, an external pressure
difference
is applied to the solution, causing water to flow against the natural
direction through the membrane producing
water purer than the original solution.
RO presents a much larger problem with the waste disposal issue than the ion
exchange option. A typical RO unit would have a 75% recovery rate. In other
words, 100 gallons offeed water would result in 75 gallons ofpermeate, or good
water, and 25 gallons of concentrate to be sent to waste. However, considering
pre
and post cycle flushes, to rinse the membranes, about 1/3 of the feed water is
actually sent
to waste. Similarto the ion exchange option, if only 50% ofthe
water
is treated to reduce the levels of boron this would generate approximately
100,000 gallons of waste each day.
Obviously, this is too large of quantity to be trucked to another facility or to
consider evaporation ponds, which are not effective in the centrallllinois climate,
leaving
deep well injection as a method of disposal.
Deep well injection has been used for disposal ofRO concentrate, primarily for
seawater treatment
plants, in some locations in the United States. The use of deep
wells
has been limited to seawater plants because the concentrate from treating
seawater is
so highly mineralized that there is practically no other option for
disposal.
On the other hand, the concentrate from treating thebrackish well feed
water
can be satisfactorily diluted by merely discharging to a municipal sewer
system. Usually when the decision is made
to treat seawater the available options
to provide a potable water supply are so limited that the huge cost for a deep well
disposal system can be justified.
For the purposes ofthis report, it has been assumed that treatment facilities would
be constructed on City property near Well #5. Well #4 would pump to the facility
to be treated, or blended, and pumped back to the Well #4 site to utilize the
, ' existing storage reservoir
and the high service pumps to the distribution system.
An estimated cost to construct a RO system at the property near Well'#5 is
,included in Figure
10. This estimate does not include operation and maintenance
costs, which would be significant.
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Figure 10
Cost Estimate - Reverse Osmosis Process
Construction Items
Cost
Reverse Osmosis Equipment
$1,050,000
Concentrate Storage Tank
$420,000
Deep Well
&
Injection System
$3,150,000
Replace Well Pumps
$78,750
Building
$157,500
Plant Piping
$78,750
Electrical
$105,000
HVAC
$31,500
Site Work
$26,250
RawlFinish Water Mains (+ 4000' each)
$420,000
Miscellaneous
$105,000
Subtotal
$5,622,750
10% Contingency
$562,275
Subtotal Construction
$6,185,025
Non-Construction Items
Design Engineering
$467,250
Construction Engineering
$266,700
Legal Fees
$61,005
Permit Fees (RN.S.F.)
$10,500
Subtotal Non-Construction Items
$805,455
(Engineering Fees based on Rural
Development Fee
Schedule and Legal
Fees based on .1% ofConstruction)
Total Estimated Cost:
$6,905,955
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3.3
Alternative Water Sources
The City researched several alternative water sources to solve its boron discharge
problems. For map depicting each of the options discussed below refer to Figure
11.
3.3.1 Drill a New Well
Locating and utilizing an alternative source ofboron-free water to blend with, or
replace, the City's current water supply would provide a solution to the problem.
Most ofthe public water supplies owned by surrounding communities are served
by deep wells drilled into the same or similar geologic formations as the wells in
the City of Galva.
Shallow wells in sand and gravel deposits would be the most likely source of
boron free water. Consulting the "Groundwater Geology in Western Illinois,
North Part" published as Circular 222 in 1956 by the Illinois State Geological
Survey, indicated that the nearest location with the potential for this type ofwell
is
in
the far northeastern po:rtion of Hemy County near the Green River. This is a
straight line distance of20 to 25 miles.
A
search ofthe Illinois State Water Survey'sPrivate Well Database revealed that
there are very few private shallow wells anywhere near the City of Galva. A well
for a private residence would not need to produce a large quantity ofwater, and
the fact that there are very few would seem to confirm that the Green River
Valley is in fact the nearest location available.
This option would require a test-drilling program to determine whether suitable
deposits are present and,. ifpresent, whether or not an adequate supply can be
obtained. Other factors to be considered would be the availability ofland, the
type of well, or. wells, that would necessary, pumping facilities and a transmission
main to Galva.
An up-front cost estimate for this option can not be presented at this time because
so many factors would depend upon the results ofthe test drilling program.
Discussions with a well driller, familiar with the area, resulted in a recommended
budget figure of $1 00,000 for a preliminary test drilling program.
3.3.2 City of Kewanee
Another potential source of boron free water is the City ofKewanee, which is .
approximately 12 miles northeast from Galva;
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FIGURE 11
JOB NO. 250099
DATE:
01/23/2007
Bruner, cooper
& zuck ,Inc.
ConsuII:1ng Engineern
Slrueturol EngilleefB.
Land SurveyolS
Ilooo:
(II) Xl-D!
l!
EK s-o: !lIw:
r.:
19l:lll-&2
PA
ill: lSI!
HE~
Woior>_~llll
ALTERNATIVE WATER
SOURCE LOCATlot\lS
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The City of Kewanee has recently installed two new reverse osmosis water
treatment plants to treat potable water from its mUIiicipal wells. An initial inquiry
to the City ofKewanee regarding a pipeline and subsequent purchase oftreated
water
by the City
of
Galva was determined 'tonot be feasible by the City of
Kewanee, due to amount ofwater that maypotentially.be needed by Galva in the
future.
3.3.3 City of Galesburg
Another source of boron-free water exists in the City ofGalesburg, located
approximately 22 miles southwest ofGalva.
The idea of a Galesburg to Galva
pipeline has been around for quite a number ofyears. Initial discussions have
taken
place between the City of Galva and the City of Galesburg regarding such a
project and they have been positive. A report discussing the technical issues and
estimated
costs that would be faced by such a project has just recently been
completed and presented to the City of Galva for consideration.
The
estimated cost of such a pipeline project is a very complex issue, with several
municipalities along the route andquestions
ofhow the proportionate share ofthe
costs are to be detennined.Fiom the report, the City of Galva's share would be.
approximately $13.6 million of the total estimated project cost of $16.1 million.
This
estimate does not factor in operation and maintenance costs which are
expected to be very significant.
It should benoted that the contact with the City
of Kewanee and the discussions
with the City of Galesburg were not because ofthe boron issue. Presently, the
City of
Galva is actively involvedwith Prairie Ethanol, LLC,
in
developing a
Galva site for the construction of an ethanol plant. A feasibility study of the
proposed
site has been prepared for Prairie Ethanol by BMI International
Consulting,.a leading independent consUlting firm in the energy industry. The
results of
this study indicate that the City ofGalva is an excellent site for a new
ethanol plant. However, should the ethanol plant not locate in Galva, along with
their
need for large quantities ofwater, the situation would need to be re-
examined
from a "boron only" point ofview as a solution.
4.
A Site Specific Water Quality Standard
4.1
Relief Necessary
for Compliance
With the considerable costs associated with the aforementioned options, the City
of Galva has decided to petition the IPCB for a site specific water.quality
standard. A summary ofthe various aspects ofthis course of action is discussed
in the following sections.
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, From the data provided in Figure 6, the City of Galva would need permission to
discharge from their existing sewage treatment plants an effluent flow with a
concentration ofup to 3 mg/Lofboron. This was the maximum recorded boron
concentration recorded
since September of2004.
stream flow
data was collected using the 7 Day 10 Year Low Flow Map (7QI0
Map) for the SpoonRiver Region published by the Illinois State Water Survey
(ISWS)
and the Illinois Streamflow Assessment Model available oriline from the
ISWS. The low flow stream discharges were assessed at the 7 day-l 0 year low
flow event (7QI0).
Using the minimum average monthly discharge data
from the STPs from 2006
(Figure 7), and assuming that the maximum recorded boron concentration was to
occur during a low flow period, the extents ofthe necessary reliefwere calculated
using the below equation
for each ofthe sewage treatment plants.
CBORON ADDED =[QSTP
X
CSTP]
I
[QSTP
+
QSTREAM]
Where:
CBORON ADDED = Final boron concentration in receiving stream. (mg/L)
QSTP'
= Discharge from sewage treatment plant (cfs)
CSTP
= Boron concentration in STP discharge (mglL)
QSTREAM
=
Water flow in stream during Q710 conditions (cfs)
4.2
Northeast STP Effluent Mass Balance
The lowest average monthly discharge for the Northeast STP for 2006 was 0.37
cfs. This was the average discharge for the month ofJuly 2006 (Figure 5).
During low flow periods (7QI0), the discharge from the Northeast STP would
receive
adequate dilution at the point where the South Branch ofthe Edwards
River
discharges and mixes with the Edwards River. It is at this point that the
boron concentration in
the stream would drop below 1
mg/L
during 7QI0
conditions.
CBORON ADDED
=
[QSTP
X
CSTP]
I
[QSTP
+
QSTREAM]
CBORONADDED =[0.37 cfs x 3.0
mg/L] I
[0.93 cfs]
CBORON ADDED
=
0.94 mglL
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Thus dilution would occur approximately 16.1 miles dO\VIlstream ofthe outfall of
the Northeast STP.
It should be noted that this is a worst case scenario, and during normal stream
flow conditions, dilution would occur much closer to the discharge of the
Northeast
STP.
...
Refer to Figure 12 for a map depicting the point of dilution for the Northeast STP.
4.3
Southwest STP Effluent Mass Balance
The lowest average monthly discharge for the Southwest STP for 2006 was 0.015
cfs. This was the average discharge for the month ofNovember 2006 (Figure 5).
During low flow periods (7Q10), the effluent from the Southwest STP would
. receive adequate dilution at the point just past where Mud Run discharges into
Walnut Creek. Again, it should be noted that this is a worst case scenario, during
nonhal conditions, dilution would occur closer to the discharge of the Southwest
STP.
CBORON ADDED =.[QSTP XC
STP
] / [QSTP
+
QSTREAM]
CBORONADDED =[0.015 cfs x 3.0
mg/L]
/
[0.20 cfs]
CBORON ADDED
=
0.225 mglL
Thus dilution would occur approximately 7 miles from the outfall ofthe
Southwest STP.
Refer to Figure 12 for a map showing the point of dilution of the Southwest STP.
Detailed mass balance calculations for each ofthe sewage treatment plants may
be found
in
the appendix ofthis report.
5.
5.1
Environmental Effects of a Site Specific Water Quality Standard
Nature of Boron
Boron is a naturally occurring element that is found in nature in compounds called
borates. Borates are found
in
the oceans, sedimentary rocks, coal, shale, and
some soils. Borates are naturally released into the environment fromthe oceans,
volcanic activity and other geothermal releases such as geothermal steam, and
weathering of clay-rich sedimentary rocks. Boron is also released, to a lesser
extent, from sources due to human activity.
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FJGURE 12
POINTS
OF
DILUTJON
Bruner, Ccoper
&
Z uck • Inc.
CaafD;j
Er9nm SIntlW
~
lml
SIna1n
/liz: {3:Il)
3ll-m
1!l
~:-;I!inol
~~..
~"'lUJ2--15n
~~
JOB NO. 250099
DATE: 01/23/2007
RAWN:
KCK
CHECKED:
SRM
APPROVED:
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Boron is an essential micronutrient for plants, with levels ofboron required for
optimum growth depending on the plant species. In some plants, there is but a
narrow range between boron deficiency and toxicity..
Hum
..
.
ans are primarily exposed to boron through food and drinking water. The
,
average daily intake of boron in the diet is about 1.2 mg per person per day and
the estimated average boron concentration in drinking water is between 0.1 and
0.3 mg/L. In humans and animals, most of the boric acid and borate are absorbed
from the gastrointestinal and respiratory tracts and excreted in the urine.
The effects of boron concentrations in excess ofthe current 1 mg/L discharge
standard
are discussed in great detail in previously granted petitions which are
discussed later in this report.
5.2
IEPA Stream Assessment
The South Branch ofthe Edwards River was rated by the IEPA
in
its
Integrated
Water Quality Report and Section 303(d) List (2006)
as "fully supporting" of
aquatic life and "fully supporting" offish consumption. It is "not supporting" of
primary contact use based on fecal coliform bacteria data. The source ofthe
bacteria concentrations is listed as "unknown".
The South Branch ofthe Edwards River does not discharge enough water to make
it a
viable source for potable water for any ofthe surrounding communities.
Mud Run and Walnut Creek were not assessed
ill
the 2006 edition ofthe IEPA's
Report. Neither stream is large enough to make it a source for potable water'
either.
5.3
Current Stream Usage
Research into the current uses of the affected waterways showed the streams were
essentially used for
drainage purposes and nothing more.
At the time ofthis report, there were 18 registered nurseries in Henry County.
None ofthese 18 nurseries are located close enough to the affected waterways to
utilize them for irrigation. Similarly, all 4 registered nurseries in Knox County
were not located near the affected streams. There are no golf courses. currently
located along the affected waterways.
Communications with Gary Clark, Director ofthe Office ofNatural Resources
(part'ofIDNR), confirmed that there are no authorized permits for structures to .
draw water from the streams.
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6.
Henry County Farm Bureau Director, Katie Boruff, checked with her county
Farm Bureau board members to see
ifthere were any specialty crops being grown
along
the South Branch of the Edwards River. No one was aware of any specialty
crops
that may require constant irrigation being grown along the affected
waterways.
Also, the Knox County Farin Bureau Director, Josh Gibb, also looked into any
specialty crops being grown along Walnut Creek and Mud Run
in Knox County.
To the best ofhis knowledge, there were no specialty crops being grown in that
area
ofthe county.
Considering
the
lack of current use oftlle effected streams and their relatively low
flows
it is reasonable to assume that a site specific water quality standard'will not
affect future stream usage.
Past Petitions Granted by the IPCB
Research into the requirements for a site specific water quality standard yielded
similar petitions filed to the IPCB for boron related discharges. Three
past
adjusted water quality petitions to the IPCB have exhaustively'exploredthe
toxicity
ofboron to humans, livestock, aquatic life, and plant life. In these past
petitions, reliefwas granted for boron concentrations much higher than the relief
requested
by the City of Galva. These past petitions are AS 94-9, AS 96-1, and
AS 96-8.
In AS 96 - 1, Exhibit 1, "An Assessment of an Adjusted Water Quality Standard
, for
the Kaskaskia River, Randolph County, Illinois; Baldwin Power Plant Ash
Pond Discharge (April, 1995y' by Illinois Power Company, goes into great detail
ofthe effects ofboron concentrations on the environment and wildlife. It was
concluded that the additional boron concentrations would have
nb
significant
adverse affects on the Kaskaskia River ecosystem.
Similarly, in
AS 96 - 8, Exhibit 1 "Technical Support Document, Adjusted Water
Quality Standard for Boron, Duck Creek Station, Fulton County, Illinois
(January, 1996)" by Hanson Engineers Incorporated, the effects
of high boron
concentrations on the environment are also discussed. Again,
the conclusion was
that
the high boron concentrations discharged by the Duck
C~eel(
Station would
pose
no additional risk to the local ecosystem. '
In each these previously granted petitions, reliefwas granted with boron
discharge concentrations
of11.0 mg/L (AS 94-9), 9.9 mg/L (AS
96~1),
and 4.5
mg/L (AS
96-8). The City of Galva is requesting reliefto a maximum of3.0
mg/L at the point of discharge for each sewage treatment plant.
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7.
Conclusion
In summary, removal of boron from a water source is not completely uncommon;
however, the majority of applications are industrial in nature as opposed to a
municipal wastewater or potable water. This is evident in the high upfront costs
associated wifu each ofthe explored alternative solutions.
Each ofthe treatment options have very complex issues regarding the disposal of
the resulting waste. As such, operation and maintenance costs can not be
accurately estimated at this time although they are expected to be significantly
high. These costs combined with the upfront construction, design, arid legal costs.
make these options impraCtical without significant financial assistance.
The alternative water supply sources are a considerable distance from the City of
Galva. The Galesburg to Galva option "has numerous technical, as well as
political issues that would have to be resolved, not to mention the expenses
associated with such a large scale pipeline system. The Green River Valley
option would require a significant expense
to determine ifit is even feasible,
which would be in addition to the cost to develop a well, or wells, and construct a
pipeline.
Considering the information obtained
from researching the issue, discussions with
persons in
the field, including personnel with the LE.P.A., a site specific water
quality standard seems the most feasible option at the current time. The adjusted
standard is expected
to yield no foreseeable negative impacts on the existing
environment.
It
is reasonable to assume with the source ofthe boron concentrations attributed to
the City'swater supply, that the City of Galva has been discharging boron
concentrations in excess ofthe current 1.0 mg/L limit since the drilling oftheir
first well in
1894. A site specific water quality standard would allow the City to
continue to discharge as it has for over the past 100 years.
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8.
References
"An Assessment of an Adjusted Water Quality Standard for the Kaskaslda River,
Randolph County, Illinois; Baldwin
Power Plant Ash Pond Discharge (April,
1995)" by Illinois Power Company. IPCB AS 96-1.
"Technic8.J. Support Document, Adjusted Water Quality Standard for Boron, Duck
Creek Station, Fulton County, Illinois (January, 1996)" by Hanson Engineers
Incorporated., IPCB AS 96
- 8.
Illinois Streamflow Assessment Model (ILSAM). Illinois State Water Survey.
http://www.sws.uiuc.edu/data/ilsam/. Accessed
2/1107.
Integrated Water Quality Report and Section 303(d) List (2006).
Illinois
Environmental Protection Agency. http://www.epa.state.il.us/water/water-
quality/index.htm!. Accessed
3/1/07.
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APPENDIX A

Back to top


CITY OF GALVA
NORTHEAST S.T.P.

Back to top


NPDES PERMIT NO. IL0026344
Electronic Filing - Received, Clerk's Office, October 17, 2008
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NPDES Permit No. IL0026344
Illinois E"nvironmental Protection Agency
Division of Water Pollution Control
1021 North Grand Avenue East
Post Office Box 19276 .
Springfield,. Illinois 62794-9276
NATIONAL POLLUTANT DISCHARGE ELIMINATION SYSTEM
Reissued (NPDES) Permit
~iration
Date:
August 31, 2009
"\
'lame and Address of Permittee:
I
City of Galva
'T.O.
Box
171
Jsalva, Illinois 61434
Issue Date:
August 3, 2004.
Effective Date: September
1, 2004
Facility Name and Address:
City of Galva Northeast STP
523
NE 9th Street
Galva, Illinois
(Henry County)
" .),eceiving Waters: Unnamed tributary to the South Branch of Edwards River
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compliance with the provisions of the illinois Environmental Protection Act, Title 35 of the Ill. Adm. Code, Subtitle C, Chapter I, and the
:;Iean Water Act (CWA). the above-named Permittee is hereby. authorized to discharge at the above location to the above-named receiving
.
ream in
acc6~ance
with the standard conditions and attachments herein.
.
.
"
::Iermittee is not authorized to discharge after the above expiration date. In order to receive authorization to discharge beyond the expiration.
:late, the Permittee shall submit the proper application as required by the Illinois Environmental Protection Agency (IEPA) not later than
~o
day, prier
to
the explraticn dat.,
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Alan Keller. P.E.
"
Manager, Permit
Section
Division of Water Pollution Control
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I\K:MRA:D40526D1.daa
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NPDES Permit No. IL0026344
Effluent Limitations, Monitorino,
and Reporting
FINAL
'Pischarge Number(s) and Name(s): 001 STP Outfall
"
Load
limits computed based ona design average flow (OAF) of 0.385 MGO (design maximum flow (OMF) of 0.867 MGD).
CONCENTRATION
LIMITS MG/L
LOAD LIMITS
Ibs/day
OAF (DMF)*
: "'Excess flow facilities (if applicable) shall not be utilized until the main treatment facility is receiving its maximum practical floW.
,I
,
~rom
the
effective
date of1his Permit until the expiration date, the effluent of the above discharge(s) shall be monitored and limited at all
times as follows:
I
(
Shall not be less than 6
mg/L
Shall be In the range of
6
to 9 Stand.ard Units
Weekly
Daily
Average
Maximum
Weekly
Daily
f
Average
Maximum
arameter
=10W
(MGD)
.BOOr
l'Jspended Solids
I
lissolved Oxygen
'H
r
!
rmonla Nitrogen
as (N)
April-May/Sept.-Oct.
Oune-August
~ov,~Feb,
. March
Monthly
Average
32 (72)
39 (87)
4.8
(11)
4.5
(10)
18(41)
8.4
(19)
21
(47)
64 (145)
77 (174)
9.6 (22)
9.6
(22)
26 (58)
26 (58)
Monthly
Average
10
12
1.5
1.4
5.7
2.6
6.5
20
24
3.0
3.0
8.0
8.0
Sample
Frequency
Continuous
2DaysIWeek
2DeysIWeek
2DaysIWeek
2DaysIWeek
2DaysIWeek
2DaysIWeek
2DaysIWeek
2DaysIWeek
Sample Type
Composite
Composite
Grab
Grab
Composite
Composite
Composite
Composite
r
.
foad limits based on design maximum flow shall apply only when flow exceeds design average flow.
Carbonaceous
BODs
(CBOD~
testing shall be in accordance with 40 CFR 136.
=lew shall be reported on the Discharge Monitoring Report (DMR) as monthly average and daily maximum.
I
Hshall be reported on the DMR as a minimum and a maximum..
.''!lsolved oxygen shall be reported an DMR as minimum.
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NPDES Permit No. IL0026344
Effluent Limitations. Monitoring. and Reporting
FINAL
FischargeNUmber(S) and Name(s):
A01. Excess Flow Outfall (Flows Over 0.867 MGD
.
These
now
facilities shall not be utilized until the main treatment facility is receiving its maximum practicai flow.
prom
the
effectiv~
date of this Permit until the
expiration
date, the effluent of the above discharge(s) shall be monitored and limited at all
,times as follows:
.'
CONCENTRATION
LIMITS
mg/l
Parameter
Monthly Average
i
jTotal Flow (MG)
.See Below
!
.
BO~
~
. .
~uspended
Solids
. 30
Fecal Coliform
Dally Maximum Shall Not Exceed 400 per 100 mL
Sample Frequency
Daily When Discharging
Daily When Discharging
Daily When Discharging
Daily When Discharging
Sample Type
Continuous
Grab
Grab
Grab
rHo
Shall be in the range of 6 to 9 Standard Units
DallyWhen Discharging
Grab
Chlorine Residual
0.75
Dai/yWhen Discharging
Grab
rot~'
flOW.
in million gallons shall be reported on the Discharge Monitoring Report (DMR) in
th~
quantity maximum column.
Report the number
of days of discharge in the comments section of the DMR.
I
recal Coliform shall be reported on the DMR as daily maximum.
Chlorine Residual shall be reported
on the DMR as a monthly average concentration.
:
!H shall be reported on the DMR as a minimum and a maximum.
BODs and Suspended Solids shall be reported on the DMR as a monthly average concentration.
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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NPDES Permit No. IL0026344
Continuous
2 DaysIWeek
2DaysIWeek
Sample Frequency
Composite
Composite
Sample Type
I
Influent Monitoring, and Reporting
~he
influent to the plant shall be monitored as follows: .
I Parameter
Flow (MGD)
1BODs
r
Suspended Solids
'I
influent samples shall be taken at a point representative ofthe influent.
flOW
(MGD) shall be reported on the Discharge Monitoring Report (DMR) as monthly average and daily maximum.
BODs and Suspended Solids shall be reported on the DMR as a monthly average concentration.
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* * * * * R2009-011 * * * * *

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Page 5
NPDES
Permit No. IL0026344
Special Conditions
SPECIAL CONDITION 8. During January of each year the Permittee shall submit annual fiscal data regarding sewerage system operations.
10
the Illinois Environmental Protection Agency/Division afWater Pollution Control/Compliance Assurance Section. The Permittee may
Jlse any fiscal year period provided the period ends within twelve (12) months of the submission date.
'aubmission shall be on forms provided by IEPA titled "Fiscal Report Form For NPDES Permittees",
lPECIAL CONDITION 9. For the duration of this Permit, the Permittee shall determine the quantity of sludge produced by the treatment
facility in dry tons or gallons with average percent total solids analysis. The Permittee shall maintain adequate records of the quantities
, 'f sludge produced and have said records available for IEPA inspection. The Permittee shall submit to the IEPA, at a minimum, a semi-
, (nnual summary report of the quantities of sludge generated and disposed oi, in units of dry tons or gallons (average lataI percent solids)
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different disposal methods including
but not limited to application on iarmland, application on reclamation land, landfilling, pUblic
distribution, dedicated land disposal, sod farms, storage lagoons or any other specified disposal method. Said reports shall be submitted
. 'p the IEPA by January 31 and July 31 of each year reporting the preceding January thru Jurie and July thru December interval of sludge
, jisposal operations.
Duty to Mitigate. The Permittee shall take all reasonable steps to minimiie any slUdge use or disposal in violation of this Permit.
. !Iudge monitoring musl be conducted according .to test procedures approved under 40 CFR 136 unless olherwise specified i.n 40 CFR
.;)03, unless other lest procedures have been specified in this Permit.
:
-jlanned Changes. The Permittee shall give nbtice to the IEPA on Ihe semi-annual report of any changes in slUdge use.and disposal.
1
I he Permittee shall retain records of all sludge monitoring, and reports reqU/fed by the SlUdge Permit as referenced in Standard Condition
23 for a penoa of at least five (5) years from the date of this Permit.
,
'the Permittee momlors any pollutant more frequently than reqUired by the Sludge Permit. the results of this monitonng shall be incluoed
Jrithe reponing of data submitted to the IEPA.
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

Illinois Environrnental Protection Agency
Bureau of Water
Compliance Assurance Section
Mail Code #19 '.
1021 North Grand Avenue East
Post Office Box 19276
Springfield, Illinois 62794:-9276
-'Page 6
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NPDES Permit No. IL0026344
Special Conditions
i
'~onitoring
reports for sludge shall be reported oJ! the form titled 'Sludge Management Reports" to the following address:
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, SPECIAL CONDITION 10. The Permittee shall record monitoring results on Discharge Monitoring Report Forms using one such form for
each Dutfall each month.
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the event that an outfall does flOt discharge during a monthly reporting period. the DMR form shall be submitted with no discharge
indicated.
. n,e completed Discharge Monitoring Report forms shall be submitted to IEPA no later than the 15th day of the following month, unless
:
~therwise
specified bythe.permitting authority.
.
r;Jischarge Monitoring Reports shall be mailed to the IEPA at the following address;
i I
. Illinois Environmental Protection Agency
.
.
.
Division of Water Pollution Control
1021 North Grand Avenue East
Post Office Box 19276
Springfield, Illinois 62.794-9276
Attention: Compliance Assurance. Section, Mail Code # 19
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

Dnllnll/ons
7.
Atulchment H
Standard Condlllons
i
..
~ans
the IIIlncih Env"onmen:DI ProWcllon Acl, 415 ILeSS as Amended.
1CY
means lhe illinoIs Environmenlal Prolecllon Agency.
,
; means lno illinoIS PoJluJlon CenirOI floard.
n
W'
ler Acil/ormerly relerred 10 os Ihe Federal Waler Poilu lion Conlro! Act) means
1.92.500, as amended.
JJ
U.S.C. 1251 el seq.
;
;S (Nalional Pollulanl Discharga Eliminallon Syslem) mean' lhe naiional program for
j,
modliymg, revoking and reISsuing, terminaling, monilonng Dnd onforcing permits, Dnd
,sing, and enlorcing pretrealment requiremenls. under Sections 307. 402,
J1
8 and 405
e Cloan Waler Act.
,
IA means the United Slates EnvironmenlaJ Protection Agency.
,
y
'olsCh.rgD means the discharge 01 a pollulant measured during a calendar day or any
,our period Ihal reasonably represents lne calendar day lor purposes of sampling. For
, "gnlS with limitations expressed in unils 01 mass, the 'daily discharoe' Is calculated as
I Ital mass 01 the pollulant dischargod over Ihe day. For pollulants wllh limitalions
,
~sed
In other units 01 measuremenls. the 'daily discharge' ;. calculaled as the averag.
I~uremenl
01 the poliutanl over the day.
, :Jll1um Da.l/y Dlschargn L1ml.latlon (daJly maXimum) means the highest aJlowable daily
;"ge.
I
: .. kge Monthly Discharge Llmltallon (30 day overage) means Ihe highesl allowable
rage 01 daily diSCharges over a calendar monlh. calclJialDd as Ihe sum 01 all daily
:narges measured dunng a calendar month divided by Ihe number 01 daily dischal'Qes
. lured during lhal mon1l1.
I
'age Weekly Discharge L.lmltallon (7 day average) means Ihe hlghesl allowable
rage 01 dally diScharges over a colendar week, calCUlated os Ihe sum of all dally
:harges measured during a calendar week divided by Ihe number
ot
dally discharges
I lured during thai week.
I
I .Management Practices (BMPs) means schedules of sctJvUles, prohibitions o( practices,
mtenance procedures, and otnermanagemenl pracllces 10 prevent or reduce the pollullon
(aters of the Siale. BMPs also include treslment requlremenls, operallng procedures, and
, "'ices to canlrol plant s"a runoff, spillage or leaKs, Sludge or waste disposal, or drainage
: j'"w
malenal storage,
,
, qUal means a sample o( speclOed volume used to make up a lolal composlle sample.
, Ib Sample meens an Individual sample of atlessll00 mllUllIers collected et a randomly-
ked time over a period nol exceeding 15 mlnules. '
,I
• .'our Composite Sample means a combination of alleast 8 sample aliquols of alleasl
) milliliters, collected al periodic intervals during Ihe operating hours of a (acUily over
a
24-
: Jrlperiod.
lur Composlle Sample means a comblnallon
at
alleast
J
sample aliquots at al least 100
, . ,tern, ccllecled al periodic inlervals during Iha operating hoUrs of a facility over an B-hour
riod.
r Proportional Composll& Samplo means a combination 01 sample allquols of alleasl
'mlllll1lers collecled al periodic intervals such Ihal eUher IheUme interval belWeen each
Jel or the volume or each allquotls proportional to ellher the slream flow at the lime of
mpling or 111. lolal slream now since Iha collacllon ollhe previous aliquol.
", Duty 10 comply. The peffi1lltee must comply wllh Iill condllions of this permll. Any
!
p.nmU noncompliancn con,tRutas a violalion 01 the Act find is grounds for .n'orcemen!
acllon, permn teffi1inallon, r"vocallon and relosuanCll, modlficallon. or for denial
at
a
permll renewal appliCllllon. The p.rmiUee shall comply with effluenl standards or
prohlbilions established under Seetlon 307(a) o( Iha CI.nn Waler Act lor loxlc
pollulants wllhln Ihe Ilme prOVided In Ihe regulalions thel estabUsh lhese slandards or
prohibllions, .ven if Ihe permll has notyel been modlned 10 Inccrporate lhe
reqUirement.
2) Duty 10 n,,'pply. IIlhe permrtlee wishes 10 conllnua an actiVity regulaled by this permn
oncrlne explrollon data ollhls permll.lhe permillea must apply lor and oblaln s new
permll. lithe permmee SUbmns a proper apphcallon as required by the Agency no IDter
than 180 days pnor to thn explrallon dale, this permll shall conllnue in lull force and
e(feCl unln Iha IInal AgDncy decls,on on Ihe applrcallen nas been mede.
:3) Need 10 hall or reouco activity not a dolan••• II shall nOI be a delonse ler'a
permlllDe If! an enloralmenl aelion \hal h would hDVO boen neuessery 10 han or reduce
:ne pennnied aC1lvnYIfl croar to malnlaln campUsnco w,1I11he condilions
0/1h1'
permn.
!4) Out)' 10 mlllgaLa. The permrtlee
shallla~e
all reasonable S1eps 10 mlnimlz. or pr.venl
any elScharge in VlolDhon ollhl. permn VIIllch has a reasonable
\I~e\lhouo
01 adversely
alfectrng numan nealln or lh. cnwonment.
Proparapan.Uon and m:alnt.en;,nce. Th& permittee snaUsl
alllV'T'lO~
propertY ooera1e
,:)00 maJnlillO all faCIlities and :;yslems Df trBalmen! and r..cntrol (and relale-d
appunflnances] wmCll are mSlallel1 or used
by
the parmlnee lO aCOiDYJ:l compllanco
I
wHn condilions
01
this penni\' Peoper oDcrallon and mSlOle:nancB Incluoas cHet:\TYG
pl:!r1ormance. i::ldeQUale
lunoJn9,
adBouat~
Opllrator
~LarnrlQ
cmC3
lralnlng. and ad.equa\R:l
lJOorolory
and
process comrois. mcludlng
Bpplopnalll
Quality aSsUfL!nce prOCBDures,
ihis prOVI:iIDn mOUires 1he operallon til
b:J~-UD,
or nu;uhary lacl1llios. or
~Imnar
:''1s1ems Dnly wnen necessary to ac:r1leVfl COmplLanc.e wrth In!::! condilions of the pennn.
(6)
Permll actions. Thi. permll mDy b. modified, revoked end reissued. or lermlnaled
for cause by Ihe Agency pursuanllo 40 CFR 122.52. Tho Oling
01
a requesl by Ih.
peffi1It1•• lor a permil modlllcallon, revocalion and relSsuance, or \ermlnatlon. or a
noillicallon 01 planned changel or antiCipated noncompliance, does nol Slay any
peffi1i1 condlllon.
(7)
Property rlghl>. This pemnil doe, nol convey any propeMy nghls
01
any sorl. or any
exClUSlvo prlYllege.
(8)
Duty 10 provide In(ormilion. The permll1ee snalllumish 10 Ihe "gency wllnm
0
reasonable ume. any IntormalJon whicn!he Agency may requesllo del ermine whelher
cause .:dsts
101
modUying, revoking and reissuing. or lerminaling this permn. or to
delermlne compliance with the permn. 1he penmlnee
~hall
aiso
lurnl~h l~
the Aoency.
upon requesl, copies 01 records reqUired to be kepi by Ihls permll.
(9)
Inopecllon and enlt)'. The permlltee shall allow an aulnorized represenlalive ollhe
Agency, upon the presentauon 01 c"edenlial, and other documenlsas may be requl/ed
by law, to:
(a) Enler upon Ih. p.rmillee's premise. where a regUlated facilily or activity;,
localed or conducted, orwnere r.cords musl be 'epl under the conditicnsol
:Ill>
permit;
(b) Hav. access 10 and copy, al reasonable limes, any records that must be
~cpl
Under the condition. ollhis penmlt:
(C)
Insp,cl at reasonable times any lacUities, equipmenl (including monitoring and
,cenlrol equipment), practices, or operations regulated or required under lhis
perroti: and
(d) Sample or monilor al reasonable limes. for the purpose of assuring permit
compflance. or as otherwise aUthorized by the Act. any subslances or paramelers
at any localion.
(ID)
trlonlloring and records,
(a) Samples and measurements laken lor Ihe purpose
01
monitoring shall be
represenlative of the monItored activlly. ,
(b) The permillee shall retain reoords of all menitoring ;nfonmalien, Including all
callbrallon and maintenance records, and all original slrlp chan recordings lor
conllnuous mQl1i!orlng lnstnlmentallcn, copies of all repons reqUired by thIs
permit, and reccrds of
aU
data Ilsed Ie complele the application fer this permit. for
B period ef at laasl
3
yea,rslrem the dale of this perrnil, measurement, repoM or
applicaUcn. This pariod may be BXlllnd"d by request or the Agency at any lime
(0)
RlSc:ords of monitoring Information shall Include:
(1) Tha dale, exset place, and lime cf sampling or measurements;
(2) The IndlVidual(s) who pel10mned 1h
7
sampilng or measuremenls;
(3) The date(s) analyses were performed;
(4)
Tha Indlvidual(s) who performed lhe analyses:
(5) The analytical techniques or methods used: and
(6) The resutis 01 such analyses.
(d) Monitoring musl be conducted according to tesl procedures approved under 40
CFR Part 136, unless other test precedures have been spacllled In this parmll.
Wher. no lesl precedur. und.r
AO
CFR Part 136 has be.1O appreved, the
P""Tnilt!:ll
must sUbmil to the Agency a tast melhod for approval. The p.rm"tee
shall calibrale and pel10rm maintenanc" procedures on all mon"oling and
anatyllcallnslrUm.nlallon allnletvals to ensure accuracy of mlSasuremenls.
(11) Slgnltory requirement. All applications, repons or Informallon submitted 10 lhe
Ag.ncy shall b. signed and certlli.d.
(al AppllcaUon. All permit appllcallons .hall be signed as rollows:
(1) For a oorpoT1ltlon; by a principal executive officer 01 at ieast the level 01
vice presldenl er a pel'llon or posllion haVing ovorall responsibility lor
anvironm.ntal msnel3
tor
the corpGl'allon;
(2) For. pannenlhlp or sol. prcprIClton;hlp: by a general panner or the
propnetor, respeetlvely; or
(3)
F'or
~
munlclpillty, Sl.:>.le, Federal, or other public
~ganoy:
by either a
prinCipal oxecullve offlcar or ranking elec1ed official.
(b) Reporu. All rePOrt. requlr.d by permits, or olher In/ormallon reQuesled by Ine'
Agency snail De SIgned by D person descnb.d In paragrllph la) or by a dUly
eulhonzod ropro'onlalrvo 01 thai person.
A person
IS
a duly aulhorrZed
ropresenlallVe only II:
i1) The aulhoozalloo Is mad. f1 wrnlnlj by a person desc:ribec In paragrapn (a):
and
12', The al1UlOf1ZatlOn spocl1les orther an Incllvldual or
D
pesrtion responsible for
Ula ovorall operallon
of
the fadlny. (rom
wnlc.n
lhe disCl1arge oflQln.ates. ,sucn
a.s B plant msnaQcr, supennlonClcnt or per.son or eqUlvBIe:nt responslbillly:
and
.
{3) Tno wrl1len Buthoru:allon IS suomTUBd 1o
Ul'O
Agency.
Electronic Filing - Received, Clerk's Office, October 17, 2008
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APPENDIXB
CITY OF GALVA
,SOUTHWEST STP
N.P.D.E.S. PERMIT IL0023647
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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NPDES Permit No. IL0023647
:.:
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IJIi!10is Envjronmental
Prote~ion
Agency
Division of Water
PoJjut\O~
Control
1021
,
North Grand Avenue East
Post Office Box
19276
Springfield, Illinois
....
62794-9276
/
"""'::.-
NATIONAL POLLUTANT PISCHARGE 'ELIMINATION SYSTEM
Reissued (NPOES) Permit
f-"
Expiration Date: August
31, 2009
Name and:Address of Permittee:
: ..
,-.:::~.
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City of .G?Iv.a ..
P.O. Box"171 .
Galva,
Illinois 61'434
Issue Date: August
4, 2004-
Effective Opte: September
1,
2004-
F~C?iIi£y;~anie
and
A~dress:
G~I~~':~b~h~e~t
STP
1/2 Mile South of BNSF RR aod SW 4th S1.
Galva, Illinois
-
. (Henry County)
Receiving Waters: Mud Run Creek tributary to Walnut Creek tributary to Spoon River
In complianCe with the provisions of the Illinois Environmental Protection Act, Title 35 of the
JlI.
Adm. Code, Subtitle C; Chapter
1.
~nd
the
Clean Water Act (CWA), the above-named Permittee is hereby authorized to discharge at the above I098tion tothe above-named receiving
stream tn accordance with the standard conditions and attachments herein.
.
Permittee is not authorized to.discharge after tt'\e above
~xpiratio(l.
date.. In order to receive authorizatlbn to discharge ,beyond the.expiratfori:."" .
.
date,
th~
p.ermittee shall submit the proper applicaticin as
requir~cI.
by the /IIinols Environmental pr.0tection Agency (lEPA) not later than,"
180 daY' Prior
to !he
expinltibn dale.
'.
fJ.Av
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AlanManager,Keller.
Permit
~
Section
Division of Water Pollution Control
SAK:MRA:04041302.bah
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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NPDES Permit No. IL0023647
'Effluent Limitations, Monitoring, and Reporting
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ANAL
I
'
,
'
,
Di~charge
Number(s) and Name(s): 001 STP Outfall
!Load limits computed based on a design, all,erage flow (DAF) of 0,3 MGD (design maximum flow (DMF) of 1.0' MGD).
Excess flow facilities (if applicable) shall
not be utilized until the main treatment facility is
receiving~ls
maximum
practic~1
flow,
:From the effective date of this Permit until the expiration date, the effluent of the above discharge(s) shall be monitored and limited at all
,times
as follows:
LOAD LIMITS
Ibs/day
DAF CDMF)*
CONCENTRATION
LIMITS MG/L
Dissolved
Oxygen"""'*'
Shall not, be less than 6
mg/L
;H
Shall be In the range of 6 to 9 Standard Units
0,11 (0.37)
0.19 (0,63)
0.044
0.075
0:,05 (0.15)
.0.75,
~,2;5)'
0,018
0.300
2.5(8.3)
1.0
: 7arameter
,i
.~low(MGD)
r;:BODs**
! I
; luspended Solids
Copper***
, 'I
!
!ickel~":,,
Boron"""'"
Monthly
,
Average
63
(209)
93 (309)
Weekly
AVerage
100 (334)
113 (375)
Daily
MaxinlUm
Monthly
Average
25
37
Weekly
Average
40
45
Daily
Maxir:num
,Sample
Frequency
Continuous
2 DaysIWeek
2 DaysIWeek
2 DaysIWeek
2DaysNVeek
2 DaysNVeek
2DaysIWeek
2 DaysNVeek
Sample Type
Grab
Grab
Grab
Grab
Grab
Grab
Grab
I
! [Load limits based on design maximum flciw shall apply only when flow exceeds design average flow.
"*Carbonaceous
BODs (CBOOs) testing shall be in accordance'with 40 CFR 136,
'
,,:**See Special Condition 13.
i***See Special Condition 14,
i"***See Special Conditin 15,
~Iow
shall be reported on the Discharge'Monitoring Report (DMR) as monthly average and daily maximum.
,H
shall be reported on the DMR as a minimum and a maximum,
!
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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NPDES Permil No. IL0023647
,-c.
;
!Discharge Number(s) and Name(s):
A01
Excess Flow Outfall
.These flow facilities shall not be_utH.Jzed until the main treatment facility is receiving
its
maximum pr?ctical flow.
I
From the effective date of this Penni! until the expiration date, the effluent of the above discharge(s) shall be monitored and limited at all
times as follows:
.
CONCENTRATION
LIMITS
mg/l
. ,
,
Grab
Grab
Grab
Grab
t3rab
Continuous
Sample Type
"
Sample Frequency
Daily When
~isc~arging
Daily When Discharging
Daily When Discharging
Daily When, Discharging
Daily When Discharging
Daily
When Discharging
30
30
0.75
Monthly Average
See Below
Daily Maximum Shall Not Exceed
400
per
100
mL
Shall be in the range of 6 to 9 Standard Units
~Parameter
Ohlorine Residual
I
.Iotal flow in million gallons shall be reported on the Discharge Monitoring
R~port
(DMR) in the quantity maximum
~olumn.
.
... :'....
.
.
'.' ..
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:'~~~.:;
~eport
the nU,mber of days of
discharg~ irHfi~'comments
section of the
DM~.:
",'
,ieca'
.
CO;i~~rm
shall be
'
reported on
ih~'~MR
as daily' maximum.
Total Flow (MG)
I
BODs
Suspended Solids
.
Feeal Coliform
i
~H
'1hlorine Residual shall be reported on the OMR as a monthly average concentration.
i
.
. ,..i-l
shall be reported on the OMR as.a minimum and a maximum.
.
DeOs and Suspended Solids shall be reported on the DMR as a monthly average concentration,
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

I
NPDES Pennit No. IL0023647
1~f1uent
Monitoring, and Reporting
The influent to the plant shall be monitored
a~
foJlpws:
,
Sa:mpl~
'i!:ype-
.:" "
RIP-,
~O~~~?J~e
Composite'"
Continuous
2 DaysIVVeek
2 DaysIVVeek
Parameter
Sample Frequency
Flow (MGD)
BODs
Suspended Solids
i
I "Recording, Indicating, Totalizing.
Influent samples shall be taken at a point
repres~nt~fjve
of the influent.
iFlow (MGD) shall be
reporte~
on the
Di~cha,r9~,M~~)tOring
Report (DMR) as monthly average and daily
maxim~~.:,"''':
, BODs and Suspended Solids shall be reported on the DMR as a monthly
average
concentration.
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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NPDES Permit
No.
IL0023647
Special Conditions
SPECIAL CONDITION
1. This Permit may be modified to. include different final effluent limitations or requirements which are consistent
with applicable laws, regulations, or Judicial orders. The 'EPA will public.notice the permit modification.
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'SPECIACC~)NDITION
2.. The use or operation of this facility shall be by or under the Supervision of a Certified
Class
4 operator.
SPECIAL CONDITION 3. The IEPA may request in Writing submittal of operational information in a specified form and at a required
frequency at any time during the effective period
of this Permit
.
SPECIAL
CONDITION
4. The IEPA may request more frequent monitoring by permit modification pursuant to 40 CFR
§
122.63 and
Without Public Notice in the event
of operational, maintenance or other problems resulting in possible effluent deterioration.
.
.
SPECIAL CONDITION 5. The effluent,
alon~
or in combination with other sources, shall not cause a violation of any app!icable:water
quality standard outlined in 35
III. Adm. Code 302.
.
SPECIAL CONDITION 6. Sample's taken in compliance with the effluent monitoring requirements shall be taken:
A. For Discharge Number 001 - Dl,lring dry weather flows (no excess flow discharge), samples shall be taken at a point representative
of the flows but prior to entry into the receiving stream. During periods of excess flow discharge, CBODs, Suspended Solids, and
Ammonia Nitrogen,
if Ammonia Nitrogen monitoring and sampling is required on the Effluent Limitations, Monitoring I and Reportin§
Page of this Permit, shall be monitored at a point representative of the discharge but prior to admixture with the excess flow. If Fecal
.Coliform limits are different
felr Discharge Numbers
001
and AOi, sampring shall occur at a point representative of the discharge and
priorto admixture,
if hardware allows. Other parameters may be sampled after admixture but prior to entry into the receiving stream.
B. For Discharge Number A01 - Samples for all parameters shall be taken at a point representative of the discharge but prior to -entl}'
into the receiving stream. If Fecal Coliform limits are different for Discharge Numbers 001 and A01, sampling shall occur at a point
representative of
th~
discharge and prior
~~.~dmixture, .ff.har~ware
allows.
Tbe:.'S~mpling
point for other parameters maybe at a point
after admixture with the dry weather
f1ows-i'Y'
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.
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SPECIAL CONDITION 7. Final Conditions. For Discharge No. 001: BODs and Suspended Solids (85% removal required): Toe arithmetic
mean
of the values for effluent samples collected in a period of one calendar month shall not exceed 15 percent of the arithmetic mean
of the values for influent samples collected at approximately the same time dUring the same period. except during those periods when the
influent is diluted because
of high flows if the tributary sewer system is combined. The percent
removal
need not be reported to the IEPA
on DMR's but influent and effluent data must be available, af? required elsewhere in this Permit, for lEPA inspection and review. For
measuring compliance with this requirement, 5 mg/L shall
be added to the effluent CBOD
5
concentration to determine the effluent BODs
concentration.
!
SPECIAL CONDITiON 8. This Permit may be modified to include requirements for the Permittee on a continuing basis to evaluate and
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detail its efforts to effectively control sources
ofin~ltration
and inflow into the sewer system and to submit reports to the lEPA if necessary.
SPECIAL CONDITION
9. For Discharge No. 001, any use of chlorine to control slime growths, odors or as an operational control, etc. shall
not exceed the limit of 0.05 mg/L (daily maximum) total residual chlorine in the effluenl. Sampling is required on a daily grab basis during
I the chlorination process. Reporting shall be submitted on
the DMR's on a monthly basis.
) SPECIAL CONDITION 10. The permittee shall sample outfall 001 for weak acid dissociable or available cyanide monthly for a period of
six months beginning effective date of this permit. These findings to be reported on the Discharge Monitoring Reports as a daily maximum.
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These results will be evaluated and the pennit will be modified as needed.
SPECIAL CONDITION 11. During January oreach year the Permittee shall submit annual fiscal data regarding sewerage system
operations to the illinois Environmental Protection Agency/Division of
Water Pollution Control/Compliance Assurance Section. The.
IPermittee may use any fiscal year period prOVided the period ends within twelve (12) months of the submission date.
!Submission shall
be on forms provided
by
IEPA titled "Fiscal Report Form For NPDES Permittees".
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SPECIAL CONDITION 12. The Permittee shall record monitoring results on Discharge Monitoring Report Forms using one such form for
each outfall each month.
.
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.
In the event that an outfall does not discharge during a monthly reporting period, the DMR form shall be submitted with no discharge
:indicaled.
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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NPDES Permit No. IL0023647
Special Conditions
The completed.Discharge Monitoring Report fonns shall be submitted to IEPA no later than the 15th day of the followi'ng'mdnth, unless
otherwise specified by the permllting authority.
Discharge Monitoring Reports shall be mailed to the JEPA at the fClllowing address:
Illinois
Environmental Protee!ion Agency
Division of Water Pollution Control
.
Attention: .Compliance Assurance See!ion, Mail Code # 19
1021 North Grand Avenue East
Post Office Box 19276
Springfield, Illinois 62794-9276
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.SPECIAL CONDITION 13.. The
Permitte~
may.use a site-spe9ific
metal~,.translator,for
copper and nickel,in
o~derto
modifY or eliminate
,"
thes~,pelT!1illimjls.
Thelotal anq dWsolved''iilelal fora minimum oftWelve:\yeekiy samples
n~ed
to be cqlleCtea from the"eftluentand a
downstream
location to determine
a
metal translator for these substances. The Agency will review submitted samples results and will
SPECIAL.CONDITION
modify the permit as needed.
14. Projee!
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o'escription:
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Compliance with
~oron
Water Quality Standards,
Thirty six (36) months
f~om
the effective date of this permit the following boron limits shall become effective:
STORET
CODE
01022
PARAMETER.
Boron
Minimum
Detection Limit
1,0 mg/L
~
6 months from the effective date'of this
pe~mit
The Permittee shall
complet~
the projee! described above in accordance with the following schedule:
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(1) Interim Report on boron sampling to date and what
measures are necessary to comply.with final boron
limita'tions
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(2) Preliminary Report on construction of boron
compliance facilities
(3) Plans and specifications
(4) Commence
Cons~ruction
(5) Interim Report
(6) Interim Report
(7) Permittee achieves compliance with final boron effluent
limitations
9 months from the effective date of this permit
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. 12 months from the effective date 'ofthis permit. "l
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18 months from the effective date of this permit
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24 months from the effective date of this permit
"'l {I { 0 (,
30'months from the effective date of this permit
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36 months
from
the effective date of this permit
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..upon completion of the compliance facilities, the Permittee shall monitor and report concentration (mg/L) ofboron at 2 dayslweek intervals.
The sample shall be grab and the results shall be submitted on the DMR's to !EPA.,
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Unless otherwise indicated, concentrations refer to the total amount of the constituent present in all phases, whether solid, suspended or
dissolved, eiemental or combined, including all oxidations
~tates.
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SPECIAL CONDITION 15. A dissolved oxygen limit of 6
mg/L
(minimum) for discharge number 001 shall become effective one (1) year
from the effective date of this Permit. The Permittee shall obtain compiiance with the dissolved oxygen limit in accordance with the following
schedule:
1,
2.
Progress Report
Obtain operational level
6 months from the Permit effective date
12
months from the Permit effective date
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

Page 7
NPDES Permit No.
IL0023647
Special Conditions
This Permit may be modified with
~ublic
Notice to include revised compliance dates set out
in
this Permit that are superseded or
supplemented .by. compliance date in Judicial orders, Illinois Pollution Control Board-orders or grant agreements. Prior to such permit
modification, the
revised
dates in the appropriate orders or grant agreements shall
govem
the Permittee's compliance..
The dissolved oxygen limits in this pennit are based on the Illinois Pollution Control Board Regulations contained in 35 Ill. Adm. Code Part
302.206.
Should these regulations change, the JEPA may re-open and modify this permit to eliminate or revise dissolved oxygen limitations,
based on the revised regulations. Prior to the dissolved oxygen limits becoming effective, such
revised
limits may be either more or less
t..
stringent than those
above.
After tlie dissolved. oxygen limits become effective such revised limits shall be subject to the requirements of
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CFR
§ 122.44(/).
Reporting shall be submitted on the DMR's on a monthly basis.
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REPORTING
The Permittee shall submit a report no later than fourteen (14) days following the completion dates indicated for each numbered item in
the compliance schedUle, indicating, a) the date the item was completed, or b) that the item was not completed, the reasons for non-
compliance and the anticipated completion date.
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* * * * * R2009-011 * * * * *

(1) The authorizaUon Is mada k1
wri1in9
QY a person described in paragraph (a);
and
(6)
Pennlt acUons. this permtt may be modified. 'reVoked and ralssued,
or
terminated
for cause by lhe Agency pursuanllo 40 cFR 122.62. The filing of n request by Ihe
permillee for a penn. modifieallon. revecalion and relssuance;
or
termination.
or
a
noll/leation of planned change. or enticlpaled noncompliance, does nOl slay any
permll condilion.
.
.
(3) For a municipality, SLate, Fed oral. or other public agency: by e"her a
prtnclpal executive omcar or ren klr" elecled oreiclal.
(b) Report!. All reports reqUired by permltl. or other informallon raquesled by lhe
Agency shall be signed by a person d.scribed in paragraph (a)
or
by a
duly
authorized represenlalive of thai porsen. A .p.rson is a duly aulhoflZed'
represcnlalive only
ff:
(a) Appllcallon. All permll applications shall be signed
as
(allows:
(1) For a corporation: by a prlnclpaf exectrtive cmcer of at leasllhe level of
~ice
presldenl or a person or posHlon, having overall responslbJllly
for
anvironmental matiers for Ihe co/POlBlion;
(2) For a partnership or sale prop flalorshlp; by a general partner or the
proprielor, respectiveiy; or
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Property rt(1h!s. This permll does nolconv",y any property righls of any sort.
or
any
exclusive pnvllepe.
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Duty
10 provide Infennilion. 1he perrnl:ttee shall fumish to the Agency wllhin
11
reasOnable Ume, any Infonnalion IIIIhlc:hthe AlIency may requesllo
d~lqrmlne
whelher
cause exlsls for mod.yino. revoldng and reissuing. or.termlnaling Ihls parmlt. or 10
determine compliance
with
the permit. The ".emnitlee shall also furnish to Ihe Agency,
upon requesl, copies or records reqUired to be kepi by this permll.
Inspection and entry. Tho penrnttlee ,h.lf allow an autho,uod representative
ot
the
Agency, upon the presenlallon or ae<lenllals and other documents as
may
be required.
bylaw,
10:
(a)
Enler upon iiie permlllee's premise, where B
regulat~d
facllily or activily is
located or conducled, or where records musl be kept under the conditions of Ihis
pennil:
.
(b) Have access 10. end copy, at reason able times, any records Ihal musl be kepI
under Ihe condllJons of this ""noll;
(c) Inspectst reasonable times any facilines, equipment
(Incl~ding
monItoring and
control equipment), practices, or operations rellulaled or reqllired under Ihis
permit; and
(d) Sample or
monllor
al reasonable Iirnes, for the purpose or assuring
perm~
compliance. or as othelWise aulholized boy the
Act.
any substances
or
paramelers
at any localion.
(7)
(8)
(9)
(10) Monitoring and records.
(a) Samples and measurements laken for the purpose of monlloring shall be
, represenlative of the monllored activity.
(b) The
pe;milla~ ~hall
relaln records of all monlloring information, including
all
callbrallon and malnlanance records. ana all original strip chart recordings for
contl~uous
monllorlng Insln.:mentafion, COpies or all reports required by this
penni!, and recon:ls of all data used to c=mpIela the appUcalien
tor
this permii, for
a
~
of allaaSl
~
years from the dale Of this permi!, measurement, report or
appliclllion. This penod may
be
exlendacl by request o( the Agency af
any
lime.
•(c) RaQOlUs of monitoring informalion shall' Include:
(1) The date, e",acl place, and time olsampllng or measurements:
(2) ,..
'l'ti~'indivldUal(s)
.
who per10rrnedthe sampling .ermeasuraments':
.
.. :
(3) The,dale(s) analyses were perfOl711ed;
(4) The indivldual(s) who pelionnedtbe analyses:
(5) The analytical techniques or mel/leds used; and
(6) .
The resuns of such analyses.
(d)
Maniloring must be conducted accorcflf1\l 10 lesl procedures approved under
~O
CFR Part 136. unless other lesl procedures have been speclfied In this permil.
Where no lest procedure under 40, CFR Part 136 has been approved, the
pef1T1iltee must submit \0 the Agency a tesl method for approval. The permittee
shall calibrale and perform maintenance procedures on all moniloring and
analytical instrumenlalion at inleNals.lo ensure accuracy of measurements.
(11) Signalory requirement All applicalions. reports or informaUon submHled 10 the
A.,.ncy shall be signed and certified.
',verage Weekly Discharge L1mltallon (7
day
average) means Ihe highesl allowable
~erage
of daily discharges over a calendar week. calculatad as Ihe sum or
all
daily
ischarges measured during a catendar week divided by the number lir dally dischargas
measurell during thaI week.
Cl~s(
Managemenl Pracllces (8MPs) means schedules or activities. prohibitions or praellces,.
~Jnlenance
procel:lures, and other managemenl praellces to prevenl orreduce the poIlul/on
Iwaters of the Stale. 8MPs also Include treatmant requirements, operating procedures, and
JI
aclices to control plant slle runoff; spillage. or leaks. siudge or wasle disposal, or drainage
rom raw malerlal slorage.
lquot means a sa":ple. or speclfied volume used 10 make
up
a telal composlta sample.
!
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.
•.' ab
sampl"mea(is~~~a'ivldual
sample of
ilt
1e'ast 100
mlllllllarndlleCl~C'Ilt
a randomly, ' .' .
eleCled
time over a
~16d
not exceeding 15 minutes.
jHour Composite Sample means a combination or at least 8 sample allquots of alleasl
'J~
milUmers, colleded al periodic Inlervals during the operating hours of a tacllity over a 24-
.Ir period.
Hour Composlle Sample means a combinalion or alleasl3 sample aliquots of
at
least 100
I '''ililel1i, collected al periodic intervals dunng lhe operating hours of a facillly over an B-hour
!
ow
r.
Proportional Composite Samplo means
.
a combinallon of sample aliquots of alleasl
10 milliliters collecled al periodic intervals such Ihal elther the time inlerval between each
-UlO.l or the volume of each aliquot is proportional 10 eltherthe stream /low allhe time or
piing or tha lolal slream /low since IIle colleclion or the previous aliquol:
I}.
Dllty to comply. The
p~rml1lee
must compiy
with
aU condHlons of lhls permn. Any
perrnll noncompliance consmutes a violalion of the Ac1 and is grounds for enforcemenl
action, permll lerminalion, revocalion and reissuance. moditication, or for denial of a
permit renewal applicalion. The perml1lee shall comply wilh amuanl standards or
prohibnlons esleblished under Section 307(a) or Ihe Clean Waler Act for loxlc
pollutanls
wilhln tho time provided In the regulalions
Ihal
establish these standards or
prohibllions, . even ff the permil has nol yel 'been modified .10 incorporale the
,
requirement.
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Duty 10 reapply. IIlhe permillee wishes 10 conlinue an aClivlly regulated by lhls permll
aner the expll'lllion dale or Ihls permll. the permnlea must apply for and oblaln a new
permll. I( the permlllee submHs a proper applicalion as required by tho Agency no later
lhan 180 days prior 10 the explralion date, this perroll shall contlhue In full force and
lerfeCl unlilthe linal Agency decision on the application has baen mada.
INeed to hall or reduce acUvlly not a defense. II shall nol
be
a deronse for a
permlnee in an enfolCemenl action thai II would havo been necessary 10 hail or reduce
the permitled activily in order
10
mainlain compliance with Ihe condilions 01 this p.rmi!.
:Duty 10 mlUgaLe. The permitlee shall lake all reasoneble sleps to minimize or prevanl
(any
discharge in violallon 01 lhls permi! which has a reasonable likelihood of edversely
alieCling human heallh or the environmenl.
'
Attachment
H
Agency means 1M Illinois 'Environmental Proleclion Agency.
Oollnltlons
ACl 'means Ihe IIlin'oii Envlronmenlal Proleclion Acl. 415lLCS 5 as Amended.
Standard Condllions
Board means th. illinois pollullon Conlrol Board.
: Claan Walar Act (formerly relerted 10
liS
Ihe Federal Water Pollulion Conlrol Acl) means,
, I Pub. L 92.500, as amended. 33 U.S.C. 1251 et seq.
NPDES (Nalional Pollulant Discharge Ellmlnalion Syslem) means the nalional prol1ram lor
\
issuing, modifying, revoking and reissuing, lerminating, rnonlloring and enforcing permlls, and
imposing and enforcing preirelllmeni requirements. undor Sections 307.402,318 and 405
, of the Claan Waler Act.
._
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USEPA means Ihe Unlled Stales Envlronmenlal Proleclion Agency.
lOally Dlschargo means the dischal])e of a pollulanl measured during a calendar
day or
any
124.hour period lhal reasonably represents the calendar day for purposes of $ampling. For
Ipollutanls wllh IImllalions expressed In units of mass, lhe 'dally discharge' Js calCulated a.
Ih e lotal mass of Ihe pollUlanl discharged
over
the day. For pollutants wllh fimllallons
1xpressed In other unJls of measurements. the 'dally dlscharge'.!_ calculaled as thc
average
measuremenl 01 lhe pollulanl over the day.
t"xlmum Dally DISCharge Umlla!lon (daily maximum)
mea~s
lhe highesl allowllble dally
dischal'\1e.
.
l
~verage
Monthly DI$Charga L1mltat.lon (30 day nverage) mellns the highest allowable
verage of dally discharges over a calendar month. Clliculal"d as the sum of all dally
ischarges measured during a calendar month divided by the number of daIly discharges
measured during Ihal monlh.
froper openlUon and m.lnlanance. The permillee shall al alliitnes property operale
'and maintain all (acililies and syslems
of
tre'lmenl and control (and relalOO
appunenances) whiC/l are inslalled or used by lhe permJnee
10
echieve compliance
with condilions o{ this permit. Proper operation
and
mainlenance includes effective
performance. adequale runding, adequate operalor slalflllQ and lralnin"g, and adequale
labomtory
and process controls. including
appropriate
quality assurDnce procedure".
fhis provi5ion requires Ihe operallon or back
6
up. Of Buxiliary Iacllilios.
or similar
:yslems only when necessary to achieve compliance with the condilions of the permit.
•_J
(2) The authorization specifies either an indivldual
or
e posHion responsible
for
the
overall operalion of the laciJny. trom Whidlll1e discharge originales. suen
es a planl manager. superinlendenl or person of equlvalenl responsibilily:
end
(3)
The wrillen a!Jlhortzation
rs submitted
lathe Agency.
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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APPENDIXC
CITY
OF GAL
VA

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POTABLE WATER TESTING RESULTS
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* * * * * R2009-011 * * * * *

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PDC Laboratories, Inc:.
P.O. Boy. 9D71 • F'eO'riq.ll. 61612.\1011
(309)
B92.96~
(800i
7&?-SS!i 1 • PAX (309) 892,9689
Laboratory R.esults
CIty
of Galva
POBox
171
Galva,IL
61434-0171
Attn ; Mr. Jemy Hoxworth
Dale Received; 05/11/04 09:00
Report Date
05/.19/04
Gustmner
# ;
275382
P.O. Ntlmber :
Fac;nlty. : 0730460
--------_......--.
~--..,.....-----
.,---.-'------;CO""""lIa:::::Cf
n
O"-a:r.:te:---:O=fjlfj=.
ir04'13i:w~---'"
.'.- -
Site; TP02
Locator: GRAn
QUalifier
Analyst
KMC
JEM
Analyst
KMC
JEM
Result
Analy.sls Date
·C;~~""
1NT1.J
Oat12104 08:00
"-'-GOlle~Da1e
05l0i"/041:(.;1-5
Loc:etor: GRAB
Qualifiet
Re$ult
Analysis
Date
c:
.'
,1~1?J1')413:00
~
<
1NTU
0Sf'I2/tl4
aa:oo
<:
SIIE!: TP03
jSampla
No:0405~1B(l..'l
I
"_M
dllent.IIJ.: oroliJKlNG
.. I i>r
WATER
...
Parameter
EPA. 2DII.7
R4.~
50=
SM.(18) 21308
Turblcllly Check
ISample'No:
Q;1.OSrreO-2
crcent 10: DRlNKrN13 WATER
Parameter
EPA 200.1 R4.4
sQf1;ln
SM (.1S) .2-1:3DEl
Turbidity Check
I
Poe
UiiiOlaloriea
partiCl~
In l11alollewlng JabOl"2l1Ory
acuredttalfoniceriific:atiDn
and prOlidenC¥ Pf09lams. cnd1Jrsement bythe Federal or Slate
GMmmllnt or their agencies
is
not Implied.
NEI..AC ACCi'!IdJtatlon for Drinki"l:! Waler. Wootew<ller, Hazartlous and Solid
Ww\e$
FlE!Itis ofiesllng through ILEPA Lab No. i 00.236
stale of lIIinols BacterIological
AnaIY~I.s
In Drinking
W~r
Oe)1!fletl lsb Registry No. 17533
Drlnl:lng Water certl1tC<1t1ons: Indililrw
{C-lL~Dl:
Kansas (E-10:33e): KentuckY {S0055J:
~ri
{OOWOl; W!gO;:insln (99a2S4430)
Waslewatar
~rlliIc::aUons:
Arkansas; Iowa (240): Kansas (E.j
0338);
WlEiconsln (998.2S443)
Hal:al'douslSolld
Wa$\e-~artlficationa:
f4'armas: Kansas (E-1033J;l): WiEleOnsln fl/98294430)
USiCertlficatlon; 10000.(2AD)
.
J
CertlDecl
by'~-
Lerl L =0'Manager
~
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ThIs report shall not bet reproi;ll,lcad. lll(cepf In
fun,
wllhout the Written approval of the l21bor<rtory.
..
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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APPENDIXD
CITY OF GALVA .

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MASS BALANCE CALCULATIONS
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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DATE
-'---_
JOB
25C?Cft'1
GAL'.J~
W~..,f
DESCRIPTION
tJI.
~6&
glN...
ks~t"jC,S
SHEETNO._~8
OF
_
~·tt'7!II
...
Ai
CALCULATED BY
...
.:.~pN
J
BRUNER~
COOPER &
ZUCK~
INC.
Civil Engineers
Land Surveyors
GALESBURG, ILLINOIS 61401
. I
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* * * * * R2009-011 * * * * *

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BRUNER, COOPER & ZUCK, INC.
Civil Engineers
Land Surveyors
GALESBURG, ILLINOIS
61401
JOB
----'
-,....-_~
DESCRIPTION
_
SHEETNO.
OF
_
CALCULATED By
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

Back to top


Illinois Streamflow Assessment Model
Progress: Step 1
~
Step 2
~
Step 3
~
Slep 4
~
Step 5
1
I
I
I
I
1
R.esults for River Mile(s)
0.00
- on Mud Run
• LTU
in the
Spoon
Watershed.
Drainage Area: 14.40 (sq. mi)
Low Flow Frequency
.fl@J2h
fl@J2h
f1@!2h
fl@J2h
f!.@Qh
f!.@Qh
Flow statistics are computed using a base period of 1949-1997.
Change Watershed" Change Stream II Change River Mile 1/ Change Flow Parameter
ILSAM Home IData Disclaimer IDefinitions I References
I Home I Highlights IStaff IData IInformation I Centers I Site Map I
State of '/ University of I Department of
,Illinois
.Illinois
Natural Resources
All
fi)e~
and information
©
2007111inois State Water Survey. Terms of use.
Email the Web Administrator
with
questions or comments.
Last Modified: November 29, 2006
I.
J
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

.. ,
i'~
........................ _ ..a __
Of
..,_
_
~

Back to top


IIIinois Streamflow Assessment Model
Progress: Slep 1
~
Slep 2 f Slep 3 f Step 4
~
Step 5
~
Graph
7 DayLow Flow Data
for
River Mile 0.00 011 MLld Run in Spoon
.
,
Watershed
10
25
50
D.01 '------------,----------.,...,....---------,
2
~
0.1
o
u::
R~culTellce
IntelVt11 (Years)
IZ.2J = Flow
Change Watershed" Change Stream" Change River Mile II Change Flow Parameter /I Back to Low Flow
.
Frequency Data
.
ILSAM Home I Data Disclaimer I Definitions I References
IHome IHighlights IStaff IData IInformation ICenters ISite Map I
State of I University of I Department of
Illinois.
Illinois
Natural Resources
!
I
i
All files and information
©
2007 JIlinois State Water Survey. Terms of use.
Email the Web Administrator with questions or comments.
Last Modified: November 29, 2006
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

flU
\
I
.....L..I....V..V
I.J ........_ ......... .., ••
.................................." .....
y-_.
-~--r'"
,.

Back to top


Illinois Streamflow Assessment Model
Progress: Slep 1
~
Slep 2 i Step 3 i Slep 4 i Step 5
Results for
River
Mile(s)
31.70 .
at
Mud Run (LTU) on Walnut Creek - LT
in the
Spoon
Watershed.
Drainage Area: 53.30 (sq. mi)
I
I
I
1
c
o
~
::l
o
Low Flow Frequency
fl.@Qh
9@Qb
fl.@Qh
9.!EP.h
fl.@Qh
.9.@2h
i
I
I
)
Flow statistics are computed using a base period of 1949-1997.
Change Watershed II Change Stream II Change River Mile II Change Flow Parameter
ILSAM Home IData Disclaimer IDefinitions I References
IMome IHighlights IStaff IData IlnfQrmation ICenters ISite Map
J
State of I University of I Department of
Illinois
Illinois. Natural Resources
All files and information
©
2007 Illinois Stale Water Survey. Terms of use.
Email the Web Administrator with questions or comments.
Last Modified: November 29, 2006
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

,..t•.
~
~I>""I>I,.'U
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_
-
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_-.
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---"r..
.
1
~
Highlights
~
Information
J.
Centers
J.
Site Map
~
I. IIllinois
Streamflow Assessment Model
"I
Progress:
~
f
~
f
~
f
~ ~ ~ ~
Graph
7 Day Low Flow Data for River Mile 31.70 01'1" Walnut Creek in Spoon
.
Watershed
'/0
....<"
f
..-.
UI
1
1
.....
~.
::
0
u::
0.1
10
25
50
0.011----------.....,-----------,-----------.
2
.
~
I
ReclIJ'I'&llcelntelval (yeol'sj
[2QJ = Flow
Change Watershed
II
Change Stream
II
Change River Mile
IJ
Change Flow Parameter
II
Back to Low Flow
Frequency Data
ILSAM Home IData Disclaimer IDefinitions IReferences
.i
IHome IHighlights IStaff IData) Information! Centers ISite Map I
State of.
1
University of
I
Department of
Illinois
Illinois
Natural Resources
All fJJes and information
©
2007 Illinois State Water Survey. Terms of use.
Email the Web Administrator with questions or comments.
Last Modified: November 29, 2006
J
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

PDC
Laboratories,
Inc.
P.O. Box 9071 • PeoriC!, IL 61612-9071
(309) 692-9688 • (800) 752-6651 • FAX (309) 692.9689
Laboratory Results
City of Galva
210 Front Street
P.O. Box 171
Galva,IL 61434
Attn: Mr. Larry Lawson
Date Received:
09/26/06 09: 15
Report Date :
10103/06
Customer
# :
275382
P.O. Number : .
Facility:
Analyst
Ignay
Analyst
DAB
Analyst
JVH
JVH
JVH
Analysis- Date
.....
)tollect Date:
09/13/06 08:00
......• -
Locator: GRAB
Result
..........-
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.......
---:.~.:
.
../<
0.01
mgll'
10/03/06 08:30
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10/03/06 08:30
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10/03/0608:30
~~.
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Qualifier
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Result
Analysis Date
<
0.005mg/1
10/02/06
O~:24
Collect Date:
09/20/06 08:30
Site: DIXLINE
Locator:
COMPOSITE
Qualifier
Result
Analysis Date
10/02/06 07:30
Site: .SW WWTP
\ Parameter
I
•. '!A 200.7
Sample Preparation
'1
. jA 200.7 R4.4
Oopper••
Nickel
2:lnc
i
. 'ample No: 06094147.1
Collect Date: 09120/0608:30
. bent 10 ;..
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Cyanide, Total
r~ple
No: 06094147-2
Chent ID: DIXLINE
ample No: 06094147.3
'Ilient ID: SW WWTP
I Parameter
PA 200.7
.
\
Sample Preparation
piA
200.7
R4.4
~oron
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.~jckel
<:
1.5mgll
0.01 mg/l .
0.026mg/1
10/02/06 07:30
10/03/06
08: 30
10/03/06 08:30
10/03/06 08:30
DAB
JVH
JVH
JVH
-lJple No: 06094147-4
I
'!ient ID: SW WWTP
Site: SW
WWTP
Collect Date;
09/15/0608:00
Locator: GRAB
Parameter
Qualifier
Result
Analysis Date
Analyst
i
~
200.7
I
. Sample Preparation
:>(l:'200,7
,.
R4.4
lOTon
Jopper
Nickel
!
<:
. 1.5mgll
0.01 mgll
0.025mg/1
. 10/02/06
07:30
10103/06 08:30
10103/06 08:30
10/03/06 08:30
DAB
JVH
JVH
JVH
fage:
l'of
2
;
06094147
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

,
i
I.
,.
PDC Laboratories, Inc.
P.O. Box
80n
• Peoria,
IL 61612-8071
(309) 692.9688 • (800) 752.6651 • FAX (308) 682-9689.
Laboratory Results.
City of Galva
210 Front Street
P.O. Box 171
Galva, IL
61434
Attn: Mr. Larry Lawson
Date Received: 09/26/0609:15
Report
Date :
10/03/06
Customer
# :
275382
P.O, Number :
Facility :
Certified by:
JUHada,
~~~
1'hdn,
Project Manager
rmPle No: 06094147-5
Collect Date :
09120/06 08:00
Client
10: SW WWfP
SIte :. SW wwtp
.Locator:
GRAEr
\
Parameter
Qualifier
Result
Analysis Date
. Analyst
PA 200.7
Sample Preparation
,
'-~:.~'-=:::"~"""'\
1.0102/06 07:30
DAB
,
iA
200.7 R4.4
",
:Boron
3mg/l
\,0/03/06 08:50
JVH
Copper
0.11 mg/l
1
m/03/0S 08:30
JVH
]Nickel
0.17mg/J
1?/03/06
08:30
JVH
~mple
No: 06094147.6
Collect Date :
as/22/06
08:00
9lient 10: SW WWTP
Site: SW WWTP
...'
_....
.....
/ Locator:'
GRAB
.!
I
Parameter
Qualifier
Result
Analysis Date
Analyst
:PA200.7
/Sample Preparation
10/02/06 07:30
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, )A
200.7 R4.4
Boron
1.4 mg/I
10/03/06 08:30
JVH
popper
<
0.01 mgll
10/03/06 08:30
JVH
Nickel
0.024mgll
1.Q/03106 08:30
JVH
IPDC Laboratories participates in the following laboratory accreditation/certification and proficiency
programs.
Endorsement by the Federal or State
jGovemment or their agencies is not implied.
' .
NELAC Accreditation for Drinking Water, Wastewater, Hazardous and ,Solid Wastes Fields ofTesting through IL EPA Lab No.1 00230
,Slale of illinois Bacteriological Analysis in Drinking Water Certified Lab Registry No. 17533'
.
prinking Water Certifications: Indiana (C.IL.040); Kansas (E-10338); Kentucky (90058); Missouri (00870); Wisconsin (998294430)
,Wastewater Certifications: Arkansas; Iowa (240); Kansas (E.10338); Wisconsin (99829443)
HazardOUS/Solid Waste Certifications: Arkansas; Kansas (E-10338); Wisconsin (998294430)
UST Certification: Iowa (240)
i
I
(his report shall nol be reproduced, except in full, without the written approval of the laboratory.
!Page: 2 of 2
-_.I
06094147
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

BRUNER, COOPER & ZUCK, INC.
Civil Engineers
Land Surveyors
GALESBURG, ILLINOIS 61401
JOB
_
DESCRIPTION
_
SHEETNO.
OF
~
~
CALCULATED BY __----,...-_ DATE
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OHECI<ED BY
DATE
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

,
. I
.
i
BRUNER, COOPER & ZUCK, INC.
Civil Engineers
Land Surveyors
GALESBURG,
ILLINOIS. 61401
JOB
~
_
DESCRIPTION
_
SHEETNO,_--"-
OF
__---:-__
CALCULATED By
DATE
_
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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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APPENDIXE'
CITY OF GALVA
TEST RESULTS:
SW STP BORON
C'ONCENTRATIONS
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

BORON TEST RESULTS
SWS.T.P.
CITY OF GALVA
Year
Sample
Date Boron (mg/L)
Year Sample Date Boron (mg/L)
"L.O,:.J-:!;r:;.
2004
9/1/2004
1.10
2007
1/1/2007
0.63
9/3/2004
1.10
1/5/2007
0.62
9/8/2004
1.10
1/10/2007
0.63
9/10/2004
1.10
1/12/2007
0.62
9/15/2004
1.20
1/19/2007
0.63
9/17/2004
1.20
1/24/2007
0.63
9/2212004
1.20
1/26/2007
0.62
9125/2004
1.20
1131/2007
0.66
9/27/2004
1.20
21212007
0.68
1011/2004
1.20
21712007
0.78
10/6/2004
1.20
2/912007
0.82
10/5/2004
1.20
2114/2007
.0.86
I.
10/13/2004
1.20
2116/2007
0.85
10115/2004
1.20
2/2112007
0.85
I
10/20/2004
1.20
2/2312007
0.77
10/2212004
1.20
2/28/2007
0.68
I
I
11/312004
0.86
3/2/2007
0.60
. ,
i
11/5/2004
0.81
3/712007
0.52
l
11110/2004
0.78.'
3/9/2007
0.52
11112/2004
0.77
3/1412007
0.52
11117/2004
0.79
3/1612007
0.61
11/19/2004
0.78
3/2112007
0.64
11/24/2004
0.78
3/2312007
0.62
11/26/2004
0.76
3/2812007
0.56
12/15/2004
0.61
4/6/2007
0.58
12117/2004
0.62
4/1812007
0.60
12/2212004
0.67
4/20/2007
0.67
12/24/2004
0.69
4/2212007
0.68
2005
1/512005
0.61
4/25/2007
0.63
1/712005
0.61
4/27/2007
0.67
1/12/2005
0.62
5/212007
0.63
1/14/2005
0.51
5/412007
0.68
1/19/2005
0.45
5/912007
0.66
1/21/2005
0.43
5/11/2007
0.64
1/26/2005
0.48
5/16/2007
0.66
1/26/2005
0.48
5/18/2007
0.68
2/212005
0.50
5/23/2007
0.71
2/912005
0.57
5/25/2007
0.71
2/11/2005
0.59 .
5/30/2007
0.67
2/16/2005
0.59
6/112007
0.66
2/18/2005
0.58
6/612007
0.65
2/23/2005
0.60
6/812007
0.68
2/25/2005
0.60
6/13/2007
0.69
3/212005
0.60
6/15/2007
0.73
3/412005
0.63
6/20/2007
0.73
3/912005
0.64
6/22/2007
0.74
3/11/2005
0.66
6/27/2007
0.76
3/16/2005
0.68
6/29/2007
0.76
3/25/2005
0.69
7/4/2007
0.73
3/30/2005
0.66
7/612007
0.72
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

. i
BORON TEST RESULTS
I
SWS.T.P.
CITY OF GALVA
4/1/2005
0.65
7/11/2007
0.68
. I
4/6/2005
0.71
7/13/2007
0.70
I
4/8/2005
0.68
7/18/2007
0.71
4/13/2005
0.76
7/20/2007
0.78
4/18/2005
•..:1
0.68
7/25/2007
0.76
:I
4/20/2005
0.72
7/27/2007
0.76
4/22/2005
0.74
8/1/2007
0.75
4/27/2005
0.75
8/3/2007
0.78
: i
4/23/2005 .
0.79
8/10/2007
0.73
I'
I
5/412005
0.84
8/15/2007
0.80
5/612005
0.90
8/1712007
0.82
•1
5/1112005
0.90
8/2212007
0.85
5/13/2005.
0.88
8/24/2007
0.82
5/18/2005
.0.90
8129/2007
0.72
5/20/2005
0.90
8/3112007
0.72
5/25/2005
0.94
9/7/2007
0.73
5127/2005
1.00
919/2007
0.74
611/2005
1.00
9114/2007
0.78
6/312005
1.00
9/19/2007
0.78
6/812005
1.10
9/21/2007
0.80
:j
6110/2005
1.10
9126/2007
0.86
6/15/2005
1.10
9/28/2007
0.86
6/17/2005
1.10
10/3/2007
0.95
612212005
. 1.20
10/5/2007
0.88
'1
6/24/2005
1.20
10/12/2007
1.20
. I
6/29/2005
1.20
10/19/2007
1.20
711/2005
1.30
10/2412007
1.10
f
716/2005
1.30
10126/2007
1.10
7/8/2005
1.20
10/31/2007
1.40
7/1312005
1.30
11/2/2007
1.20
I
7115/2005
1.20
11/7/2007
1.30
i
7/20/2005
1.40
11/9/2007
1.30
7/22/2005
1.40
11/14/2007
lAO
i
7/2712005
1.40
11/16/2007
1.50
(
7/29/2005
1.40
11/21/2007
1.50
8/312005
1.60
11/23/2007
1.50
8/5/2005
1.50
11/28/2007
1.50
8/10/2005
1.60
11130/2007
1.60
8/12/2005
1.50
12/5/2007
1.90
8/3112005
1.60
12/7/2007
1.70
9/2/2005
1.60
12/12/2007
1.70
9/7/2005
1.70
12/14/2007
1.70
919/2005
1.50
12/19/2007
1.60
9/1412005
1.60
12/21/2007
1.60
9/1612005
1.60
12/26/2007
1.50
9/2812005
1.50
12/28/2007
lAO
9/3012005
1;50
2008.
112/2008
1.30
101512005
1.50
114/2008
1.40
1017/2005
1.50
119/2008
0.98
10/12/2005
1.70
1/1112008
0.93
10/14/2005
1.60
1/16/2008
0.86
10/13/2005
1.70
1/1812008
0.90
10/2112005
1.70
1/23/2008
0.96
i
10/26/2005
1.70
1/25/2008
1.00
.1
10/28/2005
1.70
113012008
1.00
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

. I
. .J
I
I i
. J
i
!
!
:-i
:I
i I
l ..1
Electronic Filing - Received, Clerk's Office, October 17, 2008
* * * * * R2009-011 * * * * *

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