905R90106
THE USE OF GEOGRAPHIC INFORMATION SYSTEMS (CIS)
TO INTEGRATE AND ANALYZE
TOXIC RELEASE INVENTORY (TRI) DATA
Geographic Information Systems Management Office
United States Environmental Protection Agency
Region V. Environmental Sciences Division
536 S. Clark St (5SGIS). Chicago, II 60605
y S Environmental Protection A«enqi
Region 5, Library (PL-UJ)
77 West Jackson Boulevard, I2ttl
Ch.cago.IL 60604-3590
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The Use of Geographic Information Systems (CIS)
to Analyze and Integrate
Toxic Release Inventory (IKE) Data.
January 1990
Geographic Information Systems Management Office
United States Environmental Protection Agency
Region V
Environmental Sciences Division
536 South Clark St. (5SGIS)
Chicago, IL 60605
U.S. Environmental Protection Agency
Region 5, Library (PL-12J)
77 West Jackson Boulevard, 12th Floor
Chicago, IL 60604-3590
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PROJECTS
Geographic Information Systems (CIS) technology has been used with Toxic
Release Inventory (TRI) data for a variety of purposes in Region V of the
U.S. Environmental Protection Agency. "Die purpose and the products are
briefly described below.
1. Purpose: The display of taUilar TRI data in a readily understood
graphic format.
Product: The map entitled TOXIC CHEMICMj PTT.FASF.S TO EACH TRI
MEDIUM BY COUNTY sinply displays data that are usually presented
as many pages of columnar numbers.
2. Purpose: The integration of data from TRI and other independent
databases.
Products: (A) The map entitled TOXIC CHFMrrRT. RPTJT^FC;, nrjKIC
IMPAIRED WATERSHEDS AND SUPERFUND SITES uses three completely
independent databases from three different regulatory programs to
define the "Toxic Hot Spots" in Region V. (B) The map entitled
independent sources of data on the carcinogenicity of chemicals to
assign all the TRI chemicals a carcinogenicity. The map displays
the releases of those TRI carcinogens in Region V.
3. Purpose: The integration of program specific data and TRI data to
enhance program decision-making capabilities.
Product: The map entitled BASINS WITH 304(1) LISTED WATERS / TRI
SURFACE MATER RELEASES uses TRI data to help water program
managers evaluate the validity of the state's lists of toxic-
impaired waterbody segments as required by the Clean Water Act.
4. Purpose: The analysis of media specific data for chemicals of
particular interest.
Product: A final report, Analysis of Toxic Release Inventory
(TRI) Data on Two Carcinogenic Chemicals. Dichloromethane and
Chromium, in Michigan, was distributed in August 1989.
The TRI data used for these analyses are for calendar year 1987. They were
downloaded from the Toxic Release Inventory System (TRIS) database on EPA's
IEM 3090 to dBaselll files in May 1989 by EPA's Office of Toxic Substances.
The dBaselll files were widely distributed to EPA offices, states and the
public. Several chemicals were delisted since these data were originally
submitted. All chemicals delisted prior to November 1, 1989 were excluded
from the analyses that resulted in the attached maps. Thus, these maps
display the most current TRI data available as of November 1, 1989.
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The Superfund site data were retrieved from the WASTELAN database, which includes
the CERCLIS database, on September 29, 1989. These databases are dynamic and are
maintained by the U.S. EPA Region V Waste Management Division.
The 304(1) list of waters impaired by toxic pollutants in Region V was published
in the June 5, 1989 Federal Register. The watersheds containing the "short list"
waterbodies were mapped.
The carcinogenicity of the TRI chemicals was evaluated using many different
resources. Roadmaps, a dBaselll package developed by EPA's Office of Toxic
Substances summarizes data from the U.S. EPA, the National Toxicology Program,
the International Agency for Research on Cancer, and GENETOX (an on-line
database). The Integrated Risk Information System database (IRIS) is a mainframe
compilation of references on chemical risk; IRIS was used to screen all TRI
chemicals. The Toxic Chemical Release Inventory Reporting Package for 1988
provided the Occupational Safety and Health Administration's "de minimus" values
indicating the carcinogenicity of all TRI chemicals. Two further references were
also used in the evaluation: International Agency for Research of Cancer (1985),
IARC Monographs on the Evaluation of Carcinogenic Risk of Chemicals to Man, V. 1-
36; and U.S. Department of Health and Human Services (1985), National Toxicology
Program Fourth Annual Report on Carcinogens.
Each of the accompanying maps was designed as a poster and therefore the text on
each map explains the map's origin and utility in greater detail than presented
above.
Those EPA offices that are Arc/Info sites may be interested in the computer
programs (AMLs) that produced these maps. The AMLs and a description of the
enhancements necessary to the TRI database are attached as Appendix I and are in
GISMO's Tube Driver's Tips-t5. All of the Tube Driver's Tips are available on
GISNET, an E-Mail bulletin board.
ONGOING FROJHTTS
Region V's Geographic Information Systems Management Office (GISMD) is working on
several additional projects using TRI data.
A. A multi-media, multi-chemical risk assessment of the Great Lakes Area
of Concern in Ashtabula County, Ohio will use chemical specific TRI
data.
B. Regional import and export of TRI toxic chemicals will be determined
using nationwide TRI data. A proposal for funding this project has
been submitted to the Office of Pesticides and Toxic Substances.
C. A cooperative study on earthquake emergency response specifically for
TRI facilities is being discussed with the Federal Emergency
Management Administration (FEMA).
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TCKIC CHEMICAL KEXZASES
TO E*H TSI MEETIM
BY COJNIY
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TCKIC CHEMICMj KEXJEASE5,
TCKIC IMPAIRED WATERSHEDS
AND SUFERFUND SITES
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TOXIC KEUASE INVENTORY
CARCINOGENIC CHEMICALS
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MYENDIX I
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Appendix I
OUTLINE PROCEDURE FCF TCK1C RELEASE INVENTORY EB3A
MAPPING CN A COUNTY SlMftRY LEVEL
USING ARC/INTO
EftRRY BOLKA AND JCHN SCWEIEEJR
USEPA REGION V, BSD, GISMD
These operations lead to the creation of an ARC/INFO coverage with county and
state boundary topology and a polygon attribute table containing TRI media
release data aggregated to county level totals. We assume the existence of
the county coverages, available on GRIDS. The TRI data source is the dBase
III- version of TRI organized by state. The flat, or ASCII files are created
by dBaselll-t- and uploaded to the Prime by Kermit. A file of county names and
TIPS codes is also needed, since the TRI dBase files only contain county
names, not FIPS codes. The TRI dBase files also do not contain a field for
State, but it can be derived from the first two characters of the EPA ID
1. Drfine an UTO template matching the structure in the TRI dBase flat
files.
2. Load TRI dBase flat files into UFO using the template. The TRI _ dBase
files are by state. The TRI INFO files created here may be left
orga'iized by state, or appended (CAUTION! see step 11).
3. Use ARC: ADDITEJ-: to add items for TOTAL, TOTAL-OFFSITE, FIPS-ST,
FI PS-CO, and STCO ( FI PS- ST+ FIPS-CO) to TRI__HJFO.
4. In LT1FU, SELECT TRI INFO and CALC TOTAL = FUGITTVE-A + STACK-A +
... , and CALC TOTAL-OFF = TOTAL - OFFSITE.
5. Create (or get from AIRS) a table of county names vs. FIPS-ST and
FI PS-CO. Load the file into INFO, and sort it by FIPS-ST and FIPS-CO to
speed up the RELATE to be performed.
6. In UFO, SELECT TRI INFO, and do an INFO RELATE on county name in
TRI INFO to the table in [5]. WARNING! TRI has some bad spellings of
county names!
7. CALC' FIPS-ST = $1FIPS-ST and FIPS-CO = S1FIPS-CO into the TRI BIFO
database.
8. CALC STCO = FIPS-CO + ( FIPS-ST * 1000) into TRI INFO.
9. The TRI INFO database is ready to be aggregated to county level.
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10. At this point, do any cleanup operations on the TRI_INFO database, e.g.
delete or flag any chemicals that are delisted, add flags for
carcinogenic chemicals, create subsets for specific chemicals of
interest, or delete records with obviously defective data.
11. The ARC: STATISTICS command will be used to create an INFO database
[TR1SUM_INFO] summarizing the TRI media releases at the county level:
STATISTICS {STCO}
SUM onedia item_namel^
SUM
SUM
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/* TRIMEDIA.CAL1.AML
/* JOHN SCHNEIDER & BARRY BOLKA 22JAN90 USEPA-R5-ESD-GISMD 886-0880
/* AI-IL TO PLOT TRI DATA BY MEDIUI-I BY COUNTY. RUN FROM ARCPLOT
/* THIS AML IS DESIGET TO PRODUCE MAPS ON THE CALCCMP 5845XP. IF A
/* DIFFERENT PLOTTER IS USED THE LOOK-UP TABLES, KEY FILES AND
/* PLOTS MUST BE ALTERED FOR THAT DEVICE. THE CALCOMPl SHADESET WILL
/* DRAW ONLY THE FIRST 256 COLORS ON A TEK 4325. IF A 4207 IS USED
/* FEWER OF THE COLORS WILL BE SEEN ON THE TERMINAL
/* COVERAGES USED: R5NOSHORE. GL-OL-4, R5CO ALL, GL4-ARCS
/* R5NOSHORE = REGION 5 OUTLINE WITHOUT THE GREAT LAKES SHORELINE
/* GL-OL-4 = THE GREAT LAKES POLYGON
/* GL4-ARCS = THE GREAT LAKES SHORELINE IN REGION 5
/* R5CO ALL = COUNTY BOUNDARIES IN ALL REGION 5 STATES
/* WITH TRI ATTRIBUTES BY COUNTY
/* LOOK-UP TABLES USED (MUST BE IN THE SAME DIRECTORY AS AML) :
/* GL-OL-4. CALL LU = USED TO SHADE THE GREAT LAKES BLUE
/* TOTAL. CAL1.SL.LU = CREATES A STOPLIGHT COLORED PLOT FOR THE TOTAL
/* EMISSION PER COUNTY USING THE CALCd-P 5845XP
/* OTHER LOOK-LIP TABLES WITH THE SATE SWTLX .CAL1.SL.LU WORK SIMILARLY
/* FOR THE ITU-: HI THE PREFIX. THESE INCLUDE TOTAL-OFF. , OFF. , STACK. ,
/* FUGITIVE. , WATER. , POTW. , INJECTION. , AT-D LAND.
, * PLOTS USED: lE-JLOGO.CALl.PLT = A PLOT OF THE GIS-D LOGO FOR 5845XP
. * TEXT. PUT = THE TEXT TO APPPEAR ON THE MAP ALREADY IK A PLOT FILE
/* KEY FILES USED: SL.KEY = STOPLIGHT COLORED KEY FOR THE 5845XP
, * SCI FATfEK-ES FOR ALL COVERAGES AID PLOTS USED
5,5 .PI -.= SSCCT:^ST OUTLEJE
&S .FZ := BBOLKA I-HSC
SS .P3 := JSCrillEID TRI.ESRI_M-.^
'* DRA:-: THE BORDERS AID BOXES TO caTTAU'; i-nic I^F^PS AND A TEXT BLOCK
, * PAGESI ZE DESIGIID FOR GATEFOLD Hi A BOUND REPORT
PAGESIZE 16.5 II
TEXTSET CARTO.TXT'
SHADESET CALCa-IPl . SHD
TEXTS Y 135
TEXTSI .1
LEESY 4
BOX 0 0 16.5 11
LINESY 12
BOX 1.18 0 16.5 11
LINE 4.84 0 4.84 11
LINE 8.50 0 8.50 11
LINE 12.16 0 12.16 11
LINE 1.18 3.66 12.16 3.66
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LIME 1.18 7.32 12.16 7.32
/* DRAW I^RP OF TOTAL TR1 EMISSIONS BY COUNTY
MAPLIMITS 1.18 7.32 4.84 11
MAPE %.P10*R5NOSHORE %.Pl%GL-OL-4
POLYGONSHADES %.P3%R5CO ALL TOTAL TOTAL . CAL1 . SL . LU
LI1IESY 21
ARCS sn.pr£R5NOSHORE -
LI1ESY 1
POLYGCNSH %.Pl%GL-OL-4 GL-OL-4-ID GL-QL-4.CAL1.LU
ARCS %.P1%GL4-ARCS
LTJSESY 1
POLYS °n.P3%R5CO_ALL
/* DRAW MAP OF TOTAL EMISSIONS MIMJS OFFSITE TRANSFERS
mPLUnTS 4.84 7.32 8.5 11
MAPE %.P1%R5NOSHORE %.Pl%GL-OL-4
POLYOONSHADES %.P3%R5CO_ALL TOTAL-OFF TOTAL-OFF. CALL SL.LU
LUESY 21
ARCS %.P1%R5I\DSHORE
LUCSY 1
POLYGOUSH °f..Pl^GL-OL-4 GL-OL-4-ID GL-OL-4.CAL1 .LU
ARCS V,.Pli,GL4-ARCS
LUESY 1
POLYS -n.P3-hR5CO^ALL
/* DRA1-: MAP OF TOTAL OFFSITE TRANSFERS
I-FvFLU-IITS 8.5 7.32 12.16 11
MAPE '- . PI' R5IDSHORE 'I, . PI °sGL-OL- 4
POLYCaJSHADES '{..P3-;P5CO_ALL OFFSITE OFF. CAL1 .SL.LU
LEESV 21
ARCS '-; . PI R5! JDSHORE
LUZSY 1
POLYGa:SH ".Pl^GL-OL-4 GL-OL-4-ID GL-OL- 4 . CAL1 . LU
ARCS 1 .PI-GL4-ARCS
LZZ.SY 1
POLYS : . P3 ;P5CO ALL
,'* DPA-: 1-KP OF STACK AIR H-USSICKS
I-7ATLU2TS 1.18 3.66 4.84 7.32
I-ATE % .Pl'flSHDSHORE %.Pl'*GL-OL-4
POLYOa. 'SHADES %.P3'uR5CO ALL STACK-A STACK . CAL1 . SL . LU
LH-ESY 21
ARCS 1..P1%R5NOSHCRE
LHESY 1
POLYGQISH c^.Pl>X3L-QL-4 GL-OL-4-ID GL-OL-4 . CAL1 . LU
ARC'S CI,.P1'^XIL4-ARCS
LUESY 1
POLYS %.P3'-nR5CO ALL
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/* DRAW 1>RP OF FUGITIVE AIR EMISSIONS
IWLZMTTS 4.84 3.66 8.5 7.32
mPE %.P1W*5NDSHORE %.Pl%GL-OL-4
POLYGCNSHADES %.P3%R5CO ALL FUGITTVE-A FUGITIVE . CAL1 . SL . LU
LDESY 21
ARCS %.P1%R5NOSHORE
LHJESY 1
PCLYQCNSH %.Pl°f,GL-OL-4 GL-OL-4-ID GL-OL-4.CAL1.LU
ARCS ^.P1%GL4-ARCS
LINESY 1
POLYS %.P3%R5CO ALL
/* DRAW mP OF DISCHARGES TO WATER
1WLIMITS 8.5 3.66 12.16 7.32
M\PE %.P1%R5IOSHORE %.Pl%GL-OL-4
POLYGCTJSHADES %.P3^0R5CO_ALL WATER WATER. CALL SL.LU
LINESY 21
ARCS *.Pl0fcR5NDSHORE
LDJESY 1
POLYGaOSl '..Pl'iGL-QL-4 GL-OL-4-ID GL-OL-4.CAL1 .LU
ARCS °<.P1VGL4-ARCS
LINESY 1
POLYS I.P3.R5CO ALL
/* DRX',' I-5AF OF TRANSFERS TO POT.-JS
I-PJT_n-nTS 1.18 0 4.84 3.66
I- APE - .P1'-P.S:JUSHOP£ S.PlsGL-OL-4
PQLYCa :SHADES -, . P3 "-R5CO ALL POTv-; PO1W . CAL1 . SL . LU
LEIESY 21
ARCS " .Pl'i-J^olDSHORE
LE3ESY 1
POLYCaJSri '- . PI '.GL-OL-4 GL-OL-4-ID GL-OL-4.CAL1 .LU
ARCS ': .P1^.GL4-ARCS
LITJESY 1
POLYS V.P3'-P5CO ALL
/* DRA:-; MAT OF UIDERGROUID ncjEcncus
4.84 0 8.5 3.66
.PoIJDSHORE ?,.Pl'|jGL-QL-4
PXYGaiSHADES * . P3'iR5CD_ALL nNUECTiaC E4J . CAL1 . SL . LU
LHJESY 21
ARCS °f..Pl%R5igOSHORE
LBESY 1
POLYGQISH °'..Pl%GL-OL-4 GL-OL-4-ID GL-OL- 4 . CAL1 . LU
ARCS °< . PnGL4-ARCS
LINE-SY 1
POLYS %.P3%R5CO ALL
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/* DRAW I^PkP OF DISPOSALS TO LAND
IWLIMITS 8.5 0 12.16 3.66
I-PPE %.Pn,R5NOSHORE °i, . PI %GL-OL- 4
POLYGONSHADES % . P3%R5CO_ALL LAND LAND . CAL1 . SL . LU
L1NESY 21
ARCS ?.,.P1%R5NOSHORE
LUIESY 1
POLYGONSH '0.Pl%GL-OL-4 GL-OL-4-ID GL-OL-4.CAL1.LU
ARCS ^,.P1%GL4-ARCS
LINESY 1
POLYS -o.P3'oR5CO_ALL
/* PLOT THE GISMD LOGO INTO THE TEXT AREA
PLOT %.P2'%NEWLOGO.CAL1.PLT BOX 12.3 .25 16.25 3.25
/* WRITE TITLE, AMLFATH & INITIALS IN TEXT AREA
TEXTQ CCNSTAI7T
TEXTSI .2
I-UvT: 14.25 10.50
TEXT 'TOXIC CHD-nCAL RELEASES' CC
MCUE 14.25 10.20
TE>T 'TO EACH TRI MED1UI-1' CC
MJT 14.25 9.90
TE-T 'BY COUlJTi' CC
.T 16.] R .15
TE-:ru ca:siA::r
TET-TSI .06
TEXTSL 10
TE-~ 'JPS, BJ3 12DEC89' CR
IF.T 12.4 .15
TD7T 'JSOIZZD TRI TRH-EDIA.CAL1.AI-L' CL
.-•'* '.-.'RITE A TITLE a: EACH I-1AP
TE-TSY 135
TEXTO Ca^TAITT
ICT.-E 3.01 10. R3
TE/H- 'TOTAL eassia:s' cc
I-U.'E 6.67 10.83
TEXT 'TOTAL MINUS OFFSITE' CC
MTT.'E 10.33 10.83
TEXT 'OFFSITE TRANSFERS' CC
MT/-E 3.01 7.15
TEXT 'STACK AIR EMISSIONS' CC
VDJE 6.67 7.15
TEXT 'FUGITIVE AIR EMISSIONS' CC
NOTE 10.33 7.15
TEXT 'DISCHARGES TO WATER' CC
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MOVE 3.01 3.49
TEXT 'TRANSFERS TO FOTWS' CC
M3VE 6.67 3.49
TEXT 'INJECTED UNDERGROUND' CC
MOVE 10.33 3.49
TEXT 'LAND DISPOSAL' CC
/* CREATE A KEY
TEXTSY 135
TEXTSI .10
LINESY 1
KEYPOS 13.4 4.15
KEYSEP .1 .1
KEYBQX .2 .2
KEYSHADE SL.KEY
'MDVE 14.25 4.35
TEXTSI .125
TEXT 'POUNDS RELEASED IN 1987' CC
/* PLOT THE TEXT. THE TEXT IS A SEPARATE PLOT FILE BECAUSE TEXT SHRINKS
/* WHEN IT IS TURNED INTO A PLOT FILE, DOING THIS FIRST ALLOWS FULL
/* CONTROL OVER THE POSITTdTING OF THE TEXT
PLOT TXT.PUT BOX 12.41 3.8 16.75 9.45
&ECHO &OFF
/THIS 15 THE END OF THE AT-L
/*THE STRUCTURE OF THE FILES REQUIRED BY THE AHL FOLLOWS
/*LOOK-UP TABLE STRUCTURE IN INFO
/*
/* DATAFILE NAME: GL-OL-4.CAL1 .LU
/* 2 ITEMS: STARTING IN POSITION 1
/* COL ITEM NAI-E WDTH OPUT TYP N.DEC ALTERNATE NAI^E
/* 1 GL-OL-4-ID 4 5 B -
/* 5 SYI-BOL 3 31
/* SREOD GL-OL-4-ID SYMBOL
/* 1 1 0
/* 2 2 0
/* 3 3 0
/* 4 4 0
/* 5 5 0
/* 6 6 0
/* 7 7 0
/* 8 8 0
/* 9 9 0
/* 10 10 821
/* 11 11 821
/* 12 12 821
/* 13 13 821
/*
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/* DATAFILE NAME: TOTAL.CAL1.SL.LU
/* 2 ITEMS: STARTING IN POSITION 1
/* COL ITEM NATC WDTH OPUT TYP N.DEC ALTERNATE NAI-E
/* 1 TOTAL 12 12 I
/* 13 SYMBOL 331-
/* SRECIO TOTAL SYMBOL
/* 1 1 830
/* 2 1000 732
/* 3 10000 19
/* 4 100000 30
/* 5 1000000 75
/* 6 10000000 168
/* 7 100000000 232
/* 8 1000000000 288
/*
/* DATAFILE NAME: TOTAL-OFF.CAL1 .SL.LU
/* 2 ITEMS: STARTING IN POSITICM 1
/* COL ITEI! NAME WDTH OPUT TYP N.DEC ALTERNATE NAME
/* 1 TOTAL-OFT 12 12 I
,* 13 SYMBOL 331
.'* SRECJO TOTAL-OFF SYMBOL
/* 1 1 830
x* 2 IGOu 732
* 3 10000 19
'* 4 10001".1 30
- * 5 100000'"' 75
. * 6 10000000 168
* 7 100000000 232
* 8 lOOOOOoO'.'O 288
Ik
/'*r;--z RET^zrL'jj LOOK-UP TABLES ARE SIMILAR WITH DIFFERUTT ITEM NAMES
*
/*5L.KE:' IS A SYSTEM FILE
'*.83'J
/* 0
. *.~32
/* 1 - 1000
./*.:?
* 1,001 - 10,000
*.30
/* 10,001 - 100,000
/*.75
/* ]00,001 - 1,000,000
,'*.168
/* 1,000,001 - 10,000,000
/*.232
7*10,000,001 - 100,000,000
/*.288
/* a^^R 100,000,000
/*
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/*R5CO ALL PAT FILE STRUCTURE
/* DATAFILE NATC: R5CO ALL.PAT
/* 20 ITEMS: STARTIIC IN POSITION
/* COL ITEM NAI-E WDTH OPUT TY1
/* 1 AREA
/* 5 PERIMETER
/* 9 R5CO ALLt
/* 13 R5CO ALL-ID
/* 17 PEMEN1
/* 23 LWCODE
/* 25 PBMAJ2
/* 31 PH-HN2
/* 37 CITY
/* 38 STCO
/* 43 FUGITTVE-A
/* 53 STACK-A
/* 63 WATER
/* 73 HJJECTICN
/* 83 LAID
/* 93 POTW
/* 103 OFFSITE
/* 113 TOTAL
/* 125 TOTAL -OFT
/* 137 CO-SCMI
/* ** REDEFHE) ITEMS
/* 17 S
/ * 21 PEL/;
/* 21 YIPS-SI
/* 34 FI PS-CO
/* PARTIAL LIST OF R5CO ALL
/*
/* 1
/* ARI7A =-8.6172
,'* PERU-JETER =1118857
/* P5CO ALL* = 1
/* R5CO ALL- ID = 1
/* pa-n::i = o
/* LWCODE
/* PH-PJ2 = 0
/* FH-SN2 = 0
/* CITY =0
/* STCO = 0
/* FUGITTVE-A
/* STACK-A
/* WATER
/* INJBCTICN
/* LAIO
4
4
4
4
6
2
6
6
1
5
10
10
10
10
10
10
10
12
12
10
**
6
8
o
l_
3
.PAT
8E-11
0.000
0
0
0
0
0
12
12
5
5
6
2
6
6
1
5
10
10
10
10
10
10
10
12
12
10
6
8
2
3
F
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I
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3
3
U.S, Environmental Protection Agency
• J W€St Jackson RAMICM/*.** 10*4. «"!„
.
Jackson Boulevard, 12th Floor
Chicago, JL 60604-3500
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/* POTW
/* OFFSITE
/* TOTAL
/* TOTAL-OFF
/* co-san
/*
/*
/* AREA
/* PERIMETER
/* R5CO ALL*
/* R5CO ALL-ID
/* PEMIN1
/* LWCODE
/* PBMAJ2
/* PBT-HN2
/* CITY
o
0
0
0
0.000
=4.609424E+09
= 374,197.100
2
2
27
=L
=0
92
77
/*
/*
/*
/*
/*
/*
/*
/*
/ *
/
'*
/*
/ *
/
/*
/*
/*
/*
/*
/*
,'*
,'*
/•*
/*
/*
/ *
/*
/*
/*
/*
/*
/*
/*
/*
/*
STCO
FUGITTVE-A
STACK-A
WATER
INJECTION
LATJD
POT.-;
OFFSITE
TOTAL '
TOTAL -OFF
co- sun
AREA
PERIMETER
R5CO ALL*
R5CO ALL- ID
PH:TJ:I
LWCODE
PB-7^12
PHH_T;2
CITY
STCO
FJGITr.'"E-A
STACK-A
WATER
IKJECnCN
LAID
pcm-j
OFFSITE
TOTAL
TOTAL-OFF
co-sa-n
=27077
=
0
120000
=
=
=
=
=
=
=
=
3
=2
=
=
=
=
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=
=
=0
=2
=
=
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=
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=
=
=
=
=
1779
.8397
232,4
3
3
27
92
69
7069
1096
0
0
0
0
0
120000
120000
.699
66E-09
71 . 20U
0
0
0
0
0
0
0
0
0
.434
/*
/*PAT FILE CONTINUES FOR FULL NUMBER OF RECORDS
10
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