final remedial investigation report · final - - j- vj remedial investigation report volume tv of v...

- - J- VjFINALREMEDIAL INVESTIGATION REPORT

VOLUME TV OF VAPPENDICES C, D,E,andF

Prepared For:

NATIONAL PRESTO INDUSTRIES, INC. SITEEAU CLAIRE, WISCONSIN

eder associates! scientists

u

APPENDIX CSLUG TEST PROCEDURES AND RESULTS

APPENDIX DWDNR LETTER - ENDANGERED SPECIES

APPENDIX ENPI PRODUCTION WELL LOGS

ANDAPPENDIX F

ANALYTICAL DATA AND QA/QC RESULTS

APPENDIX C

SLUG TEST PROCEDURES AND RESULTS

NATIONAL PRESTO INDUSTRIES, INC.EAU CLAIRE, WISCONSIN

SLUG TEST PROCEDURES AND RESULTSREMEDIAL INVESTIGATION

PROJECT #497-04OCTOBER 1990

EDER ASSOCIATES CONSULTING ENGINEERS, P.C.Ann Arbor, Michigan

Locust Valley, New YorkMadison, WisconsinAugusta, Georgia

#54 slug.pro 102490

1.0 PROCEDURES

In June 1990, Eder Associates Consulting Engineers, P.C. carried out sixslug tests on monitoring wells at and near the National Presto Industries Inc.(NPI) site in Eau Claire, Wisconsin. Water-level measurements were made andrecorded using a down-hole pressure transducer with a Hermit model 1000 B datalogger.

Slug tests were done according to the following procedures:

1. Measure depth to groundwater in the monitoring well with anelectronic water level indicator.

2. Lower data logger transducer into well and set approximately four tofive feet below water surface.

3. Set data logger reference to 0.00.

4. Plug outlet of plastic funnel and fill with one-gallon of distilledwater.

5. Set neck of funnel in monitoring well and simultaneously pull plugand start data logger.

6. Allow data logger to record water levels for a minimum of fiveminutes.

7. Shut off data logger.

8. Move to next well, reset data logger to record next test and repeatsteps one through seven above.

2.0 RESULTS

The Bouwer and Rice (1976) method was used to calculate hydraulicconductivities for the six monitoring wells. A computer modeling software(Aqtesolv)) was used to plot the data and calculate hydraulic conductivitiesbased on the Bouwer and Rice method. Raw data and software generated plots andresults are presented in Attachment A and B, respectively. The results aresummarized in Table 1 which indicates monitoring well numbers and other pertinentaquifer data used for the calculations.

NATIONAL PRESTO INDUSTRIES. INC.EAU CLAIRE. WISCONSIN

TABLE 1

Data and Results for Slug Tests Conducted 6/27/90

TESTNO.

0123456789

WELLNO.

MW-17CMW-7MW-5BMW-21BMW-10BMW-32BMW-3PMW-27BMW-29BMW-36B

SCREENLENGTH

ft

10151010101010101010

SATURATED WATER HEIGHTTHICKNESS

ft

50505050505085506173

IN WELLft

38102629343785286173

SLUGADDED

gal

1111111111

WELLDIAMETER

in

2222222222

BOREHODIAMETE

in

6666666666

HYDRAULICCONDUCTIVITY

ft/min

HYDRAULICCONDUCTIVITY

ft/day

0.0027NA

0.0130.02

0.00410.017

NA0.032

NA0.0044

3.9NA19295.925NA46NA6.3

(0a.a

associ

a

o

to

<g«5

3.0 DATA INTERPRETATION

Hydraulic conductivities for the two monitoring wells screened in thesandstone aquifer were 3.9 and 5.9 ft/day at MW-17C and MW-10B, respectively.These values are higher than values presented in literature (Freeze and Cherry,1979) which are generally less than 1 ft/day.

Monitoring wells in the sand and gravel aquifer had hydraulicconductivities ranging from 6.3 to 46 ft/day based on slug test data. Alluvialaquifers generally have a wide range of hydraulic conductivities depending on thedegree of sorting and amount of fine materials present. Therefore, a comparisonwith a typical range of values sand and gravel aquifers, in general, is notappropriate for interpretation of the NPI slug test data. It is noted that slugtests performed during the Eau Claire Municipal Well Field Remedial Investigationranged from 40 to 68 ft/day in Plume Two. This difference in hydraulicconductivities may reflect aquifer variations in the area or the mechanics ofperforming slug tests related to monitoring well construction and conditions(e.g. time elapsed since development).

Pumping tests for on-site wells MW-14 and/or MW-15 are planned which willprovide better information on hydraulic conductivities than slug tests. Slugtest derived aquifer data should be augmented by pumping test data prior to beingused in aquifer characterization for the NPI site.

eder associates consulting engineers, p.c.

ATTACHMENT A

RAW DATA

0.6667 - 0.960.7500 - 0.720.8333 - 0.550.9167 - 0.411.0000 - 0.311.0833 - 0.231.1667 - 0.171.2500 - 0.141.3333 - 0.111.4166 - 0.071.5000 - 0.061.5833 - 0.061.6667 - 0.041.7500 - 0.041.8333 - 0.031.9167 - 0.032.0000 - 0.032.5000 - 0.033.0000 - 0.033.5000 - 0.034.0000 - 0.034.5000 - 0.035.0000 - 0.035.5000 - 0.03

END

SE1000BEnvironmental Logger

06/27 14:23MW-29B

Unit* 00001 Test! 8

INTUT 1: Level (F) TOC

Reference 0.00Scale factor 49.97Offset 0.00

Step* 0 06/22 15:06

Elapsed Time Value

0.00000.00330.00660.00990.01330.01660.02000.02330.02660.03000.03330.05000.06660.08330.10000.11660.13330.15000.16660.18330.20000.21660.23330.25000.26660.28330.30000.31660.33330.41670.50000.58330.66670.75000.83330.91671.0000

0.010.030.030.010.030.030.030.030.030.030.030.03

- 0.06- 0.01- 0.14

0.010.15

- 0.41- 1.09- 1.48- 1.53- 0.91- 0.96- 0.52- 0.25- 0.18- 0.06- 0.09- 0.17

0.010.000.040.070.060.040.040.04

1.0833 0.04

1.1667 0.041.2500 0.041.3333 0.041.4166 0.041.5000 0.031.5833 0.031.6667 0.041.7500 0.031.8333 0.041.9167 0.042.0000 0.042.5000 0.033.0000 0.033.5000 0.034.0000 0.034.5000 0.035.0000 0.03

END


06/27 14:24MW-27B

Unitl 00001 Testl 7

INPUT 1: Level (F) TOC


Step# 0 06/22 14:53

Elapsed Time Value

0.00000.00330.00660.00990.01330.01660.02000.02330.02660.03000.03330.05000.06660.08330.10000.11660.13330.15000.16660.18330.20000.21660.23330.25000.26660.28330.30000.31660.33330.41670.50000.58330.66670.75000.83330.91671.00001.08331.1667

0.010.030.030.030.040.030.030.000.030.030.04

- 0.01- 0.06- 0.11- 0.12- 0.18

0.04- 0.15- 1.50- 1.84- 1.84- 1.18- 0.88- 0.63- 0.39- 0.25- 0.12- 0.06- 0.01

0.060.040.040.040.030.030.030.010.010.01

1.2500 0.011.3333 0.011.4166 0.011.5000 0.011.5833 0.011.6667 0.011.7500 0.011.8333 0.011.9167 0.012.0000 0.012.5000 0.013.0000 0.013.5000 0.014.0000 0.014.5000 0.015.0000 0.015.5000 0.01

END


06/27 14:25MW-3P

Unit* 00001 Test* 6


ReferenceScale factorOffset

Step* 0 06/22

Elapsed Time

0.00000.00330.00660.00990.01330.01660.02000.02330.02660.03000.03330.05000.06660.08330.10000.11660.13330.15000.16660.18330.20000.21660.23330.25000.26660.28330.30000.31660.33330.41670.50000.58330.66670.75000.83330.91671.0000

0.0049.970.00

14:40

Value

0.040.040.040.060.060.060.040.040.060.030.03

- 0.01- 0.01- 0.04

0.000.120.03

- 1.20- 0.39- 1.87- 1.21- 0.26

0.040.280.580.440.260.11

- 0.070.180.150.120.120.110.120.110.11

1.0833 0.11

1.1667 0.121.2500 0.111.3333 0.111.4166 0.111.5000 0.111.5833 0.111.6667 0.121.7500 0.121.8333 0.121.9167 0.122.0000 0.122.5000 0.123.0000 0.123.5000 0.124.0000 0.124.5000 0.125.0000 0.125.5000 0.14

END


06/27 14:26MW-32B

Unit! 00001 Test* 5

INPUT 1: Level (F) TOG


Step! 0 06/22 14:30

Elapsed Time Value

0.00000.00330.00660.00990.01330.01660.02000.02330.02660.03000.03330.05000.06660.08330.10000.11660.13330.15000.16660.18330.20000.21660.23330.25000.26660.28330.30000.31660.33330.41670.50000.58330.66670.75000.83330.91671.00001.0833

0.010.030.030.030.010.000.010.010.000.000.010.00

- 0.120.040.00

- 0.17- 0.18- 1.27- 1.40- 1.32- 1.15- 1.01- 0.71- 0.53- 0.28- 0.23- 0.17- 0.30- 0.15- 0.03

0.040.060.060.060.040.040.040.04

1.1667 0.031.2500 0.041.3333 0.031.4166 0.031.5000 0.031.5833 0.031.6667 0.031.7500 0.031.8333 0.031.9167 0.032.0000 0.032.5000 0.033.0000 0.033.5000 0.034.0000 0.034.5000 0.035.0000 0.03

END

10


06/27 14:27MW-10B

Unit* 00001 Test# 4



Step! 0 06/22 14:02

Elapsed Time Value

0.00000.00330.00660.00990.01330.01660.02000.02330.02660.03000.03330.05000.06660.08330.10000.11660.13330.15000.16660.18330.20000.21660.23330.25000.26660.28330.30000.31660.33330.41670.50000.58330.66670.75000.83330.91671.00001.0833

0.010.030.030.030.000.010.000.010.000.000.00

- 0.18- 0.37- 0.44- 0.77- 0.03

0.12- 0.77- 2.21- 2.55- 2.57- 2.36- 2.11- 1.84- 1.61- 1.34- 1.16- 0.99- 0.83- 0.42- 0.23- 0.14- 0.12- 0.09- 0.07- 0.04- 0.03- 0.03

1.1667 - 0.01

11

1.2500 - 0.011.3333 0.001.4166 0.001.5000 0.001.5833 0.001.6667 0.001.7500 0.001.8333 0.001.9167 0.002.0000 0.012.5000 0.003.0000 0.013.5000 0.014.0000 0.014.5000 0.015.0000 0.01

END

12


06/27 14:28MW-21B

Unit* 00001 Test* 3



Step* 0 06/22 13:49

Elapsed Time Value

0.00000.00330.00660.00990.01330.01660.02000.02330.02660.03000.03330.05000.06660.08330.10000.11660.13330.15000.16660.18330.20000.21660.23330.25000.26660.28330.30000.31660.33330.41670.50000.58330.66670.75000.83330.91671.00001.08331.1667

0.000.010.010.030.030.030.030.030.010.030.030.010.010.010.00

- 0.010.09

- 0.39- 1.35- 1.64- 1.80- 1.81- 1.50- 1.10- 0.90- 0.69- 0.48- 0.33- 0.25- 0.04- 0.01

0.000.000.000.000.000.000.00

- 0.01

13

1.2500 - 0.011.3333 0.001.4166 0.001.5000 0.001.5833 0.001.6667 0.001.7500 0.001.8333 - 0.011.9167 - 0.012.0000 - 0.012.5000 - 0.013.0000 - 0.013.5000 - 0.014.0000 - 0.014.5000 - 0.015.0000 - 0.015.5000 - 0.01

14


06/27 14:29MW-5B

Unitt 00001 Testl 2

INPUT 1: Level (F) TOG

Reference 0 . 00Scale factor 49 .97Offset 0 .00

Step* 0 06/22 13:25

Elapsed Time Value

0.00000.00330.00660.00990.01330.01660.02000.02330.02660.03000.03330.05000.06660.08330.10000.11660.13330.15000.16660.18330.20000.21660.23330.25000.26660.28330.30000.31660.33330.41670.50000.58330.66670.75000.83330.91671.00001.0833

0.000.010.030.030.030.030.030.030.030.030.030.030.01

- 0.01- 0.09

0.03- 0.26- 0.01- 1.05- 1.51- 2.55- 1.35- 1.21- 0.90- 0.71- 0.55- 0.44- 0.36- 0.23- 0.07

0.030.040.040.040.030.010.010.01

1.1667 0.01

15

1.2500 0.001.3333 0.001.4166 0.001.5000 0.001.5833 0.001.6667 0.001.7500 0.001.8333 0.001.9167 - 0.012.0000 - 0.012.5000 - 0.013.0000 - 0.013.5000 0.004.0000 0.004.5000 0.005.0000 0.005.5000 0.00

END

16


06/27 14:30MW-7

Unit! 00001 Test! 1

INTUT 1: Level (F) TOC


Step* 0 06/22 13:15

Elapsed Time Value

0.00000.00330.00660.00990.01330.01660.02000.02330.02660.03000.03330.05000.06660.08330.10000.11660.13330.15000.16660.18330.20000.21660.23330.25000.26660.28330.30000.31660.33330.41670.50000.58330.66670.75000.83330.91671.00001.08331.1667

0.000.010.010.010.000.010.010.010.010.010.010.00

- 0.03- 0.04- 0.12- 0.03- 0.03- 0.37- 0.72- 1.13- 1.40- 1.37- 1.45- 1.35- 1.27- 1.23- 1.15- 1.07- 1.01- 0.72- 0.56- 0.44- 0.36- 0.30- 0.26- 0.23- 0.20- 0.18- 0.17

17

1.2500 - 0.141.3333 - 0.141.4166 - 0.121.5000 - 0.121.5833 - 0.111.6667 - 0.111.7500 - 0.091.8333 - 0.091.9167 - 0.092.0000 - 0.092.5000 - 0.073.0000 - 0.063.5000 - 0.064.0000 - 0.044.5000 - 0.045.0000 - 0.04

END

18


06/27 14:31MW-17C

Unit! 00001 Test* 0



Step* 0 06/22 12:47

Elapsed Time Value

0.00000.00330.00660.00990.01330.01660.02000.02330.02660.03000.03330.05000.06660.08330.10000.11660.13330.15000.16660.18330.20000.21660.23330.25000.26660.28330.30000.31660.33330.41670.50000.58330.66670.75000.83330.91671.00001.08331.1667

0.010.030.030.030.030.040.030.030.030.030.030.010.000.00

- 0.90- 2.51- 3.64- 3.58- 3.93- 3.74- 3.64- 3.47- 3.27- 3.08- 2.90- 2.73- 2.57- 2.41- 2.27- 1.70- 1.29- 0.99- 0.77- 0.60- 0.47- 0.37- 0.30- 0.23- 0.18

19

1.2500 - 0.151.3333 - 0.121.4166 - 0.111.5000 - 0.091.5833 - 0.071.6667 - 0.061.7500 - 0.041.8333 - 0.041.9167 - 0.042.0000 - 0.032.5000 - 0.033.0000 - 0.033.5000 - 0.034.0000 - 0.034.5000 - 0.035.0000 - 0.03

END

20

ATTACHMENT BBOUWER AND RICE EQUATION

ANDDATA PLOTS


MEMORANDUM

TO: W. WARREN

FROM: K. PASTERAK

DATE: 23 OCTOBER 1990

RE: SLUG TEST DATA AND RESULTSNATIONAL PRESTO INDUSTRIESEAU CLAIRE, WI

Slug tests were performed at selected monitoring wells in thevicinity of the National Presto Industries (NPI) facility on June22, 1990, to determine in situ hydraulic conductivity. Each testwas performed by introducing approximately one gallon ofdistilled water into the well, followed by measurement of therecovery of the water table over time.

Automated water level measurement equipment was used to obtaindata with adequate precision for the intended analysis. An InSitu Model SE-1000B datalogger unit was used with a 30 psi InSitu Model PXD-260 pressure transducer for data collection. Thepressure transducer and cable were decontaminated prior to use ateach monitoring well. Raw time/drawdown data is contained inAttachment A. Units for time and drawdown are minutes and feetrespectively, and increasing drawdown values represent a declinein hydraulic head.

The Bouwer and Rice method for analyzing slug test data forunconfined aquifers was selected for interpretation of the data,based on an evaluation of the method's inherent assumptions andNPI hydrogeologic conditions. The Bouwer and Rice solution iswell documented in hydrogeologic literature, and the equation andan explanation of variables is contained in Attachment B.

Plots of time versus drawdown for each test were prepared using asemilog/log scale, and are contained in Attachment C. Table 1summarizes the data used in the equation for each test, andidentifies the hydraulic conductivity calculated using theBouwer and Rice equation. Slug test data for monitoring wellsMW-3P and MW-29B exhibit effects of the pressure wave created bythe surge of water ("the slug") down the well riser, and thetime/drawdown data was determined to be of unsuitable quality forBouwer and Rice analysis.

SLUG TEST METHOD FOR UNCONFINED AQUIFERS

REFERENCE: Bouwer, H. and R. C. Rice, 1976. A slug test method for determininghydraulic conductivity of unconfined aquifers with completelyor partially penetrating wells, Water Resources Research, vol.12, no. 3, pp. 423-428.

SOLUTION:

, , 2 K L tIn sa - In st = —rre2 ln(r./rw)

where:

s0 = initial drawdown in well due to instantaneous removal of water fromwell [L]

s, = drawdown in well at time t [L]

L = length of well screen [L]

re= radius of well casing [L]

ln(r./rw) = empirical "shape factor" determined from tables provided in Bouwerand Rice (1976)

r.= equivalent radius over which head loss occurs [L]

rw= radius of well (including gravel pack) [L]

H = static height of water in well [L]

b = saturated thickness of aquifer

SLUG TEST METHOD FOR UNCONFINED AQUIFERS(continued)

DEFINITION OF TERMS:

land surface

water table

H

well

2r_

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APPENDIX D

WDNR LETTER - ENDANGERED SPECIES

SENT BYIEDER QSSOCIOTES : 8-10-92 L0:250M : 6088313337-* 3137476530:8 2

"JUL-27-1992 16:47 FRQ *« URSTQMTER TD 9H313337 P. 02JUL 1 1

State of Wisconsin \ DEPARTMENT OF NATURAL RESOURCESlOIGMtl

July 13, 1992 IN REPLY REFER TO: 1650

. -«-«.Ms. Terry DempROT P. Wesson* Jnc.

Hawtnon Parkway

SUBJECT: Endangered ReKraroe Infonnatkm Review

Dear Ms. IQeaip:

The Bwcn of Endangered Resources has reviewed the project area described in your tetter of April 27,1992 far .the risk aneunteui for the National Presto Industries. Inc. Superfoad Site.

Oar Mutual Heritage Inventory (NHI) data fllea contain the following rare specks and oanualmm««i|ffg« infomatioa for the project site located in para of Section 34 and 33 of T2SN R9W,drippewa Coaly and Secttoo 2 of T27N RSW, Eau Claire Coonty and an area five mffea snaoandtnfthai alte. A dcauljidon b provided tor the natural areas, and the specks intxmatioa provided Includesthe Imtifm. (Me of me most recent obcenadon, and other infbnnadoi uefld fa phumtng proiecdoo

nf th

d shrike), a btod pteseuiy under review by the US Fish and WildlifeService tor federal listing and Endangered to Wisconsin, ocons in T2SN RSW. UK observationdate tor this occumuue record is the Summer of 1982. This species prefers open country with

trees and shrubs, aad edge habitat such as open areas fa forests. The breeding seasonIrani eady April to late Jnly.

(pnkB moth), a Both presently under review by the US Fist and WOdUfe torFederal Ibdng and Endangered In Wisoan^ occnn m TZTtf R8W Sections 17 and 18. Theobeervadon date tor this occurrence record B Jane 4, 1990. Their host plant is phlox spp. Their.Olfht period k In Jone. and early July.

(spectacle cue), a mvssel presently under review by the US Fish andWildlife Service for federal listing and Endangered in Wisconsin, ocean in the Chtppewa Riverdtiwusucam-oC the Chippewa Fans Dam and upstream of the Dells Dam impoundment. Tbeobwrradba date tor this occuuence record b . Tab species prefers Urge rivers in the westernpart of Wisconsin. It lives beneath large boulders, rock ledges or in rock crevices. The hostorgenftm b •aknowB but b suspected to be the madpappy.

(goUeye), a fish listed as Endangered m Wbooaata, ocean in tbe ChippewaRiver. Tbe obscrvitioa date for thb occurrence record b May 1977. TUs species prefers quiet.

SENT BYlEDER OSSOCIOTES : 8-10-92 10:26OM : 6088313337-) 3137476530:tt 3LM< UJ-bltWHItK ID 98313337 P.B1

turbid waten of large riven and their connecting lain and manhes. Spawning ocean from early. May through euiy July.

DtsnftcM ornate** (beak grass), a plant Usted as Endangered In Wbconsin, ocean in TZ7NR9W Section 30 (Putnam Park). The observation date tor thb occonence record b October1988. Thb species b known from only tour localities In the state, in rich, low woods.ocean from July through September.

eagle), a bird listed as Threatened at the Federal and State level,ocean in TZ8N R8W Secdao 11. The observation date for this occoneaoe record b May 1990.This speda prefen targe trees in Isolated areas la proximity to large areas of suttee voter, UrgemaiylMte of aedduous forest, coniferous forest, wetland, aad shnb communities. Large takesaid riven wita nuuiij tan pine trees are preferred for nesting. The breeding season extends fromPebraary through August. Pkvored wintering and roosting habitat inciades wooded valleys nearopea water and mejoi riven from December through March.

(bine sucker), a ash presently under review by the US Fbh and WBdnfleService tor Federal listing and Threatened hi Wbcoastn, ocean in the Chlppeva River. Theobservation date lor this occurrence record is May 1977. Thb species prefers large, deep nvenwltn moderate carreao over substrates of rubble, gravel, or sand. Spawning ocean from hueApril them** eerty May.

UaOa (regal Qltfflary), a butterfly presently under review by the US Fish and WfldUfeSavtee for Federal listing and Threatened tat Wbeoasin, ocean in T78N R9W Section 13 (HattieRailroad Prairie). The observation date for tab uucuneute record b 1972. Thb species prefenlarge dry prairies win* Vtot* spp. present Their flight period is from July through September. '*

VU§-novae opsjfite (New England vtoket}, a plant presently under review by the US Fbh andWUOlJte Service for Federal iBtinf and Threatened in WBconna, hat been known to occnr laT2SNIWW. Ta« obserwdosi date for tWt ocorrence record is May 19,1915. Thb speciesprefen dry sandy sofl In upland woods and la gravelly or sandy stream banks. Blooaring oceanfrom late May through late June.

: (greater redhorse), a Oshlbted as Threatened in Wisconsin, ocean in theCUppcwa River. The observation date for this occurrence record is May 1977. Thb speciespiifus dear water of latsje riven, river luwiuiis, ud busje hUtBS over bottoms of sand, f/avcl* orboulden. Spawning ocean bum early May through hue June.

JtfesoRBWM c^seMflsw (river redhone), a flan listed at Threatened ia Wisconsin, ocean in theCUppewa River. The observadon date lor thb occarrence record b May 1977. Tab speciespaten modmie » swift carrena of large riven, lower portions of their tributaries, reservoirs,sad pood over bottom of den gravel or rabble. Spawoiag ocean from late May through Jo*when water temperatures reach 72 to 76 degrees Fahrenheit.

(maskfoot), a plant listed as Threatened m Wbconsin, ocean in TZ7N R9WSection 29 (Putnasa Park). Tbe observation date for this occuucuic record is May 3,1986. Thbspecies prefen shaded; damp to dripping difls. Blooming ocean from May through July.

(lake sturgeon), a Qsa presently under review by the US Fbh and WMMfcService for Federal Ibdng and listed as State Special Concern, ocean in the Chippewa River withspewoinf eltes at the CUppewa Falb Dam aad the Dells Dam, The observadon date tor torn oftneee occurrence recoids b 199L Thb species piefcis large riven and lakes snowing a preferencefix tbe deepen ntid»itvet areas and pools. Spawning ocean Iron late April through early Jt

SENT 3Y.-EDER OSSOCIOTES : 8-10-92 10:28OM : 6888313337-» 3137476538:« 4- ._ ._. . ———... -_. .— . _. — -..„»•-.. uuoea, •»-» otfltJOJl JJJV; • J

JUL-27-1992 16«48 FROM DM? UflSTEURTER TO 98313337 P.03

(Ktner bloc), a butterfly presently under review by the US Rah aadSendee for Federal ibtmg and sate Special Concern, oocoo In 1Z7N RBW Sections 17

and 18 {En dalre Power Use Barrens). Tie observation date tor this occnrrence record b May30.1590. TUs spedes preten sort-open oak openings, pine barrens* and oak-pine barrens. Tnetrfflfnt penoos are late May tnrongh mid-Jane and Ute July through etrty Angus. Their only

bast punt b wad tapine (Lupuaa ptnxiiit).

(dotted skipper), a State special Ooncera txraerOy, ocean in T27N R8W117 and IS (Eao Oafae Power Una Barrens). Tbft obaaraxfoa date for tUs occaneaee

record fa Jdne4,l99a Tbta species prefers dry open fields. Tneir fllgnt period is May to early

(cobweb skipper), a State Special Cooccm Imaerfly, ocean in T27N RSW Scatom17 and 18 (Ban Oalie Power Ltte Barrens). Toe obserndoo date tor tills occaneace record toMay 28,1990. This spedes preten old, grassy fields and forest openings. Their ffl|M period bfrom mfd«May to eir^r June.

: (Hootert orchid), a State Special Concern plant, has been known to occur inT27NR9W nod TON R9W. The observation date for both of these occuueuue records fa 1915.Trds speda prefers ondfenrrbed nestc and wet-mesic forest^ although they are occasionally found(n drjrloccra. BloovJng ocean from hue May thro«ftt early Angvst.

(tall nat-msh) a State special concern plant, has been known to occur in T27NR10W. Thb observation date tor tbb occurrence record to Jnty 30,1915. Thsi speck* prefers wetsandy swales tn wvamas, prattles or flows. Flowering oceans from June through September.

porpoie of tnb category is w focusor threatened.

i Pa* State Nsont Area (SNA), ocora in Sections 21,28,29 ft 30 of 1Z7N R9WtEanCoomy. Tnb 105-toe, designated SNA coaafm of aonthen wetHMatc forest and northern

uk tbrest natoral conununlty types, as wed as interestinf open and sbnded diff (eatans.TUs SN \ wrih varied ttpoftnpny. bedrock exposures, secpaje springs, aad a variety of sofl typoan In c sepradmlty, pnrrtdes many plane nl tahval kabfan. More than 400 •r~Tn or punts,100 ip ^es of bird ta the smnnner, 23 aounnai speda, and 6 reptfles, iadoding the piairietaw bom recorded wftnlo the park,

^-- _. —- -—— ———— ——— ———LnBaBjOcenn In Sections 23,26 and 34 ofT2SN R9W, Odppewa County. The 1976 Natnal Areas Inrantory Repon natei that tais naturalarea COOSSIB of sand prarrie natnnl comnranfty which ocean tn non-contigaons patches in thenlrowi risjht-or-wv/. Oaasnantty quality varies from poor to fair but b an important native piantM*d aoorae anri cdacadonal area.c * NW RaflrowJ Ptairic atmnt area ocean in Secdons 1-4 of T27N R10W, Eau Oafre Coooty.Tnb natoral area constro of prairie remnana along the raflroad right^rwiy. The 19T6 NntnraiArea* Inventory Repon states that these remnants vary In size and qnalitr, bat constitute a rood«eed and MOT amne. *

_ _ _ . . . , . . . _ . "•• ocean in para of Sections 21 and 22 of T27N R8W. Thisgyoidj«iaieiy40^cieMioniaitnojasisuofdiy|n»iilftniii***Vm4ryfcmt The 1976NU-JA! Areas Imenoty report states that small sand patties at the summit of the slopes haveb-nAn™^ vehicle at The valley nope is vegetated with leeotd-growth somharsVdry

5ENT 3Y:EDER QSSOCIQTHS : 8-10-92 10:29OM : 6068313337-* 3137476530:kT3i-X} r-KV JTf« UKDlbUJHIbh! TO 98313337 P.01

Ptmpa GoDow Lake* natural area occun in the SHIM of T77N R8W Section 17, Eaa ClaireCounty. Thst approximately 80-acre naroraJ area is centered around a large slough at tne junctionof Sevenmfle Creek and tne Eaa Claire River. Coamanitie* la the lowland indode oxbow lake,marsh, aider thicket, smafl sand prairie openings aad young lowland forest; in tne upland aretcrab oak, Jack pin*, aad pine plantation.

Pfeaae note that comprehesniYe endangered resource surveys have not been completed for tne projectarea. As a rcauk, our aata fllea may be incomplete. Tne lack of additional known occurrences does notpreclude the pocsiMUty that other cndaafcred resources may be preseaL la. particular, several mussel•pedcs occur ia the Qdppewa River downstream of tne DeQs Dam and may also occur ia this project'simpact area. Dare Heath, FERC Coordinator at the DNR's Rhinelander Office, may coaduct additiooalmood survey* thtt mmer in thb react or the rtvtr as pan of a hydroelectric dan retfeensing projectaad thus may be awe to provide additional information. Yon may want to contact hint directly at (715)3694979. Muasets that may also occur ia this project's impact area are:

HeOtotomu qifftjui (bullhead), is listed as Endangered in Wbcoasia. In Wisconsin, thb speciesprefers deaa water of large riven In toe -western pan of the state. It seam to prefer a stablesand substrate. It b rare where it is found. Only one common fish has been reported as its host.

Qttmaan advcMaaai (purple wanyback), U listed as Eodanfered la Wisconsin. Ia Wisconsin,this specks orders targe riven to the western and soaiben pans or the state. It prefers a stablesubstnte coeufnlnf rock, gravel and sand In swift carrent. The host organism is unknown.

(salamander nrassef). Is presently under review by the US Fish and WDdlttaService for Federal listing and Threatened in Wbconsta. In Wisoonsia, this species prefers md,iDi or sand substrata beneath raedrom to large-sized rocks and undercut ledges, where its host,the aradpuppy frequents. It ocean in both the Mississippi River drainage and Lake Mlddgaadxateage. ft Js often ray abondant locally.

THHfonai vwmujm (bnckhorn), is listed as Threatened In Wisconsin. In Wisconsin, thb spedesprefers medium to ivfetized rivets, with a moderate to swtn current, and dean, firm substrates.Ta* hoa; OSB tt tmknowm.

QMtHUmgtmgHm. (monkerface), is listed as Threatened ia Wawoosin. In Wisconsin, thisspecies prefta twtfl, dean water in larger, rivers in the women part of the state. Three commoaheat fishos hsna-becav reported.

(elktoc), b listed as State Special Concern. Thb species prefcn variow-with Qowteg wner, saad, jravd or rock substrates that are stable. In Wisconsin, it

b widespread toot has a sipiflcanUy reduced range in the southern half of the state. Tbe knownboat fishes indBdc Ore widespread spedes.

Often the potemia] variables in time ind space, it b very difficult to assess the impacts of this soperftmdsite, both hi terms of existing contaminants and potential ctean-up techsoiOfJea, on the endangeredieauumea Usaad above. It hr oar understanding that one treatment option for the wastewaterooataotaatcd wfth vobufla organic compounds is to treat aad thea pump it into the Quppewa River.We are very concerned abo«t the potential effects decreases in water quality may bare oa the aquaticipeciea mentioned above and recommend that proposed treatment mathoda be maaiyzed For their effectsOQ "~t«iii»-"i reaourcei prior w their impieinenutiOB.

The tpedfic kxartnri of endangered resources is semidve infoimstkM that has been provided to you forthe analysfc and review of thai project, frp?? y^^goas ahooM not be released or reproduced in any

SENT BV:EDER QSSOCIQTES : 8-10-92 10:3iat1 : 6068313337-> 3137d7S530:

JU_-Z7-1932 16 = 49 FROT 1HR URSTEUflTER TO 9Q313337 P.04

POT TOOT iafbnDatkJDt enckxed b Wbetmsta's Natural Heritage Inventory (NHI) Working List (identifiesth« rare •p*det «od nuoral comnumltto correaUy tndoed in the ttatt), a NHI Program bet sheet, anda copy of MR 29 (describes the fees for prowling NHI information.) The Working List fa periodkalJyupdated u the Btrora fathers new informatioa from a variety of ioiirce> throughout the sate.

Dw to the demand for eadaagered rcsouroa infonnttion aod suffiag sbortagcK, we are cun^mdyand apologize for any delay in your project's development. We are addresing this backlog

aad hope <o reapood to codmgercd reaoorce tnJbnmuJon requests more eflkiently in the near tame.Please contact John Pohlaan at (608) 264-6263 If yom have aay qneftiom about this infonnatioa.

RJcttaid E. WedepohlActiog PirectoTv Bareaa of Eadangered Resources

oci aobert Raaharter - EA/6Team Lovejoy • WDTony Vaiea-WDJla Bocncttcr * WDDavtt Ktauz - WW/2Due HeaUt • NCD

T Tflf^ff • SW/3

APPENDIX E

NPI PRODUCTION WELL LOGS

frI

/AC.Of

Cb-l

1111

1\

TOLL A (No. i), EAU CLAIRE OflJJNANCE FLA1JT, EAU, CLAIRE, FIS.NE^SE-i sec. 3A, T. 28 N., H. 9 \i. Novation 899.08 Irea 2Smith, Hinchman and Grylls, Inc. and A. E. UcUahon Engineering Co*J, H. Trestrail, Deputy Adainistrutor, 1942Samples examined by F. T. Thwaites, NOB. 115492-115522

1-SIl —'~t

23-43

4V4848-82

82-98

— 5"? — 1r*103-113113-123123-133

•j /20

^

34

16

— 5 —101010

.v.V.-» v/»• • • • • - " . » • ". «. . . • . . • •••J-

• • • • • • . . * .' 0 ' .•. ' . '•

* . * * • " • •"

'/••':'-:* * "•

iv *'•"•*/•.••.'. *..'..*. •«'.-•V-I"..: *.•.***•! " •• • • *• « • 0' * • •. o'.*>'• •' « ".*•

^ Gravel, fine, 3«ndyr hrnwn —————————————^ Gravel, coarse, aandv top Band, brown

5 "no. . v e r y CPRTBB tn npflmm 1 i c-hl — gray ——————v bravfel. line, sendv __________ ~ ' _______

Sand, aedium to very coarse, light gray

Sand . l i ke nbovm wi-fch -prnhhlajt ———————————————

Sand, fine to coarse, light gray

. V.

Gravel, coarse, stony

Grav«l f f i n « f vpry rn»r««> «^nrfGravel, coarse, eome coarse sandSand, very coaree, grayGravel, coarse, sooe coarse sand

M.

-*—

12- 65.1 ipipe-

70.33 »at

•• «f- i -

10 3/*' •wire scr

! n?.rormationsi Glacial outwash; clay indicated at 135 probably top of pre-Cambrian igneov.Tested 48 hours at 750 g.p.o. epecific capacity = 187*5 g»p«au Tested at 1130 g»p»ou

specific capacity « 161.4 g»p4av» Total hardness 36 pBp0nu Iron 0*1 p.p.nu

I

I

I

I C-l

I1111IR

iT

1

t

f l"^^

I./— M

ULL B (NO. 2), EAU CLAIRE ORDKA5CE FLAKT, EAU CLAIRE, ¥IS.Area 2, NEv SE^ sec. 34, T. 2£ N., R. 9 V. Elevation 895.8Smith, Hinchman and Grylls, Inc. and A. E. McKahon Engineering CJ. H. Trestrail, Deputy Administrator, 1942Samples examined bv F. T. Thwaitea, Nn«. n^Q-ll c*gi

< —i—— 4-t. b ——

faa ^ — "•»o_?n

?r _-)-4

LgHr- •: ;.-^i'-'.-':-'''.-2-l-jf . • .it A..'- '• • .'•

Q |l8 1 • '• ' " . ':-)

40-5353-100

100-132

• i 1 ——l^-AJ-J.-l

^•.;1M^13

*7

32

* • • • •

o . » • *• • * » *

* *o • •

.*?'•"• "/•'.••• . o

* • •. » • » ." •o • • ' < » ' •

' •<• « *- •• -• * - ° •* • • 0

* 0 .13 ° 0 .

•1 Gravel. Tine, dark cromixbar.d. coarse to npdinn, i ^-hi hrnn.-n\ \GraveI , coarse, very ?s_r.ay~V o£na r corTsa to n p d i ' j — i R'ay, some stones\Gravel, very sanuy, coarse

Sand, medium to coarse, lirjvt grav^Gravel, such coarse eand

Sand, fine to coarse, light gray

Gravel, coarse, coarse eand

^

B

Gravel, very coarse, very stony, little aand

iy \— — * * J T ^ — .— T —— —>- ^j.\.;» f c iEve i

'

~

i ~ i

IT* 4^**• *msteel f

69.2 »«t

.— 93.84

1 — 100.2510.75" •vir* sc

- —— • —— 130.41 —— ———————

Wested 48 hours at maximum 703 g«P«n. ^pecific capacity » 117*7 g«P«a« 1emperature 48 T.formations i Glacial outwash; aiaintegrated pre-Cejnbrian igneous

F

n

or /r- 3

(now N a t i o n a l P r e g t p I r v r u s . r ies) Ch-1

K1TIONAL PRESSURE COOKER CO. TOLL, EAU CLAIRE, YIS. *5NE^.SE^, Sec. 34, T . 2 8 N . , R . 9 W . ,

^ • Layne-Northwest Co. , Contractors, 1953Samples examined by F. T. Thwaites, Ros. 160253-160277

I

•

i

130ed 8 hours at 1250 specific capacity • 250 g

n-S5-20

20-55

"3 -60t^ hS

65-7515- ~n ...

85-130

^15

35

sc

10•5

45™*

* * « *. " • * r «

... • • •'. ' . • • .' '

• * : •» • ' . '.a . o.- * /.-.•

.' - ' '• " • 'o • o ' e ' e

«>:0v.°« . • • o •

• .0 ' ,

't'°' •»• •'•-. • ' . • • • •" * . ' ' • '

*

Sand, mtsdiun to verv coarse, eravGravel, sandy i

Sand, mediu.ii to coarse, light gray

t*

Sand, cediua to r ? D b l y r prnvG r B v a l , l i n a r anr,- ' -

Sand, aediua to coarse, light grayr-nval. ?p.naybsuid. 2-Qiua to verv course, gravGravel, atony to sandy

•

i.i

i

i

_1•t f'«^ t

- - -

t', i,i l,1 ''1

i.y j

\

'\;

>i38" ho:.'I 30" pij

24

30" )• i

20" pipt•

75 »at«

- 100Shutterscreengravel f

iI c-;

of /r-vf"vEKsrrv O K W I S C O N S I N C K O L O G I C A L & . N A T U R A L H I S ; G H Y S U R V E Y

15 University Avenue, Madison, Wisconsin 53706!>-,(,' No. Ch-158

Sample Nos . 284866-284896

name National Presto Industries, Inc.,Well 05 ,Hnllie(Township

.... National Prento Industries, Inc.dress.. Eau Claire, Wisconsin

C o u n t y . Chippewa R. 9W.

Ownc r•dre

Driller.. Keys Well Drilling Company•Jglncer.

Completed... 1/30/68Kicld check. Harlcy Yount?Altitude. . . . 885' TOPO-20'Use......... IndustrialStatic w. 1. — 75'3"Spec. cap ... — 336.0

T.

28N.

7Sec . 34

Quad . Chippewa Falls 15'__Dr i l l Hole Casing l i . L iner Pipe or C u r D i n g

n Tf from

tf:

*o"

040'

ut : Ki

to

40'155'

Dia.l from to : Dia.) Wgt . & Kind

20"

16"

Black Steel-781Black Steel-62'

from

0

4-2'

to ' Dia.———— I ———

40' Il6"i

130' ||

Wgt . & Kind

5 tainlessSteel Screen

nd

^m Grout

from

130'

from

0

to

155'

to

40'

Samples from

ions :

to 155 Date received: 4/19/68Examined by: J.M. Warren

Issued: 6/24/69Date: 11/21/68

Drift

Well tested for 2 hours at 1400 gpra with 4'2" of drawdown. Address: c/o Mr. E.V.ark, Buyer, Purchasing Dept., National Presto Industries, Inc., Eau Claire, Wisconsin

i

*

4

OF WELL:

Depths Graph icSect ion

RockType

0-5 ! :Y" .'• '"• '• '• ' Sind5-10 ; . ' • ' : ' •• ' • ' . ".•':.'

10-1515-2020-2525-3030-3535-40

M' ' . ' . ' . .'•'. i". '.^ "

• : • • / :V.U'v: -•* . . • • , •

. • • • ' . . - • * . • •• • . . . . • f-

• . '. . ' • » * . ^ ' .

4O-45 *.*•*«• •'•«.•: J45-50 •• • ' • • ..'f'-'I'/.-.'i50-5555-60 -''• » •60-65 '• '• •'- ' • ' • • • ••65-7070-75

- • • ' ' . ' . ' . . * ' •

iittt

Color

Varied

iiiiii•I ••t i ti •% tti

Gra in Size M i s c e l l a n e o u s Charac t eri,st icf -Mode J u u i i i l l i i L L . L t r u i e n i d i i uii , u t i u i t j i ,Range t race m i n e r a l s , e t c .C IM sand/Fn irvl ^Subround«d.mo»tly quartz 4 len«ous.ii1

M /rvI/M sand 'Subroundtd. mostly Quartz 4 ICTIBOUS.Fn rvl/M sand <"

1 jVTn Kvl/M land !"•'i•

VCCM• ini < /.

» t i 1 1

75-90 io^> o oO^Jor; Gra,v»l80-E585-9090-9595-100

100-105

V-! ' . . •".*.".'.;. Sand

•S;*«QOV.3^ GravelOo o °<^t?cg; ;°^. ' ':.'.'. •fc-'i-'.r.-

110-115 V .•»_••• •*;:'.'115-120120-125

itpnnd

it••i••iiiit t

It

FnIt

CiiFnii

VFn <cvl/Fn sand "ii i

Fn *vl/Fn sand ; •<i i11 iFn sand/VTn rvl •Fn i^l/Fn sand •Fn irvl/nt »Fn Rind/VFn /nrl Hounded, aiostlv ouar-ti 4 icnBaua^ ————————————M sand/VFn pvl "Fn rvl/M sand iSubreyniftdj.mostlv ouartz 4 imeoua. ——————————M «vl/C Blind !Roimded,aoBtlv aictrti 4 Im«au3. ——————————————M sand/C jrvl '• ———————————————

?v, f^vl/Pri fiftnf* Rflunrirrf ,nn«t ly qu«-rlÂ — 1 gnitniil* ———————————————M fVl/C sand Raimd«d rHastlv l^maoua- ———————————————————————ii ii

VTn « RmmHnrf Bini-tlv 1<7TN»n,,« 1*1 qiu.^t1

VCII

o o;j-o,cft>> r.mvii * M1 —— ***" ""^ —— 6 o o » •-•• n o t ————

130-1^5 %°.%:G'.~V?135-140 lOOÔCkSO

i• 'iv.

IIi it

IIM

l - ' . -yp _-0cV.V.og.»V; • « ts.

1 11 ii

fV pvl /P r»T,rl PnimH«H mn«t1y î«j^t A 1 gnffl lH. —————————————————Tn II

M pvl/f. rinrf ,'• —— ± —— = —— a — = — : —— v^ —— - —— __ ——•^_" \ / f j n j j j .1 . 1 k ~ V _ | W | V f r ~ ( J

'/Fn rvi/M pvi " i -vT— j « >^^^_^ j f i j J JaATCJC ^vl/VFn pvl " •-•-• .

.Vf. rj.nH/M grrl " __________________________________ , ——————————— ——M iprl/VC nand '• ! IJJ_ ——— M KT ——————

- -

OS

JIVZRSITY OF W I S C O N S I N GEOLOGICAL L NATURAL H I S T O R Y SURVEY815 U n i v e r s i t y A v e n u e , Madison Wisconsin 53706 _________

Log No.109-Ch-Sample Nos. Selective Reterr name N a t i o n a l Presto Indus t r ies Well #8

County : Chippewa

'Tier. .•dress

Hal l ie TownshipN a t i o n a l Presto Indust r iesEau Cla i re , Wisconsin 54701

r i l l c r . . McCarthy Well Dr i l l ingfgineer.

C o m p l e t e d . . . 10/10/69F i e l d check. \}SCx.SA U i t u d e . . . . 891 ' ETUUse. . . . . . . . . PlantS t a t i c w . l . . 7 6 'Spec . cap . . . 108

R . 9 W

T.

28

N.

ti

i

i

ii

"/! '.•_ i..Sec. 34

x

7 a .

t

f r o m

o.to

40'3"

Dia .

16"nom

f rom

40'3"

to

156'

Quad. Chippewa Fa l l s 15'

D i a .

20"OD

W g t . f c Kind

Black steelpipe 3/8"wall

f rom

0'

to

40'3 '

Dia .

16"OD

Wgt . f c Kind

3/8" wall-weldedJoints-ASTMA-53 gradeB

out: K ind

I Neat cementS t a b i l i z i n g gravel b a c k f i l l

f rom

+20"

f rom

0'156'

tc

127'

j

40'152 '

amples from 0' to 153' R e c ' d : 11/24/69 Studied by: M. Roshardt

J-mations: Dr i f t

ks: well tested for 10 hours at 1030 gpm wi th 9.5 feet of drawdown.W Dri l ler reports Precanjbrian bedrock at 153'.

lasued:March,

OF WELL:

Color Mode RangeGrain Size

Miscellaneous Characteristics

Ml ,^4

vc

r'Vrt ff r*Mnn1 M fl

TAW r- * m j 1 A * *" r* f • • 1 1 "t.

Sum* r+ k r ITM nh

tmt—S-K

MltU Mnrl.

I. n.h "

Writ Nfl l«/nt N2 WftLNf l

40' ——

-_71L

50' ——

5

1:

*i\\ iI

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S A N D-»o' —

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S T * T f £ W.i. 7j'

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— f a s '\^v S«N O

-'95-. y• C i K A v C u

-^0'

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-'"'\

\V\fi*>«vr<.

130' ——/

&

i

t

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V ^ffAVf. t S*HD

t— 10i'

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4-a —

11

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7

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*—"««** (*TAVLL

'' ' • "'. —— I" •' , ___ • r « •

—— I S5 '-- __ i «— 153'

7 ~> v ? p ^ iu

.or i

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.587-

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—— 0*.

Mil/A QNVS"

tmi«J*imf 91

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3 laa i '

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3

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rt /£LI_ No

4

' ! i To P 3 a

LMEDIUM To Co»«se SAND,Vf .?Y

20 &.•«• £•]>««TYI» - —— „

'i | MSTAT,C. VI. L. 71 FT.

TTVri.1 1 1 1

5 T A r i e . V.. LJL5 f!-_ _.__ _.. _

j '= t:U--

/MEDIUM To C o A « s e •*a'-

16

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STATIC. W.i.. 7o'

-4-7T'

Mtoiu« Ta .CiAnse SAMDAvi-t, fiwr T6 «.\vfL Awo

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^ "'' .Ti«NT SAMO WITH- .-'' , (2»A»rt. ^«" (.''••«

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££. !'•—! ~ -" •'ITT -R E V I S I O N S

UNLCM OTHIMWIK •PCCIPICO1. niMOVC ALL CUmta AND SHAftF COHNBMa TOLEHANCn ON PIMBM4ION*!TMHU n-ACC DCCIMAL x .oo», TWO n>es DCCIMAL. ± .010.

AMOUUUI X O»»-.• MOL.U ON CBHTCHLINU WTTMIN .OO»4. ALLOWA«L< BCCCMTfllCfTV ,OO« TOTAL MDICATCW RCAOtHa.». THREAD LXMOTM DIMKH«lON« AUK rott ÛLL THIIIAM.«. OO NOT •CAkl DKAWiNa.

NATIONAL MtUTO INDUSTRIES, INC•AU CÂIMt Wt«COM*IN

U.S.A.

•CALI e>« «r un Afve. »J?M 2- 2.1-7-1

° CKA . BT kATV A^V. _ . B

~ FINISH

MATERIAL . .• . .',.-.

~ PART NAME

-/ ' Fnt-sTA •wj.tis- '•'•.;"-;, ;^jAM •ircntMCK MO Â«T NO Mfc

, ' -t

APPENDIX F

ANALYTICAL DATA AND QA/QC RESULTS


National Presto Industries, Inc.. SiteEau Claire, Wisconsin

Organic Analysis

U - Analyzed for but not detected.

J - Estimated value.

B - Analyte found in associated blank.

E - Concentration exceeds calibration range of instrument.

R - Unusable.

D- Analysis at a secondary dilution factor.

A - A TIC is a suspected aldol-condensation product.

* * - Unvalidated Data.

Inorganic Analysis

E - Estimated value due to interference.

M - Duplicate injection precision not met.

N - Spiked sample recovery not within control limits.

S - Value determined by the Method of Standard Additions.

* - Duplicate Analysis not within control limits.

" - Unvalidated Data.

&VM70MCOVER


National Prttto Induttrwi. Inc.. SiltEau Clairt. Wiccontin

Lagoon 1 - FWiulli ol TCLPAnaryti*. (mg/l)

Analyti* by Compucn*m Laboraiori**.

Sample ID

Oal* Sampi«d:

TCLP LAND DISPOSAL:

Ac* ton*n-ButylalconolCarbon daullai*Ca/bon t*trachlond*Chkxob*nz*n*Cyciohtianon*Eihyl ac«tai*Ethyl b*n«n*Ethyl «th*r

ItobutanolU*thyi*n* chkxtd*2-Butanon*4-M«thyl-2-p*ntanon*1 ,2-Otchkxob*nz*n*T*traehkxo*thyl*n*Tolutn*1.1.1 -Trichtorotthan*Trichlorotnlluoro*tnan*Tnchloro*1hyl*n*Tnchlorotluorom«lhan*Xyun*

TCLPTOXICITYB«nz*n*Carbon t*trachkxid*Chkxob*nz*h«Chloroform1,2-Dicntoro*than*l . 1 -Dtchkxo*thyl*n*2-Bulanon*TttrachlorotlhyKn*Tnchkxo*thyt*n*

Vinyl chkxxl*

SELECTED ORGANIC COMPOUNDS:l . 1 -Dichloro*than*

NPILQ103

2-4-91

_

——

0.25 U50 OU

—————

—100 U

——

0 15U—

0 2 5 U—

0 2 5 U—

—

0.25U0.26 U50 OU300U0.25U0.3SU

I 100 U0 JSU0.25U0.10U

0.2SU

NPILQ104

2-4-81

_

——

025U

50 OU

—————

—100 U

——

0 3SU—

0.27—

0.25 U—

—

C 25U0.26U50.0 U3.00U0 25 U0.3SU100 U

0 35 U0.25U0.10 U

0 25 U

j NPILQ10S

2-4-B1

_

——

0.2SUSO OU

—————

—100 U

——

0 JSU—

0.25 U—

0.25 U—

—

025U0.2&U50.0 U3.00 U0.25U0.35U100 U

0 J5U0.25U0.10 U

0.25U

NPILQ10BO

2-4-81

_

——

0.2SUSO. OU

——————

100 U——

0.3SU—

025U—

0.25 U—

—

0 25U0.26U50. OU3.00 U0.25U0 JSU100 U0.35U025U0 10 U

0.25U

NPILOlOe

2-4-ei

_——

0.25U50. OU

—————

—100 U

——

0.35 U—

0.25U—

025U—

—

0.25U0.25U50. OU3.00 U0.25U0 JSU100 U

0.35U0.25U0.10 U

0.2SU

NPILQ107

2-4-81

_

——

0.26U50.0 U

—————

—100 U

——

0.3SU—

0.25U—

0.2SU—

—

0.25U0 25 U50.0 U3.00U0.25U0 JSU100 U0.35 U0.25U0.10 U

0 25 U

NOTES: — Not Analyzed

Q.U97M\LAQlTCLP.WK1

Lagoon l - ffetulti at TCLPAnalyst*, (mg/l)

•• by Compucnam Laboratory*

Sampl* ID:

Data Sampled:

SEUUVOLATILES

Pyridin*l ,4-Oich lorob«nz«n«2-Ualhy!ph*nol (o-Cr»tol)3-U»thylph«nol (m-Cr«tol)*-M«thyipn»no* (p-Cr««ol)H«xacnioro*tnan«Nitrob«nz«n*H«xacMorobutadi«n*2.4.6-Trichloropri«nol2.4,£-T'«:hloroprt«nol

2.4-Omitrotolu*n«H«xacnkxob«nz«n«P*ntachkxopn«nolTotal Cr«ola


National Prtition Inauttrw*. Inc.. SiltEau Clair, V/iicon«m

NPILQ103 NPILQ104

5-1-81

NP1LQ106 NPILOlOSO I NPILO107 |

III

I

II

2.5 U3.7SU100 U100 U100 U1.5U1.0U

0 25U

1.0 U200 U

0.066Uo.oeeuso.ou100U

2 SU3.76U100U'00 U100 U1.5U1.0 U

o.zsu1.0U200 U

0.066U0.0«6USO.OU100U

2 S U3.75U100 U100 U100 U

1.5U1 OU

0.25U1.0U

2OO U0.066UO.D06U50. OU100 U

2.SU3.75 U100 U100U100 U1.SU1 OU

0.25U1.0 U200 U

0.066 U0.066 USO.OU100 U

2.6 U3.76 U100 U100U100 U1.5U1.0U

0.2SU1.0U200 U

0.066 U0.066 U60.0 U100 U

2.6 U3.75 U100 U100 U100 U1.5U1.0 U

0.25U1.0 U200 U

0.066 U0.065 U5O.O U100 U

Not**: 3~M«thylph>noi and 4-U*thylph*no< ai« mdittinguiiriabl* ttom«rt

Q.U9704\LAQ1TCLP.\M<1


National Pf«f!ion Inaut1n«i. Inc.. Sil*Eau Clair. Wiiconun

Lagoon i - P*«ulti ol TCLPAnalyiw. (my/I)

Anaryta By Compuch«m Laboraiori<

Samp* ID:

Dan Sampled:

METALS

ArttnicBariumCadmiumChromiumL«adS*l*niumS.tv»rM«rcury

NPILQ103

&-1-81

2.5USO OU0 SU2 5 U2.5UC SU0 5 U0.1 U

NPILQ104

2.5 U50.OU0 5U2.5U2 5 U0 5U0 SU0.1 U

NPILQ105

S-1-81

2.5 Uso.ou0 SU2 S U2.SU0.6 UO.SU0.1 U

NPILQ105D

5-1-81

2.5 U80.0 UO.SU2.6 U2.5 UO.SUO.SU0.1 U

NPILQ106

5-1-81

2.SUSO.OUO.SU2.6 U2.SUO.SUO.SU0.1 U

NPILQ107

2.SUSO.OUO.SU2.SU2.5 U0 SUO.SU0.1 U

Q:U97M\LAQ1TCLP.WK1


National PrMlo lndu«tri*c. Inc.. Sil*Eau Clair*. VMaoonun

Ea*t Dwpoaal SIM - RMult* of TCLPAnalytic, (mg/l)

AnalyaK by Wad*«<xtn Laborauxw*.

Sampl* ID:

Oat* Sampled:

TCLP LAND DISPOSAL:

Ac* ton*n -Butyl alcoholCarbon ditjllai*CarDon t*trachkxkl*Chlorob*nz*n*

Cyclohtxanon*Eihyl aotlat*Ethyl b*nz*n*Emyl *m*risobutano*M»thyl*n« chloridt2-Butanon*4-M*thyl-2-p*nunon*1 ,2-DichlofOb*nz*n*T»lracnKxo*<hyl*n*To4u*n*l , 1 . 1 -T rich lor o* than*Trichlorotritluoro*than*Trichloro*tr*yl*n«Tricnlorofluorom*than*Xyl*n*

TCLP TOXICITY:B*n»n*Carbon WIracnIorid*Chkxob«nz*n*Chlorotorm1 ,2-Dwnloro*than*1 . 1 -Dichlo<o*thyl*n*2-Butanon*T«uachkxo*ihv>*n*Trtchloro*lhvi* *Vinyl chkxKlt

SELECTED C • ^NIC COMPOUNDS:Mtthanol

I EDS-6-0-WU

7 4 BO

I

o.osu; 1.0U

1 0 005 U

0.006 U0.006U

1 0.12UO.OSU0.005U0.006 U

1.0 U0.005UO.OSU0 05 U

O O O S Uo.oosu0.006 U

, 0.006 UO.OOSU

: 0.0060.006 U0.006U

i

0.006 UI 0.006U

o.oos uo.oosu

I 0.006U1 O.OOSU

o.osuo.oosuo.oos0.01 U

[ 0.37U

1 EDS-0-6-WM 1

1 7-4-SO I

O.OSU1.0U

o.oosuo.oosuo.oosu0 12Uo.osuo.oosuO O O S U

1.0 U0.006Uo.osuo.osuo.oosuOOOSU0.006 U0.006Uo.oosu0.026

0.006 Uo.oosu

o.oosuo.oosu0.006 Uo.oosuo.oosuo.oosuo.osuo.oosu0.0200.01 U

0.37U

EDS-7-S

7- 10-80

0.07S

1.0UO.OOSUO.OOSUO.OOSU0.12UO.OSU0.006 UO.OOSU

1.0Uo.oos uo.osu0.06Uo.oosuo.oos u0.011

0.006Uo.oosuo.oosuo.oosuo.oosu

o.oosuo.oosuo.oosuo.oosuo.oosuo.oosuo.osuo.oosuo.oosu0.01 U

0.37U

i EDS-11 -0-BU I

I 7-10-80 |

o.osu1.0U

o.oosuo.oosuo.oosu0 1ZUo.osuo.oosuo.oosu

l.OUo.oosuo.osuo.osuo.oosuo.oosu0 006 Uo.oosuo.oosu0.034

o.oosuo.oosu

o.oosu0.006 Uo.oosuo.oosu0.006 Uo.oosuo.osuo.oosu0.0340.01 U

0.37U

EDS-FC-1

7-io-ao i

0.06 U !1.0 U |

0.006 U !0.006 U I0.006 U !0.12U I0.06 Uo.oos uO.OOS U Ii.ou

O.OOS U 1o.osuO.OSU {o.oosuo.oosu0.006 U

1.160 ;O.OOSU I0.006 U 1o.oosuO.OM i

i

0.031 iO.OOS U I0.006 U I0.006 U :o.oos u0.034 Io.osu io.oos u io.oos u0.01 U ,

1

0.37U

Q U8704\EDSTCLP.WK1

National Preeto Inductriei. Inc.. SiteEau Claire. Wltconein.

Lagoon Samplei - Reeutte of VOC Analyeitfor Solid Sample* (ug/kg).


Analysis by Pace Laboratories (1988"Analy«* by Wedtworth Alert Laboratories (1992).

Sample I.D.#:DATE SAMPLED:ChkxomefnaneBromomeinaneVinyl ChlorideChloroethaneMethylene ChlorideAcetoneC«rtxxi Dieulfide1.1-Oichloroethene1.1-Oichloroemane1 ,2-Oichloroethene (loul)Chloroform1 ,2-Dichloroethane2-Butanone1.1.1 -TrichloroethaneCarbon TetrachlorideVinyl AcetateBromodichloromethane1 ,2-Oichloropropanecie-1 .3-OichloropropeneTrichloroetheneDlbromochloromethane1.1 .2-TrichloroethaneBenzenetrane-1 .3-OlchloropropeneBromolorm4-M«thy1-2-Pentanone2-HexanoneTetrachloroethene1 . 1 ,2.2-TetrachloroethaneTolueneChlorobenzeneEtnyt benzeneStyreneXyleneTENTATIVELY IDENTIFIED COMPOUNDS1 .3.5-Trimethyl Benzene1 ,4-Oi«ttiyl BenzeneDecaneDodecaneUndecane5-Methyt Decane4-Methyl D»c*n»Unknown Ocean*M«ttiyl Naphthalvn*2-M«thyt Napnmal*n«Dimethyl Napnthal«n«Nonan*BH-Auoran-9-yltrim»-Silan«2-(2-t>utoxy«thoxy}-Etnanol1 .3.5.7-Cyelo-ocU-<«tra»n«2.»-toi»( 1 . 1 -dim«hyl»lriy1)-4-m»ihy1-Ph»Unknown HydrocarbonTotal Unknown Alkan*Unknown Cyclic Alkan*Total UnknownEthytm«thytt>«nz«n« i*om*rNot*a: NA Not Analyzed

— Not Detected** Unvalidated Data

LQ1-1Oa/22/U1SOOOU11000U12000U14000 U19000 U94000 U3400 U4900U3800 J1600 U1200U1500U

18000 UR10000 J3300 U3900 U2500 U2500 U1800 U1000 U3200 U2600 U5000 U1700 U2200 U3400 U1500U3600

2100 U1000 U1100U1200U1500U4100 U

———

1 00000 J———

300000 BJ———

200000 J———————

1 300000 J—

| LQ1-1-SEI 08/22/88

15000 U11000U12000 U18000U19000U84000 U3400 U4900U3500 U1600 U1200 U1500U

18000 UR20000 J3300 U3900 U2500 U2500 U1800U1000 U3200 U2600 U5000 U1700U2200 U34OOU1500U4600

2100 U1000 U1100U1200U1500U4100 U

20000 J17000 J17000J

41000 BJ82000 JB

—17000J

————

41000 J———————

57000 J—

I LQ1-2| 08/22/88

15000U11000U12000U18000U19000U64000 U3400 U4900 U3500 U1600U1200U1500U

18000UR51000 EJ3300 U3900 U2500 U2500 U1800U1000U3200 U2600 U5000 U1700 U2200 U3400 U1500U1800 U2100 U1000 U1100U1200 U1500 U4100 U

30000 J30000 J

1 00000 JB30000 J100000 J40000 J

—————

50000 J———————

1 50000 J—

I L31-2-OL || 08/22/88 |

150000 U110000U1 20000 U180000 U1 90000 U640000 U34000 U49000 U35000 U16000 U12000 U15000 U

180000 UR1 10000 DJ33000 U39000 U25000 U25000 U18000U10000 U32000 U26000 U50000 U17000 U22000 U34000 U15000U18000 U21000 U10000 U11000U12000U15000U41000 U

——

58000 J12000 BJ32000 JB

———

24000 J—

32000 BJ8000 J

———————

20000 J—

LG1-2-O08/22/8815000U11000U12000U18000U19000 U64000 U34OOU4900 U3500 U1600U1200U1500U

18000 UR31000 EJ

7100 J3900 U2500 U2500 U1800 U1000 U3200 U2600 U5000 U1700 U2200 U34OOU1500 U1800 U2100 U1000 U1100U1200 U1500 U4100 U

——

100000 JB20000 J60000 J40000 J

—————

40000 J———————

110000 J—

I LG1-2-O-QLI 08/22/88

1 50000 U11 0000 U1 20000 U180000 U190000 U640000 U34000 U49000 U35000 U16000 U12000 U15000U

180000 UR97000 DJ33000 U39000 U25000 U25000 U18000 U10000 U32000 U26000 U50000 U17000 U22000 U34000 U15000 U18000 U21000 U10000 U11000 U12000 U15000 U41000 U

18000 J—

87000 J20000 BJ44000 JB

——————

43000 J————

26000 J——

39000 J—

I "LQ1-N02! 4-16-42

1200U1200 U1200 U1200 U1200U3200

1200 U1200 U790 J820 J

1200 U1200 U1200 U2300

1200UNA

1200 U1200 U1200 U1200U1200 U1200 U1200 U1200U1200 U1200U1200 U1200 U1200 U030 J

1200 U330 J

1200 U1500

————————————————

2000 J37600 J990 J2000 J5000 J


National Pr**to lndu*m*«. Inc.. Sit*Eau Ctair*. Wl*con*in.

Analy«i* by Pic* Lat>oraton**(18M).Analy** by Wad*wortn Al*rt Laboratori** (1802).

Lagoon Sample* - R**ultt of VOC Analystfor Solid Stmpitt (ug/kg).

Sampl* I.D.rDATE SAMPLED:Cnkxom*tnan«Bromonwtnan*Vinyl Chlorid*Chloro*tnan*M*thy)*n* Chlorid*AcMon*Carbon Oitulfld*1,1-Oichloro*th*n*1.1-Dichloroathan*1 ,2-Dichlorc«th*n* (total)Chloroform1 .2-Oichloro*than*2-8utanon*1.1.1 -Trichloro*than*Carbon T*trachlorid*Vinyl Ac*tat*Bromodichlorom*than*1 ,2-Olchloropropan*ci*-1 ,3-Oichloroprop*n*Trlchloro*lh*n*Dibromochloromathan*1 . 1 ,2-Trichloto*than*B*nz*n«tran*-1 ,3-Oichkxoprop«n*Bromoform4-M*thyl-2-P*ntanon*2-H«xanon*T*trachloro*th*n*1 . 1 .2.2-T*trachloro*tnan*Tolu*n*Chloroo*nz*n*Ethyl b«nz*n*Styr*n*Xyl«n*TENTATIVELY IDENTIFIED COMPOUNDS1 .3.5-Trim*thyl B«nz*n*1 ,4-Oi»thy1 B«nz*n«D«can«Dod*can*Und«can*5-M*ttiyt D«can*4-M«thyl D*can*Unknown 0*can*M*thyl Naphthal*n*2-*d*tnyl Naphtnal*n*Oirmtnyl Naphthal*n*Nonan*9H-fluoran-8-yltrim*-Silan*2-<2-butoxy*thoxy)-Ethanol1 .3.S,7-Cyclo-octa-<*tra*n*2.S-bi*(1 . 1 -dim*thyl*myl)-4-m*ttiyl-Ph*Unknown HydrocarbonTotal Unknown Alkan*Unknown Cyclic Alkan*Total UnknownEttiylm*thylb«nz*n* i*om*rNot**: NA Not Analyzed

— Not D*t«ct*d• • Unvalidaied Data

L02-1 |08V20/M |19000U11000U12000 U11000 U10000 U94000 U3400 U4800 U3500 U1900U1200 U1500U

18000 UR5000 U3300 U3800 U2500 U2500 U1*00 U1000 U3200U2600U5000 U1700 U2200 U3400 U1500 U1MOU2100 U1000 U1100 U1200U1500 U4100 U

——

2200 J—

5700 BJ——————————

1100J———

10200 J—

LQ2-1-RE08/20/88

15000 U11000U12000 U18000U10000 U94000 U3400 U4800 U3500 U19OOU1200U1SOOU

18000 UR5000 U3300 U3800 U2500 U2500 U1MOU1000U3200 U2600 U5000 U1700U2200 U3400 U1SOOU1*00 U2100 U1000 U1100 U1200 U1500U4100 U

——

1100 BJ——————

1100J4000 BJ

————————

3300 BJ—

I LQ2-2 |I 0«/20/»* I

1SOOOU11000U12000 U18000U10000 U94000 U3400 U4800 U3500 Uieoou1200U1500U

18000 UR5000 U3300 U3800 U2500 U2500 U1800 U1000U3200 U2000 U5000 U1700U2200 U3400 U1500U1800U2100 U1000 U1100U1200 U1500U4100 U

——————————————

1100J————

3800 BJ—

LQ2-2-RE08/20/8815000U11 000 U12000U18000U18000U94000 U3400U4800 U3500 Uiaoou1200 U1500 U

18000 UR5000 U3300 U3800 U2500 U2500 U1800U1000 U3200 U2900 U5000 U1700 U2200 U3400 U1500 U1800U2100 U1000U1100U1200 U1500U4100 U

_—

1700 BJ—————————————

4200 BJ——

3100J—

I LQ2-3| 08/20/88

1SOOOU11000U12000U18000 U18000 U94000 U3400 U4800 U3500 U1600 U1200 U1500 U

18000 UR5000 U3300 U3800 U2500 U2500 U1800 U1000 U3200 U2800 U5000 U1700 U2200 U3400 U1500U1800 U2100 U1000U1100U1200U1500U4100 U

—————————————

8000 BJ—————

1000 BJ—

I LQ2-3-flE| 08/20/88

1SOOOU11 000 U12000 U18000 U10000 U94OOOU34OOU4800 U3500 U1BOOU1200 U1500U

18000 UR5000 U3300 U3800 U2500 U2500 U1800U1000 U3200 U2900 U5000 U1700U2200 U3400 U1SOOU1800 U2100 U1000 U1100U1200 U1500U4000U

————

1200 JB———————————————

I L02-»| 08V2O/M

15000U11000U12000 U18000 U18000U94000 U3400 U4800 U3500 U1900U1200U1500U

18000 UR5000 U3300 U3800 U2500 U2500 U1800 U1000 U3200 U2600 U5000 U1700 U2200 U3400U1500 U1800U2100 U1000U1100U1200 U1500 U4100 U

————————————

2000 BJ5000 BJ

—————

1000 BJ


National Praato Induathaa. Inc.. SitaEmu Claira. Wiaconain.

Lagoon Samplaa - Raaultt of Sami-Votatila AnaJyaia for Solid Samplaa (ug/kg).

Analyau by Paca Laboratoriaa (1988).AnaJyau by Wadaworth Alart Hlxxatonaa (1902).

Sampla ID:

DATE SAMPLED:

Phanolbia<2-Chloroa«hyl)athaf2-Chlorophanol1 ,3-Oichlorobanzana1 ,4-OichlorobanzenaBanzyl alcohol1 .2-Oichlorooanzena2-Mathylphanolbia<2-Chloroiaopropyl)ether4-MattiylphanolN-Nitroao— di-o-propylamineHaxachloroethanaNitrobanzanalaophorona2-Nitrophenol2.4-OimathytphanolBan zoic acidbia(2-Chloroathoxy)malhana2.4-Oicholoroohanol1 ,2.4,-TrichlorobanzanaNaphthalana4-ChloroanilinaHaxachlorobuladiana4-Chlorc— 3-fnathylphanol2-MathylnaphthalanaHaxachlorocyclopantadiana2.4.0-Trichlorophanol2.4.5-Trlchlorophanol2-Chloronaphrhalana2-NitroanilinaDimathylphthalataAcanapthylana2.0-Oinitrololuana3-NitroanilinaAcanapihana2.4-Oinitrophanol4-NitrophenolOib«nzofuran2.4-OinitrololuanaOiathylphthalata4-Chlorophanyl-phanylathar

LG1-01———————

7-20-88

1900000 U1400000 U3200000 U1000000 U1700000 U45OOOOOU1000000 U5500000U22000OOU5500000U2800000 U2200000 U3000OOOU1 400000 U3800000 U4300000U

22000000 UR1800000U3000OOOU1 300000 U1400000 U040000U11 00000 U55OOOOOU2200000 U110OOOOU08OOOOOU3700000 U110OOOOU3*00000 U140OOOOU1900000 U3900000 U1900000 UR2000000U91 0000 UR0400OOOU1700000 U340OOOOU140OOOOU1700000 U

| LG1-02I ———————| 7-20-88

1900000 UJ1400000 UJ3200000 UJ1600000 UJ1 700000 UJ4500000 UJ1000000 UJ5500000 UJ2200000 UJ5500000 UJ2800000 UJ2200000 UJ3000000 UJ1400000 UJ3000000 UJ4300000 UJ

22000000 UR1 800000 UJ3900000 UJ1300000 UJ1400000 UJ840000 UJ

1100000 UJ5500000 UJ2200000 UJ1 100000 UJ0800000 UJ3700000 UJ1 100000 UJ3000000 UJ1400000 UJ1900000 UJ3900000 UJ1900000 UR2000000 UJ910000 UR0400000 UJ1700000 UJ3400000 UJ1400000 UJ1700000 UJ

| LQ 1-02-0I ———————| 7-20-88

1900000 U1400000 U3200000 U1000000 U1700000 U4500000 U1 800000 U5500000 U2200000 U5500000 U2800000 U2200000 U3000000 U1 400000 U3800000 U4300000 U

22000000 UR1800000 U3900000 U1300000 U1 400000 U040000 U

1100000 U5500000 U2200000 U11 00000 U8800000 U3700000 U1100000 U3800000 U1400000 U1900000U3900000 U1900000 UR2000000 U910000 URS400000 U1700000 U3400000 U1400000 U1700000 U

I "LQ1-N021 ———————| 4-10-92

100000 U100000 U1 00000 U100000 U1 00000 U

—1 00000 U

—100OOOU1 00000 U100000 U10OOOOU10OOOOU100000 U100000 U100000 U

—100000U100000 U100000 U

19000 J100000 U100000 U100000 U

39000 J100000 U1 00000 U

250000 U100000 U250000 U100000 U5600 J

100000 U250000 U8.500 J

250000 U250000 U

5000 J100000 U1 00000 U1 00000 U

I LG2-01I ———————I 7-21-88

38000U29000 U84000 U32000 U35000 U90000 U32000 U110000 U42OOOU110000U58000 U44000 U58000 U29000 U73000 U80000 U

440000 UR30000 U77000 U25000 U29000 U13000 U22000 U

110000 U44000U23000 U140000 U740OOU23000 U73000 U29000 U38000 U77000 U

38OOORU41000 U

18000 UR13OOOOU35000U88000 U29000 U35000 U

Notaa: — Not Analyzed• * Unvalidalad Data


National Pr*«o Induatri**, Inc.. Sit*Eau Clair*, Witconcm.

Lagoon Safnptoi - R**ult§ ol S*mi-Votatil* Analy«« lor Solid Sampl*« (ug/Vg).

Analytic by Pac* Laboratori«t (1983).Analyst by WadtworOi Al*rt Laboratori** (1002).

Sampt«lD:

DATE SAMPLED:

Fluoron*4-Nltroanilin*4,e-Oinitro-2-m*thylph*nolN-Nitro*odiph*nylafnin*4-8romopn*nyl-ph»nyl«lrierH*xachlorob*nzen*P*ntachloroph*nolPh*nantnr*n*Anttuaccn*Dl-n-butylphthalat*Ruoranth*n*Pyr*n«Butyl b*nzylphthalat*3.3'-Oichlorob«nzidin*B*nzo(a)anttirac*n*Chry**n*bi«(2-Ettiylh*xy<)phthalat*Di-n-octylphthalat*B*nzo(b)fluoranth*n*B«n2o(k)fluoranth*n*B«nzo(a)pyr*n*lnd*f»o(1 ,2.3-cd)pyr*n*Dib«nz(a.h)anthrac*n*B»nzo(g.h.i)p*ryl*n*2-M*thylb*nz*n*N-Nitro*odiph*nylph«nolCarba2ol*TENTATIVELY IDENTIFIED COMPOUNDS

Total UnknownTotal Unknown HydrocarbonTotal Unknown Acid

LQ1-01

7-20-88

1700000 U1700000 UR5000000 UR4*00000 U11 00000 U2000000 U2800000 U2800000 U2200000 U04OOOOOU2200000U14000000 U8200000 U4500000 U2500000 U2 500000 U30000000U1 0000000 U3100000 U3000000 U4SOOOOOU3900000 U5400000 U10000000 U

—-—

——^

I LSI-021 ———————| 7-20-88

1 700000 UJ1 700000 UR5000000 UR4500000 UJ1 100000 UJ2000000 UJ2800000 UJ2800000 UJ2200000 UJ04OOOOOUJ2200000 UJ14000000 UJ8200000 UJ4500000 UJ2500000 UJ2500000 UJ30000000 UJ10000000 UJ3100000 UJ3000000 UJ4500000 UJ3000000 UJ5400000 UJ10000000 UJ

———

———

I LQ 1-02-0

| 7-20-43

1700000 U1700000 UR5000000 UR45000OOU11 00000 U2000000 U2800000 U2800000 U2200000 U0400000U2200000 U1 4000000 U8200000 U4500000 U2500000 U2500000 U39000000 U10000000 U3100000 U3000000U4500000 U39OOOOOU5400000U1000OOOOU

———

———

4-10-02

10000J250000 U250000 U

100000 U100000 U250000 U83000J14000 J100000 U20000 J32000J100000 U100000 U20000J28OOOJ100000 U100000 U9,100 J100OOO U15000J100000 U10000 U100OOOU100000 U100000 U100000 U

2380000J58OOOOJ

LQ2-01 |——————— I

7-21-88 |

15000 U350OOUR100000 UR01000 U22000 U41000 U50000 U50000 U44OOOU130000 U44000 U290000 U100000 U91000 U50000U50000 U770000 U320000 U82000 U50000 U91000 U77000U110000U200000 U

17000000 J

Not**: — Not Analyzed• * Unvalidat*d Data


Nabonal Prwto lndu«ri««. Inc.. Sit*Eau Clair*. Witcormn.

Lagoon Samplat - Ffeaultt ot S*mi-Votatil* Analyoi tof Solid Sample* (ug/kg).

Analytic by Pac« Laboratorio (10M).Analyei* by Wadcworth Alert Laboratorie* (1002).

Sample ID:

DATE SAMPLED:

Phenolbia(2-Chloroethyl)ethef2-Chlorophenoi1 ,3-OichlorooefUsne1 .4-OlchlorobenzeneBenzyl alcohol1 .2-Oichlorooenzene2-M-ttiylph«nolbia(2-CMoroi*opropyl)ether4-M*thyl phenolN-Nitroeo-di-o-propylamin"H«xacMoro«(nan«Nltrob«nz*n«iMphoron*2-Nitropn»nol2.4-Oim«ttiylph«ROJB«nzoicacidbia(2-Chloro*thoxy)(nMhan«2.4-Oicholoroph«nol1 ,2,4.-Trichlorob«nz«n«Naphthai«n«4-Chloroanilin«H«xachlorobutadi«n«4-Chloro-3-m«thylph«nol2-M*thylnaphtrial«n«H«xachlorocyclop«ntadi«n«2.4,6-Trichloroph«nol2.4.5-Trichloroph«nol2-Chloronaph(hal«n«2-Nltro«nilin«Dlm«Miy<phthala(«Ac*napthyt«n«2.9-O<niiroiolu«n«3-Nitroanilin«Ac«napth*n«2,4-Oinitroph*nol4-Nitroph«nol

LQ2-02 |"" '" " ' ^~ 1

7-21-«« |

35000 U27000 U5*000 U29000 If32000 U82000 U29000 U100000 U40000 U100000 U52000 U40OOOUS4000U27000 U87000 U70000 U

400000 UR33000 U71000 U23000 U27000 U12000 U20000 U100000 U40000 U21000 U125000 U6MOOU21000 U67000 U27000 U35000 U

7TOOOU36000 RU3MOOU17000UR1 20000 U

Dib«nzoturan ! 32000 U2.4-Oiniiroiolu«n* I 82000 UDi*thylphthalat« I 27000 U4-Chloroph«nyt-oh«nyl«th«r 1 32000 U

L 32-03

7-2 1-M

32000 U25000 U54000 U27000 U20000 U78000 U27000 U92000 U37000 U92000 U59000 U37000 U50000 U25000 U82000 U73000 U

370000 UR31000 USSOOOU22000 U25000 U11000U18000 U92000 U37000 U19000U

11 5000 U83000 U19000 U82000 U25000 U32000 USSOOOU

32000 RU35000 U15000 UR110000U29000 USSOOOU25000 U29000 U

I LG2-04 |

| 7-21-M

35000 U27000 USSOOOU29000 U32000 U•2000 U29000 U100000 U40000 U100000 U52000 U40000 U54000 U27000 U97000 U79000 U

400000 UR33000 U71000 U23000 U27000 U12000U20000 U100000 U40000 U21000 U125000 U68000 U21 000 U87000 U27000 U35000 U71000 U

35000 RU38000 U17000 UR120000 U32000 U82000 U27000 U32000U

Not**: — Not Analyzed•' Unvalidal»d Data

au*704u>osvoc. WK 1


National Pr««o Induatri**. Inc., Sit*Eau Clair*. Wlwon«n.

Lagoon Sampl** - R««ull« o* Sarni-Voiatil* Analywi for Solid Samplai (ugAg).

AnaJywt by Pace Laboratoriat (19U).Analywi by Wadtworth Al»rt Laboralonat (1902).

Sampla ID:

DATE SAMPLED:

Ruorana4-Nltroamlina4.fl-Dinitro-2-m»thy1ph»nolN-Nltro«odipti«ny(amin«4-Bromoph«n yl-ph«nyl»m»rH*xachlorob«nz»n«P«ntactiloroph«nolPti»n«nthr»n«Anttirac«n«Di-n-butylphthalal*Ruoranthvn*Pyr«n«Butylbanzylphthalat*3.3'-Dichlorob«nzidin«8«nzo(a)anthrac«n«Chry«*n«bla(2-Ethylh«xy4)phmalat*Dl-n-octytphthalataB«nzo(b)fluoranth*n*B*nzo(k)fluoranth«n«B«nzo(a)pyr*n*lnd»no< 1 .2.3-cd)pyr»n»Dit>«nz(a,h)anttirac«n«B«nzo(g ,h . i)p»ryl«n»2-M«tfiylb«nz«n«N-Nitro«odiph«nytpH«nolCartoazol*

TENTATIVELY IDENTIFIED COMPOUNDS

Total UnknownTotal Unknown HydrocarbonTotal Unknown Acid

132-02

7-21 -*8

32000 U32000 UR92000 URUOOOU20000U38000 U52000 U52000 U40000 U120000 U40000 U27000 U1500OOU43000 U4OOOOU4WOOU710000 U2*0000 U57000 U54000 U13000 U71000 U1 00000 U183000 U

———

———

I LG2-03

I 7-21-««

29000 U29000 UR85000 UR77000 U18000U35000 U48000 U48000 U37000 Unoooou37000 U250000 U140000 U77000U42000 U42000 U850OOOU270000 U52000 U50000 U77000 U8SOOOU92OOOU170000 U

———

———

I LO2-04I ^^^^KHVV i

I 7-21-48

32000 U32000 UR92000 UR83000U20000 U38000 U52000 U52000 U40000U1 20000 U40000 U27000 U150000U83000U4aooou46000 U710000 U290000 U57000 U540OOU83000U71000 U100000 U1 83000 U

———

— I——

Not»r — Not Analyzed" Unvalidatad Data


Nation*! Pr««o Induatrwa. Inc.. SiteEau Clair*. Wi»con»n.

Lagoon Sampla* - R*«ulta of Metal*Analytic For Solid Samptoa (mg/kg).

Ana)y«« by Wilton Laboratory* (1988).Analy*i by Wadaworth Atort Laboratohai (1092).

Sampl* 10:

DATE SAMPLED:

AluminumAntimonyArt«nicBariumB«rylliumCadmiumCalciumChromiumCobaltCopperIronLaadMagnetiumManganaaeMercuryNicKelPotaaatumSeleniumSilverSodiumThalliumVanadiumZinc

LG1-01

7-20-U

^^

—2.7

31 .28—

2.3 J—

78.4— •

04.2—

11.0 J———110—————

8 3 84050

131-02

7-20-88

_^

—3.2

53.5 B—

3.3 J—175—102—

282 J———136—————

9.786860

LQ 1-020

7-20-M

«P«

—2.8 U55.7—

3.0 J—184—101—

22.1 J———

140—————

9.687480

••LQ1-NO2

4-16-02

SM3.6 U3.2

27.50.40 U

0.083.68077.34.9132

15.300103

1.830102

0.08 U148122

0.38 U0.623620.2311.3

4.000

LQ2-01

7-21-88

^^

—2.5

88.7—

1.3J—135—113—

3.0 J———

115J—————

26.02050

102-02

7-21-88

_

—2.2 U84.0—

1.1 UJ—

18.8—

11.3—

7.2 J———

26.3 J—————

24.6198

LG2-03

7-21-*8

_

—2.5U50.6—

2.5 J—

47.1—

13.5—

10.3 J———

47.4 J—————

25.8741

LG2-O4

7-21-«8

_

—2.2 U58.1—

1.1 UJ—

27.9—9.3—

14.3 J———

47.5 J—————

19.7817

Notar —Not Analyzed•' Unvalldatad Data

G:V48704\LAGMET.WK1

National Pr*«to InduMn**. Inc.. Sit*Eau Glair*. Witconwn.

Lagoon Samp)** - R**ult* of M*taltAnaJyaia For Liquid Sampl*« (ug/l).

Analytic by Wadtwoth Aloft Laboratoh**.


Sample ID:

DATE SAM PLED:

AluminumAntimonyArMnicBariumB*rytliumCadmiumCalciumChromiumCobaltCopp*rIronL»adMagn**iumMangan***M*rcuryNick»lPoUMiumS*l«niumSilv«rSodiumThalliumVanadiumZinc

•-LQ1-W1-02

10-18-91

5654 U1.0U17.01.0 U3.0 U18. $00fl.OU10 U7.0 U5.280

1.35.210253

020U35

2.4901 OU10U8.5301.0U11 UM

| "LQ1-W2-02 |I ————————— II 10-18-91 |

10158 U1.0 U

211.0 U3.0 U38.2008.0 U10 U7.0 U1.5801.7

0.550261

0.20 U41

0671.0U10 U8.3501.0 U11 U85

"LQ1-W3-02

10-18-91

5858 U1.0U

111.0 U3.0 U

20.8006.0 U10 U7.0 U2.000

1.55.230112

0.20 U46

2,7301.0 U10 U6.6701.0U11 U

51 1

Not*t: * • Unvalidat*d Data

Q:U«704«JM3UETW VMK1

S*clcn*i Prwto eder associates consulting engineers, p.c.

- Raaulu at'

An*ly*U oy ftom LAOOCKOTK*.

Saapj* I.D.t:

CMS S»fU2:

*lft*-flKbKa-ttC:*it»-a»:^ama QIC (Liodtrw)H^cantilnrAldrinHqnacftlor *>oxu»Emtowiipran I-H.lrfrln

4, 4' -OX

Enrlrmiiphan II4.4'-OCO

Endo«ulph«n niltau4,4'-Ojr

MKtoxycMarSSidrin uKar*M i n^i^rfT* i f***^nt*Tflfl|j*^Wi» 1 nnrijan^

Amrltar-1016Aroclor-1221Aroclor-1232Aroclor-1242Arocior-1248Arocior-1254Aroclor-1260

Iffl-1

07/20/88

MlMl

Ml

MlMl

Ml

Ml

Ml

Ml

Ml

Ml

Ml

Ml

Ml

MlMlMl

Ml

240 U360 U350 0260 U400 U120 U250 U

Iffl-2

07/20/88

MlMl

Ml

Ml

Ml

Ml

Ml

Ml

Ml

Ml

Ml

Ml

MlMl

Ml

Ml

Ml

Ml

250 U390 U380 U280 U420 U120 U260 U

1 Iffl-2-0

1 07/20/88

Ml

MlMl

MlMl

Ml

Ml

Ml

Ml

Ml

Ml

Ml

Ml

MlMlMl

Ml

Ml

200 U320 U310 U220 U350 0100 U210 U

'ja-i07/21/88

Ml

Ml

MlMlMl

MlMl

Ml

Ml

Ml

Ml

MlMl

Ml

MlMl

MlMl

230 U

360 U

340 U

250 U390 0

110 U240 U

> LG2-2

i 37/21/88I

MlMlMl

MlMl

Ml

Ml

Ml

Ml

Ml

Ml

MlMlMl

Ml

Ml

Ml

Ml

220 U340 U

3X U240 U380 U110 U230 U

' US-311 07/21/881

Ml

Ml

Ml

Ml

Ml

Ml

MlMl

Ml

Ml

Ml

Ml

Ml

MlMl

Ml

Ml

Ml

220 U340 U

330 U

240 U370 U

110 U230 U

US-4

1 07/21/881

Ml

MlMlMlMl

Ml

MlMl

Ml

NR

Ml

Ml

Ml

MlMlMlMlMl

220 U

340 U

330 U

240 U

380 U

110 U230 U


Nation*) Precto InduMrw*. Inc.. Sit*Eau Clair*. Witconitn

Lagoon Sampl** - Raiulti o> VOC Analyii*In Liquid S*mp4** (ug/l).

Analysis by Haziat Laboratori««.

Wall:

Date SampMri:

COMPOUND

Chlorom«tharwBromom«than«Vinyl Chlorkl*Chloro«tnan«Methylen* Chlorid*Acaton*Carbon Ditulffd*1 . 1 -Dichlof o»th«n«1 . 1 -Dichkx o««han*1 .2-Dichkxo«th«n« (total)Chloroform1 .2-Oichloro*<nan*2-Butanon«1.1,1 -Trichloro*than«Carbon T«trachk>rid«Vinyl Ac*tat*Bromodichk>rom«(han*1 ,2-DichlofopfOpan*cia-1 .3-Oichloropfop*n*Trtchkxo«th«n«Dibromochlorom«thaf>«1 . 1 ,2-Trichloro*than«B«nz«n*Trant-1 .3-Oichkx opfop«n«Bromoform4-Matnyl-2-Pantanon*2-Hexanon«Tetrachloroeth«n«1 . 1 ,2,2-T»trachloro«than«ToiuerraChlOfotwnzen*Ethyt b«nz»n«Styr»n»Xyl»n«i (total)


Methan«, ThiobiiCyclot»tra«k>xan«, OcUm»th

LQ1-W1-01

04-20-01

0.7 U0.2 U0.4 U0.9 U0.7 U0.7 U0 3 U0 3 U3J

0.2 U0.3 U0.2 U5U

O O U0.3 U

1 U0.3 U0.3 U0 4 U0.2 U0.3 U0.3 U0.2 U0.2 U0.3U0.5 U0.5 U0.3 U0.4 U0.2 U0.2 U0.2 U0.3 U0.3 U

_

—

| LQ1-W2-01I ———————I| 04-26-01

II

0.7 U0.2 U0 4 U0.9 U0.7 U0.7 U0.3 U0.3 U

20.2 U0.3 U0.2 U5U

0.9 U0.3 U1 U

0.3 U0.3 U0.4 U0.2 U0.3 U0.3 U0.2 U0.2 U0.3 U0.5 U0 5 U03U0.4 U0.2 U0.2 U0.2 U0.3 U0.3 U

_ ..

23 J

| LG1-W3-01| ———————

I| 04-26-91

II

0.7 U0.2 U0.4U0.9 U0.7 U0.7 U0.3 U0.3 U

20.2 J0.3 U0.2 U5U

0.9 U0.3 U1 U

0.3 U0.3 U0.4 U0.2 U0.3 U0.3 U0.2 U0.2 U0.3 U0.6 U0.5 U0.3 U0.4 U0.2 U0.2 U0.2 U03U0.3 U

_

—

LG2-E

00-14-18

0.4 U0.3 U0.3 U0.2 U

08BJU9BU0.2 U0.2 U0.4

0.2 U0.2 U0.6 U6UR0.3 U0.2 U0.3 U0.2 U0.2 U0.4 U0.2 U0.2 U0.2 U0.2 U0.3 U0.7 U1 U1 U

0.2 U0.2 U0.2 J0.2 U0.2 U0.3 U0.3 U

1.2 J—

| LG2-W

I| 00-14-49

II

0.4 U0.3 U0.3 U0.2 U

0.3 BJU3B

0.2 U0.2 U0.2 J0.2 U0.2 U0.6 U5UR0.2 U0.2 U0.3U0.2 U0.2 U0.4 U0.2 U0.2 U0.2 U0.2 U0.3 U0 7U1 U1 U

0.2 U0.2 U0.3 U0.2 U0.2 U0.3 U0.3 U

_

—

| LQ2-FB

I| 00-14-49

II

0.4U0.3 U0.3 U0.2 U2BU3BU0.2 U0.2 U0.2 U0.2 U0.2 U0 6 U5UR0.2 J0.2 U0.3 U0.2 U0.2 U0.4 U0.2 U0.2 U0.2 U0.2 U0.3 U0.7 U1 U1 U

0.2 U0.2 U0.3U0.2 U0.2 U0.3 U0.3 U

_

—

G:\49704\LAQVOCWWK1

i 1JOC

oy Pace am Mionorui


3^BCjjB ^D 1 1

o r1*1'3Uor«»cnan«3ram»cnan»VLnyl QvLorijCiiOUoroacnana.MKnylan* OUarld*toacon*~jrt™ Dl*Ui£ida

1, l-Olcftlomtnm1, 1-OlcnlocoKAan*^ana— 1, 2^1dilflro£CiMn01, 2-OiAiaraKfmrm ieocaj.1aUarafona1, 2-Olchloro«cft«n»2-Bucanona1, 1, l-TrlcAlaroKnan*

<-JT«CTI T«cr«cnlori*Vinyl Aavctc*arr^nmrt* 1 DI i n^rftjn^

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1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

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/88 1

42000 UJ32000 UJ70000 UJ35000 UJ38000 UJ99000 UJ35000 UJ120000 UJ48000 UJ120000 UJ62000 UJ48000 UJ65000 UJ32000 UJ80000 UJ95000 UJ480000 RJ40000 UJ85000 UJ28000 UJ32000 UJ14000 UJ24000 UJ120000 UJ48000 UJ25000 UJ150000 UJ82000 UJ25000 UJ80000 UJ32000 UJ42000 UJ85000 UJ42000 RUJ45000 UJ20000 RUJ140000 UJ38000 UJ75000 UJ32000 UJ38000 UJ38000 UJ38000 RUJ110000 RUJ100000 UJ24000 UJ45000 UJ62000 UJ62000 UJ48000 UJ140000 UJ48000 UJ320000 UJ180000 UJ55000 UJ55000 UJ850000 UJ350000 UJ68000 UJ65000 UJ100000 UJ35000 UJ120000 UJ220000 URJ

—^^——^

—

—_——_—^•~

M*H1,43, 145,47,49- i

PC(

08/17/88 11

1900000 U1400000 U3200000 U1600000 U1700000 U4500000 U1600000 U5500000 U2200000 U5500000 U2800000 U2200000 U3000000 U1400000 U3600000 U4300000 U22000000 UR1800000 U3900000 U1300000 U1400000 U640000 U

1100000 U5500000 U2200000 U1130000 U6800000 U3700000 U1100000 U3600000 U1400000 U1900000 U2900000 U1900000 UR2000000 U910000 UR6400000 U1700000 U3400000 U1400000 U1700000 U1700000 U1700000 UR5000000 UR4500000 U1100000 U2000000 U2800000 U2800000 U2200000 U6400000 U2200000 U14000000 U8200000 U4500000 U2500000 U2500000 U29000000 U16000000 U3100000 U3000000 U4500000 U3900000 U5400000 U10000000 UR

—————__

^——

——z_—z_— .^•"

'•'fV-42 4446.48,50^ i

S3,

08/17/88 i

38000 UJ29000 UJ64000 UJ32000 UJ35000 UJ90000 UJ32000 UJ110000 UJ44000 UJ110000 UJ56000 UJ44000 UJ59000 UJ29000 UJ73000 UJ86000 UJ440000 URJ36000 UJ77000 UJ25000 UJ29000 UJ13000 UJ22000 UJ110000 UJ44000 UJ23000 UJ140000 UJ74000 UJ23000 UJ73000 UJ29000 UJ38000 UJ77000 UJ38000 RUJ41000 UJ18000 URJ130000 UJ35000 UJ68000 UJ29000 UJ35000 UJ35000 UJ35000 RUJ100000 RUJ91000 UJ22000 UJ41000 UJ56000 UJ56000 UJ44000 UJ130000 UJ44000 UJ290000 UJ160000 UJ91000 UJ50000 UJ50000 UJ770000 UJ320000 UJ62000 UJ59000 UJ91000 UJ77000 UJ110000 UJ200000 URJ

—•—————

—_—

—_^_~—

yR-42,44,-0,48,50-

NS-tB

03/17/88

9800012000 'J81000

13000 U52000

1600000 U13000 U•44000 U13000 U45000 U47000 J18000 U25000 U12000 U10000 U36000 U

740000 UR5000 U

32000 U60000

12000 U3300 U9100 U78000 J15000 U3500 U56000 U31000 U9500 U30000 U12000 U16000 U32000 U

16000 RU61000

7700 UR54000 U14000 U36000

12000 U14000 U14000 U

14000 RU41000 PU38000 U9200 U17000 U20000

24000 U18000 U55000 U18000 U80000 J67000 U39000 U21000 U21000 U

320000 U130000 U.-6000 U25000 U35000 U:.2000 u<4000 U

81,000 KJ

-————^

—

—_—

—__—~~

^1^2 4446.48:50^MS-MD

38/17/88

'5000012000 U14000013000 U71000

1600000 U13000 U44000 U18000 U45000 U60000 J18000 U25000 U12000 U30000 U36000 U

740000 UR15000 U32000 U83000

12000 U5300 U9100 U

140000 J18000 U9500 U56000 U31000 U9500 U30000 U12000 U16000 U32000 U

16000 UR93000

7700 UR34000 J14000 U56000

12000 U14000 U14000 U

14000 UR41000 UR38000 U9200 U17000 U61000

24000 U18000 U55000 U18000 U

100000 JS7000 U39000 U21000 U21000 U

320000 U130000 U26000 U25000 U38000 U32000 U44000 U

83000 UR

—————~~—

———

—_———

W!^-31X331 ' 35A.37A, ' i39-rc

i 08/17/881 i

1900000 U1400000. U3200000 U1600000 U1700000 U4500000 U1600000 U5500000 U2200000 U5500000 U2800000 U2200000 U3000000 J1400000 U3600000 U4300000 U22000000 UR1800000 U3900000 U1300000 U1400000 U640000 U

1100000 U5500000 U2200000 U1100000 U6800000 U3700000 U1100000 U3600000 U1400000 U1900000 U2900000 U1900000 UR2000000 U910000 UR6400000 U1700000 U3400000 U1400000 U1700000 U1700000 U1700000 UR5000000 UR4500000 U1100000 U2000000 U2800000 U2800000 U2200000 U6400000 U2200000 0'14000000 U8200000 'J4500000 U2500000 'J2500000 U29000000 U16000000 'J3100000 U3000000 U4500000 U3900000 'J54000000 U10000000 UR

———^——

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38/17/88

38000 U29000 U64000 U32000 U35000 U90000 U32000 U

110000 U44000 U

110000 U56000 U44000 U59000 U29000 U73000 U86000 U

440000 UR36000 U77000 U25000 U29009 U13000 U22000 U

110000 U44000 U23000 U

140000 U74000 U23000 U73000 U29000 u38000 U

38000 RU41000 U

18000 UR130000 U35000 U68000 U29000 U35000 U35000 U

35000 RU100000 RU91000 U22000 U41000 U56000 U56000 U44000 U

130000 U44000 U

290000 U160000 U91000 U50000 U50000 U

770000 U320000 U

S2000 CJ59000 U91000 U77000 U

110000 U200000 UR

—•—•—~*

————

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i nj^_ji 53i 55,57,S»1 ire

! 38/18/88 :

1600000 U'200000 U2700000 U1300000 U'500000 U3800000 U'300000 U4600000 U1800000 U4600000 U2400000 U'800000 U2500000 U1200000 U3100000 U3600000 U18000000 UR1500000 U3300000 U1100000 U1200000 U5400000 U9200000 U4600000 U'800000 U960000 U

5800000 U3200000 U9600000 U3100000 U1200000 U1600000 U3300000 U1600000 UR1700000 U770000 UR5400000 U1500000 U2900000 U1200000 U1500000 U1500000 U1500000 UR4200000 UR3800000 U920000 U

1700000 U2400000 U2400000 U1800000 U5400000 U1800000 U12000000 U6900000 U3800000 U2100000 U2100000 U33000000 U13000000 U2600000 U2500000 U3800000 U3300000 U4600000 U3500000 UR

———•—— •

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—

———

—_———

*>f*-52 5456,58!6C^KS

38/18/88

32000 JU25000 JU54000 JU27000 JU29000 JU-6000 JU27000 JU92000 JU37000 JU92000 JU48000 JU37000 JU50000 JU25000 JU62000 JU73000 JU

370000 JUR31000 JU65000 JU22000 JU25000 JU11000 JU

180000 JU92000 JU37000 JU19000 JU

115000 JU63000 JU19000 JU62000 JU25000 JU32000 JU65000 JU

32000 JUR35000 JU

15000 JUR110000 JU29000 JU58000 JU25000 JU29000 JU29000 JU

29000 JUR85000 JUR77000 JU18000 JU35000 JU48000 JU48000 JU37000 JU

110000 JU37000 JU

250000 JU140000 JU

77QOO JU42000 JU42000 JU

650000 JU270000 JU52000 ~.50000 JO _77000 JU65000 JO-92000 JO-

170000 JUR

z—— —•— —*™

——_——_—^


National Presto Industries, Inc. SiteEau Claire. Wisconsin.

Melby Road - Results of MetalsAnalysis In Solid Samples (mg/kg).

Analysis by Wilson Laboratories.

SAMPLE ID:

Date Sampled:

Arsenic

Barium

Cadmium

Chromium

Copper

Lead

Nickel

Vanadium

Zinc

| MR-05

i 7-7-881

- ——— 1 ———— -! 2.1 U!I 31. 4 B!

! 1.0 UJi

I 9.1II 31.0

j 23.4 J

I 8.4

I 16.8

| 15.9

MR-08

7-7-88

2.0 U

21. 2 B

1.0 UJ

9.8

18.3

2.8 J

7.2B

15.1

10.0

MR-13 i

7-8-88 |

2.1 U

82.6

1.3J

14.9

10.8

12.1 J

7.3 B

32.6

30.5

MR-14

7-8-88

2.0 U

24.0 B

1.0 UJ

9.1

18.4

3.5 J

10.0

21.3

10.5

MR-25A

1 7-18-88

2.2 U

30.1 B

1.1 UJ

13.4

17.7

6.1 J

9.1

23.5

19.2

MR-28

7-11-88

2.3 U

28.1 B

1.5 J

6.2

15.1

1.2UJ

7.8B

16.3

10.4

MR-280

7-11-88

2.1 U

22.8 B

'.0 UJ

5.7

13.8

2.2 J

5. OB

15.4

10.3

MR-35/

7-20-8*

2.2 U

87.2

1.2J

14.1

10.3

23.9 J

5.5

26.0

36.7


National Presto Inausmes, Inc. SiteEau Claire. Wisconsin.

MelDy Road - Results ot MetalsAnalysis In Solid Samples (mg/kg).


SAMPLE ID:

Date Sampled:

Arsenic

Barium

Cadmium

Chromium

Copper

Lead

Nickel

Vanadium

Zinc

MR-36

] 7-12-881

_ _ _ _ _ _ | _ _ _ _ —1 2.1 U

! 38. OB

] 1.0 UJI! 13.0

13.4

I 5.9Ji! 10.8I

I 30.3

| 17.1

MR-42 |_ _ _ _ _ _ _ [

I 7-12-88 !:

2.1 U

21.5 B

:.OUJ

10.1

19.1

12.9J

6.6 B

11.9

13.8

MR-45

7-12-88

2.1 U

15. 8 B

1.0 UJ

10.4

10.9

2.1 J

6.7 B

14.0

9.9

MR-59I —————| 7-14-88

12.1 U

51.2

1.5 J

12.0

16.3

9.6 J

4. 78

19.8

27.5

| MR-60 | MR-61 | MR-62 |I ———— . | ———— | ———— . .| 7-14-88 | 7-14-88 | 7-14-88 ii i ;

— ———— —————— —————— !

2.0 U 2.1 U 2.0 U j

19.4B 33.2 B 22.9 B |

1.0UJ 1.0UJ 1.0UJi

5.2 9.6 7.3

2.8 B 6.9 5. OBi

1.6J 2.7J 1.6J |

3.5 B 5.4B 5.1 B!

8.1 B 16.9 9.1 B |!

3.3B 11.3 5.1

Q U8704.URMET.VW1

CLUX*. eder associates consulting engineers, p.c.

MftUay Road - âmilti of PactlcidB/PQ)AfaAiyvu in Û/t SanpiaM lucj/taj) .

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DATE SWfLED:

»if*ia-flHCb*ta-BHCdaltA-BHC

j linn mr Olndona)HapcaoilarAldrinHapryftlnr apoxlaaDtdoaulpnan IDiildrin4,4'-CDEBx±j«uiphan II4,4'-CCO

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(*"l il'

Ml

Ml

Ml

Ml

Ml

Ml

NR

Ml

Ml

NR

NR

Ml

Ml

Ml

NR

Ml

Ml

Ml

200 UJ

320 UJ

310 UJ

220 UJ350 UJ100 UJ

210 UJ

MM, 3, 5,

7/7*8/88

Ml

Ml

NR

Ml

Ml

Ml

Ml

Ml

Ml

NR

MlMl

Ml

Ml

Ml

Ml

Ml

Ml210 UJ

330 UJ

320 UJ230 UJ

360 UJ100 UJ

220 UJ

M*-12.14,16,18,20-

NS

7/8(9/88

Ml

Ml

Ml

Ml

Ml

Ml

Ml

NR

Ml

Ml

Ml

Ml

NR

NR

NR

Ml

Ml

NR

200 UJ310 UJ

300 UJ

220 UJ340 UJ100 UJ

210 UJ

.«*-!!, 13,15,17,19-

FC

7/8*9/88

Ml

NR

Ml

Ml

Ml

Ml

NR

NR

Ml

Ml

MlMl

NR

NR

NR

Ml

Ml

Ml

210 UJ

330 UJ

320 UJ230 UJ

360 UJ

110 UJ

220 UJ

1 !*-22,24,1 26,28,30-i MS1 ———————1

NR

Ml

Ml

Ml

Ml

Ml

NR

Ml

Ml

NR

Ml

MlMl

Ml

Ml

Ml

Ml

NR210 UJ

320 UJ

310 UJ2X UJ

350 UJ100 UJ

220 UJ

MI-21,23.25.27,29- i

FC

7/9*11/88 11

NR

Ml

Ml

NR

Ml

Ml

Ml

NR

Ml

NR

MlMl

Ml

Ml

Ml

Ml

Ml

Ml

220 UJ

340 UJ

330 UJ240 UJ

370 UJ

110 UJ230 UJ

PC :

7/14*15/88 1

Ml

Ml

Ml

NR

Ml

Ml

NR

NR

NR

NR

Ml

NR

NR

NR

NR

NR

NR

NR

210 U330 U

320 U2X U360 U

110 U

220 U

SacicnoiMicoormin.

Inc. eder associates consulting engineers, p.c.

%»a . RMuiti atAn*j.y».U in Solid SaiT)i«« tug/tog).

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M«-U,S4-NS

7/14*15/88

NRNR

SR

Mt

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Ml

NR

NR

NR

NR

NR

NR

NR

NR

mNR

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210 U320 U

310 U230 U150 U100 U

220 U

Mt-tl.43,45,47.49-rc

8/17/88

NRNR

NR

NR

NR

NR

NR

NR

NR

NR

NR

NRNR

NR

NR

NRNR

NR

210 U330 U320 U230 U360 U

110 U220 0

1 !*-42,44,1 46, 48, SO-

NS

1 8/17/881

NRNR

NR

NR

NR

NR

NR

NRNR

NRNR

NRNRNR

NR

NR

NR

NR

210 D320 0310 U

230 0350 D

100 U

220 U

1 ."R-31A.33I 3SA.37A.l 39-FC

1 8/17/881

NRNR

NR

NR

NR

NR

NR

NR

Ml

NR

mNR

Ml

NR

NR

NR

NR

NR

210 0330 U320 U230 U3«0 U110 a220 U

Ml. 32.34,36,38,40-

NS

8/17/88

NR

NR

NR

NR

Ml

NR

NRNR

NR

MlNR

NRNR

NR

NR

NR

NR

Ml

210 U320 0310 U

230 U350 U100 U

220 U

!«-51.53.55,57,5>-rc

8/18/88

NRNR

NR

NR

Ml

Ml

NR

Ml

NR

NR

NR

NR

NR

NR

NR

NR

NR

Ml

220 a330 U320 U240 U360 U110 U230 U

M*-52,54,56. M, SO-

NS

3/18/88

MlMl

MlMl

Ml

NR

NR

NR

Ml

NR

NR

NR

NR

NR

NR

NR

Ml

NR

200 U

310 U300 U

220 U340 U:oo u210 U


a:U87M\EDSVOC WK1 National Preslo Industries, inc SiteEau Claire. Wisconsin

East Disposal Site - Resultsol VOC Analysis lug/kg)

Analysis by Wadsworth Laboratories.

Sample 1 D.#:

DATE SAMPLED:

ChloromethaneBromomethaneVinyl ChlorideChloroethaneMethylene ChlorideAcetoneCarbon Disulfids1 .1 -Dichloroethene1 , 1 -DichloroethaneTrans-1 .2-Dichloroethene1 ,2-Dichloroethene (total)Chloroform1 2-Dichloroethane2-Butanone1.1. 1-TnchloroethaneCarbon TetrachlondeVinyl AcetateBromodichloromethane1 ,2-Dichloropropanecis-1 ,3-DichlocopropeneTrichloroetheneDibromochloromethane1.1.2-TrichloroethaneBenzenetrans-1 ,3-DichloropropeneBromotorm4-Methyl-2-Pentanone2-HexanoneTetrachloroethene1 . 1 ,2.2-TetrachloroethaneTolueneChlorobenzeneEthyl benzeneStyreneXylenes (total)2-Chloroethylvinyl ether1 . 1 -Dichlorobenzene1 . 1 -Dichlorobenzene1 1 -DichlorobenzeneTrichlorotluoromethane

EDS-1

I 8-18-83

| 1 5000 U| 11000U| 12000 Uj 18000U| 1 9000 UI 64000 Ui 3400 UI 4900 U| 3500 U| NA| 1 600 Ui 1200Ui 1 500 U| 1 8000 U| 5000 U| 3300 UI 3900 U| 2500 U| 2500 U| 1 800 U| 1000 U| 3200 U| 2800 U| 5000 U| 1700U| 2200 U| 3400 U| 1500 U| 1800 U| 2100 U| 1000 U| 1100U| 1200 UI 1500 U| 4100 U| NA| NA| NA

NA| NA

| EDS-2

| 8-18-88

15000 U11000 U1 2000 U1 8000 U19000 U64000 U3400 U4900 U3500 U

NA1600 U1200 U1500 U18000 U5000 U3300 U3900 U2500 U2500 U1800 U18000

3200 U2600 U5000 U1700 U2200 U3400 U1500U1800 U2100 U1000 U1100 U1200 U1500 U4100 U

NANANANANA


NaphthaleneDimethyl Naphthalene2,3-Dimethyl Octane9H-fluoran-9-yltrime-SilaneUndecane

I —I —I —I —! —

5000 J——

5700 BJU2700 BJU

EDS-3

8-18-68

15000 U11000 U12000 U18000 U19000 U62000 U3300 U4800 U3400 UNA

1600 U1200 U1500 U18000 U4900 U3200 U3800 U2400 U2400 U1800 U980 U3100U2500 U4900 U1700 U2100 U3300 U1500 U1800 U2000 U980 U1100 U1200 U1500 U4000 UNANANANANA

EDS-4

8-18-88

15000 U11000 U12000 U18000 U19000 U64000 U3400 U4900 U3500 U

NA1600 U1200 U1500 U

18000 U5000 U3300 U3900 U2500 U2500 U1800 U1000 U3200 U2600 U5000 U1700 U2200 U3400 U1500 U1800 U2100 U1000 U1100 U1200 U1500 U4100 U

NANANANANA

EDS-4 RE

I 8-18-88

15000 U1 1 000 U12000 U18000U19000 U64000 U3400 U4900 U3500 U

NA1600 U1200 U1500 U

18000 U5000 U3300 U3900 U2500 U2500 U1800 U1000 U3200 U2800 U5000 U1700 U2200 U3400 U1500 U1800 U2100 U1000 U1100 U1200 U1500 U4100 U

NANANANANA

860 J—

3300 J3000 J

Unknown Alcohol 1400 J


a.U»7M\EDSVOC.V>»<1

East Disposal Site - Resultsof VOC Analysis (ug/kg).

Analysis by Wadswonn Laboratories

Sample ID r

DATE SAMPLED:

1.1,2-Trichloro-1.2-TrifluoroethaneUnknown C9H18Unknown C11H10Unknown HydrocarbonAcetic Acid. Methyl EsterTotal Unknown HydrocarbonCyclohexane. PropylHeptane. 2.3,4-TrimethylBenzene. 1-Ethyl-2-MethylTotal UnknownDecaneBenzene. 1.3,5-TnmethylNonane. 2.6-DimethylOctane. 2.3-DimethylMethane. TnchlorotluoroFuranFuran. 2-Propyl2-Heptanone

National Presto Industries. Inc.. SiteEau Claire. W scon sin

EDS-1 ; EDS-2 | EDS-3 | EDS-4 EDS-4 RE

8-18-88 I 8-18-88 | 8-18-88 | 8-18-88 8-18-88 ;

I — 5700 J 9900 J 17800J


National Presto Industries, Inc SiteEau Claire. Wisconsin

East Disposal Site - Resultsof VOC Analysis (ug/kg)

Analysis by Wadsworth Laboratories

Sample ID #

DATE SAMPLED

ChloromethaneBromom ethaneVinyl ChlorideChloroethaneMethylene ChlorideAcetoneCarbon DisuHide1 , T -Dichloroethene1.1-DichloroethaneTrans-1 ,2-Dichloroethene1.2-Dichloroethene (total)Chloroform1.2-Dichloroethane2-Butanone1 ,1 ,1-TnchloroethaneCarbon TetrachlondeVinyl AcetateBromodichloromethane1 ,2-Dichloropropanecis-1 .3-DichloropropeneTnchloroetheneDibromochloromethane1 ,1.2-TrichloroethaneBenzenetrans-1 3-DichloropropeneBromoform4-Methyl-2-Pentanone2-HexanoneTetrachloroetnena1 . 1 ,2,2-TetracmoroethaneTolueneChlorobenzeneEthylbenzeneStyreneXylenes (total)2-Chloroethylvinyl ether1.1-Oichlorobenzene1 . 1 -Dichlorobenzene1 , 1 -DichlorobenzeneTnchlorofluorom ethane

I EDS-5

8-18-88

1 5000 U11000 U12000 U1 8000 U19000 U64000 U3400 U

i 4900 U3500 U

NA1600 U1200 U1500 U

18000 U5000 U

| 3300 U| 3900 UI 2500 UI 2500 U; 1800 U

1000 U3200 U2600 U5000 U1 700 U2200 U3400 U1500 U1800U2100U1000 U1100 U1200 U1500 U4100 U

NANANANANA

EDS-5-D

8-18-88

13000 U1000 U

11000 U16000 U1 7000 U56000 U3000 U4100

3100 UNA

1400 U1100 U1300 U

16000 U22000 U2900 U3400 U2200 U2200 U1600 U5800

2800 U2300 U6000

1500 U1900 U3000 U1300 U1600 U1800 U

56006000

1100 U1300U3600 U

NANANANANA

C-1-05

7-28-89

10 U10 U10 U10 U5 U11 U5U5 U5 UNASU5 U5U10 U5 U5 U10 U5U5U5U5U5 U5U5 U5 U5 U10 U10 U5 U5 U5 U5 U5 U5U5UNANANANANA


C-1-15

7-28-89

11 U11 U11 U11 U6BU11 U5 U5 U5 UNA5 U5 U5 U11 U5 U5 U11 U5 U5U5 U5U5U5 US U5 U5 U11 U11 U5 U5 U5 U5 U5 U5U5 UNANANANANA

C-5-05

7-30-89

11 U11 U11 U11 U7BU11 U5 U5 U5UNA5 U5 U5 U11 U5U5 U11 U5 U5 U5 U5 U5U5U5U5 U5 U11 U11 U5 U5 U5 U5 U5 U5 U5UNANANANANA

NaphthaleneDimethyl Naphthalene2,3-Dimethyl Octane9H-fluoran-9-yltnme-Silan8UndecaneUnknown Alcohol

4800 JU


National Presto Industries. Inc . SiteEau Claire. Wisconsin



Sample I.D.#:

DATE SAMPLED:

1,1.2-Trichloro-1,2-TnfluoroethaneUnknown C9H18Unknown C11H10Unknown HydrocarbonAcetic Acid. Methyl EsterTotal Unknown HydrocarbonCyclohexane. PropylHeptane. 2.3,4-TrimethylBenzene. 1-Ethyl-2-MethylTotal UnknownDecaneBenzene. 1.3 5-TnmethylNonane. 2,6-DimethylOctane. 2,3-QimethylMethane. TricniorotluoroFuranFuran. 2-Propyl2-Heptanone

EDS-5

8-18-68

EDS-5-D

8-18-88

C-1-05

7-28-89

C-1-15 I C-5-05

7-28-89 7-30-89


Q V497041EDSVOC V*<1



Sample I D *

National Presto Industries Inc . SiteEau Claire. Wisconsin.


NaphthaleneDimethyl Naphthalene2.3-Dimethyl Oclane9H-fluofan-9-yltnme-SilaneUndecaneUnKnown Alcohol

C-5-20 D-3-05 D-3-10

DATE SAMPLED

ChlofomethaneBromomethaneVinyl ChlorideChloroethaneMethylene ChlorideAcetoneCarbon Disulfide1.1-Dichloroethene1.1-DichloroethaneTrans-1 ,2-Dichlofoethene1 .2-Dichloroethene (totallChloroform1.2-Oichloroethane2-Butanone1.1 ,1-TnchloroethaneCarbon TetrachlondeVinyl AcetateBromodichloromethane1 2-Dichloropropanecis-1 ,3-DichloropropeneTnchloroetheneDibromochloromethane1 .1 .2-Tnchloroe(haneBenzenetran«-1 ,3-OichloropropeneBromoform4-Methyl-2-Pentanone2-HexanoneTetrachloroethene1 .1 .2.2-TetrachloroethaneTolueneChiorobenzeneEthylbenzeneStyreneXylenes (total)2-Chloroethylvmyl etheri , 1 -Dichlorobenzenel ,1-Dichlorobenzene1 .1-DichlorobenzeneTnchlorofluoromelhane

, 7-30-89 |

11 U; 11 U

11 U11 U9BU

20! 5 U! 5 U

5 U: NA

5 U5 U5 U

11 U5 U

i 5 U] 11 Ui 5 U

5 U5 U5 U5 U5 U5 U5 U5 U

[ 11 UI 11 U

5 U5 U5 U5 U

i 5U| 5UI 5U| NA

NANANANA

7-29-89

11 U11 U11 U11 U6BU

205 U5 U5 UNA5 U5 U5U11 U5 U5 U11 U5 U5 U5 U5 U5 U5 U5 U5 U5U11 U11 U5 U5 U5 U5 U5U5U5UNANANANANA

i 7-29-89

10 U10 U10 U10 U

5BJU10 U5U5U5UNA5U5U5U10 U5U5U10 U5U5U5U5U5U5U5U5U5U10 U10 U5U5 U5 U5 U5 U5 U5UNANANANANA

7-30-89

1200 UJ2000 UJ1400UJ1000 UJ2400 UJ

NANA

1400 UJ1 000 UJ1000 UJ

NA1000 UJ1000 UJ

NA4500

1000 UJNA

1000 UJ800 UJ600 UJ6800

800 UJ800 UJ600 UJ600 UJ1000 UJ

NANA

2000 UJ600 UJ1900 JBOO UJ2200 J

NANA

2400 UJ2000 UJ2000 UJ4000 UJ1400 UJ

7-30-89

1200 UJ2000 UJ1400 UJ1000 UJ2400 UJ

NANA

1400 UJ1000 UJ1000 UJ

NA1000 UJ1000 UJ

NA1 40000 EJ

1000 UJNA

1000 UJ800 UJ600 UJ1 000 UJ800 UJ800 UJ2100 J600 UJ1000 UJ

NANA

2000 UJ600 UJ•4300

800 UJ18000

NANA

2400 UJ2000 UJ2000 UJ4000 UJ1400 UJ

5900 J


G U8704\EDSVOC.WK1

East Disposal Site - Resultsof VOC Analysis (ug/Kg).


Sample I.D.#:

DATE SAMPLED:

1,1,2-Trichloro-1,2-TnfluoroethaneUnknown C9H18Unknown C11H10Unknown HydrocarbonAcetic Acid. Methyl EsterTotal Unknown HydrocarbonCyclohexane, PropylHeptane. 2.3.4-TrimethylBenzene. 1-Ethyl-2-MethylTotal UnknownDecaneBenzene. 1.3,5-TrimethylNonane. 2,6-DimethylOctane. 2,3-DimethylMethane. TnchlorofluoroFuranFuran, 2-Propyl2-Heptanons


C-5-20

7-30-89

D-3-05

'-29-89

D-3-10

7-29-89

E-3-05

7-30-89

1700 J

8700 J5500 J

23300 J

8200 J 3300 J


a W9704\£DSVOC:/*,1



Sample I D.#:

National Presto Industries Inc SiteEau Claire. Wisconsin


NaphthaleneDimethyl Naphthalene2.3-Dimethyl Octane9H-fluoran-9-yltnme-SilaneUndecaneUnknown Alcohol

IESSW-05 | ESSW-15 F-6-05 F-6-15 G-2-05

DATE SAMPLED:

ChlofomethaneBromomethaneVinyl ChlOfideChloroethaneMethylene ChlorideAcetoneCarbon Disulfide1,1-Dichloroethene1 ,1-DichloroethaneTrans-1 .2-Dichloroethene1 2-Dichloioeihsne {total)Chloroform1 ,2-Dichloroethane2-Butanone1 .1 .t-TrichloroethaneCarbon TetrachiondeVinyl AcetateBromodichlofomethane1 ,2-DichlOfOpropanecis-1 ,3-DichloropropeneTrichloroetheneDibromochloromethane1 ,1 .2-TrichloroethaneBenzenetrans-1 ,3-DichloropropeneBromolorm4-Methy1-2-Pentanone2-HexanoneTetrachlofoethene1 , 1 ,2.2-TetrachloroethaneTolueneChlorooenzeneEthyl benzeneStyreneXylenes (total)2-Chloroelhylvmyl ether1 1-Dichlorobenzene1 1-Dichlorobenzene1 1-DichloroDenzeneTnchlorofluoromethane

I 7-30-89

10 U10 U10 U10 U8 U10 U5 US U5 U

! NA5 U

! 5 U| 5U| 10 U

5U5 U10 U5U5U5 U

! 5U| 5UI 5U| 5UI 5U

5U10 U10 U

5U5 U5 U5 U5 U5 U5 UNA

j NA! NA

NANA

7-30-89

10 U10 U10 U10 U

16BU315U5U5UNA5 U5U5U10 U5 U5U10 U5U5U5U5U5 U5U5U5U5U10 U10 U5U5U5 U5 U5 U5U5UNANANANANA

7-30-89

11 U11 U11 U11 U7BU11 U5U5U5UNA5 U5U5 U11 U5 U5 U11 U5U5U5 U5U5 U5 U5 U5 U5 U11 U11 U5 U5 U5 U5 U5 U5 U5 UNANANANANA

7-30-88

10U10 U10 U10 U5BU10 U5 U5U5 UNA5U5 U5 U10 U5U5 U10 U5 U5 U5 U5 U5 U5U5U5U5 U10 U10 U5 U5 U5 U5 U5 U5 U5 UNANANANANA

7-30-89

10 U10 U10 U10 U5 U245 U5U5UNA5U5 U5 U14

5 U5U10 Usu5 U5 U5 U5 U5 U5 U5 U5 U5 J

10 U

5 U5 U5 U5 U5U5U5UNANANANANA


Q U9704\EDSVOC.V*<1

East Disposal Site - Resultsof VOC Analysis tug/kg)


Sample ID #

DATE SAMPLED:

1,1.2-Trichlofo-1,2-TrifluoroethaneUnknown C9H18Unknown C11H10Unknown HydrocarbonAcetic Acid. Methyl EsterTotal Unknown HydrocarbonCyclohexane, PropylHeptane, 2.3.4-TnmetriylBenzene, 1-Ethyl-2-MethyfTotal UnknownDecaneBenzene. 1,3.5-TrimethylNonane. 2.6-DimethylOctane. 2,3-DimethylMethane. TnchlorofluoroFuranFuran. 2-Propyl2-Heptanone

National Presto Industries. Inc . SiteEau Claire Wi&;onsin.

ESSW-05 | ESSW-15 j F-6-05—————— I —————— | ——————

1 7-30-89 7-30-38 | 7-30-89

F-6-15

7-30-89

G-2-05

7-30-89

SO J


Q U8704\EDSVOC.WK1



Sample I.D.r

National Presto Industries, me , SiteEau Claire. Wisconsin


NaphthaleneDimethyl Naphthalene2.3-Dimethyl Octane9H-fluoran-9-yltrime-SilaneUndecaneUnknown Alcohol

G-2-05-D | G-2-15 EDS-1-25 ; EDS-2-15 • EDS-2-25

DATE SAMPLED:

ChloromethaneBromomethaneVinyl ChlorideChloroetnaneMethylene ChlorideAcetone

Carbon Disulfide1.1-Dichloroethene1 . 1 -Dichlor oethaneTrans-1 .2-Dichloroethene1 . 2-Dichloroethene (total)Chloroform1 ,2-Dichlor oethane2-Butanone1.1,1 -Tfichlof oethaneCarbon TetrachlorideVinyl AcetateBromodichloromethane1 ,2-Dichloropropanecis-1 .3-DichloropropeneTrie h lor oetheneDibromochloromethane1.1.2-TnchloroethaneBenzenetran»-1 . 3-DichloropropeneBromotorm4-Methyl-2-pentanone2-HexanoneTetrachl or oethene1 i ,2.2-TetrachloroethaneTolueneChlorobenzeneEthylbenzeneStyreneXylenes (total)2-Chloroethylvmyl ether1 ,1-Dichlorobenzene1 . 1 -Dichlorobenzene1 . 1 -DichlorooenzeneTnchlorofluoromethane

7-30-88

11 U11 U11 U11 U9 U11 U5 U5 US UNA5 U5 U5 U11 U5 U5 U11 U5 U5U5U5U5U5 U

| 5U| 5U| SU| 11 UI 1 1 Ui 5 U! 5 U

5 U

i 5 U5 U5 U5 UNANANANANA

——————7-30-88

10 U10 U10 U10 U12 U10 U5 U5 US UNA5 U5 U5 U10 U5U5 U10 U5U5U5U5U5 U5U5 USU5 U10 U10 U5 U5 U5 U5 U5 U5 U5UNANANANANA

7-5-80

12. U12. U12. U12. U8 U

23. BO.U6 U6.UNA15

6 U6 U12. U6 U6.U12. U6 U6.U6 U6

6.U6 Ue.ue.u8.U12 U12 U6 U6 U6 U6 U6 U6.Ue.uNANANANANA

i 7-5-90

11. U11. U11. U11. U8 U13. B6.U6 U6.UNA6.U6.Ue.u11. Ue.u6 U11. Ue.ue.u6 U4 J

e.ue.ue.ue.ue.u11 U11 U6 U6 U6 Ue.u6 Ue.ue.uNANANANANA

I 7-5-90

11. U11. U11. U11 U5 J

13 BJ8.Ue.u6 UNA6 U6 U6 U

11. Ue.ue.u11. Ue.u6 Ue.u6 Ue.ue.u6 U6 U6 UM.U

11 U6 U6 U6 Ue.u6 Ue.u6 UNANANANANA


Q. US704\EDSVOC. WK l



Sample I.D.r

DATE SAMPLED:

1.1,2-Trichloro-1.2-TrifluofoethaneUnknown C9H18Unknown C11H10Unknown HydrocarbonAcetic Acid. Methyl EsterTotal Unknown HydrocarbonCyclohexane, PropyiHeptane. 2.3.4-TrimethylBenzene, 1-Ethyl-2-MethylTotal UnknownDecaneBenzene. 1,3.5-TnmethylNonane, 2,6-DimethylOctane, 2.3-DimethylMethane, TrichlofoHuofoFuranFuran. 2-Propyt2-Heptanon«

National Presto industries, Inc . SiteEau Claire. Wisconsin.

G-2-05-D

7-30-fiB

EDS-1-25 | EDS-2-15 | EDS-2-25 |

7-5-90 | 7-5-90 j 7-5-90 I

Q. U8704\EDSVOC.V*< t




National Presto Industries. Inc , SiteEau Claire. Wisconsin

Sample ID #:

DATE SAMPLED

ChloromethaneBromomethaneVinyl ChlorideChloroethaneMethylene ChlorideAcetoneCarbon Disulfide1 ,1-Dichloroethane1,1-DichloroethaneTrans-1 ,2-Dichloroethene1 ,2-Dichloroethene (total)Chlorolorm1.2-Dichloroethane2-Butanone1 .1.1-TnchloroethaneCarbon TetrachlorideVinyl AcetateBromodtchloromethane1 ,2-Dichloropropanecis-1 ,3-DichloropropeneTnchioroetheneDibromochloromethane1.1 ,2-TnchloroethaneBenzenetran»-1 ,3-DichloropropeneBromolorm4-Methyl-2-Pentanone2-HexanoneTetrachloroethene1 . 1 .2.2-TetrachloroethaneTolueneChlorobenzeneEthyl benzeneSlyreneXylenes (total)2-Chloroethylvinyl ether1 1-Dichlorobenzene1 . 1 -Dichlorobenzene' 1 -DichlorobenzeneTnchlorofluoromethane

| EDS-3-0

j 7-5-90

11 U11 U11 U

I 11 U6.U

i 11 Ue.u

i e.ue.uNA6 U6.U6 U11 U

| 6.UI 6 U! 11. U| 6 UI 6.UI 6 U

140

e.ue.ue.ue.u

I 6 U| 11 U! 11. UI 4| 6 U

e.ue.ue.ue.ue.u

| NANANANANA

i EDS-3-25 : ED1 .

| 7-5-80

12. U12. U12. U12. U5BJ45.B6.U6.Ue.uNA6 U6.Ue.u12. U1106 U12. U6 Ue u6 U6 U6 U6 U6 U6 Ue.u12. U12. U

e.u6 U

e.ue.ue.u6 Ue uNANANANANA

S-3-25-DUP !

———————— i7-5-80 I

12 U12. U12 U12. U4 BJ51. Be.ue.ue.uNA7

e.ue.u12. Ue.ue.u12. U6 Ue ue.us

e.u6 U6 Ue.ue u12. U12. U

e.ue.ue.ue.ue.ue.ue.uNANANANANA

EDS-4-25

7-4-90

12. U12 U12. U12. Ue.u30e ue.ue.uNA

e.ue ue.u12 Ue.ue.u12. Ue ue.ue.u6 Ue.ue.ue.ue ue.u12. U12. Ue.ue.ue ue.ue.ue.ue.uNANANANANA

EDS- 5-0

7-4-90

1400. U1400.U1400.U1400. U310. BJ1300.BJ690 U690. U690. U

NA690 U690. U690. U1400 U1500

690. U1400.U690 U690. U690. U4900690. U690. U680. U690 U690. U1400 U1400 U690. U690 U690 U690 U690 U690 U690. U

NANANANANA


NaphthaleneDimethyt Naphthalene2.3-Dimethyl Octane9H-tluoran-9-yltnme-SilaneUndecaneUnknown Alcohol


Q.UB7WIEDSVOC.WK1



Sample I Q.r

SATE SAMPLED

National Presto Industries, nc S.teEau Claire. Wisconsin.

EDS-3-0 | EDS-3-25 | EDS-3-25-DUP | EDS-4-25 ] EDS-5-0_____^^_ i _^M^____ i ^^^^^^^^^^^^ . I i __^^^^^I I I —————— | ——————

7-5-90 ! 7-5-90 | 7-5-90 | 7-4-90 I 7-4-90

1.1,2-Trichlofo-1,2-TrifluoroethaneUnknown C9H18Unknown C11H10Unknown HydrocarbonAcetic Acid. Methyl EsterTotal Unknown HydrocarbonCyclohexana. PropylHeptane, 2.3.4-TrimethylBenzene. 1-Ethy1-2-MethylTotal UnknownDecaneBenzene. 1,3.5-TnmetnylNonane. 2.6-DimetriylOctane. 2.3-DimethylMethane. TrichlofolluoroFuranFuran. 2-Propyl2-Heptanone

1000.J


G:US704\EDSVOC.WK1 National Presto Industries Inc.. SiteEau Claire. Wisconsin

East Disposal Site - Resultsot VOC Analysis (ug/kg).


Sample I.D.#:

DATE SAMPLED:

ChlofomethaneBromomethaneVinyl ChlorideChloroethaneMethylene ChlorideAcetoneCarbon Disulfidei 1-Dicnioroethane1 . 1-DichloroethaneTrans-l ,2-Dichlocoethene1 ,2-Dichloroethene (total)Chlorotorm1 ,2-Dichlofoethane2-Butanone1.1,1-TrichloroethaneCarbon TetrachlorideVinyl AcetateBromodichloromethane1 ,2-Dichloropropanecis-1 .3-DichlofopropeneTrichloroetheneDibromochloromethane1 .1 .2-TrichloroelhaneBenzenetrans-1 ,3-OichloropropeneBromolorm4-Methyl-2-Pentanone2-HexanoneTetrachlofoethene1 . 1 .2.2-TetrachloroethaneTolueneChlofobenzeneEthylbenzenaSlyreneXylenes (total)2-Chloroethylvmyl ether1 1 -Dichlorobenzene1 . 1 -Oichlorobenzene1 . 1 -DichlorobenzeneTnchlorofluoromethane

IEDS-5-25 | EDS-6-0-WM (RE) | EDS-6-5

| —————— j ——————————— i ——————

| 7-4-80 |

| 12. U| 12. U

12. U12. U

i 6.U| 32

6 U6 U

| 6 U; NA

6.U6 Ue.u12. U6 U8 U12 U

I e.uI e.ul e.uI 10

e.ue ue.ue.ue.u12 U12 Ue.ue.u6 Ue.u6 U6 Ue.u

', NAI NA

NANANA

7-4-90

40. U40 U40. U40 U20. U38. BJ20 U20. U20. UNA

20. U20. U20 U40. U20. U20. U40. U20. U20. U20. U380

20. U20. U20 U20. U20. U40. U40. U

2820. U20. U20. U20 U20. U20. UNANANANANA

| 7-4-80

57. U57. U57. U57. U17 BJ160 B28. U28. U28. U

NA28 U28 U28. U57. U28. U28. U57. U28. U28.U28. U700

28. U28. U28. U28. U28. U57. U57. U15 J28. U28. U28. U28. U28. U28. UNANANANANA

EDS-6-15

7-4-90

11. U11. U11 U11 U5.0365.U5.U5.UNA5 U5 U5 U11. U5.U5.U11. U5.U5.U5.U5.U5.U5.U5.U5.U5.U

11. U11 U5 U5.U5.U5.U5 U5.U5.UNANANANANA

EDS-7-15

7-10-90

1300 U1300. U1300 U1300. U660. U

1300. U660. U660. U660. U

NA

660. U660. U660. U

1300. U660. U660. U

1300 U660. U660. U660. U660. U660 U660. U660 U660 U660. U

1300 U1300 U660. U660. U660 U660. U660 U660. U960NANANANANA


NaphthaleneDimethyl Naphthalene2,3-Dimethyl Octane9H-fluoran-9-yltnme-SilaneUndecaneUnknown Alcohol

I —


Q U97CWEDSVOCWK1



Sample I.D #:

DATE SAMPLED:

1,1,2-Trichloro-1,2-TnfluoroethaneUnknown C8H18Unknown C11H10Unknown HydrocarbonAcetic Acid, Methyl EsterTotal Unknown HydrocarbonCyclonexane. PropylHeptane, 2,3,4-TrimethylBenzene, 1-Ethy1-2-MelhylTotal UnknownDecaneBenzene, 1.3.5-TnmethylNonane. 2.6-DimethylOctane. 2.3-DimethylMethane TrichlorotluoroFuranFuran. 2-Propyl2-Heptanone

National Presto Industries. Inc SiteEau Claire. Wisconsin

EDS-5-25 i ED!5-«-0-WM (RE) ] EDS-6-5 ! EDS-6-15 i EDS-7-15 |

7-4-90 7-4-90 7-4-90 7-4-90 7-10-90

14000.J7000.J6000 J10000.J10000.J20000. J10000.J7000 J6000.J


(3 U8704\EDSVOC V. National Presto Industries. IncEau Claire, Wisconsin.

Site

East Disposal Site - Resultsot VOC Analysis (ug/kg).

Analysis by Wadswonh Laboratories.

Sample I D #

DATE SAMPLED

ChloromethaneBromomeinaneVinyl ChlorideChloroethaneMethylene ChlorideAcetoneCarbon Disulfide1 , 1-Dichlofoethene1 ,1-DichloroethaneTrans-1 ,2-Dichloroethenei 2-Dichlofoethene Itolal)Chloroform1 .2-Dichlofoethane2-8utanone1 ,1,1-TfichloroethaneCarbon TetrachlondeVinyl AcetateBromodichloromethane1 ,2-DichlOfOpropanecis-1 ,3-DichloropropeneTnchloroetheneDibromochloromethane1 ,1 ,2-TnchloroethaneBenzenetrans-1 ,3-DichloropropeneBromolorm4-Methyl-2-Pentanone2-HexanoneTetrachloroethene1.1 ,2.2-TetrachloroethaneTolueneChlorobenzsneEthylbenzeneSlyreneXylenes (total)2-Chloroethylvmyl ether1 ,1-Dichlorobenzene1 . 1 -Dichlorobenzene1 , 1 -DichlofobenzeneTnchlorotluoromethane

: EDS-8-10 I

7- 10-90

1400.U1 400 U

; 1400.U| 1400.U| 320| 780| 680. U| 680. U| 680. U{ NA| 680. U! 680. U| 680. U| 1400. U| 680. U| 680. U| 1400. U| 680. U| 080.U| 680. U| 1200| 680 U| 680. U| 680. UI 680. U| 680. UI 1400. Ui 1400 UI 680. U

680.U! 680.U' 680 U

680 U| 680 Ui 680. U

NA[ NA[ NA| NA| NA

EDS-9-5

7-10-90

4800 U4800. U4800. U4800. U1200.J5200

2400. U2400. U2400. U

NA2400 U2400. U2400. U1200 J2400 U2400 U4800. U2400 U2400 U2400. U810002400. U2400 U2400. U2400. U2400 U4800 U4800 U2400 U2400 U2400 U2400. U2400 U2400 U2400. U

NANANANANA


EDS-9-10 I EDS-9-10-DUP ! EDS-10-05

7-10-90

11.U11 U11.U11.U5 U19B5.U5 U5 UNA5.U5 U5 U

11 U5 U5.U11 U5.U5.U5.U4.J5 U5.U5.U5 U5 U11.U11.U11.U5 US.U5.US.US.US.UNANANANANA

7-10-90

11.U11.U11.U11.U3 J

22BS.US.US.UNA5 US.U5 U

11.U3.JS.U11 US.US.US.U38S.US.US.US.US.U

11.U11 U25S.US.US.US.US.US.UNANANANANA

7-10-90

12.U12.U12.U12.U

217.Be.u6.U6 UNA6 U6 U6 U

12.U6 U6.U

12.Ue.u8 U6 U236 U6 U6.U6 U6.U

12.U12 U6 U6 U6 Ue ue u6 U6 UNANANANANA

NaphthaleneDimethyl Naphthalene2.3-Dimethyl Octane9H-fluoran-9-yltnme-SilaneUndecaneUnknown Alcohol


Q U97W.EDSVOC.WK1

East Disposal Site - Resultsol VOC Analysis (ug/kg).

Analyus by Wadeworth Laboratories

Sample I.D #:

DATE SAMPLED:

1,1,2-Tnchlofc—1,2-TnfluoroethaneUnknown C9H18Unknown C11H10Unknown HydrocarbonAcetic Acid. Methyl EsterTotal UnKnown HydrocarDonCyclohexane, PropylHeptane, 2.3.4-TnmethylBenzene 1-Ethyl-2-MethylTotal UnknownDacaneBenzene. 1,3.&-TnmelhylNonane. 2.6-DimethylOctane. 2.3-DimethylMethane. TrichlofofluoroFuranFuran, 2-Prooyl2-Heptanone

National Presto Industries, me . SiteEau Claire. Wisconsin.

I l l ' IEDS-8-10 | EDS-9-5 I EDS-9-10 | EDS-9-10-DUP , EDS-10-05 |

7-10-90 | 7-10-90 7-10-90I

7-10-90 7-10-90

79000J

4000. J4000. J2000 J

10000.J

6 J


G .497M\EDSVOC AH'



Sample I.D.#:

National Presto industries, me . SueEau Claire. Wisconsin.

I iEDS-10-25 I EDS-11-0-BM ! EDS-12-5

DATE SAMPLED:

ChloromethaneBromomethaneVinyl ChlorideChlofoethaneMethylene ChlorideAcetoneCarbon Disulfide1 ,1-Dichloroethene1.1-DichloroethaneTrans-1 ,2-Dichloroethene1 ,2-Dichloroethene (total)Chloroform1.2-Dichloroethane2-Butanone1 1 .1-TnchloroethaneCarbon TetrachlorideVinyl AcetateBromodichloromethane1 ,2-Dichloropropanecis-1. 3-DichloropropeneTnchloroetheneDibromochloromethane1.1 ,2-TrichlofoethaneBenzenetrans-1 . 3-DichloropropeneBromolorm4-Methyl-2-Pentanone2-HexanoneTetrachloroethene1 ,1,2.2-TetrachloroethaneTolueneChlorobenzeneEthyl benzeneStyreneXylenes (total)2-Chloroethylvmyl ether1 . 1 -Dichlorobenzene1 .1 -Dichlorobenzene1 . 1 -DichlorobenzeneTnchlorolluoromethane

——————— I -7-10-90 |

12. U12. U12. U12 U3.J

18. B6.Ue.ue.uNA6 U6 U6 U12. U6 Ueu12. U6 U6 U6.U5.J6 U6 Ue ue.u8 U12. U12. Ue u6 Ue.ue.ue.ue.u8 UNANANANANA

7-10-90

1600. U1600 U1600.U1600.U810 U1600.U810. U810. U810. U

NA810. U810. U810. U

1600 U810. U810. U

1600. U810. U810 U810 U6200810 U810. U810. U810 U810 U1600. U1600. U330 J810 U810 U810. U810 U810. U810 U

NANANANANA

, 7-10-90 |

1700. U1700. U1700. U1700.U500. J

1700.U870. U870. U870. U

NA870 U870. U870. U1700 U870. U870. U

1700. U870. U870. U870. U6700

870. U870. U870. U870. U870. U

1700. U1700. U810, U810. U810. U810. U810. U810. U810. U

NANANANANA

7-10-90

10. U10 U10. U10 U3 J

17.B5.U5.U5.UNA5.U5.U5.U10. U5.U5.U10. U5 U5.U5 U5.U5 U5.U5.U5.U5.U10. U10. U5.U5.U5.U5.U5.U5.U5.UNANANANANA

7-10-80

13. U13. U13. U13. U4.J

23 Be.ue.u8.UNAe.ue.ue u13 U

116 U13 U6.U6 U8 U1908 U8 U8.U8 U8 U13 U13 U6.J6.U6.Ue.ua.ue.ue.uNANANANANA


NaphthaleneDimethyl Naphthalene2.3-Dimethyl Octane9H-fluoran-9-yltrime-SilaneUndecaneUnknown Alcohol


a U8704VEOSVOC VVK1

East Disposal Site - Resultsol VOC Analysis (ug/kg)


Sample I D #

DATE SAMPLED

1,1.2-Tnchiorc~1,2-TnfluoroethaneUnknown C9H18Unknown C11H10Unknown HydrocarbonAcetic Acid Methyl EsterTotal Unknown HydrocarbonCyclohexane. PropytHeptane. 2.3.4-TnmethylBenzene, 1-Ethyl-2-MethylTotal UnknownDecaneBenzene. 1,3.5-TnmethylNonane. 2.6-DimethylOctane, 2.3-OimetnylMethane. TnchlorofluofOFuranFuran. 2-Propyl2-Heptanone

National Presto industries, me , SiteEau Claire. Wisconsin.

EDS-10-25 | f:DS-11-0-BM j EDS-11-5 | EDS-11-10 EDS-12-5 I

7-10-90 7-10-90 , 7-10-90 | 7-10-90 7-10-90 ;


Q.K97MVEOSVOC VM<1 National Presto Industries. Inc.Eau Claire Wisconsin.

Site



Sample I.DJ:

DATE SAMPLED:

ChloromethaneBromomethaneVinyl ChlorideChloroethaneMethylene ChlofiaeAcetoneCarbon Disulfide1.1-Dichloroethenei 1-DichloroethaneTrans-1 .2-Dichloroethene1 ,2-Dichlof08thene (total)Chloroform1 ,2-DlchlOfoethane2-Butanone1.1 ,1-TnchloroethaneCarbon TetrachlorideVinyl AcetateBromodichloromethane1 ,2-Dichlofopropanecis-1 ,3-DichloropropeneTrichloroetheneDibromochlofomethane1,1,2-TnchloroethaneBenzenetrans— 1 ,3-DichloropropeneBromoform4-Methyl-2-Pentanone2-HexanoneTetrachloroethene1 1 .2.2-TetrachloroethaneTolueneChlorobenzeneElhylbenzeneStyreneXylones (total)2-Chloroe(hylvmyl elher1 ,1-Dichlorobenzene1 , 1 -Dichlorobenzen*1 , 1 -Dichlor obenzeneTnchlorofluoromethane

I I! EDS-13-0 |I ————— I

7-2-90 |

: 11 U11. U11 U11 U

; 5.J; 3.BJI e.uI e.uI e.u| NA

I e.uI e.uI e.uj 11. U1 71 e.u| 11. Ul e u| 6 UI e.u! 9i e.ul e.uI e u! e.uI e.u| 11 U; 11 u

6 Ui e.uI " J

I e.u! e.ul e.ul e.uj NAj NA| NA| NAI NA

EDS-13-20

7-2-90

11. U11. U11. U11. U5 J

12. Be.ue.ue.uNA6 Ue ue.u11 Ueueu11 Ue.ue.ue.ue ue.ue ue ue.ue.u11 U11 U6 Ue u6 Ue.ue ue.ue.uNANANANANA

1 1I EDS-14-0 |l I

I 7-3-90 |

12 U12. U12. U12. U5 J

4.BJe.u6 Ue.uNA6 U6 U6 U12. Ue ueu12. U6 Ue ue.u3 J6 Ue.u6 Ue ue u12. U12. Ue.ue.ue ue.ue.u6 U6 UNANANANANA

EDS-14-20 |

7-3-90 |

11. U11. U11 U11 Ue j

12. Be.ue.ue uNA6 Ueue.u11 Ue u6 U11. Ue.ue.ue.ue ue.ue.ue.ue.ue u11. U11. Ue.u6 U

3.Je ue ue.ue uNANANANANA

]

EDS-15-0(RE) |——————————— I

7-4-90 !

11 U11. U11. U11. U8.B

22.B6.U6.U6.UNA6.U8.U6 U11. U8.U6.U11. Ue.u6 Ue.u19

e.ue.ue.ue.ue.u11. U11 Ue.ue.ue.ue.ue.ue.u6 UNANANANANA


NaphthaleneDimethyl Naphthalene2.3-Oimethyl Octane9H-fluoran-9-yltrime-SilaneUndecaneUnknown Alcohol


Q:U87M\EDSVOC VVK1


Analysis by Wadswofth Laboratories.

Sample I D.#:

DATE SAMPLED:

1.1.2-Tnchloro-1.2-TriMuoroethaneUnknown C9H18Unknown C11H10Unknown HydrocarbonAcetic Acid, Methyl EsterTotal Unknown HydrocarbonCyclohexane, PropylHeptane, 2.3.4-TrimethylBenzene. 1-Ethyl-2-MethylTotal UnknownDecaneBenzene. 1.3.5-Tnmethy!Nonane. 2.6-DimetnylOctane. 2.3-DimetnylMethane, TrichlorofluoroFuranFuran 2-Propyl2-Heptanone

National Presto ndustnes. Inc.. SaeEau Claire. Wisconsin

EDS-13-0 | EDS-13-20 | EDS-14-0 | EDS-14-20 : EDS-15-0 (RE)| ___ _ .- _ I ---r— - - - ] ,. __ ________________ _ _ _ _ _ .. _ ___________——— I I

7-2-90 | 7-2-90 ) 7-3-90 | 7-3-90 7-4-90


Q U9704\EDSVOC.V^<1


Analys is by Wadsworth Laboratories

Sample I D »:

National Presto Industries Inc SiteEau Claire, Wisconsin

EDS-15-20 | EOS-16-0 EDS-16-20 EDS-17-O i EDS-17-15 I

DATE SAMPLED

ChloromethaneBromomethaneVinyl ChlorideChloroethaneMethylene ChlondaAcetoneCarbon Disulfide1.1-Dichloroethene1 .1-DichlofoethaneTrans-1 .2-Dichlofoethene1 ,2-Dichloroethene (total)Chloroform1.2-Dichloroethane2-Butanone1 ,1.1-TrichloroethaneCarbon TetrachlondeVinyl AcetateBromodichlorom ethane1 ,2-Dichloropropanecis-1 ,3-DichloropropeneTrichloroetheneDibromochloromethane1.1 .2-TnchloroethaneBenzenetrans-1 ,3-DichloropropeneBrorrtotorm4-Mathyl-2-Pentanone2-HexanoneTatrachlofoethene1 . 1 2.2-TetrachlofoethaneTolueneChlorobenzeneEthylbenzeneStyreneXylenes (total)2-Chloroethylvmyl ether1 . 1 -Dichlorobenzene1 . 1 -Dichlof obenzena1.1-DichlorobenzanaTrichlorofluoromethana

7-4-90 | 7-3-90 7-3

11. U 11. U 1111 U 11. U 1111 U 11. U 1111. U 11. U 11e u 3 J38 7 BJ 48

6 U 5 U 56 U 5.U 56U S.U 5NA NA N6 U 5 U 56.U S.U 56.U S.U 511. U 11. U 76U S.U 56U S.U 511 U 11. U 11eu s.u 5e.u s.u s6 U S.U 56 U S.U 56.U S.U 5eu s.u s6 U 5 U 56 U 5 U 56 U 5 U 5

11. U 11. U 1111. U 11. U 116U 5U 56.U 5U 56.U S.U 5.6.U S.U 5.e.u s.u s.e.u s.u 5.6U S.U 5.NA NA NNA NA NNA NA NNA NA NNA NA N

-90

U.U.UU

5BUUUAUuuJuu.uuuuuuuuuuuuuuuuuuuAAAAA

7-3-90

11. U11. U11. U11. U

849 BS.US.Us.uNA5 U5 U5 U

11. US.US.U

11. US.US.US.US.US.US.US.Us.us.u11 U11 U5 U5 U3.JS.US.Us.us.uNANANANANA

7-3-90

11. U11 U11. U11. U4 J

5.BJ5 U5 U5 UNAS.U5 US.U11 US.US.U

11 US.US.U5 U5 U5 U5 US.U5 U5 U11 U11. US.U5 US.Us.us.us.us.uNANANANANA


NaphthaleneDimethyl Naphthalene2.3-Dimethyl Octane9h-fluoran-9-yitnme-SJaneUndecaneUnknown Alcohol


a v4e704\EDsvoc.v*<i


Analysn by Wadsworth Laboratories

Sample I.D #:

DATE SAMPLED

1,1,2-Trichlofo-1,2-Tnfluoroethan9Unknown C9H18Unknown C11H10Unknown HydrocarbonAcetic Acid. Methyl EsterTotal Unknown HydrocarponCyclohexane, PropylHeptane, 2 3.4-TnmethylBenzene. 1-Ethyl-2-MethylTotal UnknownDecaneBenzene. 1.3,5-TrimethylNonane. 2 6-Di methylOctane. 2.3-DlmethytMethane, TnchlorofluoroFuranFuran, 2-Propyl2-Heptanone


EDS-15-20 | EDS-16-0 EDS-16-20 : EDS-17-0 EDS-17-15

7-4-90 | 7-3-80 7-3-90 7-3-90 , 7-3-90

50.J6 J

6.J

10.J5.J

1.J


East Disposal Site - Result!of VOC Analysis (ug/kg).


Sample I D #


NaphthaleneDimethyl Naphthalene2,3-Dimethyl Octane9H-fluofan-9-yltrime-SilaneUndecaneUnknown Alconol

EDS-CMP-1 ! EDS-CMP-2 (RE)

DATE SAMPLED

ChlofomethaneBromcxTiethaneVinyl ChlorideChloroethaneMethylene ChlorideAcetoneCarbon Disulfide1 , 1-Dichloroethene1.1-DichloroethaneTrans-1 2-Dichloroethene1 2-Dichloroethene (total)Chloroform' 2-Dichloroethane2-Butanone1 ,1 . 1-TnchloroethaneCarbon TalrachlondeVinyl AcetateBromodichloromethane1 .2-DichlofOpropanecis-1 .3-DichloropropeneTrichloroetheneDibromochloromethane1 , 1 .2-TnchloroethaneBenzenetrans-1 .3-DichloropropeneBromolorm4-Methyl-2-Pentanone2-HexanoneTetrachloroethene1 . 1 .2.2-TetrachloroethaneTolueneChlorobenzeneEthyl benzeneStyreneXylenes (total)2-Chloroelhylvmyl ether1 . 1 -Dichlorobenzene1 1 -Dichlorobenzene1 , 1 -DichlorobenzeneTr ich lor otlu or om ethane

7-10-90

3000. U3000. U3000 U3000. U

| 1500. U2700. J1500. U1500.J600. J

NA1500 U1500 U1500.U3000 U52200

1500. U3000 U1500 U1500. U1500. U

| 1500.U| 1500.U| 1500. Ui 800J

1500. U| 1500. U

3000. U3000. U1500. U1500. U900 J

! 1500. U1200.J1500 U6000NANANANANA

7-10-90

1800. U1800. U1800 U1800. U890. U4400. J890. U890. U890. U

NA890 U890 U890. U1200 J500. J890. U

1800 U890. U890. U890 U

6100. J890. U890 U890 U890 U890. U1800.U1800. U890 U890 U890. U890 U890 U890 U890 U

NANANANANA

Q v4S704\EDSVOC.WK I


East Disposal Site - Resultsof VOC Analysis (ug/kg)

Analysis by Wadsworth Laooratones

Sample I D #

DATE SAMPLED

1,1.2-Trichloro-1,2-TrittuoroetnaneUnknown C9H18Unknown C11H10Unknown HydrocarbonAcetic Acid. Methyl EsterTotal Unknown HydrocarbonCyclonexane. PropylHeptane, 2.3.4-Trime(hy1Benzene, l-Ethyl-2-MelhylTotal UnknownDecaneBenzene. 1.3.5-TrimethylNonane. 2,6-DimethylOctane. 2,3-DimethylMethane. TnchlorotluoroFuranF'jran. 2-Propyl2-Heptanone

EDS-CMP-1 | tEDS-CMP-2 (RE)

7-10-90 I 7-10-90

mm..'?• m Hi n L» h d 5 [1* li S to 0 it 'iI m ti ^ s

e

ft» MSI \ III

GGCa SGGGGGGGCGCGCCGGCGGGGGGGGGCGUGCGC-C:

K>fvJ tDOty' U OKI'^Jk^kcriO^-'

§y»MMC, &§!

GGGGGCCriGGGGGGCGGCGCGGGGCGGCGCGGGCCGGGCGGGGCGGGGGGGGGGGCCUCICiJGGGG

I ftIk •<

8 U ;

t.'ll

Q_A

nD5

'(V


National Presto Industries. Inc. SiteEau Claire, Wisconsin

East Disposal Site - Results of MetalsAnalysis in Solid Samples (mg/kg)

Analysis Dy Wadsworth Laboratories

WELL:

DATE SAMPLED:

ARSENIC

BARIUM

CADMIUM

CHROMIUM

COPPER

LEAD

NICKEL

VANADIUM

ZINC

I EDS-5

I 7/21/88

| 2.1 U

5.7 U

1.0 UJ

4.6

i 2.7 U

i 1.2J1

3.5 U

| 3.5 U

| 2.3 B

EDS-4

7/18/88

24.4 U

268

24. 2 J

256

6230

11.9 J

1430 J

92.5

2070

! EDS- 3

! 7/18/88

2.4 U

55.8

4.9 J

32.4

832

11.5J

29. 3 J

25.0

374

EDS-2

7/18/88

23.8

3790

31.1 J

431

10100

18.9J

227 J

83.6

3890

EDS-1

7/18/88

26.1 U

406

48.7 J

103

10900

9.6 J

187J

43.5

2080

G.U870UEDSUET.WK1


•Liit Dlsooui sir* - TMUJEJ of P««ticid«/PC3An*iyi.u _-. Tf>. :.l ;JnniM lug/kg) .

Antlysli by Iaaar»torl«« .

SdlOlA » 1

ZAIE SH-FU2:

iAfM-aC

DKA-6HC

a»ic*-aHC3am»-eHC ilinaan*)U«j«-.««fMnr

MdrlntapuaUar epa&id*amrmilpnan :31«lrtrin4,4'-ax£^xk3«ulpmn II4,4'-CCD

SrxZMuipnan tu^fdU4,4'-CDr

MKAoxycruarEndrlr. K«un*alpna-OUaraan*9^n«-CMaraan«Aroeior-1016Amrlnr-L221Aroclar-L232Arociar-L242Amrlnr-1248Amrinr-1254Aroclar-L260

ECS-5

07/21/88

t«NRMR

.«

MR

Ml

Ml

Ml

Ml

NR

Ml

NR

Ml

SR

Ml

Ml

Mt

Ml

210 U

320 0

310 U230 U

350 0100 U

220 'J

EDS-4

n/ia/es

MlMlNR

Ml

Ml

Ml

Ml

Ml

Ml

Ml

Ml

Ml

MR

NR

Ml

Ml

M(

Ml

250 U

390 U

380 U

280 U420 U

120 U

260 U

ESS-3

:7/18/88

SRMlMl

Ml

Ml

Ml

NR

MlNR

NRNR

NR

NRNR

Ml

Ml

SR

Ml210 U

320 U

310 U

230 U

350 U100 U

220 U

; ms-2

07/18/88

Ml

Ml

Ml

Ml

Ml

Ml

Ml

Ml

Ml

Ml

NR

NR

Ml

Ml

Ml

Ml

Ml

NR

250 U

380 U

370 U270 U

420 U

120 U

260 U

ETS-1

07/18/88

MlMl

Ml

Ml

Ml

Ml

NR

Ml

Ml

NR

NR

NR

Ml

NR

NR

NR

Ml

NR

270 U

420 U

410 U300 U

460 U140 U

290 U

Sdtlcnii ?rwto Indircrtai eder associates consulting engineers, p.c.

Lut 3Uro*ii najt* - aaculci of:ar ^. '.Hoy Maanorui 1

aWLE 1.3.»: EDM-I-O

3A3X SV*LO:

CMaratman.BnxnnKAan*vinyl cMorla«CJLLoro«uian.

MKnyLan. OUirlo»Acetonerjrnm Diiul£idB1, l-Clcnlarc*cnm1, l-01rMniro«chan«Tran»-i, 2-01cnioro«cnan«Chloroform

1, 2-01chlaro*cnan*2-autancn>

I"*"*

vinyl AcKaccamiTTtli-Mnrcn»man.

1, 2-OlchlarocrocaniTran»-l,3-Ci=."JarcpnMn«

TrlchlarovcnmClhraiDaUnraaKnani1. 1, 2-Trlauarovcnan*

"i •— 1 r V- n 1 t-H 1 nr-npr-npyi^

2-Chloroancyivlnylatft«r

4 -Maehy 1- 2 -?«n canon*2-Huancra

TocracniaroacnarM1, 1, 2, 2-?«tracniarcwcnan*

TQluan*-MortEvuwa^.ylbenzan*srymxylm

T^^rr^Y ^nnn= ca*a«*

Tric.liarofiJOCT«*an.

4apcanai•JKknow

=ycloft«an«. l-«hyl -2-iwehyi, cU-'JnJciowi ftyirrv"'-*j v* *^

10/20/87

10 U10 'J

10 U

10 U

10 BU

42 3U

5 U

5 U

5 U5 U5 U

5 U24 J

5 'J5 J

10- u5 U

5 U5 U

2 J5 U5 U

5 U5 U

10 U

5 U

2 BJU

5 U

5 U

5 U

5 U5 U

5 U5 U

5 U

36000 J

11000 J

23000 J

——

10/20/87

10 U

10 U

10 U

ID U7 BU

SO BU

5 U

5 U5 U

5 U5 U

5 U60 J

5 U5 a

10 U5 U

5 U5 U

4

5 U5 U5 U

5 U10 U

5 U53 BU

58 BJ

2 J

135 U

5 U5 U

5 U

5 U

—

—

—

——

i 1C/2CI/87

11 U

11 U

i: a11 a5 a

10 BOU

5 U

5 U

5 a5 U5 U

5 U

11 PU5 US U

11 U

5 U

5 a5 a5 a5 a5 U

5 a5 a

u u5 U

11 J5 J2 J5 J5 J

5 J5 J

5 J5 'J

—————

i 10/20/87

12 U12 U

12 0

12 a9 BU

12 BU

6 U6 U

6 U

6 U6 U

6 U12 U

6 U6 LI

12 U6 a6 U6 U

6 U

S Uc u6 U

6 U

12 U6 U

12 a12 a

« a6 a6 as as a6 U

& u

48000 J

—

31300 J

12000 J—

10/20/871

12 U12 a12 a12 a3 BJU

4 BJU

d Ui U

i U6 U6 U

6 U

12 U6 a6 a

12 aI U

6 Ui U

6 U

6 ai U

( as u

12 U

12 a12 a

6 as u6 a6 U

6 a6 U

6 U

10000 J— !

1C9000 J9000 J

59000 J


of S«ml-

=y 'rfaaivorcr. l

iKom IE:

-ATE SJWLC;:

PhansiDU i2-Ch-cra«E.-.yi) acnar2 -Ouaroonano i1, 3-CJ.cr.lcrooar.zana1. 4-Olcr_oroDanianaaanzvi i-oonoi1, 2-flic."~orao«nzane2-t^cnyianano^.bij (J-^-iorouooropyl) acftar4-+*tftvianano.N-NiCra*o-ai-n-orepy lamina-iax»r- 1 nroacnanaNicrooanzaneIjccoonne2-Nltr=onanoi2, 4-OloBCnvianano..BanxoiC aciaDU (2-O-—cT3at.->axv>!i»cnan»2, 4-Oicro -arocnanoi1 , Z , 4 , -7r ic.iiarcoBnzan«Saoncnaoarartoram • nrepucaolana4-<3iinn>->-macr;vipnanol2 -Macny inaor.cralan*^m*mf*lnrrmr- ~o«nr.«nl ««v«2 , 4 , fr-Tric.-_LQro3fiano»2,4, 5-Triciiai onanoi2 -OiiororiaDni-ALana

HZW-1 OW-2 3W-3

10/20/87 13/20/87 10/20/87

I'OOO y 1700 U 330017000 y i-oo y 3300170CC y I7cc y 330017000 U 1700 U 3300i-occ y i-oo y 330017000 y 1700 y 330017000 'J 1700 y 33CO17000 y 1700 y 330017000 y i7x y 330017000 y 1700 y 330017000 y IX U 330017000 y 700 U 330017000 'J 700 U 330017000 U 700 U 3300:70oc y 700 y 3300170CO y 700 y 330085000 y 500 y i6oa17000 y 700 y 330017000 y 700 y 330017000 y 700 U 330017000 U 700 y 330017000 y ""oo y 330017000 y 700 U 330017000 y 700 y 330017000 y 700 U 330017000 U 1700 U 330017000 U 1700 U 3300

yyyyyyyuuuuuyyuy3 yyuuuyuyuyy85000 y 3500 U 16000 'J17000 y 1700 U 3300 u

2-Nicioanilin* ! 85000 U 8500 U 16000 y31aacJiy.^ncnaxacaAoanaocr.y ana3-Nicioani^in»teanoocnena2, 4-Olnl^raonanoi4-Nitramareu.Olbanmruran2,4-Olnicrocoijana2, 5-Oir.icrocoi.^nB11«rnyipnrtv«i.«ra4-Chiarapnanyi-pnenyiatnaxFiuor«n«4-tU.czoanili.ia4, 6-Oir-l.tro-2-<n»cnylpnanalN-Nitrotoaiananv lamina4-aroncon«ny--pnanyieu»rHanacnlbrcoanranaPantacniaraonanoiPhanancnranaAntnraoana3i-n-ouryior.t."Alacariuoranthana?yrana3utyiD*nzvi£ncRaiaca3. 3' -Cicnlcranarziaira3enro i a 1 an-iracsna3^rysana01-n-occvjjnc.iaiaca3enzoibi 5_jcrar.c.".enaBanxoiic) f_jcranL-.ane3anzoiaioyranaL-oano 1 1', i , 3-oa) oyranaClbanz la, r. i AncnraoanaSanzoiq,.-., ., paryiar*

17000 y 1700 U 330017000 y 1700 U 330085000 'J 8500 y 1600C17000 y 1700 y 3300

uuJ Uu

85000 y 3500 U 16000 y85000 y 3500 U 1600C17000 y 1700 U 330017000 y 1700 U 330017000 y 1700 U 330017000 y 1700 U 330017000 y 1700 U 330017000 y 1700 U 3300

85000 -JR 8500 yR 16000

] yyyyuyyUR85000 y 8500 y 16000 y17000 y i7oo y 3300

17000 U 1700 y 330017000 y i7oo y 330085000 y 8500 U 1600C17000 y 1300 J 330017000 y 1700 U 330017000 y 1700 U 330017000 y 2000 J 330017000 U 1500 J 330017CCO U 1700 y 3300

34000 yR 3400 LH 6600017000 y 1700 y 330017000 y 1^00 y 330017000 y 1700 y 330017000 y i-oo y 330017000 y 1700 y 330017000 y 1700 y 3300nooo y -.700 y 330017000 y 1700 y 330017000 y 1700 U 3300

yuu) yyyuyyy•JRuuuyyyuuy

•LH-4

10/20/87

200000 y200000 y200000 U200000 U200000 y200000 y200000 y200000 y200000 y200000 y200000 y2COXO y200000 U200000 y200000 y200000 y•.oooooo y200000 y200000 y200000 U200000 y200000 y200000 U200000 y200000 y200000 U200000 y1000000 U200000 Uloooooo y200000 U200000 U1000000 U200000 yloooooo yloooooo y200000 y200000 U200000 U200000 y200000 U200000 U1000000 URloooooo UR200000 y200000 y200000 y1000000 y200000 y200000 U200000 y200000 y200000 U200000 y400000 y200000 U200000 y200000 y200000 y200000 y200000 U200000 y200000 y200000 y

EO»-4D

1C/20/87

200000 y200000 y200000 y200000 U200000 y200000 U200000 y200000 U200000 y200000 U200000 y200000 y200000 y200000 y200000 y200000 U1000000 U200000 y200000 y200000 y200000 U200000 y200000 y200000 y200000 y200000 y200000 y1000000 y200000 y1000000 y200000 U200000 U• oooooo y200000 y1000000 U1000000 y200000 U200000 U200000 y200000 y200000 y200000 U1000000 Uloooooo y200000 U200000 y200000 y'oooooo y200000 U200000 y200000 y200000 y200000 'J200000 y400000 y200000 y200000 y200000 y200000 y200000 y200000 y200000 y200000 y200000 y

Hyarociroon Er.Tric.1 i 36000 J

11000 J23000 J

48000

17000 J315000 J

1X00 J9000 J

168000 J


National Presto Industries, Inc. SiteEau Claire, Wisconsin

Easi Disposal Waste - Results of MetalsAnalysis in Solid Samples (mg/kQ)

Analysis Dy Wilson Laboratories

Sample ID:

DATE SAMPLED:

ARSENICBARIUMCADMIUMCHROMIUMCOPPERLEADNICKELVANADIUMZINCPERCENT SOLIDS (%)

EDW-1

1 0/20/87ii

i 49*i 37

4.2U3330430

574 RJ •9150

74

; 165I 95.84

I EDW-2I _ _ _ _ _ _ _ _I 10/20/87I

111 S35U4U270894

55 RJ '1795147

99.38

EDW-3

10/20/87

5.4 U38U54

35844

215RJ '13U11 U

44500092,92

EDW-4

! 1 0/20/87

18S107004.1 U738265

2590 RJ '334435112098.21

EDW-4-D

1 0/20/87

14392802.1 U763317

3380 RJ '305491760

94.31

Q: US704VEDVW4 ET. WK l


i \4S704\EDYvPC8 National Presto Industries Inc.. SiteEau Claire. Wisconsin.

East Disposal Waste - Results ofPesticides/PCB Analysn in SoiidSamples

Analysis Dy Wadsworth Laboratories!

Sample 1 D.# 11

DATE SAMPLED I

1alpha-BHC 1beta-BHC 1d8lta-BHC igamma-BHC (Lindanel IHeptachlor •AldrmHeptacnior epoxideEndosuiphan 1 ;Dieldrm4,4-DDE iEndosuiphan II j4 4'-DDD IEndosuiphan sulfate I4 4'-DDT IMathoxychlof |Endrin ketone Ialpha-Chlofdane |gamma-Chlordane |Aroclor-1016 IAioclor-1221 1Arocior-1232 IArocior-1242 IArocior-1248 iAroclor-1254Arocior-1260

EDW-1

10/20/87

NRNRNRNRNRNRNRNRNRNRNRNRNRNHNRNRNRNR

340U340 U340 U340 U340 U1200

680 U

EDW-2 ;I —————| 10/20/87 i

NRNRNRNRNRNRNRNRNRNRNRNRNRNRNRNRNRNR

100 U100 U100 Utoo u100 U200 U200 U

EDW-3

10/20/87

NRNRNRNRNRNRNHNRNRNHNRNRNRNRNRNRNRNR

180 U180 U180 U180 U180 U360 U360 U

EDW-4

10/20/87

NRNRNRNRNRNRNRNRNRNRNRNR

NHNRNRNRNRNR

8200 U8200 U8200 U160008200 U4100 U4100 U

! Ii EDW-4-D |! —————— I! 1 0/20/87

NR jNR INR |NRNRNRNRNRNRNRNRNR |NR |NR |NR |NR |NR |NR |

12000 U12000 U12000U

2300012000 U16000 U16000 U

TENTATIVELY IDENTIFIED COMPOUNDS |I

Hydrocarbon Envelope Present |Trichlorofluoro Methane |haptanal Il-«thyl-2-methy1,-ci6-Cyclohexane |Unknown HydrocarbonUnknown I

—36000 J11000 J

——

23000 J

——————

——————

—4SOOO J

—12000 J

—315000 J

— I1 0000 J |

— I8000 J |

59000 J99000 J

Dry Well* - Rebuilt of VOC Analytii inSolid Sample* (u(jyVg).


NATIONAL PRESTO INDUSTRIES. INC. SITEEAU CLAIRE. WISCONSIN.

Sample ID:Dale Sampled:

ChloromethaneBromomethaneVmy( ChlorideChloroethaneMethylene ChlorideAcetoneCarbon Bisulfide1 ,1-Dichloroethene1 , 1 -Oichloroethane1 .2-Oichloro»thene (toul)Chloroform1 ,2-Oichloroe<hane2-Butanone1 ,1 ,1-TrichloroethaneCarbon TetrachlondeVinyl AcetateBromodichloromethane1 ,2-Oichloropropaneci»-1.3-Oichloropropef>eTrichloroetheneDibromochloromethane1 . 1 ,2-TrichloroethaneBenzeneTrant-1 .3— Dichloropropene2-ChloroethylvinylelherBromotorm4-Methyl-2-Penlanone2-HexanoneTetrachloroelhene1 ,1 .2.2-TeUachloroethaneTolueneChkxooenzeneEthyl benzeneStyreneXytanei (total)


DW-0111/8/87

12 U12 U12 U12 U7BU12U

UUUUU

flU12 UReu8U12 Ueu6Ueue ueueueueu12 Ueu12 U12Ueueueueueueueu

DW-0211/0/87

12 U1:2 U12 U12 U

13BU20 BUeu13

eu11

eueu

12 UR38eu12 Ueueueueueueu«ueu12 Ueu12U12UeueueueueuflU«u

DW-0311/0/87

11 U11 U11 U11 U7BU18 BUSU5USU5USUSU

11 URSUSU11 U5U5USUSUSUSUSUSU11 USU11 U11 USUSUSUSU5U5USU

DW-0411/0/87

11 U11 U11 U11 U

4BJU14 BUSUSUSUSUSUSU

11 URSUSU11 USUSUSUSUSUSUSU5U11 USU11 U11 USUSUSUSUSU5USU

DW-061 1 /0/87

1200 U1200 U1200 U1200 U1880

1200 U020U020 U020 U020U020 U620 U

1260 UR020 U620 U1200 U020 U020 U020 U020 U620 U620 U620 U620 U1200 U620 U1500

1200 U020 U620 U620 U620 U820 U620 U620 U

P»ntan«Cyclort«xan«. 1.2-dimathyl-trantCyclor)«xan«. 1,3-dim«(hyl-trantHeptarv*. 2-metriytCyclof>«xan«, 1-«lhyl-4-fnethyt-tran«Cyclohaxana. 1.2.3-trimsthyl2.2-Dimethyl Butan*2-PropanoiUnknownTnchlofofluoro MethaneTricyclo(3.3,1.13.7)Oecan«, 1-Nilro3-Methy< OctaneBenzene 1-Methyl-2-MelhytUndecan*2.0,8-Trimethyl DecaneO-Etnyl-2-Metnyl Decane2.3.6-Trlmetnyl Octane OritomerO-Ethyl-2-Methyl Decanee.O-Oimethyt-Tetra DecanaCyclohexane-1.1,2-Trimethy!Heptane. 4H1-Methylethyl)Benzene-alley)DecaneDodecaneHexane, 3-EtfiylBenzene. 1-Ethyl-3-MethylDecane—2.5,0-Tnmathyl

106000J12000J0000 J

770 J

1800 J

4188000J

120000J150000J230000J510000J110000 J200000 J80000J

G:\SITES\49707\DWS-VOC.WK1

Dry Wellt - Retults ot VOC Analyst inSolid Sample* (uflAg)

NATIONAL PRESTO INDUSTRIES. INC SITEEAU CLAIRE. WISCONSIN

Sample ID:Date Sampled:

ChkxomethaneBromomethaneVinyl ChlorideChloroethaneMettiylene ChlorideAcetoneCarbon Diculfide1 . 1 -Dichloroelhene1 . 1 -Oichloroelhane1 ,2-Dichloroethene (total)Chloroform1 ,2-Oichloroelhane2-8utanone1.1.1 -TrichloroethaneCarbon TetrachlondeVinyl AcetateBromodichloromethana1 ,2-0»chloropropane

DW-0611/8/87

1280 U1200 U1200 U1200 U620 U1000B020 U020 U820 U820 U820 U820 U

1260 UR620 U020 U1200 U620 U620 U

ci»-1.3— Oichkxopropene ; 020 UTrichloroelheneDibromochloromethane1 . 1 .2-TrlchloroethaneBenzeneTran»-1 ,3— Dichloropropene2-Chloroethyt vinyl etherBromoform4-Methyt-2-Penl«none2-HexanoneTetrachloroelhene1 . 1 .2.2-TetrachloroethaneTolueneChlorooenzeneEthyl benzeneStyreneXy1«ne« (total)

620 U620 U820 U820 U820 U1260 U820 U820 U1200 U1200 U820 U820 U820 U620 U020 U820 U

DW-06011/0/87

1200 U1200 U1200 U1200 U

7001800

820 U820 U820 U820 U820 U820 U

1260 UR620 U620 U1200 U620 U620 U620 U620 U820 U020 U820 U820 U1260 U820 U1320B1900 B820 U620 U820 U820 U620 U620 U620 U

ADW-107/5/80

11 U11 U11 U11 U5U8BJ5U5U5U5U5U5U11 U5 USU11 USUSU5U5 USUSUSUSUNASU11 U11 U5U5 USUSUSUSUSU

ADW-10-OUP7/5/90

11 U11 U11 U11 USU

13 BJSUSUSU5USUSU11 USUS U11 USU5USU5 USUSUSUSUNASU11 U11 USUSUSUSUSUSUSU

ADW-207/5/90

10 U10 U10 U10 USU12BSUSUSUSUSUS U10 U5 USU10 U5U5U5 U5 USUSUSUSUNASU10 U10 USUSUSUSUSUSUSU


Pentan*Cyclohexan*. 1.2-dimethyMraniCyctooexan*. 1.3-dim*thyt-HrantHeplan*, 2-methylCycloh«xan«, 1-ethyl-4-methyl-<ran»Cycloh»xan«, 1.2,3-trimethyl2.2-Oim«lriyl Butane2-Propar>olUnknownTrtchlofofluofO MethaneTricyclo(3.3.1,13,7)O«can«. 1-Nitro3-Methyl OctaneBenzene 1-M«tnyl-2-MethytUndecane2.0.8-Trimethyl DecaneO-Ethyl-2-Methyl Decane2.3.8-Trimethyl Octane Orieomer6-Ethyl-2-M8ttiy1 Docane6.9-Oimethyt-Tetra DecanaCyclohexane-1.1.2-TrimethylHeptane, *-(1-M«thy1etfiy1)Benzene-alleytDecaneDodecaneHexane. 3-EthylBenzene. 1-Ethyl-3-MethylDecane-2.5.0-Trimethy<

425300

4300 J

91000J00000J34000 J

20000J

686300J

03000J

180000J

18000J

100000J70000J370000 J

Q :VSITESV4«707\DWS-VOC WK1


National Presto Induatriei. Inc SiteEau Claire, Wiecontin

Dry Welli - R«*ulta 01 Semi-VolatileAnalyaia in aolid tamplet 0/9/Kg)

Analyei* by Wadewoth Laboratorie*

Sample 10:Date Sampled:Phenolbi*(2-Chloroetnyl)0thef2-Chlorophenol1 ,3-Dichlorobenzene1 ,4— DichlorobenzeneBenzyl alcohol1 ,2-Oichlofobenzene2 -Methyl phenolbit(2-Chloroieopropyt)ethef4-Methyl phenolN-Nitroeo-di-n-propylamineHexachloroethane

DW-l11/08/87

1BOOU1000U1000U1900U1000U1900U1900U1000U1900U1900U1900U1900U

Nitrobenzene 1000Uleophorone2-Nitrophenol2. 4-Oimethyl phenolBenzoic acidbii(2-Chloroethoxy)methane2,4-O<cholorophenol1 ,2.4,-Trlchiorob«nzeneNaphthalene4-ChloroanilineHexachlorobutadlene4-Chloro-3-methy» phenol2-Me<hyl naphthaleneHexachlorocyclopentadiene2.4.6-Trichkxophenol2.4,5-Trlchlorophenol2-Chkxonaphthaleoe2-NitroanilineOimethylphthalateAcenapthytene3-NltroanilineAcenapthene2,4-Oinitrophenol4-NitrophenolDibenzofuran2 , 5-Oinitrotoluene2 , 4-OinitrotolueneDiethylphthalate4-Chkxophenyl-phenyl«(herFluorene4-Nitroaniline4,6-OinlVo-2-fliethylphenolN-Nitroeodiphenylamine4-Bcomophenyl-phenyletherHexachlorobenzenePentachloropnenolPhenanthreneAnthraceneDi-n -butyl phthaJateFluor anthenePyreneButyl benzyl phthalate3.3'-OichlorobenzidineBenzo(a)anthracenebia({2-Bhylhexyl)phthalateChryeeneDi-n-octyl phthalate8enzo(b)f1uorantheneBenzo(k)fluor antheneBenzo(a)pyrenelndeno(1 .2.3-cd)pyreneDibenz(a.h>anthraceneBenzo(g.h.i)perylene

1900U1900U1900U8500 J1000U1000U1900 U1900U1900 U1000U1900U1000 U1900U1900 U9500 U1900 U9500 U1900U1900U9500 U1900U9500 U9500 U1900U1900U1900U1900 U1900 u1900 U

9500 UR9500 UR1900U1900U1900U9500 U1900U1900 U1900U1900 U1900 U1900 U3800 J1900 U1900U1900 U1900U1900U1900U1900U1900U1900U1900U

DW-211/08/87

30000U38000 U3COOOUsflooou3«OOOU30000U36000U3SOOOU36000 U3COOOU36000 U36000 U36000 U36OOOU36OOOU36OOOU180000 J36OOOU36OOOU36000 U36000 U36OOOU36OOOU36OOOU36OOOU36000 U360OOU180000 U30OOOU1 80000 U36000U30000U1800OOU36000 U180000 U180000 U360OOU36000 U36OOOU36OOOU36OOO U36000 U

180000 UR180000 UH36000 U36000 U36000 U180OOOU36000 U36OOOU36OOO U360OOU36000 U36000 U72000 U30000U36000 U36000 U36000 U36000 U36000 U36000 U36000 U36000 U36000 U

DW-311/00/87

340 U340 U340 U340 U340 U340 U340 U340 U340 U340 U340 U340 U340 U340 U340 U340 U1700 J340 U340 U340 U340 U340 U340 U340 U340 U340 U340 U1700U340 U1700U340 U340 U1700U340 U1700 U1700 U340 U340 U340 U340 U340 U340 U

1700UR1700 U340 U340 U340 U1700 U340 U340 U340 U340 U340 U340 U680 U340 U340 U340 U340 U340 U340 U340 U340 U340 U340 U

DW-411/00/87

330 U380 U380 U380 U380 U380 U3AOU380 U3SOU330 U380 U330 U380 U330 U330 U380 U1800 U330 U380 U380 U380 U330 U380 U380 U380 U380 U330 U1800 U330 U1800 U330 U380 U1800 U380 U1800 U1800 U330 U330 U380 U380 U380 U380 U

1800 UR1800 U380 U380 U380 U1800 U380 U330 U380 U380 U380 U380 U760 U380 U380 U380 U330 U380 U380 U330 U380 U380 U380 U

DW-4-RE11/08/87

350 U350 U350 U350 U350 U350 U350U350 U350 U350 U350 U350 U350 U350 U350 U350 U1700 J350 U350 U350 U350 U350 U350 U350 U350 U350 U350 U1700 U350 U1700 U350 U350 U1700 U350 U1700 U1700 U350 U350 U350 U350 U350 U350 U

1700 UR1700UR350 U350 U350 U1700 U350 U350 U350 U350 U350 U350 U700 U350 U350 U350 U350 U350 U350 U350 U350U350 U350 U


Nation*! Preeto Industries, Inc SiteEau Claire. Wieconein

Dry Weil» - Reeulti of Semi-VolatileAnaJyeu in ntid •amp

AnaJyti* by W«d*woth Laborctoriei

S»mpl« ID:Dat» Samplod:

DW-111/0«/87

DW-211/Ofl/87

DW-311/0««7

DW-411/0«/87

DW-4-RE11/08/87


Nor an*Hydrocarbon Envelop* PreteritTrichkxofluoro Methane1-fiitro-Tncyclo(3.3.1.13,7) Decane1.4-Oimethyl-.lrant Cyclooctane3-Methyl OctaneOctane (DOT)1-ethyt-2-methy( Benzene1 -ethyt-3—methyl Benzenealkyl BenzeneundecaneDodecane2.5.8-Trimethyl Decane8-ethy4-2-melhyt decaneB.9-dimethyl-<elradecane1.1,2-Trimethyl CyclohexaneDecane3-ethyl Hexane4-<1-methy1elhy<) Heptane2.6.8-Trimethyl Decane2.3,*-Trimethyl OctaneTOTAL UNKNOWN HYDROCARBONTOTAL UNKNOWN

12000J18000J130000J

1800 J

166000 J TOO J

O:\aiteiU8707\dw »-«vwk1


National Pratto Induatrier Inc. Sit*Eau Claire. Wiaconain

Dry Wallt - Reaulti ot Semi-VolatileAnalyai* in (did eamplea (*ig/Vg)

AnaJyti* by Wadawoth Laboratories

Sample 10:Data Sampled:Phenolbie<2-Chloroethy1)elher2-Chlorophenol1 ,3-Oichkxobenzene1 .4-OlchlorobenzeneBenzyl alcohol1 .2-Dtchkxobenzene2-Methyl phenolbia(2-ChlOfoieopfOpyl)ethef4 -Mettiyl phenolN-Nitroeo-di-n-propylamineHexachloroe thaneNitrobenzenelaophorone2-Nitroph«nol2.4— OimethylphenolBenzoic acidbi «<2-Chloroethoxy)methane2 . 4-Oic hotoropheno*1 .2.4.-TrichlOf obenzeneNaphthalene4-ChloroanilineHexachlorobutadiene4-Chloro-3-methylphenol2-M*thyl naphthaleneHexachkxocyclopentadiene2.4,6-Trichkxophenol2.4,5-Trichlofophenol2-Chloronaphthalene2-NIUoanlllneDimelhytphthalateAcenapthylene3— NitroanilineAcenapthene2,4-Oinitrophenol4-NitrophenolDibenzoruran2 . 5-Oimtrotoluene2 .4-OinitrotolueneDiethylphthalat*4— Chlorophenyl-phenyletherFluorene4-Nitroamline4. 6-Oinitrc— 2-methyl phenolN-Nitroeodiphenylamine4-Bromophenyl-phenyletherHexachlorobenzenePentachlorophenolPnenanthreneAnthraceneDi-n-outylphthalateFluor an thenePyreneButyl benzyl phthalate3.3'-OichlorobenzidineBanzo(a)anthracen«bi8<(2-Ethylhexy1)phtrialateChryaeneOi-n-octylphthalateBenzo(b)fluorantheneBenzo<k)rluorantheneBenzo(a)pyrenelndeno(1 ,2.3-cd)pyreneDibenz(a,h)anthraceneBenzo<g,h,i)perylene

DW-611/OC/87

4300U4300 U43OOU4300 U4300 U4300 U4300 U4300 U4300 U4300 U4300 U4300 U4300 U4300 U4300 U4300 U

22000 U4300 U4300 U4300 U4300 U4300 U4300 U4300 U4300 U4300 U4300U22000 U4300 U2200 U4300 U4300 U22000 U4300 U22000 U22000 U4300 U4300 U4300 U4300 U4300 U4300 U

22000 UR22000 U4300 U4300 U4300 U22000 U79000 U4300 U4300 U80000 U4300 U4300 U

8600 UR4300 U4300 U4300 U4300 U4300 U4300 U4300 U4300 U4300 U4300 U

DW-6i 1 1 roe/a?

4100 U4100 U4100 U4100 U4100 U4100 U4100 U4100 U4100 U4100 U4100 U4100 U4100 U4100 U4100 U4100 U2 0000 J4100 U4100 U4100 U4100 U4100 U4100 U4100 U4100 U4100 U4100 U20000 U4100 U20000 U4100 U4100 U20000 U4100 U

20000 U20000 U4100 U4100 U4100 U4100 U4100 U4100 U

20900 UR20000 U4100 U4100 U4100 U20000 U4100U4100 U4100 U4100 U4100 U4100 U

8200 UR4100 U4100 U4100 U4100U4100 U4100 U4100 U4100 U4100 U4100 U

DW-»-O11/06/87

18000U18000 U1BOOOU180OOU18000 U18000U18000U1BOOOU18000U1900CU18000U18000 U18000 U18000 U18000 U18000 U90000 J18000 U18000 U18000 U18000 U18000 U18000 U18OOOU1BOOOU18OOOU18000 U90000 U18000 U90000 U180OOU18000 U90000 U180OOU90000 U90000 U18000 U18000U18000 U18000 U18000U18000 U

90000 UR90000 U18000U18000 U18000 U90000 U18000 U18000 U18000U18000 U18000 U18000 U36000 J18000 U18000 U18000U18000U18000 U18000U18000 U18000 U18000U13000U

DW-6-O-WS11/06/87

NR1800U

NR1800U

NR1800U18OOU1800 U18OOU1800U

NR1800 U1800 U1800 U1800 U1800 U9000 J1800 U1800 U

NR1800 U1800U1800 U

NR1800 U1800 U1800 U9000 U1800 U9000 U1800U1800 U9000 U

NR9000 U

NR1800 U

NR1800 U1800 U1800 U1800 U

9000 RU9000 U1800 U1800 U1800 U

NR1800 U1800 U1800 U1800 U

NR1800 U3000 J1800 U1800 U1800 U1800 U1800 U1800 U1800U1800U1800 U1800 U

DW-6MSO11/06/87

NR1700 U

NR1700 U

NR1700 U1700 U1700 U1700 U1700 U

NR1700 U1700 U1700 U1700 U1700 U8500 J1700U1700U

NR1700 U1700 U1700 U

NR1700 U1700 U1700 U8500 U1700 U8500 U1700 U1700 U8500U

NR8500 U

NR1700U

NR1700 U1700 U1700 U1700 U

8500 UR8500 U1700 U1700 U1700U

NR1700 U1700 U1700 U1700U

NR1700 U

3400 UR1700 U1700 U1700U1700 U1700U1700 U1700 U1700 U1700 U1700 U


National Presto Induftrwf, Inc. Sit*Eau Claire, Wisconsin

Dry W*4!l - Results of Semi-VolatilaAnalysis in solid »ampl«« Uig/kg)

Analysis by Wadswoth Laboratories

Sample ID:Data Sampled:

DW-511/06/87

DW-611/06/87

DW-6-011/06/87

DW-6-D-MSi 11/06/87

DW-6MSO11/06/87


Nonan*Hydrocarbon Envelop* Pre»entTrichlorofluoro Methane1-nitro-Trlcyclo<3.3.1.13,7) Decane1,4-Dim*thyt-.trani Cyclooctane3-M«tnyl Octan*Octan* (DOT)

B*nz*n*4 B*nz*n*

alkyl B*nz*n*undecan*Dodecan*2.5,6-Tnmethyt Decan*8-*thy(-2-<T>ethyl dacan*0.0-dim*thy1-<etrad*car>*1,1,2-Trimelhyl Cyclohexan*0«can*3-*thyl Haxan*4-(1-methy1e(hy() Haplan*2.6,B-Trim*thyl Decan*2,3,8-Tfimethyl OctaneTOTAL UNKNOWN HYDROCARBONTOTAL UNKNOWN

120000J

150000J

1210000J85000 J

230000J110000J

150000J

823000J

34000J4300 J20000J

91000 J

80000J

4188000J 425300J

76000J

33000J

370000J

100000J18000 J160000 J180000J

685300J

wk1

National Presto Industries, nc. SiteEau Claire. Wisconsin.

Dry Wells - Results of MetalsAnalysis (or Solid Samples (ma/kg).


Sample Site:Date Sampled:

ARSENICBARIUMCADMIUMCHROMIUMCOPPERLEADNICKELVANADIUMZINCPERCENT SOLIDS (%)

DW-0111/06/87

5.4 U38 U2.1 U5.4 U5.9U26 RJ13U13

8.1 U93.08

DW-0211/06/87

5.5 U39 U2.2 U192

6.1 U32 RJ13U11 U311

90.12

DW-0311/06/87

5.6U56

2.2U5.6 U6.1 U

2.8 URJ13U11 U8.4 U8978

DW-0411/06/87

5.8 U41 U2.3 U5.8 U6.4 U

4.1 SRJ14U1317

85.71

DW-0511/06/87

5.8 U41 U2.3 U

25483

21 RJ3223278

85.55

DW-0611/06/87

5.6 U39U2.2 U5.6U6.2 U79 RJ13U11 U10

88.98

iDW-06-Di 11/06/87

5.6U39 U2.2 U5.6U6.2

54 RJ13U1513

89.08

Q:VarTESU«707\OWB-MET.V*C1

National PreMo lndu«n««. Inc.

Eau Claire. Wisconsin

Dry Welli - Roault* of P«cticidai/PCB>in Solid Samples Uig/L)

AnaJyaia by Wadaworth Laboratories

Sample ID:Data Sampled:

alpha-BHCb»U-8HCdolta-BHCgamma-8HC (Lindane)HepUchkxAldrlnHeptachlor epoxideEndoeulphan 1Dte4drin4.4--ODEEndoeulphan II4.4'-OODEndoaulphan tulfata4.4--ODTMethoxychlorEndrin kelonealpha-Chlordanegamma-ChlordaneAroclor-1018Aroclor-1221Aroclor-1232A/ockX-1242A/ocltx-12«A/ockx-1254AfOCltx-1280

DW-0111/8/87


190 U180 U190U190 U190 U190U190U

DW-02

11/8/87


400 U400U400 U400 U400 U400 U400 U

DW-03

11/6/87


85 U86 U85 U85 U85 U170 U170 U

DW-04

11/6/87


92 U92 U92 U92 U92 U180U180U

DW-05

11/6/87


4500 U4500 U4500 U4SOOU4500 U9000 U14000

DW-0011/8/87


420 U420 U420 U420 U420 U830 U830 U

ow-oeo11/8/87


370 D370 D370 D370 D3700220 D220 D

G:\SITESVW707\DWS-PP.WK1

National Presto Industries. Inc.Eau Claire, Wisconsin

Results of VOC Analysis in Liquid Samples (ug/l).

Analysis completed by Hazelton Laboratory.

Sample ID:Date Sampled:ChloromethaneBromomethaneVinyl ChlorideChloroethaneMethylene ChlorideAcetoneCarbon Disulfide1,1-Dichloroethene1,1-Dichlofoethane1 ,2-Dichloroethene (total)Chloroform1 ,2-Dichloroethane2-Butanone1,1.1-TrichloroethaneCarbon TetrachlorideVinyl AcetateBromodichloromethane1 ,2-Dichloropropanecis-1 ,3-DtchloropropeneTrtahlofoetheneDibromochloromethane1,1.2-TrlchloroetnaneBenzenecis-1 ,3-Dichloropropene2-ChloroethylvinyletherBromoform4-Methyl-2-Pentanone2-HexanoneTetrachloroethene1 , 1 ,2,2-TetrachloroethaneTolueneChlorobenzeneEthylbenzeneStyreneXylenes (total)

DW-0210-22-87

10 UJ10 UJ10 UJ10 UJ5UJ25 UJ5UJ5UJ5UJ5UJ5UJ5UJ10RJ5UJ5UJ10 UJ5UJ5UJ5UJ5UJ5UJ5UJ5UJ5UJ10 UJ5UJ10 UJ10 UJ5UJ5UJ5UJ5UJ5UJ5UJ5UJ

DW-0310-22-87

10 UJ10UJ10UJ10 UJ5UJ10 UJ5UJ5UJ14 J29 J5UJ5UJ10RJ5UJ5UJ10 UJ5UJ5UJ5UJ5UJ5UJ5UJ5UJ5UJ10 UJ5UJ10 UJ10 UJ5UJ5UJ20 J5UJ10J5UJ64J


Kentanetrans-1 ,2-dimethylcyclohexanetrans-1 ,3-dimethylcyclohexane2-methylheptanetrans-1 -ethyl-4-methyl-cyclohexane1 ,2,3-trimethylcyclohexaneTotal Unknowns

b J

—--—----

12J10J8J13J11 J109J

G:\SITES\49707\DWL-VOC.WK1

National Presto Industrie*. Inc.Eau Claire. Wisconsin

Dry Well* - Results of Semi-VdatileAnalysis kx Liquid Sample* (ug/1).


Sample 10:DATE SAMPLED:

Phenolbis<2-Chloroethyt)ethef2-Chlorophenol1 ,3-Oichlofob«nzene1 ,4-DichlorobenzeneBenzyl alcohol1 .2-Dichkxobenzene

2-Methylphenol-Chlofoisopropy1)ether4-MathylphenolN-Nitroeo-di-o-pfopytamineHaxachloroe thaneNitrobenzeneIsophorone2-Nltroph«nol2,4— Dimethyt phenolBenzoic acxjbi»(2-Chloroethoxy)melhane2.4-Qicholorophenol1 .2.4.-Tr>chlOfOtoenzeneNaphthalene4-ChkxoanilineHexachlorobutadlene4-Ch lor o-3-methyl phenolMethylnaphthaleneHexachlorocyclopentadiene2,4.ft-Trichlorophanol2,4.5-Trichlorophanol2-Chloronaphthal«n«2-NitroanilirxDim«lhylphthalat*Ac«napthyl*n«2 ,8-Dlnl vololuon*2-NltroanilirMAc*napth*o«2.4-Oinitrophanol4-NitrophanolDibvnzofuran2.4-Oinitro(oluan«Diethylpththalat*4-Chloropt>«ny)-p*>««i y(eth»fFluor »o«4-flltroanilin*4 , 6-Omitro-2-m«th y\ phanolN-NIUo«odipt)«nytamin«4— Bromoph«fiy4-ph«nyla(harHaxacnlorob*nz»n«Pent«chloroph«nolPh«nanthr«n«Anthrac*n«Di-o-t>uty(pntti«JaI»Fluor an th»n«Pyr»n«6uty<b«nzylptithalata3.3'-Olchlofot>»nzidin«Benz««)anlfirac«fl«Chryten*bi«<(2-Ethylhaxy1)phthalataDi-n-octy1phttial«l«Banzo(b)fluoranthan*B»fizo<k)flu<x«nth»n«B«nzo<a)pyr«n«lnd«no(1 .2.3-cd)pyran«Dib«nz(a.h)anthracan«Benzcxg.h.ilparytene

DW-021 0/22/87

10 U10 U10 U10 U10 U10 U10 U10 U10 U10U10U10 U10 U10 U10 U10 Usou10U10 U10 U10 U10 U10 U10 U10 U10 U10Usou10Usou10 U10 Usou10 U10Usousou10U10 U10 U10U10 Usousou10 U10 U10 Usou10 U10 U10 U10 U10U10U20 J10 U10 U10 U10 U10 U10 U10U10U10 U10 U

DW-031 0/22/87

10U10 U10 U10 U10 U10 U10 U10 U10 U10U10 U10U10 U10 U10 U10 USO U10 U10U10 U10 U10 U10 U10 U10 U10 U10 Usou10Usou10 U10 Usou10 U10Usousou10 U10 U10 U10U10Usousou10 U10 U10 Usou10 U10U10U10 U10 U10 U20 J10 U10U10U10U10U10U10 U10 U10 U10U


TOTAL UNKNOWN — —

Q:\SITESU8707\DWL-SVWK1

National Presto Industries, Inc.Eau Claire, Wisconsin.

Dry Wells - Results of Metals AnalysisFor Liquid Samples (ug/l).


Sample ID:DATE SAMPLED:

Arsenic

Barium

Cadmium

Chromium

Copper

Lead

Nickel

Vanadium

Zinc

DW-0210-22-87 i

10U

70 U

14

10U

16

7.7

24 U

20 U

149

DW-0310-22-87

10U

70 U

4U

10U

18

17.3

24 U

20 U

257

G:\SITES\49707\DWL-MET.WK1

National Prasto Industrial. Inc

Eau Claira. Wiaconwn

Dry Wall! - Raaulti of PaKicidat/PCBiin Liquid Samplai ^JQ/\.)

Analyst by Wad«wort»i Lab<xatoria«

SAMPLE ID:DATE SAMPLED:

DW-0210-22-87

DW-0310-22-87

alpha-aHCb«u-8HCdelta-BHCOammt-BHC (Ljndana)HeptachlorAldrinHeptachlor apoxidaEndoaulphan IDlakjrin4,4'-ODEEndotulphan II4.4'-DDDEndosulphan collate4,4'-OOTMethoxychkxEndrin katonaalpha-Chlordanagamma-ChlordanaA/oclOf-1018Afoclor-1221Aroclor-1232AfOClor-1242Afoclcx-124«Arockx-1254Aroclcx-1260

NRNRNRNRNRNRNRNRNRNRNRNRNRNRNRNRNRNR08U2.0 U0.8 U0.8 U0.8 U2.0 U2.0 U

NRNRNRNRNRNRNRNRNRNRNRNRNRNRNRNRNRNR12 U12 U12 U12 U12 U25 U25 U

Q:\SITES\49707\DWL-PPWK1

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National Presto Inoustnes. Inc. SiloEau Claire. Wisconsin.

Ditch Samples - Results olMetais m Solid Samples (mg/kg)


SAMPLE ID:

DATE SAMPLED:

Arsenic

Barium

Cadmium

Cnromium

Copper

Lead

NicKel

Vanadium

Zinc

D2-01

7-21-88

2.0 U

22.5 B

1.0 UJ

9.4

17.8

22.8 J

4.3B

19.3

23.2

D2-02

I 7-21-88

2.0 U

16.6 B

VOUJ

6.9

18.3

1.8 J

4.9B

24.3

16.0

D2-03

7-21-88

2.0 U

18.6B

VOUJ

13.5

11.6

7.4 J

45. 4 J

23.9

123

D2-04

7-21-88

2.3 U

39.8 B

3.2J

15.9

19.0

5.7J

38.7 J

40.8

81.0

D3-01

I 7-19-88

2.1 U

55.2

13. 9J

129

104

5.7 J

232 J

45.6

452

D3-02

i 7-19-88

2.1 U

17.9 B

1.4J

11.6

22.6

4.1 J

23.8 J

11.8

19.8

D3-03

I 7-19-88

2.1 U

43.4

2.3 J

32.8

66.2

124J

59.7

28.4

94.6

D3-04

; 7-19-88

2.1 U

16.5 B

:.i J

6.6

14.5

1.1 J

8.7

13.3

8.8

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WELL:

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06/31/90

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4/26/91

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4/26/91

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4/26/91

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280 E3 U• U3 U3 U4 U1 U3U

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AC'd. M«iny E<l*r

£.3-Olm«ihyiDutan«W«thyicycion»x»nt3-M»tnylht)x*n«2.2.*-Trim«tnyip«m»n»

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CiiorotinantMttnyitnt CMonotActtontCarbon Ditul'idt• • -Oichkxottntnt• • -Otchlorottnant• 2-Otchlorotintnt ftotaoChloroform' 2-OtchlorottnantZ-Butanonti . ' . l -TncfilorotmartCarbon Tttracnionat.' nyi ActtaltBfomodtcntoromtmant

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10/03/88

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12/01/88

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07/03/89

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04/24/81

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DATE SAMPLED:

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35/31/90

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Anafvt* ov naztiton LjflorttOft«i .

WELL:

DATE SAMPLED:

Ch«xom,ih«.«Bromom«tn«nt,',nyi CMoric*Chloro«tnan«M»tnyl»n« Chlono»

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10/21/87

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l'20/M

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1/20/88

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4 U

3U3 U2 U

5 BJU4 BJU

2 U2

4 J1 J2 U6 US U242U3U2U2U

4 U

52U2 U

2 U3U7 U• u• U

52U3 U2 U2 U3U3U

MW-32A

05/31/90

3 4 U3.3U0 3U0 2U3 5BJ• OBJ0.2U

2.08.00 3

0 2U0 8 U5.0 U41.00.2U0.3U0 2 U0.2U0 4 U

3 43 2 U3 2U3 2U3.3Uo.eu1 OUi 0 U0 4

0.2 U0 3 U0.2U3 2 U0 3 U0.3U

MW-32A

3-4/2S/91

7 U2U4U

9 U

3U

7U

3 U

2134

3 U2 U3U

38 BJ3 U1 U3U3 U4U8 U3 U

3U

2 U

2U

3U

SU5 U

5

4 U

2U2U2U3U3U

MW-32B

37/18/89

6USUSU4 U

3 BJU3 BJU

4 U

3167

4 U

9 U8 U553 U4 U3 U4 U6 U

7

j U

4 U

4 J

5 U• u2U2U

4 U5 U4 U3 USUSU

MW-32B

0 8U0.5U3 5 UC 4 U

' 0 BJi 0 BJ34 U

2.0•8

0.83 4 U

3 eu8.0 U57 03 3U3 4U3 3 U3 4U3 eu3 6

3 3U3 4 U3 4 U0.5U1 3 U

2.0 U2 0 U

• o04 U3 2J3 4 U0.3U0 SU0 5U

7U2U4U9U4 U4 U

3 U2134

3 U2 U4U

42 BJ3 U• U3U3U4 U• U3U3U2U

2U3U5U6U9

4 U2U2U2U3U3U

2.2,3.3-T*ira/n«mv't>ul«n»

2-PropanoiAc*t'C Acid M»tnyl Eat»r°enian»

Cv-ionaicane

3-Mtttnylptntan«

M»rhyicvcioe«niar.»1 -But«ntUnknownc-M«thvlp»ntan«Tatranydro FuranThnr»n«

' 3.6-HeDtatn»n«. 2.5.5-ln2-Prooarion«4-P»nTvn-2-oiCyciotri«iioxan«. Hexa/n^tnyiEthant, i. ' .Z-Tnchwro-1 2.Butanotc AcxlAc«ttc Acid. Cyano*-P»nt«n-2-oi

M«tnanamm»

- R*«uit* o' VOC Ana

- 3r L a J;Q Sam D

Laooraion«i

WELL.

DATE SAMPLED

O.kxonnetnaneBromomeinaneVinyl Chtonae.

Cmo'oemareMBthv'ana Cn.ondeAcetoneCa/bon Osjilide' • -Dtcrvoroemene' •-Dtcnloroemane• 2-Dfchioroeinene (torai)CnlOfOtorrr

• 2-Dichioroethane2-But*nona• \i-Tncnioroomane

Ca/oon Tairacnioriae

J nyl Acetate

• 2-Dtchloroorooane: i-l 3-DicnloroprooeneT • cnioroatneneDiDromocn tor ome Inane

' ' 2-Tncnicroemane

3an»n«•rant-' 3-D'Chloroprooene

BromolOfm4-Methyi-2-Pentanone

2-HexanoneTatracnwroetnane1.1 2.2-TetracnioroeihaneTolueneChlOfooenzena

Ethylbenzene

StyreneXy»na

TEKTATFVELY IDENTIFIED COMPOUNDS

Trtchiorotnlluorornelhare2,2.3.3-Te'ramethyiDutane

?-PropanoiAcetic Ac>a. Methyl Eita'

P^ntaneC icionaxana2 3-DimetryiouianaMathy'cvc onaxane

3-Uetnylhexane2 2.4-Tnnetnvioeniane

OctaneT nch lor otluorometnane

Tnrnatnyisiianol2-Protryifuran

j— Methyipentane

HexaneHaxmrneinvicycioinsuoxaneMathyicvciooentane•-ButeneUnknown

2-MethyipenianeTBlranyoro F jran

Thnrane• 3.6-Heoiatnena 2.5.5-ln2-P'opanoneA-PenTyn-2-ol

Cvclotneiioxane HexamathyiE:rane. i , :.2-Tn<:hloro-i.2.Bulanotc AcidAcatK Acid. Cyano4-Penten-2-oiCyctotetrwtoxane OctamemMethanafrnne N-Mathoxy

MW-33A

07/25/89

4 U3U3 U2 U

3 BJU2 BJU

2 U

2 U

2 U

2U2U6 U5 U

7

2U3 U

2 U2 U4 U

2 J: u2 'J

3

3 'J

7 U

• u• u2 U2U3U2 U2U3 U3 U

_

-——--—--————

——------

--——--

--———————_——

—_ _

MW-33A

jSi3'/90

0 4 Uo 3U0 3U: 204 0 8

: 3 BJ: 2U0 7

3 60 2U: 2U0 6U5.0 U

7 3

:.2U0.3U0 2UC . 2 U~ 4 U

; 2U: 2 u; 2U3 2U3 3U: eu• o u• o u3 .2U3 2U3 08 J3.2U3 2U0 3U3 3U

_

————--

———

—--

-—

—---------—

———

———————_

—_

MW-33B

:7'2S/89

4 U3 U3 U2 U

• BJU5 BJU

2 U6

4 J

09 J2 U6 U5U

92 U3 U

2 U2 U4 U

2 U2 U2 U3 U7 U

' Ui U2 J2 U3 U2 U2U3U3U

_

——--

————--

——

——--———-—

--——

————————

——

MW-33B

05/31/90

0.4 U03 U0 3 U

0.2U3 7BJ2 3BJ0.2 U

3 95.3

0.2U0.2Uo.eu5.0 U•2.0

0.2 UC.3U0.2U0.2U0.4 U

t 302 U02 U0.2 U0.3 Uo.eui .OU1 OU0.3

0.2 U0.2 J0.2 U0.2U0 3U0.3 U

_

——--

--———_——

----

——----———

——————„

————

——

MW-34A

D8/13/90

0 4 U0 3 U0.3 U0.2U3 2BJ3 0 U0.2U0.1 J2.0O.S

0 2 Uo.eu5.0U6 0

0.2U0.3U0.2 U0.2U0 4 U4903 2 U3 2 U0.2 U0.3 Uo.eu1 0 U10 U3 e

0.2U3 8B0.2U0.2U0.3U0.3 U

_

————_

——_—_

————--——

• o J——_————--—————_

MW-34A

07.-24/90

3 4U3 3U3 4U3 3U04BJ

2 0 J3 3U3 3U3.00.5

3 3U3 7U8 OU7 0

3 2U3 3U0 2U3.3U3 5U

61: 2 u: 3 u3 3U

3 4 U

3.8 U2.0 U• o u0.7

0.3U0.4U3.3U3 3U3.4U33 U

_

————-_

—————

-—

—-———

• 3J—

-—_—

-———————_ _

MW-34A

34/23/91

7 U2U4 U

9U9 L)3 BJ3 U3 U533U2 U4 U

9

3 U

• u3 U3 U4 U30

3 U

3 U

2 U2 U3 U5 USU

4 U2 U2 U2 U3U3 U

_

—--——._

—----

——

—--—

--—--—---

——--

———————--

—_

MW-34A

•2/09/91

7 U2U4 U9 U7 U7 U

3U3U7

.2 J3 U2U5 U1C

3 U• u3U3U4 U

5' EJ3 U3 U2 U2U3U5U5Ui

4 U

2U2U2 U3 U3U

_

———__—_———

———————

—--

———

23 J—————————

9U3U5U1 U1 U9U3U4 U

iQ DJ30J3U2Ueu

'2DJ4 U

• L).3 U4 U

5U51 OJ

3U3D3U3U4 U7Ufl U2DJSU3U2U2U3U3U

•3 MW-VOC3 'AH1

WELL:

DATE SAMPLED

CMoromeman*B r<xr>om* t n an aVinyl CMona*ChiorcwinanaMalhy^n* Cn-ond*

AcwtontCarOor OisuitiOe

1 2-0«hkxo«th«n« (toiaJ)Chloroform

Ca/Dor T«tf acnio'iflaV'nvi AcaiaiaBforiod'ChioronietnanaH ,2-DicriiOfOproDana:.s-1 3-DichlO''OO'Open»

T- criofoatfsnaOiDromocniorometnana' ' 2-T"cnioroainane8*nf»n«''ant-1 3-D>chioroorooana

1 . i .2.2-T«tracrMofO«tn»naToiuan*

E:hyib*nzan*

TENTATfVELY IDENTIFIED COMPOUNDS

Naiionai P-««t<Ea^j Clo*r« *

MW-34A

7/28/92

0 7U0 2U0 * U0 9U3 7U

0 7 U

3 3U3 3U

63 2 U: 3D3.2U5 U10

3 3U' U

3 3U3 3U3 4 U

49

: 3U: 3 u32 U

3 2 U0 3U0 SU0.5 U

20.* U0 2U0.2U0.2U0 3U0 3U

3 lnd-j«t* «8V'tcortin

MW-34B

38/13/80

3.4 U3 3U3 3U3 2U

3 28J2.0 BJ

3.2U3 2U0.2U3 2U3.2U3.6US O U3.2U3 2U3 3U3.2U3 2U3 4 U3 2UC 2UC 2U3.2U3 3 U

0 6U

• ou' .OU0 2 U0.2O0 3U0.2U0.2U0.3U0.3U

me S.l«

MW-3*B

7/24/90

3 4 U3 3U3 3U3 2U0 3BJ

3 9 J

3.2U3.2U3 2U3 2U3.2U3 6U5.0 U0.3

02 U0 3U0.2U0.2U0 4 U0 2 U02 U0 2 U0.2U3.3 U3 SUi 3 Ui 3 U3 2U3 2U3.1J3.2U0 2U3 3U3 3U

MYV-34B

34V23/91

7 U2 U4 U3 U3 U

7 U

3 U3 U

2 U3U2 U1 U

3U1 U3U3U4 U

2 U3U

2 U

2 U

3 U

5U5U

34U

2U2U2U3U3U

MW-34BPUMP

34/23/91

7U2U4U9U78

5BJ3U3U

1

2U3U,2U3U

1

3U• U3 U3 U4 U

• u3 U3 U2 U

2 U3 U5 U5U2J4 U' U2U2U3U3U

MW-34B-0

34/23/91

7U2 U4 U

9 U4 U7 U3 U3U

1

2U3U2USU

13U

1

3U3 U4 U2

3 J3 U2 U2 U

3 U

5 U5 U2 J4U2 U2 U

2 U3U3 U

MW-M8-FB

34/W/S1

7U2U4 U9 U9 U

7 BJ3U3U2U2U3 U2Ul U9U3U' U3U3U4 U;u3 U3 U2 U

2U3U5U5U

3 U

4 U

2U2U2U3U3U

MW-34B

'2/OW91

7 U

2U4U9U7U7U3 U3U

2U3U2U5 U! J

3U

1 U3 U3 U4 U3

3U3 U2 U2 U

3 U

SU

SU

3U4 U

2U2U2U3U3U

2 . 2 , 3 . 3- Ta i r ama t h yi P u '.a/i a2-PropanoiAcetic AciQ Meihyi EsterPeniana

Mathvicvc'onexant

Ociar»

2-P'ooyifuran

' 3.6-H»piair*n*, 2.5.5-in

Butmnwc AcidAc*nc Acid Cyano

6.8 J

Cvcioi«tra«iioxan». Oc'.am«ihMtfthanamm*. N-M«1hoxy

: j .MW-VOC3 '•"«* •

We •« - Rfl»uiis o( VOC Anatvt*

LaDoraiona*

WELL.

DATE SAMPLED

ChiotcxnainanaBromomamanaVinyl ChiOf'da

AcatonaCa/t>on DiBUitioe• . i -Dichioroatnane1 . i -Dtchtoroatnana•,2-D'CMorcwTnane notaJlOlofOtorm

'.2-DwMofC«tnara

2-But*nona* i . i -Tficrttwoefana

Ca/oon T§!'acn;cr'aaV nyi AcataieB'omodicnicro^o:nan0' 2-D*chlo'QoroDanB:,a--,.3-D'Cfi'0'OD'opflna

TncmoroaioaraD D'cxnocmoforratnari

' ' 2-T'icnioro«tnana

Banzana"arn-i 3-Oichio'ocrooana

BromofO'm4-Malhyi-2-P9"'anone

2-Hax*noner«rracnio'o«;r»r€

' 1 .2.2-Teiracnio'oatnana

ToluanaChlorooaruana

E'.iylbanzane

StvranaXywna


MW-34B

7 '28/92

Z 7U

0.2U

3 4 U

3 9U

0 7U

0 3U

0 3 U1

0.2 U

0.3UC.2U

£ U

2

3 3Ui U

3 3 U3 3U3 4U

3 3U

3 2 U

3 2 U

0 2 U

0 3 U3 5U

0 5 03 3U3 4 U0 2U3 2U3 2U3 3U0 3U

MW-3SA

:> 6.' 13/90

3 4 U3 3 U0 3U: 2U

23 BJ

3 2U

0 3• o

3 2U3 4

3.8U53 U

2 03 2U0 3 U02 U3 2U3 4 u4 0

3 2 U: 2U: 2U3 3U

3 6 U

' 0 U

i 0 U0.2 J0.2U3 SB0 2O3 2U3 3U3 3U

MW-3SA

34/22/91

7 U2 U4 U9 U

7U3U3U

82U5U2U3 U2

3 U' U3 U3 U4U

SBJ3 U

3U

2 U

2U3U

5U5 U3

4 U

2 U2U2U3U3U

MW-35B

^,3/«

3 4 U

3 3 U

0.3 U3 2 U

3.0 U0.2 U3.2J3 . 9 X

: 2U0 4

3 6US O U

• o3 2U3 3U0 2 U3.2U0 4 U

3 33 2 U3 2 U: 2U3 3U3 eu• ou' 0 U3 2J0-2 U3 1 BJ3.2U3 2U0.3U0 3U

TnctT<xolritiuCrorp«lP ant

2.2.3.3-Tetrana'nvtDutan«

ACBIIC AciS Metrwl E«l«rPeman*

C vcioh«xare

^.3-Dim«ihvioutar»Mathv'cvcion»»an«3-M«1hyi^axan«2.2.4-T"marnvipentan»

OctantT- cfiiorotiuO'ometnaneT-im«lhv»«nanot

3-MtthviotmantH«XJkTB

Hsjca/TittnvlcvcioTnsiloxani

Mernylcyciooentape• -Bultn*Unnnown2-M«tnvlp»ntanaTolraPyO'O F j'anTHurant' 3.8-Heotat'i«n« 2.5.5-tn

2-Prooanont4-P«ntyn-2-ol

CvciouiS'ioxant HoxarpttnvtEtnant. '. \2-T"chkDfo-' 2.Butanoic Ac<dAc«tic Acid. Cva/io4-P«nt«n-2^>

3 4 U3.3U3 3U3 2U3 7BJ5 0 J3.2U0.33.90.2U0 4

o.eu5.0 U2.00 2U3.3UC.2U3 2U3 4 U3.03 2U3 2U0.2 U3.3Uo.eu1 0 Ul.O U0 2U0 2U03U0 2U32U3 3U3 3U

MW-35B-0

3 7/23/90

3 4 U3 3U

3 3U3.2U

39 BJ

5.03.2U

0.30.4

3.2 U3.3

0.8 U5.0U2.0

3.2 U3.3U0 1 UC . 2 U3 4 U

4 3

: 2U; 2U3 2U3 3U3 6U' 3 U• OU32 U3 2 U3 3 U0.2 U0 2 U3 3 U:.3U

MW-3&B

34/22/91

7U

2U4U9U3 U

7U

3U3

2 U7

2 U3 U

2

3 U

• u3 a3D4 U

3 U2 U

2 U

: u2 U

3 U5 U5 U

34 U

2U2 U2 U3U3 U

•IW-368-fl

34/22/91

7U2U4 U9U5 U7U3U3U2U2U3U2U5 U9U3 Ul U3 U3 U4 U2 U3 U3U2 J2 U3U5Usu3U4 U9U2 U2 U3 U.3

MW-36A

0&13/80

3.4 U

3 3U0 3U0 2U

0.28FJ0 9BFJ0 2U0.2U0.2U0.2 U0.2Uo eu5.0 U0.2FJ0 2 00.3U0.2 U0.203.4 U

3 2U3 2U3.2U0.2 U0.303 eu1 0 0i.oo0.200.2034BF3 2U3 2U3 3O0.30

Mainanamma N-Mathorv

G 'MW-VOC3 WK'

Monitoring vVeife - Remit! of VOC Ana/vtn

Fry Licuia Same** i.pg/1).

An*fy»i« Dv Hu»HOn LaDOfaiOftee.

WELL.

DATE SAMPLED:

C Moroni 111 an •

BromomBinaneV ny| Cmof-de

CNofoetnan*Uetfwlane Chionde

AcetoneCa/Don Disuifide' .1 -Ochioroemene• . i-D*chioro«inane' .2-O*ch»oro«inene fiotai)CMorotofm

' 2-Otchiorextnane2-Butanone• - i_Tr<cn!ofO*than»iCaroon Tetrachior>aev nyl AcetateB-omoOicn lor ome mart' 2-OichloroDrocane

DiCrofnocmoromernane

B«n*ene

i-ani-i ,3-Oicriio'ooropeneB'onxjfo'Ti«-Mettwi-2-P«nTanone

Telracniofoetnene* 1,2,2-TetracnioroethaneToiu*neChtofooenzeneErhylb«nz«neSrvreneXy»n*

TENTATfVELY IDEWTIRED COMPOUNDS

MW-36A

07/24/90

3 4U3.3U0 3U0 2U3.7 BJ3 6 J0 2U3 2U0 2U0 2U0.2U0 8US.O U0 3

0.2U0.3U0 2U0.2U3 4U3 2U1 2U3 2 U0 2 U0 3U0 6Ul.O U1 0 U0.2U0.2 U0 7

0.2 U0.2 U0.3 U0.3 U

MW-366

36/1 3/9C

: 4 u3 3U: 3U: 2 u: 2BJ20BJ: au3.2U3 2U3 2 U3 2U3.8US O U

0 4

•3.2 U3 3U3.2 U-3 .2U3 4U1 2 U:• 2U3.2 UJ 2 U

3 3 U3 8U

l QU• 3U3.2U0 2U32BJ0 2U3 2U0 3U3 3U

MW-38B

37/24/90

3 4U3 3U3 3U3 2U: 3BJ

• 3J3 2U3 2U3 2 U0.2 U•3.2Uo aus.ou0.4

3.2U3 3U0 2U0 2U0 4 U

3 2 U; 2UC 2U

0 4

3 3UC 6U' OU• o u3 2U0 2 U3 3U:.2U:.2U0 3U0 3 U

MW-37A

34/1 7/91

7U

2U4U9U6U7U3U3 U• BJ2 U3U2U3U7BJ3 U• u3 U3 U4 U• u3 U3U2 U

2U3U5USU3U4U2U2U2U3U3U

MW-37B

M/,7/9,

7U

2U4U9U4 U7U3U32

2U3 U2U9U4U3 Ui U3 U3U4 U2U3U3U2 U

2U3U5U5U3

4 U2U2U2U3U3U

MW-MA

M1M1

9U3USU' U• u9U3U24

3U3 U2 U3U524 U1 U3 U4 U5 U

~BJ3 U

3 U

3 U

3 U4 U

7U

6 U5

S U2U2U2U3 U3U

Tncniorotntiuoromeman*2 2.3.3-Tetrameihvibutane2-P'OoanoiAcetic AciO Meihvi Esle-Psrtane

C^cionexane2 3-£>memvibutaneMsinyicyciontxane3-Metrwinexane£.2,*-Trim»tnvip«nta/i*

OctaneTncniofofiuoromethan*T"irt»jihv'tila/ioi2-Proovifuran

3-Methvo«nianeHexaneHexametnvicvciotn«iloxan«Metnyicvciopeniane' -SuieneUTKnown

2-U«Tnv'P«"tan0

T»tr»nyaro Furan

Tisane• 3,fl-HeDtatnene, 2.5,5-irr2-Prooanone•i-PenTv^-S-oiCvcwiDs^oxane. Hexametny!Etnan*. '.' ,2-TMcniofO-i 2.Bu tan CMC AcioAcetic Acid. Cvano4-Penten-2-olCvctoietra«iK3xa/ie. OctarrwlhMethanamme N-Ueihoxv

WW-3SA

12/11/91

7 U

2 U4 U9 U7 U

7 U

3 U232U3U2 USU39

3U

• u3 U

3U4 U

;"- U3 U2 U

2 U

3U

SU

5 U

34 U2U2U2 U3U3 U

MW-38B

34/18/91

' U4U8 U2 U2 U5 U5U35

4 USU4 U7U70

6U

2U6 U« US U

••• BJSUSUSUSU6U• U' U

1

SU3U4U3U5U5U

UW-38B

•2/11/91

7 U2 U4 U9U7 U7 U3 U24

2U3U2USU483U' U3U3U4U1"3 U

3 U2 U2 U3U

.5USU94 U2U2U2 U3U3U

22 J260 JX

72 J72 J

7 2 J

j WW-VOC3.WK'

Monitoring ^tjil« - R«»uit* 01 VOC Anarrtu

F"'L'auaSamp,e«(^ 1

Anajyere by Hajelton Laooratonea

WELL.

DATE SAMPLED

Chiorom.tnan*BromotêtnaneVinyi Chloride

ClioroeinaneMethy*ne CM cnaeAcetoneCarbon Ditjilide', ' -Dicniofoeinenei • -Dlcntoroeinana' 2-Dicn>oroemena notailC*i'OfOtorm' 2-Oicnkxoamane2-Bul*r,one• M-TricmoroetnaneCarbon Tairacnionoav nv1 AceuteBômooicniofometnane• 2-Dicriio'ODropane-is-i 3-D'CMoroo'opener- chloroemeneOS-omocnicromeinane

• 2-TncnoroeTnana

2-HexanoneTatrejcnioroe tnene1 • 2.2-Tetr»criioroema<ieTDlueneChKxobenzer'eElhyibenzeneStyreneXy»n.


2.2.3.3-Telrametnvlbut«ne

2-PropanoiACBTK: Acid. Merhyi Esler

Cvcioneaane

Melriycvctoneiane3-Metnylhe*ane2.2.4-Tnr'etf>vlpent«ne

OctmneT nch lor oliuorometnane

2-P'oovfuran3-UetnvipentaneHaxane

Mattiyicvciopentanei -Butene•JiKPOwn

Manorial P<tau Ciajf

MW-38C

34/18/91

5BJ2 U

4 U

9U

7U

7 U

3 U3 U6

2 U3 U2 U4 U

e3U! U

3 U3 U4 U

3 U

3 U

3 U

2 U

2 U

3 U5 U5 U

• BJ4 U

2 U2 U2U3D3U

--

--

--

-

_ _

——--

—

—

--

—

—

—--

•etto iP3*.s'''««a WscorS'H

MW-38C

-.,,,9,

7 U2U4 U9U' U7 U

3 U3U2 U2U3U2Ui U•4

3 U• u3U3 U4 U4

3 U

3 U

2 U

2U

3 U

5 U

5U

3U

4 U

2U2 U2U3 U3 U

—

—

--

--

_

———

—

_

—

—

_

---

ire Si'e

MW-39A

,4/24/9,

7 U

2 U4 U9 U3 U7 U3 U3 U2 U2U3 U2 U• u9 U3 U• u3 U3 U4 U

33 U3 U2U2U3U5 U5U3U4 U; u2 U2U3U3U

—

—

-

--

_

———

—

—

—

—

_

—--

MW-386

34,24,9,

7 U

2 U4 U

9U

SU7U

3

3 U

2U2 U3U2U: U9U3 U• u3 U3 U4 U2 U3 U3 U2 J2U3U5 U5 U3U4 U5U2 U• J3US X

„

—

-

--

__

———

—

_

—

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_

——

34/2*91

7 U

2U4 U9U4 U7 U

3 U33

2 U3 U2 U2U4

3 U

, U3 U3 U4 U' U3 U

3 U

2 U

2 U3 U5 U

5 U

3U4 U2U2U2U3U3U

34/22/91

7U2U4 U9U3U7U3U4

1

2U3U2 U2U4

3 U' U

3U3 U4 U1 U

3 U

3 U

2 U

2 U

3 U5 U5 U3 U4 U2 U2 U2 U3 U3U

,IW-40A-F!

04/22/91

7 U

2 U4 U9 U

6 U

7 U

3 U3 U2 U2 U3U2 U4 U

9 U3 U' U3 U3 U4 U2 U3 U

3 U

2 U

2 U

3 U

5 U

S U

3 U

4 U

2U2U2U3 U3U

UW-40B

J*/ 22/91

6J< U4 U3U3 U7 U3 U31

2 U3U2U3 U4

3U' U3U3U4 U' U3 U3 U2U2U3USUSU3U4 U1 U2 U2 U3 U3U

7U2 U4U9U• U7\J30222U2BJ2U5U41

3D•• U3U3U4 U

a BJ3U

3 U2U2U3U

SU54U

• u2U2U3U3U

Tatrmnvaro Fjran

13 6-H«Dtat'iene. 2.5.5-tri

2-Pfooanone

Cyclotfttiloxane HaKam«ThyiEtTiane l.' 2-Tnchloro-i 2.Butanoic AciaAoattc Ac^d. Cvaô

38 J

Cvclctetrasiioxasie. OctanelhMethanamma. N-Metnoxv

3 '.UW-VOC4 VW

Montionng A**il* - Oaiuni a' VOC Anarv«»

P-r IICLIC Samont iwg/i)

Ar*UVBO 0V HjLZt'ton LADOf JtOf !••

WELL.

DATE SAMPLED

O'orometnaneBromomaTha'reViny ChlonoaCvofoetnaneMernyieoe CHonaeAceioneCarbon OsLit.dei •-Oictiiorosinenei . • -Oicnloroa'hane1 2-Oicntoroe:nene (tola/)Cnioroform

1 ,2-Dicnioroatnana2-Butanone1 • '-TnchloroalnaneCarbon TaTracnionoaVinyi AcautaBromoaichioronarhaha'.2-OicnioropropanaIS-1 3-D'CrloroCrSDaha

T-cNorO»!PB"»

")iDromocn>ororr>eihane' ' 2-T'icnioroetnaneBenzena••ane-i 3-D'ChloroDrooeneBromotcf~4-Methy'-2-Pentanone2-HeKAnonaTetracJiloroathene• .1 .2.2-TelracmoroatnaneTolueneChlorooahranaEtnylbanzanaStyraneXytona


National PresiEau Ciaira. v

MW-41A

'2' 18/91

4 U3U3 Ui U2U3U2 U1

22 U2 U6U5U322<J3 U2 U2U4 U9

; uzu2U

3U

6 U' Ul U4

2U3 U2 U2 U3 U3 U

W«cone,r

MW-4'B

:.4:22/9!

7 U2 U4 U9 U5 U7U3 U4

2 U3U2 U7 U

33U' U3 U3 U4 U7 BJ

3 U2 U

2 U

2 U

3 U

5 U5 U

34 U

: U2U2U3U3U

MW-41B

•2/18/91

4 U

3 U3 U2 U2U3U2 U2U92U2U6U5U52 U3U

2 U2U4UL,

2UJU2U3U6U' U1 U

2 J2 U3U2 U2U3U

,3U

MW-42A

X/22/8,

7U2 U4 U9U7U

7U

3D3U2U2U3U2U«U9U3U1 U3 U3 U4 U2 U3 U3 U2 U2 U3 U5 US U3U4U

.1 U2U2U3U3U

MW-42A

•2/17/91

4U3U3U2U2 U3 D2U2U2U2U2U6U5U2U2 U3 U2 U2U4U2U2U2U2U3 Ueu• u• u2U2U3U2U2U3U3U

MW-42A-O

•2/17/91

4 U

3U3U2U7U3 U2U2U2 U2 U2 Ua usu2 U2 U3 U

2 U2 U4 U2 U

2 'J2 U

2 U

3U6U• u• u2 U2U3 U2U2U3U3 U

UW-42A-FB

'2/17/91

4 U

3 U3 U2 U2 U3 U2 U2U2U2U2 U6L)5U2U2U3 U2 U2U4 U2 U: u2 U

2 U

3 U£ Ui Ui U2 U2 U3 U2 U2U3U3U

UW-42B

3 J2 U4 U9U5U7U3U

.3U2 U2 U3 U: u2U3 U

3 U

• U

3 U

3 U4 U• U3 Uj U2 U2 U3 U5U5U3U

4 U• U2 U2 U3 U3 U

Tnchlorotritiuorometnane2 2.3 3-Tetranetr<viDu!arie

Acetic Acid Methyl EsterPentanaCvcionaRana2 3-DimemvlbulaneMetnvicyciof exane3-MetnytneKane2.2,4-TnmathyipenianaOctanaT-icnioratluoromelnanaT-imelhyiailano'2-Propyl'urarj-MaihyipantanaMaunaHexamalhyicvciolnvnoxanaMathyicyciODentana• -BulanaUixnown2'UaThyDaniareTetranyoro FuranTinrana• 3.6-Haotatnena 2.5,5-ln2-Propanona4-Pentyr-2-ol

• sitoxana. HaxamaihyiEtlana. ', 1.2-Tnchloro-' 2.Butanoic AciaAc«nc Acid. Cyano-4-Penten-2-olCycKMatrasiioxajia, Octa/naihMathanamine N-Mathoxv

j MW-VOC4 Nationmi P'98'c lroL,s:ri8« inc

MonitO':rq f VOC Anaivtn

DV Hazenor

vVELL

DATE SAMPLED

Chicxomalnana

BromomeinanaV lyi ChiondaCfMO'oarnaraMatnviana CMo"deAcaioneCa/bon O'tulfiaa• ' -Dicriloioatnana1 ' -Dtcmo'Oetnanei 2-Dicnio'0«tnena co'al)CMIOTOlO'rr

' 2-Oicnioroamana

2-Bulanone• ' *-T'icnioroeinareCarbon Ta'racmonca

• 2-DtchiofODfOcane: s-'.a-Dicnio'soropana-•cmoroainanaDibromocnioro^emana• •,2-Tr,cr"0'»ir'»naBan/ana

B'omolorrr4-Malhy-2-P8nianone2-HaxanonaTetracnioroatiana1 ' .2,2-TeTracmoroamanaTotuanaOKXOOanzana

EthyioanzaneStyranaXywna


MW-42B

'2/17/81

4 U3 U3 U2 U7 U3U2 U2 U2 U2U2U6 U5U

2 U2 U

2 U2 U4 U2 'J2 U

2 U2 U

6 Ul U' U2 U2 U3U2U2U3U3 U

MW-13A

:4,.9/9'

7 U

2 U4 U9U' U

9 U

3 U

3 U5

2 U4

2U5U33U• u3U3 U4 U-BJ3 U

3 U

2 U

3 U

5 U

5U4

4U

2U2 U2U3U3 U

MW-43A

•21 18/91

4 U

3 U3 U2 U2 U3U2 U2U62U2U6 U5U32U

2U2U4 U62U2 UZ U3 U6 U1 Ul U

2 J2 U3 U2U2U3U3D

MVV-43B

C-4/23/9'

7 U2U4 U9U4U

7 U

53

2 U4

2 U9U23U

3 U3U4 U

5 U3 U3 U2 U

3 U5 U5U3

4 U24 BJ2U2U3U3 U

MW-436

•2/18/81

4 U

3 U

3 U2 U2 U9 J53

2U7USU5 U32 U3 U2 U2 U4 U4

2 U2 U2 U3U6U

' Ul U2 J

.2U3 U2 U2 U3U3U

MW-44A

•2/1S/81

4 U3 U3 U2 U7 U9 U

2 U2U52U2 USU

5 U22 U

2 U2 U4 U

22 L)

2 J2 U

6 U

• u• u2U

2U3U2 U

2 U3 U3 U

MW-44B

T'lchlorointlooromemane2.2.3.3-Tar'RmatnviQutara

2-PropanoiAcaK Ac:d Metnv1 EsiarPenlanaCvcionexanai j-D'TtainvlbutanaMamyicycior-aura3-Mathvlhexape

Oc'anaT- cMorolluofomatnanaT"mainyisnanoi2-Propvi'urar

3-Malhv<p«riiAn0Hauna

i:<oxanaMatnyicyciopantane• -ButaneUnnnown2-MathyioamaneTalranya'c FLirarT«nrana'.3.8-tlaDlainane 2.5 S-in2-P'Ooanona4-Parrvn-2-ol

4 U3 U3U2U' U3U2U2U2U2U2 U9 U5U22 U3 U2 U2 U4 U

: u2 u2 U

3U6U• u• u2 U2 U3 U2 U2 U3U

3U

•2/18/91

4U

3U3U2 U• U

•0 U2 U2 U2U2 U2 USU5U22U3 U2 U2U4 U7

2 U2 U

2 U

3 U6 U• Ui U2U2U3U2U2U3U3 U

12/18/81

4U3U.3U.2U2B3U2U2U2U2U2USUSU,2U2U3U2U2 U4 U2 U2U2U2U3USUl U1 U2U2U3U.2U2 U3 U3U

Etnana, ' 1.2-Tncmoro-1.2.Bulanoic AciflAc»!»c Acid Cvano-4-Pantan-2-olCvcioialraancxa-na Oc'amatr1

Mamanamina N-Malhoxv

• 1 JX' 9JX

3 'MW-VOC4 A*'

UortRxing vVeile - Recutii ol VOC Anarv*^ ;v LIQUIG S-aiTD'es i .'ij

Ar,AJy»i« DV HizeilOO LADOratonee

VN^LL.

DATE SAMPLED

C^iofoiTtetnarte

B-omometrare

V-nyi Chtonat

Oforoemane

Acetone

Carbofi DiiuHdB", !-Dicnioroemene' '-Dtchioroernane

' .2-Dicmoro«inene uo?ai)Chlorolofm' 2-Dichloroetnane2-BuiAnooe

Ci/bon Tet'acnionae

B'omoGicnio'omeinani

:t«-i ,3-Dicnioroorop«n»

' ' 2-Tncrvoroetnan*

•rant-i 3-Dichioroorooene3fOoio!orrr

',1,2.2-TetracnKyoetnaniToluene

Styrene

Xywn*

NaionaJ fEau C.ai

OC Anaiytia

iaa

MW-44A

•2/19/9,

4 U

3 U3 U

2U7 U3 U2 U3 Ja j2U2U6U5U9J2U3U2U2U4 U2 J2 U2 U

2 U3 U6 U

• u• u3 J

2U3U2U2U3U3 U

IMPOUNDS

rs, yv'iscofii.n

MW-4SB

• 2.' 1 9/9 1

4 U3 U3 U

2 U7U3U2 U262U2Ueu5U

5«JE

2U3 U2U2U4 U3

2 U

2 U

2U3U6Ul U' U3

2 U3U2U2U3U3U

S - e

MW-tSB-DL

•2'19/9i

3 U6 US U4 U

2 BOJeu4 U

2DJeoj4 U

4U

' U3U

57 DJ

4 U

6 U4 U4 U

a u• O O J

4 U

4 U

4 U

6 U

• u2 U2 U3DJ4 U6 U4 U

4 U

eueu

4 U

3 U3 U

2 U7 U

9 U2 Ui

32 U2U6U5U252U3 U2U2 U4 U9

1 U

2 U

2 U

3 U

6 U

• U• u32U3U2U2U3U3 U

MW-4SA

•2' 17/91

4 U3U3U2 U7 U3U2 U6 J2J2U2U6U5U19J2U3U2U2U4 U5 J2 U2 U2U3 U

6U

i U' U8BJ2U3 U2 U2 U3 U3U

UW-4J58

•2/'7/91

4 UR3UR3UR2UR2 UR3 UR2 UR2 UH2UR2UR2UR8UR5UH2UR2UR3UR2UR2UR4 UR2UR2 UR2 UR2 UR

3 UR6URl UR• UR2UR2 UH3UR2UR2 UR3 UR3 UR

»W-««6-F

'2/17/91

4U

J U3 U2 U2 U3 U2U2 J4 J

2U2U6U5 U37J

2U3U2U2 U4 U5 Ji U2 U

2 U

3 U6 U• u• u2 J2 U3 U2 U2 U3 U3U

MW-4«C

•2/17/91

4 U

3U3U2 U7 U3U2 U732U2U6U5U222U3U2U2 U4 U4

2 U2 U2 U3U6U• Ui U2U2U3U2 U2 U3U3U

UW-*7A

•2/-7/91

4U

3U3U2U7 U3U.2 U2U4

2U2Ueu5U22U3U2U2U4 U

22 U2U2U3Ueu• u• u2U2U3U2U2U3U3U

2.2.3.3-TaTrarn»tnviDutane

c-P-ooano;

Acetic Ac a. Methvi E«:e'p»niane

C.;ionexa.ne

Weihv'cvc'cnexane

3-Memyir-axane2.2.*-T'-m»tnyiDeniane

OctaneT- chlofo'luoromernane

T- Tiethvtiianoi2-P'opvifuran3-Metnv'oenianeHexane

Msthvicvciooentane

i -BuieneJnnnown

2-MeinvipenianeTetrafworo Fj-anTyrone' .3.&-MeDtalfene. 2.5,5-ln

2-Prooancne4-Perrvn-2-oi

Emane, • 1 * .2 -T ' 'CnofO- i .2 ,Buianotc Ac>dAceoc AciO. Cya/io-

Mathana^ina N-M«lhoxy

•ji MW-VOC4 v^<1 ns P**»5:o t r c L

niTor ^q vVail* - R««ultt ol VOC Anaivtn

- L .QJ a Sago's* ipq-':i

WELL.

DATE SAMPLED

Chlofomama/ieB'Drpomsinana

V nyl Ch OndB

CMoro^raraUetnyiane Cnicnaa

AcBIOflB

CarPOn Oisj.lidB

• • -Dichiorofli.iene: • -Dichioroeinane1 2-Oicn.ioro«mene (lotaJlCMorotorm• 2-DtchioroBinana2-BuTanonai i • -T' cMoroairaneCarpon ra"acnior>aeViryi AcetateBromoo icr. tof on'ietnare• 2-Oicfiioroprocane.5- ' 3-O'CMoocKOpeneT-CMO'OBêne

~ sronôcn oror^B'Pane

• • 2-Tncnioto«tnareBanzane

2-HaxanpraTatrejchloroetnenei • 2.2-Tetracnioro«tnan»TolueneC- OrOD.nj.r.

E'hylberzene

=|-vrar»Xy,.n.

TENTATIVELV IDENTIFIED COMPOUNDS

MW-47B

• 2.' 1 7/9 •

4 U3 U3 U

2 U7 U

3 U

2 U2 U2 U2 U2 U6 U5 U6

2 U3 U2 U2 U4 U

?2 J2 J2 U

3 U

6U

• u• u2 U

2 U3 U2U2 U3 U3U

MWÂ

•2.M8/9'

4 U

3 U3 U2 U2 U

3 U

2 U2 U2 U2 U2 U6 U5U5

2 U3 U2U2U4U

3

: u2 U

2 U

3U6 U

• u• u2U

2 U3U2U2U3U3 U

MW-44B

2/18/9'

4 U

3 U3 U2 U£ BJ3 U

2 U2 U2 U2 U2 U6U5U4

2U

3 U2U2U4 U7

2 U2 U

2U3 U6U• u• U2U2 U3U2U2 U3 U3U

TnchlofOl' tiuofonetnane2.2.3,3-TeTamsrnvibutarB?-P'OoanoiACBTIC Ac'3 Methyl Este'

3-Matrwirexare2.2 4-T' r-etfyipentane

OctaraT- chlofotiuoronernanBT- -neinyiS'iancn2-Proovituran:>-Malhyip8nlana

MalhyicvciocanTana

' -Bulena

2-Memyip8ntaneTalranvarc F^ranTK "ana1 3 6-H«platnana 2,5.5-tn2-Propanone4-Panryn-2-ot

4U

3U3U2 Ui U

3 U2U2 U2 U2U2U6U5 U32U3U2U2U4 U7

2 U2U2U3 U6Ui U1 U2 U2 U3 U2U2U3D3U

Mw-tse

•ZM7f9l

4 U3 U3 U2 U7 U3U2 U2 U32 U2 U6 U5U22 U3 U2 U2 U4 U1

2 U2 U2 U3 U6 U1 U1 U2 U

.2 U3U2 U2 U3 U3 U

•2/17/91

4 U3 U3 U2 U7 U

3U2 U2 U2U2 U2 U6U

5U22 U3 U2 U2 U4 U1

2 U

2 U2 U

3 U

S U1 U' U2 U2 U3U2 U2U3 U3 U

4 U3U3D2 U2U6 U2U2U2U2 U2 U6 U5U2 U2 U3 U

2U2 U4 U

2 U

2U2 U2U

3 U

6U

• U

• U

2 U

2U3U2 U2U3 U3U

MW-40A

•Z'18/91

4 U

3U3U2U7 U3U2U2 U2U2 U2 U6 U5U2U2 U3 U2 U2 U4 U2U2 U2 U2 U3 U

«U• u' U2U2U3U2U2U3U3D

MW-60B

'2,'14«1

4 U

3U3U2 U7 U3U2U2U2U2U2U6 U5Ue2U3 U2U2U4 U62 U

2 U2 U3U6U1 Ui U2U2U3U2U2 U3U3U

Etnana. V' 2-TncMcKO-V2.a^tanon: AciOAc«ttc Acid. Cvano-d-Pt»ntan-2-o:

Cvck3l«tr.«!ioxan«. Octa/nainMeTharamire. N-M»thoxv

Uonnofi^q Well* - Re*uin or VOC Anaivx*

Ar-aiyit* Ov Hajrenon Laoofatone*

WELL:

DATE SAMPLED:

Chtofometnan*BrofnomeinaneV'nyl ChtQf'd*

Methyiene ChionoeAcetoneCar Don Disulltde' , 1-Ochtoroethen*', i-t>chloroethar*' ,2-D»chtoroeih*ne CtotaJlChloroform

' 2-Dichloroeihane2-But»none'.' i-Trichloro*ihaneCarbon Tetrachtona*Virvi AcetateBromodichiorometnanei .2-DicnlOfOorooaners- i 3-DiCfloroofODene

D o'omocntororrethane' ' 2-TnchiofoemaneSeniene

BrDmolofm4-M*myt-2-Pentanone2-H*x*noneTeTrachtoroethen*1 J ,2,2-T*trachJo<o*thaneTojueoeCh lor often zeneEthylbemeneStyren*Xylerte


Nations Prei

MW-61A

12/16/91

4 U3 U

3 U2 U2 J3U2 U61

2 U2 U6U5 U•4

2 U3 U2 U2 Ui U-

2 U: u: u3 U6 U

• u' U3

2 U3 U2 U2 U3 U3U

10 Inoui1f»t me S.l«Wiscontir

MW-618

'216/91

4 U

3 U3 U

2 U

2 U3 U2 U35

2 U2 U6 U5U52 U3 U2 U2 U4 U3: u2 U2 J

3 U6 U1 U1 U2 U2 U5

2 U2 U3 U3 U

MW-52A

•2<13/91

4 U3U3U2U7U3 U2U2332U6U5 U«2U3U2U2U4 U' •2U2 U2 U3 U6U1 U1 U

2U3U2U2 U3 U3U

MW-52A-0

•Z'13/91

4 U3 U3 U2 U7 U3D2 U232 U2U6 U

5U422 U3 U2 U2 U4 U

•o2 U2 U2 U

3 U

6 U• u• u

1

2U3U2 U2U3U3U

JW-62A-FI

•2/13/91

4 U

3 U3 U2U• u3U.2 U2 U2 U2U2 Uau5U2U2 U3U2 U2 U4 U2 U2 U2 U2 U3 US U1 U' U2U2U3U2U2 U3U3U

MW-S28

•2.' 16/91

4 U3U3U2U2 U3 U2U232 U2 U6U5U34

2U3 U2 U2 U4 U

2 U2 U2 U3 U6 U1 U' U3

2 U3 U-2 U

2 U3 U3 U

MW-&3A

12MS/91

4 U3 U3 U2 U2 U3 U

2 U1

32 U2 U6 U5LI302 U3 U2 U2 U4 U7

2 U

2 U2 U

3 U5 U

• u• u7

2 U3U2U2U3U3U

MW-638

'2/13/91

4 U3U3U2 U7 U3 U2 U24

2U2US U5 U362 U3 U2 U2 U4 U• 22 U2 U2 U3UeuI U• u4

2U3U2 U2 U3U3 U

MW-MA

'12/91

7 U2U4 USU7U7U3U.3 U.2U2U3U2 USU33U1 U3 U3U4U

3 U3U2 U2U3U5U5U3U4U2U2U2U3U3U

2.2.3.3-Tei'ameihyrbuian*2-PfopanotAcetic Acid Methyl Es:0r

2.2.4-Tnmetnv'ptr'tane

OctantTfichtorolluorometnaneTnmvtnyitilanoi2-P'OOV'1urao

3-MeihyiDinian*

' -8uien»Unknown

' ,3.ft-Heptamenr 2.5.5-irt2-Propanont

Ethane, i ,',2-T'ichioro-' 2.Butanotc AcidAcenc Acid. Cvano-4-P»nt»n-2-olO^clot»na»iiOKan« Oc:am«itiM«Tt)anan^me. N-U«tnoxy

Monitoring vV»Hi - Ra*uMc Qt V'OC A.naiviil

• ry L ia^ iQ Samois* \nq.' )

*r.aJvtr« 3v Mai»uon Laooraion»«

,VELL

DATE SAMPLED

Ciiorotn.-p.ar.B'Ofnorretnana

•,':nyi Chionoa

C-ioto»naneM.mv.i.CPio-0.AcalonaCarbon D-s-lÔe

• •-D.cn.o-o.'nana• --OicniofMt-an.' 2-Dicn.:oro«tnene (retailCliorotorrr

• 2-Dicn.ioroafana2-Bjtanoi.• M-Tnc*voro«tnan.e

Carbon Tavacn.ondavnv AcetateB'omooicrvcrorr'etnane

' 2-Dicnioroorooana: s - t 3-D cnio'oc-CDanaT-cnoroama-aD.Dromocn c'or"e"-ana

• • 2 -T ' crioroatnane

B8nââ

B-omoto'-n4-Metnvi-2-Pen:anone2-HexanonaTeiracnioroamene' ' .2.2-Te:racnioroatnaneToiu.n.Ci'Orofcenzen.

ElrivlbanzenaSrvr.neXyi.fi.


Tnchtorotr'tuorometnan.

2 2.3.3-Tet'amemviDutane2-ProoanoiAcet ic Acid Motrwi EstarPentaraCvcionexane

3-MatPvinaxana

Octanaf ' lcniototi jo'omethaneT-ir-netrwHnanoi

2-P'CDy'lu'a.i

3-MetriytDen:araHaxana•-leKamainyicvciotniiloxaneMethviCYC'ODontani

• -Butane

MW-54B

•2/12/9'

7 U

2 U4 U9 U7 U

7 U

3U4 J

' J

2U3U2U5 U9 J3 U

i U3 U3 U4 U3 J

3 U

3 U

2 U

2 U

3U

5 U

S U3 U4U2 U2 U2U3U3 U

^_

-—

---

--

-

——

——————

MW-&4B-RE

•a.:z«i

7 U

2U4 U

9U7 U7 U

3 U• J4 J2U3 U2 U5 U30 J

3 U

1 U

3 U

3 U

4 U

•o J3 U

: u2 U2 U3U5 U5 U3 J4 U2U2U2 U3 U3 U

_

——----

~

-

--——-——-—

UW-A4C

•Z.-2/9,

7 U

2 U4 U3U7U7U

3Ut

22U3 U2 USU•4

3U• u3 U

3 U

4U

e3 U

3 U

2 U

2 U3U5USU3U4 U2U2 U2 U3 U3 U

_

———_

-

--

————————

MW-SSA

•i'5/91

4 U3U3U2 U7U

3 U2 U2 U2 U2 U2 U6 USU2 U2 U3 U

2 U2 U4U

2 U2 U2 U2 U3 U6U

' U' U

2 U

2U3 U2 U2 U3 U3 U

_

———--

-:-_——-———_

MW-668

•2.-9M1

7U

2U4 U9U7 U

7 U3U2 J22 U3U2U5U123 U' U3 U3 U4 U4

3 U3 U

2U2U3USU5U

3 U4 U

: U2 U2U3 U3 U

_ _

—--—--

~

--

——————---

4 U

3U3U2 U7U3U2U522U2U6U5 U17

2U3U2 U2 U4 U4

2 U: u2 U3 U6 Ui U1 U2 U2 U3U2 U2 U3U3U

MW-SSC-D

•2.'IS/91

4 U3U3U2 U7 U3 U2 U622U2U6 US U

2U3 U2 U2 U4 U

4

: u2 U2 U3 U6 U• U• u2 U2U3U2U2U3U3U

4 U3U3U2U7 U3 U2 U2 U2 U2 U2 U6 USU2 U2 U3 U2U2 U4 U2U2U2U2 U3 U6U' U• U2UJU3 U2U2 U3 U3U

4 U3 U3U2U7U3U2U2U2U2U2Ueu5 U2 J2U3 U2U.2 U4 U2U2U2 U2 U3Ueui Ui U2U2U32U2U3U3U

2-MainyiDartanaTorranvdro F^ran

• 3.6-M.otatria"a 2.5.5-tr2-ProDa-nona4-Panrvn-2-o

• Kiloxa/ia nexamatnvElnana. • ' 2-Tr.chio'o-' 2.Butanoic AridAc*rtc Acid Cyano-4-P»nt.n-2-oi

C^ciot.tras icxana. Octam.tP

'MW-VOG* oaj P'ss*o Industrie* i"c S>!»

g W«lli - R*«ult« or VOC Araivtu

Sample* (.pgdj

Ara/vir*, Dv Haz*ito<i LiDOfaicxi**

WELL:

DATE SAMPLED:

ChlofometnaneB'omometnaneV ryl CMWide

ChloroetraneMetnylene ChiondeAce roneCa/bon Dicuilioe' , l-Dichloroemene1 , 1-Dichloroeinane• ,2-Dichloroeinene (totailChloroforml.2-Dichioro»mane2-ButanooeI.1 *-Tnchloro«lhaneCarbon TetracnlondeVinyl Acetate

Bromoaicniorometnane' 2-Dicnloropropare: is-< 3-Ochloropropene

T"chloroetnene0 D'omocniO'omethane• ' 2-TncnioroeinaneBenzene•rani-i 3-OiChloroprooeneBromolofn4-Metnyl-2-Pentanone2-H««*noneTetracnloroetnene1 ' 2.2-TetrachlofOetnane

TolueneCiicxooenzeneEthylbenzeneSryreneXy*n.

MW-67A MW-57A-RE MW-S7B

!2'17/91

4 U

3U3 U2 U2 U3 U2U2 U2 U2 U2 U6 U5U2 U2U3 U2 U2 U4 Ui J

2 U2 U

2 U

2 U

6 U

i U1 U2U2U3U2U2 U3U3U

•2M7,9,

4U

3U3U2Ue u3 U2U2U2U2U2U6 U5U3 J2 U3 U2U2 U4 U

• J

2 U2 U

2 U

3 U

6U1 U' U2U2 U3U2U2U3U3U

2/'7l91

4 U

3 U3U2U7 U3 U2U2U2 J2U2U6U5U1

2U3U2U2U4 U

2 U2 U2 U3D6U

1 Ui U2U2U3U2U2 U3 U3D

MW-SSA

•2.' 17/91

4 U3 U3 U2 U7 U3U

2 U2 U2 U2 U2U6 U5U2 U2 U3 U2 U2 U4 U2 U2U2 U2 U3 U5 U• U1 U2 U2 U3U2U2 U3D3 U

MW-UB

•2/17/9,

4 U

3U3 U2 U7 U

3 U2 U2U2U2 U2 U6USU

a2 U3 U2 U2 U4 U2 J2 U2 U2 U3 U6U1 Ui U2 U2U3 U2 U2 U3 U3 U

MW-SflA

•2/15/91

4U3U3U2U7 U3 U2 J2U2U2U2U6USU2U2 U3 U2U2 U4 U2 U2 U2 U2 U3 U6U• U• U2U2U3U2U2U3U3U

Mw-sse

•2/ -5/91

4 U

3 U3 U2 U7 U

3 U2 U2U2U2U2U6US U2U2 U3 U2 U2U4 U2 U2 U2 U2 U2 U

6U

' U

• u2U

2U3 U2 U2 U3 U3 U

MW-SOA

•2.'09/91

.7 U2 U4 U9U7 U7U3 U3 U2 U2 U3 U2 USU9 U3 U' U3 U3D4 U2 U3U3 U2 U2U3 U

.5 US U3D4 U2U2U

2U3U3U

MW-00B

•2/-0/91

7U

2U4U9U7U7U3U3U2U2U3U2USU9U3U• U3LI3U4 U

2 U -3 U3 U

2U2U3U6USU

,3U,4U,3U2U2U3U3U


TfichlocotMiuorometnan*2 2,3.3-T*:ram*tnvibuian«Z-P'ooanoiAcaiic AciO. Methyl Esi«rP«nia/i«

1 3-DimeinviDutan*MethyicvcioneKAna

3-Mflthvinexano

Oc:tn»Tr c^kxo'luoromeinan*

Z-Propv^uran3-M*myip«nta/i»H»xan«MeKamtinvicvciotriSHoxantMeTfwicvciopertan*•-Bu!»n»

LJnKnown

2-M»thvipenian»Tair»nyoro F jranTNiran*' 3.6-H«ciatn«n*>. 2,5.5-!n

2-P*opanone<i-P»nrvn-2-<3insikixmrt, Hs)^m»tnviE:han» i,' .2-Tnchioro-i .2.Bula/ioc AcidAcattc Acid. Cvano-

Cvctotauasnoxan*. Qctarn*inMvtnanamme. N-M«thoxv

'.MW-VOC5

Moni'tx-nq W«ili - Retutts ol VOC Analytt*f -1' Liauid Sampief iwgM

Analytic Dv Hazeiton Laooraionet

National P-8«ic maj»i'.et ire Sip«Eau C-ai't vVitconim

^VELL:

DATE SAMPLED

Oloromemane

B ' omome maneV ryl Crnoride

ChioroemaraMeihyiene Chionao

AcetoneCa/Don Oisu'dde• ' -Dicriiofoemene' 1-Dichioroeinane• .2-Oicntoroeinene iiotaj)Cniorotorm* 2-Dtcmoroeinane2-Butanofie1 • . i -TncmoroetnareCarbor Telracniono*

V-nyi Ace! anBromoaicnioromemane' 2-OicfiioropropaneOS- ' .3-DiChloroo'ODene

T-'chloroeineneD'Oromocnioron-ethane' ' 2-TricniQro«ihar»

Benzene

vi-n-i ,3-DicrMoroc'openeBfOfnolorm

4.-Mtthv(-2-Pentanon»2-rt«xanon«T«iracniofO«!n«nt1. ' 2,2-T»iracniofo«man«Toiuan*ChioroO«n2»n«

E'hylb«nzen»StyrtnvXyl*n*

MW-01A

•2/C9/8'

7 U

2 U

4 U

9 U

7 U

7 U

3 U

3 U

2U2 U

3 U2 U5 U

23U• u3 U

3 U

4 U

6

3 U

3 U

2 U

2 U3 U

5 U5U3U4U2 J2 U2 U3 U3U

MW-6'B

•2/13/91

4U

3U3U2U7U2 U2U2 J4

2U2U6U5U22U3U2U2U4 U92U2 U2U3U6 U• u• U2U2U'2U4

3U2. ex

MW-«2A

j 7/27/92

3 7 U

: 2U: 4 u3 9U: ?u

96

: 3U

34

:.2U: 3U3.2U

5 U'30

0 3U' U

3 3U3 3U3 4U

3.2U3 3 U3 3U: 2U3 2U3 3U3 5U3 5U

20 4 U3 2U3 2U3 2U3 3U3 3U

MW-82A-DL

; 7/27/92

5 U

2 U3 U

7U

3BDJ5U2 U2U3402U2U• u

38U'40 D

2 U9 U2 U2U3U• u2 U2 U2 U2 U2 U4 U3U2 U3U2 U• u• u2U2 U

MW-O2B

37/27/92

2Uo e u

• u2U282U

o.eu0 84«

0 80.7U0.4 U'3U66

0.8 U3U

07 UO.B U

• u0 5U0 7UG 7 U0 6U08 U0 7 Ui U• u2

• uo e u0.5 U0.4 U

0.7 U07 U

w-ezB-ou

: 7/27/92

2 U0 6U

• u2U3 B2 U

0 SU1

so0.9

0.7U0.4U13Ua*

3 8 U3 U

0 7U3 8 U

1 U0 5U3 7U0 7 U0 6U3 6U0 7U' U1 U3

1 U3 6 U0 5U3 4U3 7U0 7 U

MW-82B-FB

37/27/92

3 7U0.2U3 4U3 BU3 7U3 7U

0.93 3U3.2U3.2U3 3U3 2U5 U

0 9U0.3U' U

0.3U0 3U3.4UC.2U: 3 u: 3U: 2U3 2U3 3 U3 5U5 5U0 3UC.4U0.2U0 2U3 2U3 3U3 3U

MW-«2C

37/27/92

0.7U0.2U3 4U0.9U0.5 BJ

383.3U0 50 9

0.2U0.3 U0 2USU3

0.3 U• u

0 3U0 3U0 4 U02 U0 3 U0 3 U0 4 U•3.2U03 U3.5U0.5U0 3U0 4 U

3 40.2 U0 2U0.3U0.3U


2-Prooa/iO'Acaitc Acid. Meiny Ester

Metnyicvcioh»xan«

2.2.4-Tri-neihytpflntaneOctane

3-M«ihv|D«n:aneHexaneHexamer^vicyciotrisitoxaneMethylcyclODenian*1 -8ui«neUnnnown

2-MeihyioenTareT«Tranyaro FuranThnfane•,3.&-Hepiainene, 2.5.5-Tn2-Prcx>anone

CyctoirtfitaxAne. H«xametnyiEihane.i.'.2-Tncnioro-1.2Butanwc AcidAc*tic Acid. Cyano4-Penten-2-oi

in». N-Meinoxy

'.1 .MW-VOC5 WK1

Maniionrg W«H« - B«iui1f ot VOC AnaiVi*c?' Liqua Sanoi** i^g/O-

Ana/v»t« DV Hazeiton Laooraiorw*.

WELL

DATE SAMPLED

BromomemanaV.nyl Cfiior de

ChkxMtnartM»thyl«ns Ch'Ond*

Ac* (on*CAJ-&OT Disuifidi' , i-D*cnwro»m«n»' , 1 -DtchKjro«rnan«1 .2-Dicmoro»in«n* (total)ChlofOtorm1 2-D*cnioro«man«2-ButaroneV' T-TrichiofO»rnan«Carbon Tetracntond*','inyi Ac* ( at*.Bromoaicrvorarr,«iha/i*1 2-Dichiofoo'ODan*:;B- • ,3-Dichioroprop«n*Trichtoro*tn«n*D bromocr loromsman*

4-M*tnv'-2-P«ntanon*c-H*xaron*Tetracnioro»tn*n«1 • ,2.2-T*uacriiOfO»inan*Toiu*n*CniwoO*nz*n*Elhylb«nz*n*

STyr*n*Xyt*n*


Njtxjral FmEiu C.ajr>

WW-63A

07/28/92

0 7U0 2U0 4U

3C 58J0 7U0 3U

'402

0.3U0.2U5U•30

a 3U1 U

0 3U0 3UD 4 U3 2U0 3UD 3 U

3

0 ZU0 3D3 5U3 SU

4

3 4U

3 2U3 2U3 3U0 3U

vVnconiin

MW-«3A-DL

J7.'28/92

4 U

1 U

2U5U4 U3U1 U

3 7DJ•70 D

2 D1 U

3 9U25 U•60 D2U6Ul U2U2U' U1 UI U

1 Ui Ut U3U2 U5D2 U! U

0 9U3 8 U' U1 U

MW-S3B

3 7U: 2U0 4U3 9U: 7U0 7U0 3U0 3D3 2U0 2U0.3U3 2U5U0 8 J3.3U

1 U0 3U3 3Ua 4U3 2UJ 3U3 3 U0 83 2U3 3U3 SU3 5U3 3U3 4U0.4

3 2U3 2U3 3U3 3U

0.7U0.2 U04 U3 8U0.7U3 7U0.3U0 3U0.2U0.2U0.3 U0.2USU2

0.3Ul U

3.3U0.3U04U3 2U0 3U3 3 U3 2UC.2U3 3U0 SU3 SU3 3U3 4U3 2U3 2U3 2U3 3U0 3 U

MW-O48

37/28/92

C 7U0 2 U3 4 UC SU3 7U0.7U3 3 U0 3 U0.2U0.2U3.3U3.2U5U

0.9U0 3 U' U

0 3U0 3U3.4U0 2U3.3U3.3 U3 2 U3 2U0.3U0 SU0 5 U0.3U0 4 U0 2U0 2 U0 2 U0.3U0 3U

MW-S4C

37/28/92

0.7 U

0.2U04 U0 9U07 U3 7U0 3U0.3U0.2U0.2U0.3U0.2USU

0.9U03 U

• u0.3 U0 3U0.4 U

3 83 3 U3 3 U

3 2U3 3U3 5 U

3 SU

3 3U3 4 U3 9

3 2U3 2U3 3U3 3U

MW-86A

:7/2S/92

: 7 u0 2U0 4 Uo a u: «BJ

'83 6

03 U0.2 U3 2UC 3U3 2U5U

0 9 U0 3 U

• u0 3 U0 3U0 4 U0 2 U•:.3 u: 3 u: 2 u3.2 U3 3 U

0 5U

J 5U3 3 U0 4U0.2U3 2 U02 U0 3 U0 3U

MW-8SA-RE

37/28/92

0.7U0.2U0 4U0 9U0 7U3 7U

23 3U

0 2U0 2U0 3U0 2USU

0 9U0 3U' U

0 3U0 3U0.4U0 2U0 3U0 3U3 2U0 2U0 3U0 SU3 SU0.3U0.4U0 2U0 2U0 2U0.3U0.3U

Acsnc Acid. Methyl

Cycionejtan*

3-M*tnvip*ntan«Hoxa/i«Hoxam«rny>cvclotn*iloxap«M»tnyicvciOD«nian«•-But«n«Uinnown1-Mttfiv'Otntar*T«:r»nyoro Fj-anThuran*V3.&-H«Diain«n». 2,5.5-Tn

2-Prooancxie4—Ptnryn-2-Oi

Cvch3tniiicxan«. HeKam«ihyiEtfimnt.1 . i ,2-Tnchkxo-'' .2Su tan oic AcidAc«tic Acid. Cyano*-P»nt«n-2-oiCvck3t»tra»iK3)can». Octam«thMttnanamm*. N~M«thoxy

MonitO' r-g vVailt - Result* 0! VOC AnaJv«<«

Por L Q J ' Q Sampia* <>jgn).

Analysis Dv Hazaiton LaDOfaionas.

WELL: MW-«6B MW-«5B-DL

DATE SAMPLED:

CnloromalnanaB'omomtmanaV nyl Chloride

CNoro*inareMstnyiere CnionoaAcBlonaCa/bon Otsuilioe• 1 -Dichicxo«in»n»• , i-Dicntoroatnanti ,2-DK:htoroeiri«n» flotaoChlofolorrr-1 2-Dicnioro«ln«nt2-Butanone',' i-TMcnloroBthan»Ca/bon T«uachlonfl«

Vinyl Aceiata

1 .2-Oicnioroprooan*: s-l 3-OiChloroo'oo*n»T- cnloro«tnen«O'Dfon^ociioromotran*• • 2-Tncn;ofo«inar»

3enz«n«••an»-i 3-D>chlofOD'OD*ntBfOfTXjtorm

d-M»thvi-2-P«ntanon»2-H«x*/ion»Tatracnioroeintn*1 , ' .2.2-T*tracnloro«Ihan«ToluanaChlorobanzanaEtnylb«nzen«SryranaXy!«n»

37/28/92

0 7 U02 U0 4 U0 9 U0 7 U

60

0 3U03 U

0.2 U0.2 U0 3U02 U5U

0 9U33 U' U

C 3 UC 3 UC 4 U

0 93 3U

C 3 U

0 2 U0 2 U: 3U0 SU

0 SU0 3U0 4U0.5

0 2 U0 2U0 3U0 3U

07«8/K

• u0.4 U

0 .7U2U• u• u

0 4 U

0 5U0,4 U

04 U0 4 U0.3U

9 U' U

05 U2U

0.5 U0.5U0.6U0 3 U0 4 u0 4 U0 4 U0 4 U0 5U0 9Uo.eu0 4 U0 7U0 4 U

0.3U0.3 U0 4 U0 SU

07/28/92

3 7U3 2U3 4 U0 9U3 7U

3 7U

3 3U

3 3U3 2U3 2U3 3U3.2U5U

0 9U

3 3U

1 U0.3U0 3U0 4 U

23 3U3 3U3 2U0 2U3 3U0 SU0 5U0 3U0.4U0 2U0 2U0 2U0.3U0 3U

: 7/28/92

2U3 8 U

• u2 U2 B2 U

3 6U3 7U

9

0 5U3 7U

3.4 U•3 USS

08 U3 U

0.7 U3 8 U' U

0 5 U0 7 U3 7 U3.6 U3.8U0 7U

• u• U

0.6 U1 U

0.8 U

0.5U04 U

0 7U0.7U

37/2VK

3.7U0.2U0 4U0.9U2B

C 7U3.3 U

4

110

'

0 3U0.2U5U'SO

0.3U1 U

0 3Ua 3U04 U0 2UC 3U: 3 u: 2UC 2U0.3U0 5U0 SU

4

0 4U

3 2U0.2U3 3U3 3U

37/28/82

5U2U3U7U

'BO5 U2U2U

81 D2U2Ui U

38USSD2U8 U2 U2 U3U• u2U2 U2 U2 U2U4 U

3U

2 U3U2U• u• U2U2U

37/28/92

3 7U3 2U3 4 U3 9U3 7U•30

3 3U3 3U

23 2U3 3U3 2U5U4

3 3U' U

3 3U3 3U3 4 U3 2U3 3U3 3 U3 2U3 2U3 3U0 SU3 SU3 3U0 4U0.2U3 2U3 2U0 3U0 3 U

37/28/82

S U2 U3U7U5 U5U2U2 U2 U2 U2U1 U

3«U8U2 U8 U2 U2 U3 U• u2 U2 U2 U2 U2U4U3U2U3U2U' U' U2U2U

TENTATIVELY IOEKTIF1ED COMPOUNDS

TF>chloroln(luOfom«tnmn«

2.2.3.3-Tatram»inyibutan*2-Pfoo»noiAcaitf Acia, Methyl Esi«rPentan*

CvciohBxane

OctantTncniorotiuoromtihan*Tfim»tnvi8'ia/ioi2-P rooylturan

3-MttnyipantanaHsxan*H«xam«tnv!cvciot'i3iioxan«Mothyicvciopsntani'-ButtntUnknown2-Uathyipantan«Teirafiyar; FuranThnrane' 3.8-H«ptatriana 2.5.5-Tn2-P'Ooanone4-P«nrvn-2-oiCvclotntiloxana. haxamatnyiEthana i, 1 .2-Tfichtoro-1 .2

Butanoic AcidAcat>c Acid. Cyano

CycKJtatrasiksxana. OciamatnMatnanamma, N-Matnoxv

3 MW-VOC5

Mcxiitonrq

F-r Liauia SamcJ'*

Ana/v«i« ov Mai»n

WELL.

DATE SAMPLED

- R«8uit»

Actton*

Carbon DiGJ'Md*I ' -D»criiofO*!n«n«1 ' -Dtcfikoroeinant' 2-DicfnOfO«!n»n«itoCrnorotorm' 2-Oicnioro«:han»2-8utanon»',1 .1 -TncnioroetnanaCarbon T»ifachionaeV<nvi Ace 1 ale

t 2-Dicn»oropropan«;is-i ,3-OichioroDrop«Tnchloroather*

D C'omocno'OTisinan

' • ,2-Tncn o'O*tna/i*Banzensi-ans-i ,3-Dicrno*-oOfOB'orno'O'm4-M»tnvi-2-P»nianon

2-Heianone

Xyi«n*


Natxxial P'»s'cEau C*air*. A

MW-«7A

07/29/92

3 7U3 2U3 4 U3.9U3 7U3 7U3.3 U3.3U0.2 U0.2U03 U0.2USU

0 9U0.3U

1 U3 3U3 3U3 4U3 2U3 3 U0.3 U

0 2 U02 U

0.3UOS U0 SU3 3U3 4U3 2U3 2U0 2U0.3U0.3 U

lrcu<:r««. |

MW-«7B

37129/92

3 7U3 2 U3 4U0 9U0 7 U

0 7 U0 3 U0.3 U32 U3.2U3 3U3 2U5U

3 ej3 3U

• u3.3U3 3U04 U

3 3 U3 3 U3 2U3 2U3 3U3 SU3 SU0 3U3 4U0 2 U0 2U0 2U0.3 U0.3U

-C S»!«

MW-88A

37/29/92

3 7U3 2U3.4 U

04 BJ

07 U0.7 U0 3U0 3U0 2U0 2U3 3U0-2 U

5 U0.9

0.3U' U

0 3U0.3 U0.4 U

3

3 3 U3 3U

3 2U3 2U3 3U3 SU3.5U0 3U04 U0.2U0.2U0 2U0.3U0.3U

MW-88B

•~j 29/92

7U

2U4 U9U.7U.7 U3 U

0 3U1

0.2U0.3U0 2USU

33 3U1 U

3 3U3.3 U3.4 U

20 3U03 U0.2U3 2U3 3U0.5U3 SU3 3U3 4U3 2U3 2U0 2 U03 U0.3 U

MW-88A

37/29/92

3.7U0.2U0.4 U3 9U3 7U3 7U3 3U3 3U3 2U

0 2 U3 3U0 2 USU

0.9U0.3U

1 U0.3U3 3U3 4 U3 6 83 3U3 3U3 2U3 2UC 3Uosu0.5U0.3 U0.4UO . Z U3 2 U3 2U3.3U3.3U

Mw-e»e

37/29/92

3 7 U

3 2 U3 4U

3 9U

3 5BJ

: 7 u3 3U

3 3U

3 2U0.2U03 U0.2USU

0 « J3 3U

1 U3 3U3.3U3 4 U0 3

-. 3U: 3 u: 2 u02 U

0 3 U

0 S U

3 5 U33 U

34 U

3 2U

3 2U

3 2 U3 3U3 3U

MW-70A

: 7/29/92

0 7U3 2 U3 4 U3 9U3 7U3 7 U

3 3 U~ 3U

4

0.63 3U3 2U5 U

a0 3U

• u3 3U3 3U3 4U

433 3U

Z 3U

: 2u3 2U

: 3U35 U3 5 U0 6

0 4 U0.2U3.2U3 2U3 3U3 3 U

MW-70B

37/29/92

3 7 U0.2 U0.4 U0 9U0 7 U3 7U3 3U3 3U3 2U3.2U3 3U3 2U

5 U

3 3 U• u

0.3U0 3 U0.4 U

1

0 3 U0 3U0.2U3 2U3.3U3 SU3 SU0 3U3 4 U

20 2 U0 2 U0 3U0 3U

2-PropanoiAcattc Ac'd. Methyl

Methvicvcion«xan«3-M«thyin*xane

Ocian*

2-PropvKuran

M*thvicvciop»ntana

Tei'ahyoro Furar

* ,3.fi-HaptaUi»n8. 2.5.S-Tn

2-Proo«none

Ethans.i ' ,2-Tvchlo'O-i .2BuT*n»c AciaAo»t« Ac-d. Cyano4-P«ni»n-2-oiCvcot«ira«iioxan«. Octam»ttiMetnananm* N-M«ihoxv

National P'««io mausir •• me

Wonilonng We •* - Reiuiia o< VOC AnaJvtrt

to- Liauia Samoias <,uq> )-

Ana/VBi* Dv Hazeiton LltKwaiOrt»*

DATE SAMPLED

V-nyl CMo"0«ChiorwtnaneMethywn* O.orde

Acaion*Ca/oon OsulNas

' .2-DtchlorO6:n»n« [totaj)O.lcxoiorrn' 2-Dehlofoetnant2-Bui*nont' . ' . * -T r ich lor Q« Than*

Carbon TsracrionaeVinyl Ac*iat«

1 2-DkChioroDrooan*cs - i 3-Dichloroc'OD«n«

• ' 2-Tricnioro«!nan»

Bonztne

0 7 U0.2 U0 4 U0 9U

: SBJ0 7 U

0.3 U0 3U

0 2U

3 2U3 3U3 2U5U

0 3U

1 U

3 3U

0 3 U

: 4 u3 2<J: 3UC 3 U

3 2 U

: 2 uC 3UC 5 U

0 5U

0 3U0.4 U

0.2 U0 2U

0.2 U0 3D0.3U

TENTATIVELV IDENTIFIED COMPOUNDS

MW-7'A-D

37/2*92

0 7U0 2UC 4 U: 9U3 7 BJC 7UC 3 U0 3D0 9

0.2U03 U

0.2 USU

20.3 U

• u0 3U0 3D3.4 U3 2 U0 3U

0 3U

3 2U

3 2U3 3 U3 5U3 5U3 3U3 4U3 2U3 2U3.2U0.3U

0.3 U

MW-71A-FB

37/2*92

0 7 U0 2U0 4 U3 9U

3 «BJ44

3 3U0.3 U0.2 U0.2 U3.3U0.2 U

5 U

o auC 3U

• u3.3U0 3U0.4 U

0.2 U03 U03 U3 2U0 3U0.3UO.SU0.5U0 3U0.4 LIQ «B

0 2U3 2U0 2J0.3U

MW-71A-FBD

37/2*92

3 7U3 2U3 4 U3 9U0 7 BJ

160O . S U0.3U0.2 U0.2U0.3U0.2U5U

0.9U0.3 U

• U3 3U3 3U0 4U

2U3 U3U2U,2U3U5U

O.SUO.SU

0.4 U0.2U0.2U0.2U0.3U0.3U

MW-71A-FBO

37/2W92

SU2U4 U

88DJ8U

2U2U2U2U2U2U1 U

42 U7 U

3 U9U2 U3 D3 U2 U2 U2 U2U2U2U5U4U2 U3 U2U2U1 U2U2U

MW-71B

37f2W92

3 7U0 2U0.4 U0 9 U04 BJ0 7U0.3 U0.3U0.2U0.2U0 3U0.2U5U

0.6J0 3Ui U

3 3 U3 3U3 4U3 2U: 3U: 3 u02 U0 2 U0.3U05 UO.SU0 3 U0.4 U0.2 U0.2U0.2 U0.3U0 3 U

2 2.3.3-T»Tran»tnviOutan«2-ProoanoiAcfllrcAcid. MaThvi E«1»r

3-M«thyihexan«2 2,*-Tnm«tnvip«ntan»

CX:tan»

2-Propyi'uran

'-ButtneLJiKnown

2-Mttnvipanian«Tetranvaro FufarTHuran*1 3.e-H»Dlatri»n». 2.5,5-Tn

2-P'ooanone

Cyctotn«iioxar»,E!han*.i,i-2-Tnchioro-i,2Butanoic AcidAcabcAcid. Cvano

3 'MW-VOCfl V*<1

Monitoring W*lta ~ Resuiti o' VOC Anatytx^cr Liquia Samowt \ngi\\

ArsuvBt* Dy HaztllOfi Labor*lOfWM.

WELL:

DATE SAMPLED.

Oiofomeinana9romom«man»V'nyl Chloride

CMoroaman.Mathyiene ChlorideAc«ton«Carbon Oisuiddo' '-Dtcntoro«in«n«1 • -OcfiKxo«tfian«1 2-Dtchloro*in«nfl (loiaj)Chloroform•,2-D»criloro«ih«n«Z-Bura/ion*• . 1, * -TnchioroaihanaCarbon Tsirachiorid*Vmyi Aceiat«Bromoaicn'crometnane1 2-DicNorcp'opa/i*;ts-i.3-Dtcmoroprop«n«Trirnioro*tnene

DiDromocnioromoman*- ' 2-T'cMoro«inan«3«nz«n«•fan«-i.3-0tchloroproo«n»

Bromolorrr

4-U»thyi-2-P»ntanon«

2-H«x*no*ieTairtcmoroeinen*' ' ,2.2-T«trachloro»iha/i«Tolu«n«Chkxoo»ru.n*Elhy»o«n2«ne3ryr«n«xy*n.

RW-1

6; 2/90

4U3 U3U2U9 BJ3BJ2 U2 U2 U2 U2U6U5 U4

2U3D2 U2 U4 U

1

2 U

2U

2 U

3 U

6 U

• u• u2 U2 U3 U2U2U3U3 U

RW-1

04/16/91

7 U2 U4 U3 U6 U

•3 U3U3D2 U2 U3U2U8 U5U3 Ul U3 U

3U4 U

2 Uj U

3 U

2 U

2 U

3 U5 U

SU

3U4 U2U2 U2 U3D3U

RW-1-C

04/16/91

7 U2 U4U9U6 U7 U

3 U3 U2 U2 U3U2U

2: U6 BJ3U• u3U3 U4 U

2 U3 U3U2 U2 U3U5U5 U3U4 U2 U2 U2U3U3U

RW-2A

J7'2S/89

4 U3 U3 U2U2 BU

2 BJU2 U2 U

.2 U,2U2U8U5 U

2 U3U2 U2 U4 U

3

2 Ui U2 U

3 U

7 U

• u• u

08 J2 U3U2 U2 U3U3 U

RW-2A

35/31/90

4 U

3U3D2 U6BJi BJ2U2U2U2U2U6USU8

.2U3 D2U2U4U22 U2 U2 U3U6 Ul Ul U2 U2U

39 BJ2U2 LI3U3U

RW-ZA

04/2U81

7U

2 U4 U9U8 U7U3 D

3D2U2U4

2 U3U93U1 U3U3 U4 U3 BJ3 U

3 U2 J2 U3 U5U5U2 J4 U9U

2LI23U9 X

RW-2B

:7/25/«S

411

3U3 U2 U

a BJU2 BJU

2 U2U3J2U• J6U5U

2 U

3 U2 U2U4 Uc

2UJ U2 Ll

3 'J7 Ui U

' UJ U2 U3 U2 U2U:u3 U

RW-Z8

^5/31/90

4 U

3U3U2 U9BJ9 BJ2U2U2 J2 U2Ueu5 U

2U3 U2U2U4U4

2 U

2 U2 U3U6U• U• u2U2U9B2U2U3U3U


2 2,3.3-T«Tfam«tnvlbuta/i«2 -Prop an o<Ac«hc Acid M«1hyi E«t«r

Psniar*

Cvcionexane

Octan*

Thtiran*' 3.6-H*ptaui»nt. 2.5.5-Tn

2-Prooanone

Etnan*. i .1.2-Tnchioro-iButarotc AcidAc«ucAcid. Cvano4-P»ni»n-2-oi

ina N-M»Ttioxv

•3 MW-VOCfi V\*i

Monitor m a Wsiit - R««uit» ot VOC

f-3r Liouia Samoi*« \uqi v

Ana/v«'t DV Hazenon Lacoraion**

'.VELL.

DATE SAMPLED

Chiofom«tnan«BromometnaneViryi Chion<JeC^itor ottnaneM»tnyiene ChionoeAc«toneGaboon Disuilide

' 2-Dichioro*ThafleZ-Butanon«• ' . i-Tnchiofo»thaneCa/Don TBtracntondev<nyi Ac«iateBromooicnioromai'ianB' 2-Dicnioropropan*

••arii- 1 . 3-DicMo'QDropeneBrcXTioforn-i

4-M*thyi-2-P»ntanon*2-H«KmnoneTatracnioro«thtn«' i,2.2-T«iracmoro«tnan«Toiu«n«


NaTKXl«J '

t Ju C.i

RW-2B

34J24/91

7 U

2 U4 U9 U7 U7U

3U3 U2 U2 U3U2U5 U1

3 U'

3 U

3 U

4 Ud

3 U

'3 U2 U2 U3 U

5 U

5 U2J4U

4 U

2U2 U3 U4 X

"e»lo .r-3j«'r.«t ire :

Jf» //'Sconiin

OW-2C

: 7/25/69

4 U3 U3U2U2BU4 BU2 U

06 J5 J2 U1 J8 U5U202U3U2U2U4 U62 U2U2 U3 U7 Ul U• u2 J2U3U2 U2U3U3 U

"W-2C

05/31/90

4 U3 U3 U2Ul BJ1 BJ2 U' J5

2 U: J6 U5U2.02 U3D2U2U4 U

62U2 U2 U

3 U6 Ui U' U2 J2U2 BJ2 U2U3U3D

RW-2C

34/24/9-

7 U

2 U4 U9U7 U

3 BJ3U3U52U3U

2U3U2

3U1 U3 U3 U4 U63U3 U2 U2U3U5 U5 U34 U2 U2 U2U3U3U

FIW-3A

34/23/91

7U2U4 U9U5 U7 U3 U72

,2U3U2U5 U14

3U' U3U3 U4 U6BJ3 U

3 U2 U2 U3U5 U

5U4

4 U

2U2U2U3U3 U

RW-3A

•2/11/91

7 U2 U4 U9U7 U

7 U3U

932 U.3U2 U5U1 7

3 U• u3 U3U4 U63 U

3 U2 U2 U3 U5 U5 U3 U4 U2 U

2 U2U3 U3U

RW-38

7 U2U4 U

9U3 U7 U3 U24

2U3 U2U4 U303 U• U3 U3U4 U

• O B J3 U

3 U

2 U2 U3U5U5U7

4U

3U2U2U3 U3 U

HW-38

•2 / -1 /91

7U

2U4 U3U7 U7 U3U

24

2U3U2U5U303U' U3U3 U4 U93 U3 U2 U2 U3U5U5U4

4U

2U2U2U3U3 U

2.2.3.3-TBi'ameinyibuiane2-ProoanoiAcettc Acid Mathyi Eat*'P«ntan«Cvcioh**an«2.3-Dimetnvibuian«

2-Pfoov'u'an

2-M»thvtDentant^"etranyaro F j-anThnran*' 3.ft-H«Dtain*nt. 2.5,5-Tn

4-P*nTyn-2-oi. H«xam»myl-'ChKxo-1 .2

Ac«tic Acid Cyasio

. Oc:am»tn

G '.UW-VOC6 WK'

MDo-loring W»l* - R*iultl ot VOC Ararvus

t-'x LIQUIO Sanoi** fpg/0

Arafyit* oy Haztnon Laboritorwr

Clairt //'*cormn

'WELL:

OATE SAMPLED:

Cn.ofometnaneBronxxneina/ieV'Hyl ChlorideC^ioroernaneMetnylene CMorKle

AceioneCartxxi Disulltde• i-O*chkxoeihene• '-Ochtoroeihane' ,2-Dichloroeinene (lolaj)Chloroform

' 2-Dtcntoro«tnane2-Bot«/ione1 . ' , 1 -TnchioroetnaneCa/oon TelracmondeVinyi AcetateBromoaicnloromelhana1 2-D'ChlOfOOfOoanecis-1,3-DicniOfOpropeneTricnofoetneneDiDromocniorometnane' • 2-Tr.ct'iOfoeinaneBenzene••ant- i 3-Dtchlofoo'OoeneB'Omolorm4-Methyi-2-Pentanone2-Hena/ioneTelrKhtoroelhene1 . i .2.2-Tetracnkxo«trtaneTolueneChtofoeenzeneEfhvlbenzeneSryren*Xywne

RW-36-D

•Z't V9'

7 U2 U4 U9 U7 U7 U

3 U

4

2U3 U

2U5 U

303U• u3U3 U4 U92 U

3 U2 U

2 U

3 U

SU

5 U

4

4 U

2 U2 U2U3 U3 U

RW-3B-FB

•2P1/91

7U2 U4 U9 U

7 U3U3 U2U2U3U2US U9U3 U• u3U3U4 U

2 U3 U3 U2 U2 U3 USU5 U3U4 U2U2 U2 U3U3U

RW-3C

:4/'7/Bi

7U2U4 U9 U7 U

5U3 U232 U32U8 U293U• U3U3U4U

•• BJ3 U3 U

• BJ2 U3 U5 U5U54U

2U2 U2 U3 U3D

RW-3C

•2/M/B1

7U

2U4 U

9 U7 U7 U3 U8 J3 J2U3U2U5 U203U1 U3D3D4U9

3 U3 U2 U2 U3 US U5 U3U4 U2U2U2U3U3U

F1W-3C-RE

•2/11/91

7U2 U4 U3U7 U

7 U3U1 J4 J

2U3U2U5U27 J3U• u3D3U4 U

•1 J3 U3 U2 U2 U3U

SUSU3J4U2U2U2U3U3U

RW-<

04/18/91

7 U2 U4 U9 U4 U7 U3U3U2U

2U3U2U

2eu9U3U' U3 U

3 U

4 U

9 U3 U

3 U

2 U

2 U3U5 USU3 U

4 U

2U2U2U3D3U

RW-6-fB

0*/l»/9i

7U2U4 U9U- B7 U

3U3D2U2 U3U2U

37 B9U3 U

1 U3 U3 U4 Ue a3 U3 U2U2U3USUSU3U4U2 BJ2U2U3U3U

RW-«

•Z'19/91

4 U3U3U2U7U

3 U2 U2U2U2U2Ueu5U2U2 U3U2 U2 U4 Ui U2 U2 U2U

3U

8U

• u• u2U2U3U2U2U3D3U

TEMTATfVELY IDEMTtFIED COMPOUNDS

2-Prooanoi. Methyl Eai»r

2-Proovituran3-M*ihvlp«ntane

Unknown

2-M«Tnv<o«nian«T«iranyoro Fu^anT'liiran*V3.6-H«olatrt«n«. 2.5.&-Tn2-Propanone

Cydotnciloxan*. H»xAm*inviEthan«.i.i.2-Tnchiofo-i,2ButAnotc AcidAc*oc Acid. Cvano

'MW-VOC6 /«*'

M on Horn g W«lli - Result! Of VOC Ana

Aiajyin Ov Maztnon Lacoraiori**

WELL.

DATE SAMPLED

Vinyl CMonOS

M8ihy«n« C't onda

Carbor Oisuilid*1 ' -Otcnioroeintnti.' -Dicntorotman*1 2-Dtcmoro«inen» (lotaJ)C^lorotorm

' 2-Dicfiio'0«rnan»2-Butanore• M-Tnc*iioro»inan»Carbon Tairacnionoe

BromoaicniOfomeinan*' 2-OicnioroDfODan*iT'S-i 3-D'Chloroo'ooene

' ' 2 -T ' . = nioro«inar»

lran»-i 3-D<chloroo'op»n«Brofnolocm4-M«mvi-2-Pflnianoo«

', 1 2.2-T»i'acnKXO«tnan»Toiu«n«

E'hylbenzB-n*

Styrvn*

RW-7

06/13/90

4 U

3 U3 U2U3 BJ2BJ2 U2 U2 U2 U2 U6U5 U2 U2 U3 U2U2U4 U

2 U2 U

2 U

3U

6U' Ui U2U2Ui BJ2 U2 U3 U3 U

RW-lO

4, '8/91

7 U

2 U4 U9U4 U7 U3 U3U2U2 U3U2U

4SUSBJ3U• u3U

3 U

4 U

3 U

3 U

3 U

2 U2 U3 US U5 U3 U4 U2 U2 U2 U3 U

.3 U

RW-12

&2J90

i U3 U3 U2 U4 BJ2BJ2U7

12 U2 J6 U5U52 U3 U2U2 U4U22 U2 U2 U3U6U• u• u2U2U

2U2 U3U3U

RW-12

04/17/91

7U2 U4 U9U4 U

7 U

3 U4

92 U3 U2 U2U4

3 U• U3U3 U4 U2 U3U3 U

2 U2 U3U5U5U2 J4 U2U2U2U3 U3 U

MW-SARVV-14

08/02/00

4 U

3 U3U2 USBJ2BJ2 U39

2U5

eu5U3

2 U3 U2 U2U4U6

2 U2 U2 U3 U8U

• u• u

32U2 J2U2 U3U3U

MW-6A-OLRW-16

39/1 1/89

4 U

3U3U2 U

4 BJU2 BJU38 SJ

4

4 J

• J

2 JSU5 U

93E2 U3U2 U2U4 U9: u; u2 U3U7 U

1 U

• u8

2 U3 U2 U2 U3 U3 U

RW-15-OL

oa/ 11/89

9U7 U7Ueu

3BOJ4BOJeu40

80SU30J' U13U

100 D4 U

8U,5U5U9U904 U

6 U

6U8 U2U3 U3U80eu7U

SU5U7U7U

RW-1S-D

C9/11/S9

9U7U7Ueu

2 BJU4 BJU

eu4

4 J

SUeu• u

• BJU'00 E4U

eu5U5 U9U9

4 U

6USU8 U2U3U3Ut

eu7Ueu5U7U7U


2.2.3.3-Ttiram«tnvibutan»2-ProoanwAcattcAciO. M«thyi E«t«r

Oci«n»

2-P'Opyfu'an

i -But»n«

U1^ Known

Tatr»nvaro Fi-ranT^iiranti 3 6-M«Dtatnene. 2.5.5-Tn

Cvcloinsnoxan*. Hexam^ihyiEtnan*. i . V2-T'-cr»iOfO-i 2Butanoic AcidAc«tic Acia. Cvanod_P,nt«n-2-oiCvckJt»Tra»iioxan«. Oc:am»ihMftmaramma, N-M«moxv

O MW-VOCfl VN*'

Monuonng W*lli - R««uit» o* VOC An

PDF Liaise SanpiM (jug<i).

*.ran/i>* ov Haz«non Laboraion«.

;VELL: RW-16 RW-18 RW-16

DATE SAMPLED

C lororna in an •B'omomatnaneV nyl Chiondt

CMor outran*Matnyiene Chiond*Ac* ton*Carbon Disuitidai ' -Ox;hioro«in*n*• •-Dtcnkxo«tn»n«1 2-D»chloro«in*n* (total)Chloroiorm• 2-Dtchioro*.inan*2-Butftnon*

i ' . i-Tncnioro»tnan«Ca/bori TsiracriiorKj*V nyl Ac*tai*B'omcxiichiorom«man*' 2-DicnioroorDpan*

c s-i.3-Dicriiofoo'op*n*T ' cnlOfo*m»n*

"•DfOfT>ocnio'om«ihan«' ' .2-Tnci-oro*tnan*Bon**n*;'ani-i.3-DicniofOprop*n«a-omotorm

d'M*thv-2-P*nia^on*2-H«xanon*Tflirachloro*tn*n*1 .' ,2.2-T«tracnioro*tfian*Totytn*CntorOO*r,2*n*

E!hytb*nzen*Styrtn*xy*n.

05/29/90

4 U3U3U2 U

SBJ2BJ2 U3332 J6U5U

63 ER2 U3 U2 U2U4 U102U2 U2 U3 U6 U1 U1 U8

2U3U2 U2 U3U3U

:s/ 29/90

6 U5 U5 U4 U

• BJH• BJR4 U

3 R3R3U4 U9U8 U603 U4 U3 U4U6U9 H

3 U

4 U

4 U

5 U' U

2 U2 U7 R

4 U1 U4U

3 U5 U5 U

34/2*91

7 J

2 il4 U

9 U4 U

7 U

3 Uf,

<2U3 IJ

2 U5Ui;3 IJ1 U3 U3 IJ4 IJ

3 BJ3 J

3 J

2 U

2 U

3 U

i, USU

f;4(J

2 U2 U: u3U3 U

34/23/91

7 U2 U4 U9U3U7U

3U7

82 U2 J2 U4 U

133U• u3U3U4 U

7 BJ3 U3U2 U2U3U

SU

5 U6

4 U

2U2U2U3D3U

'2/18/S1

4U

3U3U2U7U

3 U2U34

2U2Ueu5U82U3 U2 U2 U4 U52 U2 U2U3 U6U1 Ul U32U3U2U2U3 U3 U

-5/2/90

4 U3 U3 U2Ue BJ3BJ2U231

3«U5 U41

2 U3U2 U2 U4 U

92 U2 U2 U3 U6U

• u• u2

2 U2 J2U2U3 U3 U

3*19/91

7U2U4 U9U

1 U

' 3U3U

2a

2 BJ2U9U31

3U1 U3U3 U4 U

e BJ3U3 U2BJ2 U3U5U5U2

4U

3U2 U2 U3 U3U

12/19/91

4U

3U3D2 U7 U3U

2 U7 J

2J3 J2U6USU22 J2 U3 U2U2U4 U7 J

2 U2 U2 U

3 U6 U

1 U

' U

1 BJ

2U3 U2U2U3U3U


Tnchtoroif'liuoropietnan*2.2,3.3-T*uam*tnylbutan*Z-ProoanoiAcsitc Acid. Moihvi Es?«'

Cvciohsxan*:.3-Oim«tnvibutan*M8thyicvclon*jxa/i*3-M*thvin*xan*2,2.4-T- T>«inylp«ntari9

Ocian*Trpchioroliuarom*tnan*Tnm»tnvHiianoi2-Propytturan3-M«!hviD«niar«Maun*Hflxmn-i«tnyicycioiri»noxan*M»1hytcyciop*man*

' -Bu1*n«Unknown

Tatranyaro Fj-anT-i 'an*'.3 &-H»Oleitn«n*. 2.5.5-Tn

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Cyctot«uaaiwx*n». Octan>*tn

National °'8«jrc i " ^o5" «s ire 5 '•

Eiu C.ftjr* vVi»coPiin

Tq Went - Result* OT VOC ArarvsiR

Lacoraton«t

>MELL

DATE SAMPLED

O'OfomatnanaB'omomaTnanaV nyi Chlonae

OiofoainaneMatnyvana C"vo"oaAcaiooaCarbon Osuitida• ' -Qtcmofoatnana• • -Dtcntoroatnana' 2-Dtcmoroamena (totaj)C^tiofOtorm1 2-Ocnioroatnana2-Bui*/iona1 . ' '-TnchloroainapeCa/bon Te-racnionatVinyl AceiataBrofTiooicntorometnant' 2-Oicmoropropa^a;;s-i .3-OicMo'QD'aDana

T-.chloroatnanaOiDromocnioronstnana- • 2 - T r cmo'o»rraneBenzanai-ana-i,3-Oicn»oroproDanaB'omofOfmd-Martwi-2 -P»n tanor •2 - Ha nan on aT»trachk>foathan»1 . 1 .2,2-Tauacn.io'oatnanaToluanaCnlofooanzanaEthytbaniranaSryanaXylana


2-ProoanoiAcatw Ac'd. Matrwi Ester

2.3-Dimatr->viO lJtane

Mathyicycionaxana

2.2.4-Tnmatnyipaniara

Ociana

RW-16-0

•2.. 9/91

4 U

3U3 U2 U7 U

3 U2 U924

2 U6US U252 U3 U2 U2U4 U9

; u2 U2 U3 U6 U! U

' U2BJ2U3U2 U2 U3U3U

-

;;———--

RW-ig_FB

•2'19/9'

4 U3 U3 D2 U' U

3 U2 U2 U2 U2 U2U6US U2 U2 U3 U2 U2 U4 U2 U2 U2 U2 U3 U6 U• u• u2 U2U3U2 U2U3U3 U

—

—

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MW-6BBW-16B

24/^91

7U2U4 U9U9BJ

•SBJ3U2

32 U

32 U

9BJ403 U

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2U2 U3U5 US U5

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'2/19/91

4U3U3U2U^ u3 U2U4

«

2 U2Ue uSU

74 EJ

2U3UZ U2U4 U182U2U2 U3 U6 U1 U1 U1 BJ2 U3U2U2U.3U3U

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—

—

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3W-188-W

•2/18T9,

l U8 USUS U2U8 U5U20J3DJSUSU2 U12U

44 DJ.SU8 US US U1 U

1' DJ5 US U5 U8 U2U3 U3USDJSUS US US U8 Ue u

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FIW-16C

^ 19/81

.7 U2 U4 U9 U• u7 U

8 BJa2

2U2BJ2US U223U1 U3U

3U4 U

9 BJ3 U3 U2 U2 U3US USU

34 U

2 U2U2U3U3U

--

—

—

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Rw-iec

•2/18/91

4 U3U3U2U7 U3 U2U722U2UeuS U222U3U2U2U4 U

82U2 U2 U3 U6Ul Ul U2 J2 U3U2 U2U3U3U

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oo/oro

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2 U2 U2 U3 Ueu1 U1 U22 U

12 U2U3U3U

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Tnm«thvi*ii*noi

HaiametnvicvcioTriBiioxant

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Teirahydro

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2-P'Ooanon*

Cvclotntuoxane. heitamaihyiEthan*. 1 . ' .2-T'icm<xo-' .2Bu tan CMC AcidAc«nc Acid. Cvano4-P»nten-2-olCyckJt«tra«iioxan». OctarrwlhM e than arm n*> N-M»thoxv

C O * k > O 3 m O * ' r ' ) - - ( H r o c j E I I i j r v ) ~ 1 ~ ' Q N y C f l l O T ] l ' f ^ N ^a -< i O r - : * 1 ' ( J 7 " " . ! - - " 1 ! . * * * - ^ - ^ ^ " <> ro L. • u> *- * 2 -L M «— o T) • c I, ° T) T) - = ~ E K CD -. M K t w 3 n L l v C = i - "* *. , =1

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1 1 1 1 1 1 1 1 I 1 1 1 1 1 ! 1 I 1 1 1 1 1 ! 1 1 1 1 1 i i 1 1 1

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c c c c c c c c c c c c c c c c c c c c c c c c c g g c c c c

c c c c c c c ^ c c c c c c c c c c c c c C c c c c c c c c c c c c

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C fi iw o«r>a i n a n aB'omofnamanaV ivl ChiondaCMofoatnanaMatnylana C^ionaaAcatoreCaroon D'SulfiOi• i -0»cnio'Q«Tnana' ' -Dtcniofoatnana' 2-DicMoroatn«ne notaj)Ciioroform• 2-Dtcnioroarnana2-Butanore1 ' .1-TncntoroamanaCafDor TatracnionoaVmyi AceiataBromoaicniorometnane; ,2-Oicnioropropanac s - 1 3-OicMo'OO'Ooene

T-'ChiofO«theneOiDromocmoromatriane' ' 2 - T - cMoroainane

Banzene"an«- 1.3-OichiofooropanaB'omotof md-Methvi-2-Pentanona

2-HaxanoneTairacnioroatnanai ' 2,2-TetracmofoemaneToiuanaChkjrooanzaneEt^ylbenzaneStyreneX,*n.

35/31M

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32 U3U2 U9U

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3U

2BJ2U3U5U5 U3 U4 U2 U2U2U3U3U

:«/i«i

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3 U3 U2 U

4 BJ• BJ

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0 4 U0 3U0 3U0 2U3 9BJ2 OBJ0.2U0.2U0.2U0.2U0.2U0 8 US O U0.2UC 2U3 3U: 2u0 2 U0 4 U3 2U3 2U3 2 U3 2 U0 3 Uo e u10 u• o u0.2 U0.2 U0.' BJ3 2U3 2U3 3U0 3U

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• 2/1*91

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.2 U2U3U3D

TEnfTATrvELY IDCNTIFIED COMPOUNDS

T'tchKxotnnuoronw ana

2.2.3.3-TeirametnviDutane2-ProcanoiAcatic Acia. Methvi GsTe'p»ntaneCvcionexaneZ 3-Oin-eirviDutaneMethyicvcianexane3 - M • th v'n 9 vane2.2.4-T'.nr>ethyipentare

OctaneT-,cfiKjrotluorornaihar«

J-Propyfurar

3-Methy'DemaneHexaneHewmetrwicyciotrmioxaneMetnyicvciopeniane•-SuldneUnknown

2-MatTwipantanaTetranvdro F^ran

T^iirana1.3.5-HaDiatrtana. 2,5.5-Tn2-Prop a/i one4-Penrvn-2-olCvcioiriSiioxane MsxamatnylEihanaJ.' .2-Tr'cn:oro- i .2Butaroic AcidAc«tic Acid Cyanod-Pantan-2-olCvc>ot»[ra*»O)car>a. OctamathMathanamma N-M«rhorv

j ',UW-VOC£ V^'

Moiiiofinq WeiK ~ R»«uHi 01 VOC Anafvn*

Anatvtn DV Haztiion Lacoraior»t.

vVELL:

DATE SAMPLED:

CMofOfn»than»

BfomomtthantVtnyi CMonde

C.iiofoeman*Matnyien* Cniorid*Acaion*Caroon D'Sut'ide• '-0*chtOfo«intn«'.i-D*chtofo.«inan«' ,2-Dtchioro«tn«ne (totaj)Chiofotorm

2-Botj.nont1 ',1-Tnch«xoeman»Ca/oon Tsiracniona*V'iyi Ac«tai»B'Qmodicn iorcxn«inant' ,2-Dicnioroo^ooantc s-i ,3-OicnioFOorop8n«

' ' .2-Tfchioro»inan8Bonz*n«

trant-i ,3-Dicniotoproo*n«

d-U»thyi-2-P*ntanon«

T«tf*ctiKxo«tnene' .1,2.2-T«iracnK)ro«m«n»Tolu»n»ChiofOO«nzen«£thy!b«nzen»S<yr»n«

TENTATTVELY IDENTIFIED COMPOUNDS

National P-aEau Ciair.

EC-5

STO Ind jf riat. *Vi«connn

EC-8

12/18/91 '2/18/91

4 U3 U3 U2 U7U3 U2U2 U2U2U2U6 U5U2 U2 U3U2U2U4 U4

2U

2 U2 U3 U

6 U

i U• u2U2U3U2U2U3U3 U

4 U3U3U2U2 U3U

2 U2 U6 J2U2 U6U5U3 J2 U3 U2 U2 U4 Ui J2U2 U

2 U

3U

6Ui U

1 U2 U2 U3U2U2U3U3 U

Tnchitxotnhjoramtjinftnt2.2.3.^-Ttiram«ihvibuiar«2-ProparoiAcetic Add. Matnyl Es!»rP»r-!4n«

Z 3-Dimetnv'Dutan*M«invicvcion«xan«3'M«mvih«xan«2.2.*-T"meinyip«nian«OctantT- cf tcxolluoromaman*T';m»»trivn nanoi2-P-ooyiIufan3-M»thvip«ntan«

H«xanaH«xani«thv<cyciotri9iloxan«M«tnvtcyciop*nian»' -Butan*Unnnown2~U*myip«ntantTsir^ydro F^ranThurant•,3.6-H«ptauiene. 2.5.S-Tn2~Prcx>anone4-P«nryn-2-oiCyckotntiioxan* H«x«jn*thvl

Etha/i*. i .1.2-T'icnkxo-' 2ButancHc AcidAc»tic Acid, Cyano4—P»nt«n-2-oiCvctot»t'a«i«oxAn*. Octajr>«triM«man*m(n« N-U«lhoxy

a irri *! *S f

I

c c c c c c c * - c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c < - c c c c c c c c c c c c c c c c

'

S S i S S S j w S S S S S S i z S S B S S s a S S S S S S S S s a j S S B s a s S i ^ s s s s s s y s s z s s s i s S i Z i s S S ;c c c c c c c * - c c c c c c c ' c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c < - c c c c c c c c c c c c c c c c

c c c c c c c ' - c c c c c c c * c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c » - c c c c c c c c c c c c c c c c

c c c c c c c < - c c c c c c c > c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c < - c c c c c c c c c c c c c c c c i Ic c c c c c c * - c c c c c c c > c c c c c c c c c c ' - c c c c c c c c c c c c c c c c c c c c c c < - c c c c c c c c c c c c c c c c

aIASnO

c c c c c c c c c c c c ' c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c

c c c c c c c ' - c c c c c c c ' c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c

ow

5(O

r - - - n - = - ^ n K - = - - z - ± K r - - K l C = : ^ ^ - l f l C - l C - - - X - l C - - - - - = - r j - l C ± ± n r r - ; : - r r r ; ^ -c c c c c c c c c c c c c c c ' c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c

en5'<t*

3:\J4W-OVOC.WKt Manorial PTMIO mauitrw*. Inc. Sit*Eau da*«. v**oon*m.

Uonnanng W*» - n**un> <X S*mi-

VotaM* AflUW* ol OroundvMw SarnoM* 04/0-

by Wadnorw LaBoraun**.


AtLL;

OATE SAMPLED:

1 UW-01 | UW-2B ;

I 01/13/M | 91/11/M 1

1

UW-3A |

<H/1«M ,

UW 3A HE 1

01/1WM 1

UW-38

91/1VU

UW-3C UW-4A

: 01/10/M OU14/M i

UW-4A

01IM.

TENTATIVELY IOENTIRED COMPOUNDS

o* rSulfur. ma.(S»)3-ontoro-Cvcttri*«*n*

2-Cy«on*ian*-i -on*i .2-dlorilora-CyoioiMun*4_nviJro*v-»-*n*i-J-P»nianon«N.N o*a<2-*vdf Ood*oanamid*2-*tfty«-1-H*ianalS-m*myt-2-H*unon*Aldoi Cond*n(auon Product

Octanoio acidOctaaaoanoic acidDod*oanow aoaTOTAL 2-<2-*lhoxy*tnoKV)-Cin«/>oiJNKNOWN AGIO

UNKNOWN ALDEHYDEUNKNOWN CYCLOOOOECANETOTAL UNKNOWN HYDROCARaONUNKNOWN PHTHALATE

TOTAL UNKNOWN

1 — 20 J— JOJ

1 — 70J

1 — —1 — —1 — —1 — —1 — —1 — —1 — —

— —1 — —

— —1 — —

— —— —— *00 J_ _

i — 400J! — 10120 J

1 — —1 20 BJ 980J8

—

—

20 J20 J8WJ200 J

———

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300 J___

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3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3O

3- - - I I

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- - - I I3 3J Ia °

I

3 AMW-SVOC.VWO Naaenal PTMIO looming, me. aw ed«r associates consulting engineers, p.c.

DY wadiwortn LAbor

DATE SAMPLED:

TENTATTVEUY IOCMTIFIED COMPOUNDS

UW-4A-O | UW t* FB I UW-IA , UW 4A. RE i UW-4A-0 I UW 6A Q HE < UW tA Fl 1 UW HA FB FIE

01/2SVM ! 01OO/M : !0/1ZfM •cuizrt* i iiviaru i io/12/M i lofim*

Sultur.>-cnioro-Cycioi>«««n«

N.N-bMQ-MyOr Ood*can«niid<2-»myv- 1 -HvxanaiS- TM tnyi-2 -H« xanon •*jd« Conacnuuon Product

octant* tn-Cyctoi*trMikoa«naOc 1*0010 «oa

OomcanaoacMTOTAL 2-(2-«ino«v«irio>vH€»»n'''JNKNOWN AGIOJNKNOVW ALDEHYDEUNKNOWN CYCLODOOECANETOTAL UNKNOWN HYDROCARBONUNKNOWN PHTHALATETOTAL UNKNOWN

3BJ12J

10 SJ 3J3 J3 J

3UIaj

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s *c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c ' c c c c c c c c c c ' c c c c c §

I

o o o o o o o o o o o o o o Z o o S o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o oC C C C C C C C C C C C C C C > C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C

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p p p p o p p o p p p p p p p p p p p « p p p { j B p p p p p p f » f f « p p p o p p i o p t p o p p p o p p p p 7 O p p o p p p p p p z o o p p pc c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c

c c c c c c c ' - c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c ' c c c c c c c c c c ' c c c c c

c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c

c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c ' c c c c c c c c c c ' c c c c 1 -

p p p o o o o o p o p p p p o p p p y « p o p p t p p o o o o ^ p t p p i p o p ^ i o p i p o p o p p o p p p z p p o o p p o p p o z o p p p pc c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c ' c c c c c c c c c c ' c c c c c

_•§ f

-• p§ 5

ni)

10Q.•

Q

gr>5

o3VIc_

5'

atlO5'

1 :M W—SVOC WKI

Uonnonng'Ja*a* Antfrtm o> Oroundwuav Same** WV

An«y«a »y VWtdtwann LUKXWonM.

OATESAUPtED:

TEKTATTVELY i(3€KnFiED COMPOUNDS

Sulfur. maUSO1-cfl ioro-C2-Cyoion«i

N.M-ooft-Aydr Oodtaanwrua*

Ajoot Cond*n»«iN3n Productocu>n*tn-Cvclot«iruuoxan«Ocunoeaod

*OTAL 2-<2-»inoiv»iUNKNOWN AGIOUNKNOWN ALDEHYDEUNKNOWN CYCLOOOOECANETOTAL UNKNOWN MYDPOCARBONUNKNOWN PHTMALATETOTAL UNKNOWN

NMOMi PTMIO woiNlnM. no. Slu£au CUv*.


HW-3C

•211119

RW-3C-RC ! RW-18 t FTW-1»-O

12M1/B1 ; 12HOT1

I RW-168 I

73U

• AIM known M 1


NATIONAL PRESTO INDUSTRIES, INC.EAU CLAIRE. WISCONSIN

RESULTS OF METALS ANALYSIS C/g/l)MONITORING WELLS

ANALYSES BY: Wilson Laboratories (1987-90)Northern Laboratories (1991-92)

Well:Date Sampled:

AluminumAntimonyArsenicBariumBerylliumCadmiumCalciumChromiumCobaltCopperIronLeadMagnesiumManganeseMercuryNickelPotassiumSeleniumSilverSodiumThaliumVanadiumZinc

MW-011-13-88

NANA

9.6 U60.0 U

NA5.0 U

NA13.3NA

24.0 UNA

3.7 UNANANA

34.0 UNANANANANA

40.0 U120

MW-0110-3-88

NANA

3.0 U85.1 B

NA5.0 U

NA8.0 U

NA17.68

NA2.4 BNANANA

30.0 UNANANANANA

38.0 U210.

MW-2B1-18-88

NANA

9.6 U60.0 U

NA5.0 UNA

9.0 UNA

24.0 UNA

3.7 UNANANA

34.0 UNANANANANA

40.0 U12.0U

MW-3A1-19-88

NANA

9.6 U81.9 B

NA5.0 U

NA9.0 U

NA24.0 U

NA3.7 UNANANA

34.0 UNANANANANA

40.0 U195

MW-3B1-19-88

NANA

9.6 U60.0 U

NANANA

9.0 UNA

24.0 UNA

3.7 UNANANA

34.0 UNANANANANA

40.0 U12.0

MW-3C1-19-88

NANA

9.6 U121 BNA

5.0 UNA

9.0 UNA

24.0 UNA

3.7 UNANANA

34.0 UNANANANANA

40.0 U419

MW-3C1-15-88

NANA

9.6 U60.0 U

NA5.0 U

NA9.0 U

NA24.0 U

NA6.0NANANA

34.0 UNANANANANA

40.0 U364

MW-3C10-3-88

NANA

3.0 U62.6 U

NA5.0 U

NA8.0 U

NA14.0U

NA1.9UNANANA

30.0 UNANANANANA

38.0 U12.0U

NR: Not ReportedNA: Not Analyzed

a \jrrE4Maro7\Mw-wer


i NATIONAL PRESTO INDUSTRIES, INC.JEAU CLAIRE. WISCONSIN

RESULTS OF METALS ANALYSISMONITORING WELLS

ANALYSES BY: Wilson Laboratory (1987-90)Northern Laboratories (1 991 -92)

Well:Date Sampled:

AluminumAntimonyArsenicBariumBerylliumCadmiumCalciumChromiumCobaltCopperIronLeadMagnesiumManganeseMercuryNickelPotassiumSeleniumSilverSodiumThallumVanadiumZinc

MW-4A1-15-88

NANA

9.6 U121 B

NA5.0 U

NA9.0 U

NA24.0 U

NA6.0NANANA

34.0 UNANANANANA

40.0 U364

MW-4A10-3-88

NANA

3.0 U62.6 U

NA5.0 U

NA8.0 U

NA14.0 U

NA1.9UNANANA

30.0 UNANANANANA

33.0 U12.0U

MW-4A4-24-91

41. 3J20.0 U2.0 J5.1J1.0U3.0 U

5110J7.0 U6.0 U7.2 J

40.7 J2.2 J918 J6.3 J0.2 U7.0 U9J2.2

6.0 U7870 J2.0 U4.0 U

250.0 J

MW-4A3-4-93

NANANANANA

0.5 UNANANANANANANANANANANANANANANANANA

MW-484-24-91

48.6 J20.0 U2.0 J13.8J1.0U3.0 U

14300J12.9

6.0 U6.5 J22.5 J1.0U

4440J41.0J0.2 U204.01320J2.0 U6.0 U

8250 J2.0 U4.0 U65.1J

MW-4B3-4-93

NANANANANA2.0NANANANANANANANANANANANANANANANANA

MW-5A1-20-88

NANA

9.6 U60.0 U

NA5.0U

NA9.0 UNA

24.0 UNA

3.7 UNANANA

34.0 UNANANANANA

40.0 U14.5 B

MW-5A |10-12-881

NANA

3.0 U81.1 B

NAS.OUNA15.9NA

14.0 UNA

1.5UNANANA

30.0 UNANANANANA

38.0 U50.8


a \*rre»4«ra7u«>-ucT WK



RESULTS OF METALS ANALYSIS (tf}/l)MONITORING WELLS

ANALYSES BY: Wilson Laboratories (1987-90)Northern Laboratories (1991 -92)

Well:Date Sampled:


MW-5A4-25-91

30.0 U20.0 U2.0 J

13.5J1.0U3.0 U

21 600 J7.0 U6.0 U6.0 J

19.0J1.0J

6280 J45.6 J0.2 U7.0 U2320 J4.1 J6.0 U6450 J2.0 U4.0 U60.0 J

MW-5A12-10-91

21. OU26.0 U1.0U10.6J1.0U3.0 U

19400J6.0 UJ7.0 U6.0 U

51.1 U1.0 UJ575019.5

0.20 U6.0 U1780J3.0 U3.0 U

5180 J1.0U3.0 U

24.6 U

MW-5B1-20-88

NANA

9.6 U60.0 U

NA5.0UNA

9.0 UNA

24.0 UNA

3.7 UNANANA

34.0 UNANANANANA

40.0 U80.4

MW-5B10-11-88

NANA

3.0 U64.9

NA5.0 UNA

20.4NA

17.8 BNA

1.5UNANANA

30.0 UNANANANANA

38,0 U38.2

MW-5B4-25-91

30.0 U20.0 U2.0 J4.3 J1.0U3.0 U

5330 J7.0 U6.0 U6.0 J

240.0 J3.4 J

1900J333.0 J

0.2 U7.0 U1S40J5.46.0 U

10900J2.0 U4.0 U10.9J

MW-5B12-10-91

21.0 U26.0 U1.0U2.8 J1.0U3.0 U

3440 J6.0 UJ7.0 U34.4

54.7 U6.7 J917J159

0.20 U6.0 U925 J3.5 J3.0 U5890 J1.0U3.0 U74. 2 J

MW-61-15-88

NANA

9.6 U60.0 U

NA5.0 UNA

9.0 UNA

24. OUNA

3.7 UNANANA

34.0 UNANANANANA

40.0 U12.0U

MW-610-3-88

NANA

3.0 U70.1 B

NA5.0 UNA

8.0 UNA

14. OUNA

3.1 BNANANA

30.0 UNANANANANA

38.0 U15.7B





ANALYSES BY: Wilson Laboratories (1987-90)Northern Laboratories (1 991 -92)

Well:Date Sampled:


MW-64-25-91

36.2 J20.0 U2.0 J7.7 J1.0U3.0 U

10600J7.0 U6.0 U6.0 J

19.0 U2.5 J

431 OJ3.0 J0.2 U7.0 U686 J2.0 U6.0 U

5100J2.0 U4.0 U11.0J

MW-7 | MW-71-14-88 I 10-3-88

NA NANA NA

9.6 U 3.0 U60.0 U 79.5 B

NA NA5.0 U 5.0U

NA NA9.0 U 8.0 UNA NA

24. OU 14.0 UNA NA9.0 9.7NA NANA NANA NA

34.0 U 30.0 UNA NANA NANA NANA NANA NA

40.0 U 38.0 U28.8 51.6

MW-810-4-88

NANA

3.0 U51. 9 B

NA5.0 UNA

8.0 UNA

14.0UNA

1.5 BNANANA

30.0 UNANANANANA

38.0 U12.0U

MW-9A10-11-88

NANA

3.0 U43.9 B

NA5.0 UNA

8.0 UNA

14.0UNA6.7NANANA

30.0 UNANANANANA

38.0 U12.0U

MW-9B10-07-88

NANA

3.0 U48.8 B

NA5.0 UNA

8.0 UNA

14.0 UNA

1.5UNANANA

30.0 UNANANANANA

38.0 U12.0U

MW-10A10-21-87

NANA10U70 UNA8NA10UNA

104NA5UNANANA

24 UNANANANANA

20 U61

MW-10A1 -20-88

NANA

9.6 U60.0 U

NA31.0NA

9.0 UNA

24.0 UNA

3.7 UNANANA

175NANANANANA

40 U165




RESULTS OF METALS ANALYSIS 0>g/l)MONITORING WELLS


Well: MW-10ADate Sampled: 10-12-88


NANA

3.0 U54.4 B

NA17.5NA16.1NA

U.OUNA

1.5UNANANA105.NANANANANA

38.0 U109.


MW-10A|MW-10A4-24-91 112-10-91

55.6 J 21.0 U20.0 U 26.0 U2.0 J 1.0 UJ9.9J 10.6J1.0U 1.0U29.4 33.4

11000J 9520 J7.0 U 6.0 UJ6.0 U 7.0 U9.3J 10.7J

42.2 J 35.1 U3.6J 1.1 J

3640 J 3330 J9.8 J 5.9 J

0.20 U 0.20 U90.0 88.1950 J 868 J2.0 J 3.0 UJ6.0 U 3.0 U

4640 J 4290 J2.0 U 1.0U4.0 3.0 U

206 J 156 J

MW-10A3-4-93

NANANANANA

36.2NANANANANANANANANANANANANANANANANA

MW-10B10-21-87

NANA

10U70 UNA4

NA10UNA118NA5UNANANA

24 UNANANANANA

20U57

MW-10B|MW-10B1-20-88 i 10-7-88

NA NANA NA

9.6 U 3.0 U60.0 U 61. 6 B

NA NA5.0 U 5.0 U

NA NA9.0 U 8.0 U

NA NA24.0 U U.OU

NA NA3.7 U 1.5UNA NANA NANA NA


40.0 U 38.0 U12.0U 18.3B

MW-10B4-24-91

49.6 J20.0 U2.0 J4.3 J1.0U3.0 U

10700J7.0 U6.0 U6.0 J

59.4 J1.5J

4490J3.0 J

0.20 U9.4 J839J2.0 U6.0 U2530J2.0 U4.0 U36 J

3 \«TUM*70nMW-UCT WK

r j a J ^

M j 5

ii i i i i i i i i

i i i i i i i i i i i

ii i i i i i i i i

ii i i i i i i i i

1 ! I 1 1 I 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1

1 * ° 1 1 1 1 1 1 1 1h b

1 1 * 1 1 1 1 1 1 1 1fc

i t | i

G C G G C C G C G G G G G C C C

G C G C C C G G C G C G C G C C

U L, k, k, L, k. k> ,- .- '-J L. k, k. k. k. i.G C G G G G G G G G G G G G G C

C G G C C G G G G G C G C G ' " C

LJ L* k» k» LJ k» lj *-• * * -j L> ki ki ki *

C G C C C C ; L , G Q G C C C G C C

C G G G C G L i G G G C G C C C C

L^ t*j k> kj LJ k) i * - ' » - • ^ j L j k * k i k » < inG O * C C G ( J * * ( J G G C C C C * " c

L » L j k » k i L j k i . t - t ' t . j t ^ k i k t k i . ' * *

r ff S S r V r l) r r r 8 $ i & i? ft1 !'1 1 1 i 1 1 1 1 1 1 1 1 1 1 . 1 1 1 1

G G C G L i S c C C G G G ^ ^ C G C G

C G C C c S c G C G U C C G C C C C

k » k > U j k » k j t ' 1 O N k * k > k » k j k l ' ' K > k > L j L j « M -

c c c c c S c c c c c e c G c c c c

03 (~ A. mm

C G C G ^ S c G C G C c G E G C G C

G C G C G S c G C G G c C ^ C G G C

a c c a (a c S c C ^ ^ C C G G

G g g G G C C

iffts !

r ff•p j 58

i 1 K<J *

Tis1 e

I *

o.•c n •1 iS ft Q

IA_._ ._ _ _ yj

M

1 1 1* y 5I £ (D

* * (B3Ifl

IB5

u ay

cj of '«CC

Laoor»cari*» .


Ssrapi* 1 ;

Oiac*

LH-01

Vinyl

Qtlli; f '.•!•

1.2-OJ.cr_Lara*c.ian* (total)

1 , 2-O3.cfLnrsaiman*i2-autanor*1, 1, 1-Trlcn-oroocnan*

vinyl Acatate

1, 2-Qich.kirnpropan*cii-1, 3-Dic.ilaraprapenB

1, l,2-Tricfiiaro*chan*

4-MKhyl-2-f«n canon*

Tatracniaroacnan*1,1,2,2-TBcracnloraac.iAn*

C3viorco«r. zarm

Sryrvna

xylan**

10-19-99 i 10-19-89

LH-02D

10-19-89

LH-03

10-19-89

Ltt-04

10-19-89

LH-OS

-19-89

LH-TB

10-19-89

0.4 U0.3 U0.3 U0.3 U0.6 U

2 U0.4 U0.3 U0.2 U0.3 U0.3 U0.7 US UP.

I0.2 U0.3 'J0.3 U0.4 U0.3 U

30.3 U0.6 U0.2 U0.3 00.30

4 O1 'J

0.2 U0.5 U0.3 U0.2 U0.2 U0.4 U

0.5 U

0.4 U0.3 U0.3 U0.3 U0.6 U

2 U6 J

0.3 U0.2 U0.3 U0.3 U0.7 U5 UR0.7

0.2 U0.3 U0.3 U0.4 U0.3 U

30.3 U0.6 U0.2 U0.3 U0.30

4 U1 U

0.2 U0.5 U0.3 U0.2 U0.2 U0.4 U0.5 U

0.4 U0.3 U0.3 U0.3 a0.6 U

2 U2 J

3.3 U0.2 U0.3 U0.3 U0.7 U5 UR0.8

C.2 U0.3 U0.3 U0.4 U0.3 U

30.3 U0.6 U0.2 U0.3 U0.3U

4 U1 U

0.2 U0.5 U0.3 U0.2 U0.2 U0.4 U0.5 U

3.4 U0.3 UG.3 U3.3 U0.6 U

2 U0.4 U3.3 U3.2 'J0.3 U0.3 U0.7 U5 UR0.7

3.2 U3.3 U0.3 U0.4 U0.3 U

30.3 U0.6 U0.2 U3.3 U3.3U

4 U1 0

0.2 UC.5 U0.3 U3.2 U3.2 U0.4 U3.5 U

3.4 U3.3 U3.3 U0.3 U0.6 U

1 U7 J

3.3 U3.2 UC.3 U3.3 U3.7 U5 UR0.3

3.2 U3.3 U0.3 U0.4 U0.3 U

30.3 U0.6 U3.2 U0.3 U0.3U

4 U1 U

3.2 U3.5 U3.3 U0.2 U3.2 U3.4 U3.5 U

3.4 U3.3 U3.3 U3.3 U3.6 U

2 U9 J

0.3 U0.2 U0.3 U0.3 U0.7 U5 UR0.9

3.2 U0.3 U0.3 a0.4 U0.3 U

20.3 U0.6 U3.2 U0.3 U0.3U

4 U1 U

0.2 U

3.5 U3.3 U3.2 U3.2 U0.4 U0.5 U

3.4 a0.3 a3.3 a0.3 U

45 J

0.2 J0.3 U0.2 U3.3 U3.3 J3.7 a5 -JRc.3 aC.2 U3.3 U3.3 U0.4 J0.3 a0.3 a0.3 a0.6 a0.2 UG.3 a0.3U

4 ai a

3.2 a3.5 a3.3 a

.2 -J

.2 U

.4 a3.5 U

33«XNDS


LKHALLIE.WK1

LAKE HALLIE - RESULTS OF VOCANALYSIS - WATER SAMPLES (ug/1)

National Presto Industries, Inc. SiteEau Claire, Wisconsin

ANALYSIS BY HAZLETON LABORATORIES

Sample ID:

Date Sampled:

LH-6A-01

6-21-90

Chloromethane 0.4 U

Bromomethane ' 0.3 U

Vinyl Chloride 0.3 U

Chloroethane 0 2 U

Metnylene Chloride 02 BJ

Acetone

Carbon Disulfide

1 1-Dichloroethene

1 ,1-Dichloroethans

1 .2-Dichloroethene (total)

Chloroform

1 ,2-Oichloroethane

2-Butanone

1 1 ,1-Tnchioroethane

Carbon Tetrachlonde

2 BJ

0 2 U

0.2 U

0 1 J

0.2 U

0.2 U

0.6 U

5 U

02 J

0 2 U

Vinyl Acetate , 0 3 U

Bromoaichloromethane

1 ,2-Dichloropropane

cis-1 3-Dichloropropene

Trichloroethene

Dibromochlorometnane

1 .1 ,2-Trichloroethane

Benzene

Trans-1 ,3-Dichloropropene

Bromoform

4-Methyl-2-Pentanona

2-Hexanone

Tetrachloroethene

1.1 2.2-Tetrachloroethane

Toluene

Chlcwobenzene

Ethylbenzene

Styrene

0.2 U

02 U

0.4 U

0.2 U

0.2 U

02 U

0.2 U

0.3 U

0.6U

1 U

1 U

0 2 U

0 2 U

0.3U

0.2 U

0.2 U

0.3 U

Xvlenes itotal) ! 03 U

LH-6B-0'

6-21-00

0.4 U

0.3 U

03 U

0.2 U

0.7 BJ

7B

0.2 U

0.2 U

0 4

0.2 U

0.2U

06 U

5 U

0.7

0 2 U

03 U

0.2 U

0.2 U

0.4 U

0.2 U

0.2 U

0.2 U

0.2 U

0 3U

0.6 U

1 U

1 U

0.2 U

0.2 U

1 BJ

0.2 U

0.2 U

0.3U

0 3 U

LH -68-01(RE)

6-21 -00

0.4 U

0.3 U

0.3 U

02 U

0.4 J

5BJ

02 U

0.2 U

0.2 J

0.2U

0.2 U

0.8 U

5 U

1

02 U

0 3U

0.2 U

0.2 U

0.4 U

02 U

0.2 U

0.2 U

0.2 U

03 U

0 6 U

1 U

1 U

0.2 U

0.2 U

0.3U

0.2 U

0 2 U

0.3 U

0 3 U

LH-7A-01

6-21-00

0.4U

0.3 U

0.3 U

0.2U

0.9 BJ

10 B

0.2 U

0.2 U

0 4

0.2 U

0.2 U

0.6 U

5U

0.9

0 2 U

0.3 U

0.2 U

0.2 U

0 4 U

02 U

0.2 U

0.2 U

02 U

0 3 U

0.8U

1 U

1 U

0.2 U

0.2 U

0.3 B

0.2 U

0 2 U

0 3 U

0 3U

LH-7A-01(RE)

6-21-00

0.4 U

0.3 U

0.3 U

0.2U

0.7BJ

9B

0.2 U

0.2 U

0 2 J

0.2 U

0.2 U

0.6 U

5 U

0 0

0.2 U

0 3 U

0 2 U

0.2 U

0.4 U

0.2 U

0.2 U

02 U

0.2 U

03 U

0 6U

1 U

1 U

0 2 U

0.2 U

0.3 U

0.2 U

0 2 U

0.3 U

0 3 U

LH-7B-01

6-21-00

0.4 U

0.3U

0.3U

0.2 U

0.5BJ

6B

0.2 U

0.2 U

0.3

0.2 U

0.2 U

0.6 U

5U

0.7

0.2 U

0.3U

0.2 U

0.2 U

0.4 U

0 2 U

02 U

0.2 U

0 4

0.3 U

o.eu1 U

1 U

0 2 U

0.2 U

02BJ

0.2 U

0.2 U

0.3U

0.3 U

^KHALLIE.WK!


LAKE HALLIE - RESULTS OF VOCANALYSIS - WATER SAMPLES fug/1)

National Presto Industries. Inc. SiteEau Claire. Wisconsin


Sample ID

Date Sampled

Chloromethane

Bromomathane

Vinyl Cnlonde

Chloroethane

Methylene Chloride

Acetone

Carbon Disulfide

1,1-DichlOfoethene

1 , 1-Dichlofoethane

1 ,2-Dichloroethene (total)

Chloroform

1 ,2-Dichloroelhane

2-Butanone

1 , 1.1-Trichloroethane

Carbofi Tetracrilonde

Vinyl Acetate

Bromodichloromethane


cis-1 ,3-Dichloropropene

Tnchloroetnena

Dibromochloromethane

1 . 1 ,2-Tnchloroethane

Benzene


Bromolorm

4-Methy1-2-Pentanone

2-Hexanone

Tetrachloroethene

1 .1 ,2.2-Tatrachloroethane

Toluene

Chlorobenzene

Ethylbenzene

Styrene

Xylenes (total)

LH-7B-01(RE)

6-21 -80

0.4 U

0.3 U

0 3 U

0 2 U

0.5 J

10 BJ

0.2 U

02 J

0 2 J

0.2 U

0.2 U

o.eu5 U

0.9

0.2 U

0.3 U

0 2 U

0 2 U

0 4 U

0 2 U

0.2 U

02 U

0 2 J

0 3D

0 6 U

1 U

1 U

02 U

0 2 U

0 9

02 U

02 U

0 3 U

0.3 U

LH-8A-01

6-21-90

04 U

0 3 U

0.3 U

0.2 U

0.5 BJ

10 B

0.2 U

0.2 U

0 4

0.2 U

0.2 U

06 U

5U

1

0 2 U

0.3U

0 2 U

02 U

0 4 U

0.2 U

0.2 U

0.2 U

1

0.3U

o.eu1 U

1 U

02 U

0.2 U

0 SB

0.2 U

02 U

0.3U

0.3 U

LH-8A-01(RE)

6-21-80

0.4 U

0.3 U

0.3 U

02 U

0.7 J

12 J

0.2 U

0.2 J

0.2 U

0.2 U

0.2 U

o.eu5 U

0.9

0.2 U

03 U

0 2 U

0 2 U

0 4 U

0.2 U

0.2 U

0 2 U

0 3

0.3U

06 U

1 U

1 U

0.2 U

0.2 U

0.3J

0.2 U

0.2 U

0.3U

0.3U

LH-8B-01

6-21-90

0.4U

0.3U

0.3 U

02 U

0.3 BJ

5BJ

0.2 U

0.2 U

0.2 J

0.2 U

0.2 U

0.6 U

5 U

0 4

0.2 U

0 3 U

0 2 U

0 2 U

0 4 U

0.2 U

0.2 U

0.2 U

0 4

0.3U

0.6 U

1 U

1 U

0 2 U

02 U

0.3B

0.2 U

0 2 U

0.3 U

0.3U

LH-8B-01(RE)

6-21-90

04 U

0 3 U

0.3 U

0 2 U

04 BJ

3BJ

0 2 U

0 2 U

0.6 J

0.2 U

02 U

0.6 U

5U

2

0.2 U

03 U

02 U

0 2 U

0 4 U

0 2 U

0.2 U

0 2 U

02 J

0.3 U

0.6 U

1 U

1 U

0 2 U

0 2 U

0.2 J

02 U

0.2 U

0.3U

0.3 U

LH-9A-01

! 6-21-90

0 4 U

0 3 U

0.3 U

02 U

02 BJ

2BJ

0.2 U

0.2 U

0.2 U

0.2 U

0 2 U

0 6 U

5 U

02 J

0.2 U

0.3U

0.2 U

0.2 U

0.4 U

0.2 U

0 2 U

0 2 U

0 2 J |

0 3 U

06 U

1 U

1 U

0.2 U

0.2 U

0.3U

0 2 U

0.2 U

03 U

0.3 U


LKHALLIE.WK1

LAKE HALLIE - RESULTS OF VOCANALYSIS - WATER SAMPLES (ug/l)

National Presto Industrie*. nc. SiteEau Claire. Wisconsin


Sample ID

Date Sampled:

Chlofomethane

LH-9A-01(RE)

6-21-90

0.4 U

Bromomethane 0 3 U

Vinyl Chloride • 0.3 U

Chloroathane 0 2 U

Methyiene Chloride O .SBJ

Acetone 7 BJ

Carbon Disulfide | 02 U

1.1-Dichlofoethene 0.2 U

1,1-Dichloroethane 0.2 U

1 ,2-Dichloroethene (total) 0.2 U

Chloroform 0.2 U

1.2-Dichloroethane i 0.6U

2-Butanone

1 .1 ,1-Trichlofoethane

Carbon Tetrachlonde

Vinyl Acetate

Bromodichloromethane



Tnchloroetnene

Oibromochloromethane1 1 ,2-Tnchloroethane

Benzene

Trans-1 3-Dichloroprop«ne

Bromoform

4-Mathyl-2-Pentanon8

2-Hexanone

Tetrachlofoethene

1.1,2,2-Tetrachloroethane

Toluene

Chlorobenzene

Ethylbenzene

Styrene

Xylenes (total)

5U

0.8 B

02 U

0.3U

0.2 U

0.2 U

0.4U

0.2 U

0.2 U

0.2 U

0 2 U

0.3 U

06 U

1 U

1 U

0.2 U

0.2 U

0.3 U

0.2 U

0.2 U

0.3 U

0.3U

LH-9B-01

6-21-90

0.4 U

0 3U

0.3U

0.2 U

0.3 BJ

2BJ

0.2 U

02 U

0.1 J

0.2 U

02 U

0.6 U

5U

0.2 J

0.2 U

03 U

0.2 U

02 U

0.4 U

0.2 U

02 U

02 U

0.2 J

0.3U

0 6 U

1 U

1 U

0.2 U

02 U

0.1 BJ

0.2 U

0.2 U

0 3 U

0 3 U

LH-9B-01(RE)

6-21-90

0 4 U

0 3 U

0.3 U

0.2 U

0 5BJ

4 B

0.2 U

02 U

02 U

02 U

0.2 U

0.6 U

5 U

0.8 B

0.2 U

0.3U

02 U

0.2 U

0.4 U

0 2 U

02 U

0.2 U

0.2 J

0.3U

o eu1 U

1 U

0.2 U

0.2 U

0.3U

0.2 U

0.2 U

0 3 U

0.3 U

LH-10A-01

6-21-90

04 U

0.3 U

0.3 U

02 U

0.1 BJ

3 U

0.2 U

0.2 U

0.2 U

0.2 U

0 2 U

0 6 U

5U

0.2 J

0.2 U

0.3 U

0.2 U

0 2 U

0 4 U

0 2 U

02 U

0 2 U

0.2 U

0 3 U

0 6 U

1 U

1 U

0.2 U

0.2 U

0.3U

0.2 U

0.2 U

0.3U

0.3 U

LH-10A-01(RE)

6-21-80

0.4 U

0.3 U

0.3 U

0 2 U

0 6 BJ

2 BJ

0.2 U

0.2 U

02 U

0.2 U

0.2 U

06 U

5 U

0 9BJ

0.2U

0.3 U

0.2 U

0.2 U

0.4 U

0.2 U

0.2 U

0.2 U

0 2 U

0.3 U

0 6U

1 U

1 U

02 U

0 2 U

0 3 U

02 U

02 U

0.3 U

03 U

LH-10B-01

6-21-90

0.4 U

0 3 U

0.3 U

02 U

0.1 BJ

2 BJ

0.2 U

02 U

0.2 U

02 U

0.2 U

0.8 U

5U

0.2 J

0.2 U

0.3U

0.2 U

02 U

04 U

02 U

0.2 U

0.2 U

0.2 U

0.3 U

0.6 U

1 U

1 U

0.2 U

02 U

0.1 BJ

0.2 U

0 2 U

0.3U

0 3 U

LKHALLIE.WK1



National Presto Industries. Inc SiteEau Claire. Wisconsin


Sample ID

Oats Sampled

LH-10B-01(RE)

6-21-90

Chloromethane 04 U

Bromomethane I 0 3 U

Vinyl Chloride

Chloroethane

Methylene Chloride

Acetone

0.3 U

0.2 U

0 2BJ

2BJ

Carbon Disulfide 0.2 U

1 ,1-Dichloroethene 0.2 U

1 ,1-Oichloroethane


Chloroform

1 .2-Dichloroethane

02 U

0 2 U

02 U

0 6 U

2-Butanone 5 U

1.1.1-Trichloroethane ; 0.8BJ

Carbon Tetrachlonde ' 0.2 U

Vinyl Acetate

BromcKJichlorometnane

0.3 U

0 2 U

l.2-Dichloropropane 02 U

cis-1 3-Dichloropropene 0 4 U

Trichloroethene ; 0 2 U

Dibromochlofomethane

1 ,1 ,2-Tnchloroethane

Benzene

Tran»-1 ,3-DiChloropropene

0.2 U

02 U

0.2 U

0 3U

Bromotorm : 0 6 U

4-Methyl-2-Pentanone

2-Hexanone

Tetrachlofoethene

1 ,1 ,2.2-Tetrachloroethane

1 U

,u0.2 U

02 Ui

Toluene • 0 3 U

Chlorobenzene 0 2 U

Ethylbenzene , 02 U

Styrene 0.3 U

XyleneB (total) I 0.3 U

LH-10B-D-01

6-21-90

0.4 U

0.3U

03 U

0.2 U

0.1 BJ

2 BJ

02 U

0.2 U

0.2 U

02 U

02 U

0.6U

5U

0 2 J

0.2 U

03 U

0 2 U

02 U

0.4 U

02 U

02 U

02 U

0 1 J

0 3U

0.6 U

1 U

1 U

0.2 U

02 U

0.3 U

02 U

0.2 U

0.3U

0.3U

LH-10B-D-01(RE)

6-21-90

0.4 U

0.3 U

0.3 U

02 U

0.2 BJ

2 BJ

0.2 U

0.2 U

0.2 U

02 U

0 2 U

0 6U

5U

0.7 BJ

0.2 U

0 3 U

0.2 U

0 2 U

0.4 U

0.2 U

02 U

0.2 U

01 J

0.3 U

0 6 U

1 U

1 U

0.2 U

0.2U

0.1 J

02 U

0.2 U

0.3U

0 3 U

LH-11A-01

6-21-90

0.4 U

0.3U

0.3 U

0.2 U

0.8 BJ

4 B

0.2 U

0.2 U

0.1 J

0.2 U

0 2 U

0 6 U

5U

0 2 J

0.2 U

0.3 U

0.2 U

0.2 U

0.4 U

0.2 U

0.2 U

0.2 U

0 1 J

0.3U

0.6 U

1 U

1 U

0.2 U

0.2 U

0 3U

0 2 U

0.2 U

0.3 U

0.3 U

LH-11A-01(RE)

6-21-90

0 4 U

0 3 U

03 U

0.2 U

0 2 BJ

2BJ

0 2 U

0.2 U

0.2 U

0.2 U

0.2 U

0 6 U

5U

0.8 BJ

02 U

0.3 U

0.2 U

0 2 U

0 4 U

02 U

02 U

0 2 U

0.2 U

0 3 U

06 U

1 U

1 U

02 U

0.2 U

0.4 J

0 2 U

0 2 U

0 3 U

0.3 U

LH-11B-01

6-21-90

0.4 U

0 3 U

0.3U

0.2 U

0.8BJ

2BJ

0.2U

0.2 U

0.2 U

0.2 U

0.2 U

o.a u J5 U

0.2 J

0 2 U

0.3U !

0.2 U

0.2U .

04 U

0.2 U

0.2 U

0.2 U

0.1 J

0.3 U

0.6 U

1 U

1 U

0.2 U

0.2 U

0 2 J

0.2U

0.2 U

0.3 U

0 3U


LKHALLIE.WK1


National Presto Industries. Inc. SitsEau Claire Wisconsin

ANALYSIS BY HA2LETON LABORATORIES

Sample ID:

Date Sampled-

Chlofomethane

Bromomethane

LH-12A-01

6-21-90

0.4 U

0.3U

Vinyl Chloride 1 0.3U

Chloroethane 02 U

Methylene Chloride 0.2BJ

Acetone

Carbon Disulfide

1 1-Oichloroethene

I 1-Dichloroeihane

1 ,2-Dichlofoethene (total)

4BJ

0.2 U

0.2 U

0.2 U

02 U

Chlorolorm 0 2 U

1,2-Dichloroethane 0.6 U

2-Butanone

1.1.1-Trichloroethane

Carbon Tetrachlonde

Vinyl Acetate

5U

0.2 J

0.2 U

0.3 U

Bromodichloromethane ! 0.2 U

1.2-Dichloropropane 02 U

c:s-1 3-Dichloropropene 0 4 U

Tnchloroethene

Dibromochlorom ethane

1 ,1.2-Tnchloroethane

Benzene


0.2 U

0.2 U

0.2 U

0.1 J

0 3 U

Bromotorm i 0.6 U

4-Methyl-2-Pantanone 1 U

2-Hexanone

Tetrachloroethene

1 . 1 ,2.2-Tetracnioroethane

1 U

0.2 U

02 U

Toluene 0 3 U

Chlorobenzene 0 2 U

Ethylbenzene 0 2 U

Slyrene

Xylenes (total)

0.3 U

0.3 X

LH-12B-01

6-21-90

0.4 U

0.3 U

0.3 U

0.2 U

0.4BJ

3 B

0.2 U

0.2 U

0.2 U

0.2 U

0 2 U

0 6 U

5U

0.2 J

0.2 U

0.3 U

0.2 U

0.2 U

0.4 U

0.2 U

0.2 U

0.2 U

0.2 J

0.3 U

0.6U

1 U

1 U

0.2 U

0 2 U

0.5J

0.2 U

0.2 U

0.3 U

0.8X

LH-13A-01

6-21-90

0.4 U

0.3 U

0.3U

0.2 U

0.3BJ

3B

0.2 U

0.2 U

0.2 U

02 U

0 2 U

0 6 U

5 U

0.2 J

0.2 U

0.3U

0 2 U

: 2 u4 U

: 2 u3.2 U

3.2 U

0 2 U

0.3 U

0.6U

1 U

1 U

02 U

0 2 U

0 3 U

0.2 U

0.2 U

0.3 U

0.3 U

LH-13B-01

6-21-90

0.4 U

0.3 U

0.3U

0.2 U

0.2BJ

2 BJ

0.2 U

0.2 U

0.2 U

0.2 U

0.2 U

0 6 U

5U

0.3

0.2 U

0.3U

0 2 U

0.2 U

0,4 U

0.2 U

0.2 U

02 U

0.1 J

0.3U

o.eu1 U

1 U

02 U

0 2 U

0.3 U

0.2 U

0 2 U

0.3U

0.3 U

LH-14A-01

6-21-90

0.4 U

0 3 U

0.3 U

0.2 U

0 2BJ

3B

0.2 U

0 2 U

0 2 U

0.2 U

0 2 U

o.eu5 U

0.2 J

0.2 U

0.3 U

0.2 U

0 2 U

0.4 U

0.2 U

0.2 U

0.2 U

0 2 U

0.3U

o.e u1 U

1 U

0.2 U

0 2 U

C.3 U

0.2 U

02 U

0.3 U

0 2 JX

LH-14B-01

6-21-90

0.4 U

0.3 U

0.3 U

0.2 U

0.3 BJ

2BJ

0.2 U

0.2 U

02 U

0 2 U

0.2 U

0.6 U

5U

0.2 J

0.2 U ;

0.3U

0.2 U

02 U !

0.4 U

0.2 U i

0.2 U

0.2 U

0 2 U

0.3 U |

o.eu1 U

1 U

0.2 U

0 2 U

0.3 U ;

0.2 U

0.2 U

0 3U

0.4 X i


LKHALLIE-WK1

LAKE HALLIE - RESULTS OF VOCANALYSIS - WATER SAMPLES lug/l)

National Presto Industries, Inc SiteEau Claire. Wisconsin


Sample ID

Date Sampled

LH-15A-01

6-21-90

Chloromethane : 0 4 U

Bromomethane

Vinyl Chloride

Chloroethane

MetHylene Chloride

Acetone

Carbon Disulfide

1.1-Dichloroethene

1.1-Dichloroothane


Chloroform

1.2-Dichloroethane

2-Butanone

1,1 ,1-Tnchloroethane

0 3 U

0.3U

02 U

02 BJ

3B

0.2 U

0.2 U

0.2 U

0.2 U

0.2 U

0.6 U

5 U

0.3 J

CarDon Tetrachloride 0 2 U

Vinyl Acetate 0 3 U

Bromodich lor om ethane



Tnchloroethene

Di brom och lor om ethane

1 ,1 .2-Trichloroethane

Benzene

Trans-1 .3-Dichloropropene

Bromoform

4-Methyl-2-Pentanone

2-Hexanone

0 2 U

0.2 U

0 4 U

0.2 U

0.2 U

0.2U

0.2 U

0 3U

0 6 U

1 U

1 U

Tetrachloroethene < 0 2 U

1.1.2.2-Tetrachloroethane , 02 U

Toluene 03 U

Chlorooenzene

Ethylbenzene

Slyrene

Xylenes (total)

0 2 U

0.2 U

03 U

0.2 JX

LH-15B-01

6-21-90

04 U

0.3U

0.3 U

0.2 U

0.3 BJ

2 BJ

0.2U

0.2 U

0.2 U

0 2 U

0.2 U

06 U

5 U

0 4 J

0.2 U

0.3U

02 U

0 2 U

04 U

0.2 U

0.2 U

0.2 U

0.2 U

0 3 U

0.6U

1 U

1 U

0.2 U

0.2 U

0.4 J

02 U

0 2 U

0.3 U

0 4 JX

LH-15A-D-01II I

i

6-21-90 !i

04 U

03 U

0.3 U

0.2 U

0.2 BJ

3B

0.2 U

0.2 U

0.2 U

02 U

0.2 U

06 U

5 U

0.3

0 2 U

0.3 U

0.2 U

0 2 U

0 4 U

0.2 U

02 U

0 2 U

0 2 U

03 U

0.6 U

1 U

1 U

0.2U

0.2 U

0.3U

0 2 U

0 2 U

0.3 U

0 5X

TB-6-21

6-21-90

0 4 U

0 3 U

0.3U

02 U

0 4BJ

2 BJ

0.2 U

0.2U

02 U

0.2 U

02 U

0 6 U

5 U

0 2 U

0.2 U

0.3U

0.2 U

02 U

0 4 U

0.2 U

0 2 U

0 2 U

0.2 U

0 3d

06 U

1 U

1 U

0.2 U

02 U

0.1 J

0 2 U

0.2 U

0 3 U

0 3 U ••

Macloruu ?rMU> LTOinLri** eder associates consulting engineers, p.c.

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19000 U

64000 a

3400 a

4900 a3500 a1600 a1200 a1500 a

19000 aR1, 1, l-Trii-unraacnan* 5000 aCanacn TBtracniarlo.vinyl AcBtac*3roiodlchlQraT«chan«

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seyt«n« 1500 axyl^M 4100 a

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38/20/88

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19000 a64000 a3400 a

4900 a

3500 a1600 a1200 aisoo a

18000 UR

5000 a3300 a3900 a

2500 a

2500 a1800 alooo a3200 a2600 a

5000 a1700 a2200 a3400 a

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24000 a

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3200 U

1400 '

1700 C

2000 '.5500

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3G-2-+S5

18/20/88

14000 aisoo aHOOD a17000 alaoo a61000 a3200 a

9700

3300 a1500 a1100 a1400 a

17000 aR24000 a

3100 a3700 U

2400 a

2400 a

1700 a5800

3000 a2500 a6100

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1400 a1700 a2000 a54005900

1100 a1400 a3900 a

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—

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1900 J

1900 J

—

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PyiwnButyla«nry.x _3,3' -OlcalazoDcnzial.1*

BenzoiaipvreneLndmo 11,1, 3^331 ayrane3enzo tg, n, i; peryiana

38000 '„•29000 U64000 U32000 U35000 U90COC U32000 U110000 U44000 U110000 U56000 U44000 U59000 U29000 U73000 U86000 U440000 UR36000 U77000 U25000 U29000 U13000 U22000 Uiiocco u44000 U23000 U140000 U74000 J23000 U73000 U29000 U38000 U77000 U38000 PU41000 u18000 UR130000 U35000 U68000 U29000 U35000 U35000 U35000 UR100000 UR91000 U22000 U41000 U56000 U56000 U44000 U130000 U44000 U290000 U160000 U91000 U50000 U50000 U770000 U320000 U62000 U59000 U91000 U77000 Uiioooo u200000 UR

38000 UJ29000 UJ54000 UJ32300 UJ35000 UJ90000 UJ32000 UJ113000 UJ44000 UJ113000 UJ:6000 UJ44000 UJ39000 UJ29000 UJ'3000 UJ96000 UJ440000 URJ36000 UJ-7000 UJ25OOO UJ29000 UJ13000 UJ22000 UJ113000 UJ"44000 UJ23000 UJ140000 UJ'4000 UJ23000 UJ'3000 UJ29000 UJ38000 UJ77000 UJ38000 JVJ41000 UJ18000 URJ130000 UJ35000 UJ58000 UJ29000 UJ35000 UJ35000 UJ35000 URJ130000 URJ91000 UJ22000 UJ41000 UJ56000 UJ36000 UJ44000 UJ130000 UJ44000 UJ290000 UJ160000 UJ91000 UJ50000 UJ=0000 UJ"3000 UJ320000 UJ62000 UJ59000 UJ91300 UJ"000 UJ113000 UJ230000 URJ


National Presto Inaustnes, Inc. SiteEau Claire. Wisconsin

Background Soils - Results of Metals AnalysisIn Solid Samples (mg/Kg)

Analysis by Wilson Laboratories

Sample ID:

DATE SAMPLED:

ARSENIC

BARIUM

CADMIUM

CHROMIUM

COPPER

LEAD

NICKEL

VANADIUM

ZINC

; BG-1

07/19/88

2.0 U

, 36.1 B

1.0 UJ

: 5.2

1 2.6 UI; 12.6JI

i 3.5 U

I 9.0 B|I 9.3

I BG-2 |I tI 07/19/88 |

2.0 U [

38.4 B |

1.0 UJ

7.1 |

10.4 |

5.7J |I

3.5 U!

10.1 B |!

7.5 i


of

ay Paa*

2OT S»»L£B:

******a«C*-aHC

d«lt*-dHC

jmau* QIC iI_L->d«n«»

BC-1

37/19/88

NR

NR

NRNR

Hapfyni^r i NRMririn NRH^CAOuar cpoxldBEnctowiiprjm IDUldrin4,4'-CC€Enctamiipr^n II

NR

SR

NR

NR

NR

4,4'-CCD 1 NR•Vrtrtgii ' prutn gn '. f^ra , NR

4,4'-CCT ! NR

MBCftoxycr_ar , NRCndrln xacon*

^^^

Amrlnr-1016Arocior-1221ArpcJnr-1232

Arodor-1242Aroclnr-1248ArccJur-1254

Arocior-126C

NRNR

NR

200 U

320 U

310 U

220 U

350 U100 U

210 U

9C-2

37/19/88

NR

NR

NR

NR

NR

NR

NH

NR

NR

NR

NR

NR

MR

NR

NR

NR

NR

NR

200 U

320 U

310 U

220 U

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RESULTS OF METALS ANALYSIS f^g/l)MONITORING WELLS


Well:Date Sampled:

AluminumAntimonyArsenicBariumBerylliumCadmiumCalciumChromiumCobaltCooperIronLeadMagnesiumManganeseMercuryNickelPotassiumSeleniumSilverSodiumThaliumVanadiumZinc

MW-10B12-10-91

21.0 U26.0 U1.0U4.1 J1.0U3.0 U9350 J6.0 UJ7.0 U8.3 J

17. 5 U1.0 U

3870 J2.1 J

0.20 U16.2J680 J3.0 U3.0 U

2430 J1.0U3.0 U15.8 U

MW-11A1-15-88

NANA

9.6 U60.0 U

NA5.0 U

NA9.0 UNA

24.0 UNA

37.0 UNANANA

34.0 UNANANANANA

40.0 U12.0U

MW-11A)10-04-881

NANA

3.0 U34.0 U

NA5.0UNA

8.0 UNA

14.0 UNA

1.5UNANANA

30.0 UNANANANANA

38.0 U12.0U

MW-11A4-25-91

48.6 J20.0 U2.0 J6.0 J1.0U3.0 U

13700J7.0 U6.0 U6.0 J

27.6 J1.2J

3600 J4.6 J

0.20 U7.0 U1150J2.0 U6.0 U

25600 J2.0 U4.0 U59 J

IMW-11BI 1-16-88

NANA

9.6 U60.0 U

NA5.0 U

NA9.0 UNA

24.0 UNA

8.0 JNANANA

34.0 UNANANANANA

40.0 U12.0U

MW-11B10-04-88

NANA

3.0 U65.4 B

NA5.0 U

NA8.0 U

NA14.0 U

NA3.8 B

NANANA

30.0 UNANANANANA

38.0 U17.3 B

MW-11B4-25-91

32.4 J20.0 U2.0 J7.7 J1.0U3.0 U

10000J7.0 U6.0 U6.0 J19.0J1.4 J

3670 J3.3 J

0.20 U7.0 U954 J2.0 U6.0 U

7510 J2.0 U4.0U19.3J

MW-11B3-4-93

NANANANANA



a \jrnju»707\Mw-uer WK



RESULTS OF METALS ANALYSIS &/Q/I)MONITORING WELLS


Wall:Date Sampled:


MW-12A|MW-12A1-16-88 1 10-04-88

NA NANA NA

9.6 U 3.0 U60.0 U 34.0 U

NA NA5.0 U 5.0 U

NA NA9.0 U 8.0 U

NA NA24.0 U 14.0 U

NA NA3.7 U 2.6 BNA NANA NANA NA


40.0 U 38.0 U12.0U 23.6

MW-12B1-16-88

NANA

9.6 U60.0 U

NA5.0 UNA

9.0 UNA

24.0 UNA

3.7 UNANANA

34.0 UNANANANANA

40.0 U12.0U

MW-12B|MW-13A10-04-881 1-18-88

NA NANA NA

3.0 U 9.6 U98.0 B 60.0 U


8.0 U 9.0 UNA NA

14. OU 24.0 UNA NA

1.9B 3.7 UNA NANA NANA NA


38.0 U 40.0 U6Z4 23.3

MW-13A10-04-88

NANA

3.0 U162B

NA5.0 U

NA3.0 UNA

17.7 BNA

1.5UNANANA

30.0 UNANANANANA

38.0 U56.0 U

MW-13B1-18-88

NANA

9.6 U60.0 U

NA5.0 U

NA9.0 U

NA24.0 U

NA3.7 UNANANA

34.0 UNANANANANA

40.0 U386

MW-13B10-04-88

NANA

3.0 B67.8 B

NA5.0 UNA

8.0 UNA

U.OUNA

1.5UNANANA

30.0 UNANANANANA

38.0 U35.8




RESULTS OF METALS ANALYSIS OAJ/I)MONITORING WELLS


Well:Date Sampled:

AluminumAntimonyArsenicBariumBerylliumCadmiumCalciumChromiumCobaltCooperlror

LeadMagnesiumManganeseMercuryNickelPotassiumSeleniumSilverSodiumThaliumVanadiumZinc

MW-14 I MW-1510-07-88 1 10-07-88

NA NANA NA

3.0 U 3.0 U82.5 B 78.4 B


8.0 U 8.0 UNA NA

14. OU 14. OUNA NA

1.5U 2.7 BNA NANA NANA NA


38.0 U 38.0 U48.0 45.1

MW-16A1-19-88

NANA

9.6 U60.0 U

NA5.0 UNA

9.0 UNA

24.0 UNA

3.7 UNANANA

34.0 UNANANANANA

40.0 U23.3

MW-16AIMW-16B10-05-88 1 1-19-88

NA NANA NA

3.0 U 9.6 U252. 60.0 UNA NA

5.0 U 5.8NA NA

8.0 U 9.0 UNA NA

14.0U 24.0 UNA NA

2.0 B 3.7 UNA NANA NANA NA


38.0 U 40.0 U109. 12.0 U

MW-16B10-05-88

NANA

5.0 B132B

NA5.0 UNA

9.1 BNA

14.7BNA

1.5UNANANA

65.0NANANANANA

38.0 U106

MW-17B1-14-88

NANA

9.6 U60.0 U

NA5.0 U

NA9.0 U

NA24.0 U

NA3.7 U

NANANA

34.0 UNANANANANA

40.0 U12.0U

MW-17B10-10-88

NANA

3.0 B99.3 B

NA5.0 UNA

8.0 UNA

14.0 UNA

1.5UNANANA

30.0 UNANANANANA

38.0 U44.5


3 \«TUM«70njtfW-MCT WK


INATIONAL PRESTO INDUSTRIES, INC.EAU CLAIRE, WISCONSINRESULTS OF METALS ANALYSIS &4J/I)MONITORING WELLSANALYSES BY: Wilson Laboratories (1987-90)

Northern Laboratories (1991-92)

Wall:Date Sampled:

AluminumAntimonyArsenicBariumBerylliumCadmiumCalciumChromiumCobaltCooperIronLeadMagnesiumManganeseMercuryNickelPotassiumSeleniumSilverSodiumThallumVanadiumZinc

MW-17B4-26-91

30.0 U20.0 U2.0 J12.1 J1.0U3.0 U

10500 J7.0 U6.0 U6.5 J19.0J1.7 J

3320 J4.3 J

0.20 U7.0 U

2070 J2.0 U6.0 U7540 J2.0 U4.0 U10.7J

MW-17CIMW-17C10-10-881 4-26-91

NA 52.1 JNA 20.0 U

3.0 U 2.0 J71.38 8.0 J

NA 1.0U5.0 U 3.0 U

NA 8440 J8.0 U 7.0 U

NA 6.0 U14.0 U 6.0J

NA 49.6 J20.2 2.3 JNA 2600 JNA 5.6 JNA 0.20 U

30.0 U 7.0 UNA 1620JNA 2.0 UNA 6.0 UNA 3790 JNA 2.0 U

38.0 U 4.0 U12.0 U 45. 8 J

MW-1810-10-88

NANA

3.0 U76.2 B

NA5.0 U

NA8.0 U

NA14. OU

NA1.5UNANANA

30.0 UNANANANANA

38.0 U22.6

MW-1910-05-88

NANA

3.0 U172B

NA5.0 U

NA8.0 U

NA15.78

NA1.5UNANANA

30.0 UNANANANANA

38.0 U46.3

MW-194-26-91

32.4 J20.0 U2.0 J11. 6J1.0 U3.0 U9920 J7.0 U6.0 U6.0 J

27.3 J1.2J

3280 J6.3 J

0.20 U7.0 U1770J2.0 U6.0 U

5720 J2.0 U4.0 U30.7 J

MW-20A10-05-88

NANA

3.0 U81. 7 B

NA5.0 U

NA16.0NA

14.0UNA

1.5UNANANA

30.0 UNANANANANA

38.0 U23.6

MW-20A4-25-91

31.8J20.0 U2.0 J4.6J1.0U3.0 U

10900 J7.0 U6.0 U6.0 J

43.8 J2.2 J

3420 J4.3 J

0.20 U7.0 U1040J2.0 U6.0 U

16300J2.0 U4.0 U58.8 J


9 \KTtJU470nMW-MCT



RESULTS OF METALS ANALYSIS 0/g/l)MONITORING WELLS


WeJI:Data Sampled:

AluminumAntimonyArsenicBariumBerylliumCadmiumCalciumChromiumCobalt

MW-20BIMW-20B10-05-881 4-25-91

NANA

3.0 U38.6 B

NA5.0U

NA15.0NA

Cooper 14.0UIron : NALeadMagnesiumManganeseMercuryNickelPotassiumSeleniumSilverSodiumThaliumVanadiumZinc

7.5 UNANANA

30.0 UNANANANANA

38.0 U12.0U

30.0 U20.0 U2.0 J4.6 J1.0U3.0 U

5560 J7.0 U6.0 U6.0 J

19.0J1.1 J

1960J2.4 J

0.20 U7.0 U

1120J2.0 U6.0 U

27700 J2.0 U4.0 U1£4J

MW-21 A | MW-21 B I MW-22A | MW-22B1 0-06-88 1 1 0-06-88 1 1 0-06-88 1 1 0-06-88

NANA

3.0 U140. B

NA5.0 U

NA8.0 UNA

14.0 UNA

1.5 UNANANA

30.0 UNANANANANA

38.0 U88.5

NANA

3.0 U66.0 B

NA5.0UNA

8.0 UNA

14.0 UNA

1.5UNANANA

30.0 UNANANANANA

38.0 U12.0 U

NANA

3.0 U69.7 B

NA5.0UNA

8.0 UNA

14.0UNA

1.5UNANANA

30.0 UNANANANANA

38.0 U12.0U

NANA

3.0 U34.0 U

NA5.0 UNA

8.0 UNA

23.0 BNA

1.5UNANANA

30.0 UNANANANANA

38.0 U12.0U

MW-23AI10-06-88!

NANA

3.0 U77.1 B

NA5.0U

NA8.0 UNA

14. OUNA

1.5UNANANA

30.0 UNANANANANA

38.0 U12.0U

MW-23A4-23-91

70.8 J20.0 U2.0 J

10.1 J1.0U3.0 U

14000J7.0 U6.0 U6.5 J

74.0 J1.3J

5110J10.2J

0.20 U7.0 U1070J2.0 U6.0 U8830 J2.0 U4.0 U

20.5 J


3 l4ITC*4t70nMW-M€T WK





Well:Date Samoled:


MW-23B10-06-88

NANA

3.0 U61. SB

NA5.0 U

NA8.0 UNA

14.0 UNA

1.5UNANANA

30.0 UNANANANANA

38.0 U28.6

MW-23B4-23-91

36.8 J20.0 J2.0 U6.3 J1.0U3.0 U

10600J14.0 J6.0 U6.5 J

19.0U1.0U

4020 J6.1 J

0.20 U7.0 U1470 J2.0 J6.0 U

14300J2.0 U4.0 U73. 6 J

MW-24A10-10-88

NANA

3.0 U38.38

NA6.5NA

8.0 UNA

14. OUNA

2.3 BNANANA

30.0 UNANANANANA

38.0 U13.4B

MW-24B10-10-88

NANA

3.0 U53.6 B

NA5.0 U

NA8.0 U

NA14.0U

NA1.5UNANANA

30.0 UNANANANANA

38.0 U32,0

MW-2510-12-88

NANA

3.0 U34.0 U

NA5.0 U

NA11.5NA

14.0 UNA

1.5 UNANANA

30.0 UNANANANANA

38.0 U24.1

MW-27A5-13-92

21.0 U22.0 U3.0 U13.51.0U3.0 U159008.0 U4.0 U5.0 U57.61.0U530012.2

0.20 U12.915403.0 U5.0 U229001.0U3.0 U6.7

MW-27B5-13-92

21.0 U22,0 U3.0 U16.01.0U3.0 U179008.0 U4.0U5.0 U

39.0 U1.0U71603.0 U

0.20 U6.0 U11203.0 U5.0 U113001.0U3.0 U3.0 U

MW-29A5-12-92

21. OU22.0 U3.0 U13.11.0U3.0 U144008.0 U4.0 U5.0 U

39.0 U1.0U59403.0 U

0.20 U6.0 U840

3.0 U5.0 U125001.0U3.0 U3.0 U


Q \jrTtSU»7O7\MW-*ICr WK


NATIONAL PRESTO INDUSTRIES. INC.EAU CLAIRE, WISCONSIN

RESULTS OF METALS ANALYSIS OAJ/0MONITORING WELLS


Wall:Date Sampled:


MW-29B5-12-92

21.0 U22.0 U3.0 U1.0U1.0U3.0 U94608.0 U4.0 U5.0U

39.0 U1.0U38403.0 U

0.20 U9.3

13603.0 U5.0 U176001.0U3.0 U3.0 U

MW-30A5-12-92

21.0 U22.0 U3.0 U11.8

1.0U3.0 U215008.0 U4.0 U5.0U

39.0 U1.0U81506.4

0.20 U6.0 U10203.0 U5.0 U62801.0U3.0 U3.0 U

| MW-30B! 5-12-92

21 .OU33.33.0 U16.01.0 U3.0 U88208.0 U4.0 U8.8

39.0 U1.0U296027.4

0.20 U6.0 U16103.0 U5.0U64001.0U3.0 U3.0 U

JMW-32AI 4-25-91

30.0 U20.0 J2.0 U34.3 J1.0U3.0 U

21600J7.0 U6.0 U6.0 J

19.0U1.0J

9620. OJ3.0 J0.2 U7.0 U

1 940.0 J2.0 J6.0 U

41500.0 J2.0 U4.0U10.2J

IMW-32Bi 4-25-91

30.0 U20. OJ2.0 U2aOJ1.0U3.0 U

16300J7.0 U6.0 U6.0 J

19.0 U1.0U

6020.0 J3.2 J0.2 U7.0 U

1 870.0 J2.0 J6.0 U

50000.0 J2.0 U4.0 U2.0 U

MW-34A4-23-91

54.6 J20.0 J2-0 U21.7J1.0U3.0 U

20900 J7.0 U6.0 U6.0 J

26.0 J1.2J

7370. OJ20.2 J0.2 U18.3J

1 380.0 J2.0 J6.0 U

1 3300.0 J2.0 U4.0 U50.3 J

MW-34A12-09-91

21. OU26.0 U1.0 UJ15.9 J1.0U3.0 U

22300 J6.0 UJ7.0 U6.0 U11. OU1.1 J

72004.1 J

0.20 U11.4J1020J3.0 UJ3.0 U

11900 J1.0U3.0 U

63.6 U

MW-34A3-4-93

NANANANANA

0.96 BNANANANANANANANANANANANANANANANANA




RESULTS OF METALS ANALYSIS OAJ/I)MONITORING WELLS


We<l:Date Sampled:

AluminumAntimonyArsenicBariumBerylliumCadmiumCalciumChromiumCobaltCooperIronLeadMagnesiumManganeseMercuryNickelPotassiumSeleniumSilverSodiumThallumVanadiumZinc

MW-34B4-23-91

30.0 U20.0 J2.0 U6.3 J1.0U3.0 U9950 J7.0 U6.0 U6.0 J

19. OU1.0U

3990.0 J2.6 J0.2 U16.4 J

11 70.0 J3.8 J6.0 U

4340.0 J2.0 U4.0 U55.2 J

MW-34B12-09-91

21. OU26.0 U1.1 J4.5 J1.0U3.0 U

9500 J6.0 UJ7.0 U6.0 U11. OU1.8J

3450 J2.0 U

0.20 U16.2J763 J3.0 U3.0 U3320J1.0U3.0 U

25.8 U

MW-34B3-4-93

NANANANANA


MW-38A | MW-38A4-18-91 112-11-91

30.0 U 21. OU20. OJ 26.0 U2.0 U 1.0 UJ19.6J 14.2J1.0U 1.0U3.0 U 3.0 U

1 6500.0 J 15400J7.0 U 6.0 UJ6.0 U 7.0 U6.0 J 6.0 U

19.0U 23.3 U1.0U 1.0 UJ

6540.0 J 563019.1 J 7.7J0.2 U 0.20 U7.0 U 6.0 U

1 150.0 J 789 J2.0 J 3.0 UJ6.0 U 3.0 U

10000.0 J 9600 J2.0 U 1.0U4.0 U 3.0 U44.6 J 15.9 U

MW-3884-18-91

30.0 U20.0 J2.0 U19.1 J1.0U3.0 U

1 4500.0 J7.0 U6.0 U7.2 J

71.3J2.4 J

5700.0 J33.7 J0.2 U7.1 J

1 350.0 J2.0 J6.0 U

22800.0 J2.0 U4.0 U41.1 J

MW-38B12-11-91

21.0U26.0 U1.0U12.6J1.0U3.0 U

13300J6.0 UJ7.0U8.3 J

28.7 U1.2J

4830 J11. 2J0.20 U8.6 J

1130J3.0 U3.0 U

22000 J1.0U3.0 U10.6 U

MW-38C4-18-91

94.3 J20.0 J7.5 J8.9 J1.0U4.4 J

1 2500.0 J7.0 U6.0 U12.2J97.6 J7.0 J

3460.0 J53.2 J0.2 U7.3 J

1910.0J2.0 J6.0 U

30200.0 J2.0 U4.0 U

138.0J


\jm*4«707\MW-*»CT WK



RESULTS OF METALS ANALYSIS (tfj/l)MONITORING WELLS


Well:Data Sampled:


MW-38C12-11-91

21. OU26.0 U1.0U2.8 J1.0U3.0 U

4830 J6.0 UJ7.0 U6.0 U29.9 U1.0J844J5.0 J

0.20 U6.0 U332J3.0 U3.0 U

5180J1.0U3.0 U

31 .8 U

MW-39A4-24-91

30.0 U20. OJ2.0 U12.1 J1.0U3.0 U

1 0900.0 J7.0 U6.0 U6.0 J

19.0U1.0U

3710.0 J18.2J0.2 U7.0 U

878.0 J2.0 J6.0 U

2820.0 J2.0 U4.0U32.4 J

MW-39B4-24-91

31.1 J20.0 J2.0 U7.7 J1.0U3.0 U

1 2200.0 J7.0 U6.0 U6.0 J66.9 J1.0U

4330.0 J193.0J0.2 U7.0 U

1750.0J2.0 J6.0 U

1 0800.0 J2.0 U4.0 U62.1 J

MW-42A I MW-42B12-17-91 112-17-91

21. OU 21. OU26.0 U 26.0 U1.0UJ 1.0UJ10.6J 16.7J1.0U 1.0U3.0 U 3.0 U

13300 J 12600 J6.0 UJ 6.0 UJ7.0 U 7.0 U6.0 U 6.0 U

27.9 U 11. OU1.0 UJ 1.0 UJ4490 J 4240 J3.0 J 2.0 U

0.20 U 0.20 U6.0 U 6.0 U1 020 J 1 1 00 J3.0 U 3.0 U3.0 U 3.0 U6010J 8340J1.0U 1.0U3.0 U 3.0 U

20.5 U 15.9U

MW-45A12-19-91

21.0 U26.0 U1.0U3.7 J1.0U3.0 U

14500 J6.0 UJ7.0 U6.0 U153 U1.0U

4820 J7.1 J

0.28 J6.0 U680 J3.0 U3.0 U

6140 J1.0U3.0 U57.0 J

MW-45B I MW-45C12-19-91 J12-19-91

21.0 U 64.2 J26.0 U 26.0 U2.5 J 1.0 U16.3 J 15.5 J1.0U 1.0U3.0 U 3.0 U

15400 J 14100 J6.0 UJ 6.0 UJ7.0 U 7.0 U23.7 J 9.5 J11.0U 70.7 U1.0U 1.7J

4870 J 4240 J7.7 J 356

0.29 J 0.28 J8.6 J 9.5 J1300J 1610J3.0 UJ 3.0 UJ3.0 U 3.0 U

13900 J 33300 J1.0U 1.0U3.0 U 3.0 U

42.4 U 72.6 J




RESULTS OF METALS ANALYSIS 0>g/l)MONITORING WELLS


Well:Date Sampled:

AluminumAntimonyArsenicBariumBerylliumCadmiumCalciumChromiumCobaltCopperIronLeadMagnesiumManganeseMercuryNickelPotassiumSeleniumStiverSodiumThaliumVanadiumZinc

MW-52A12-13-91

21. OU26.0 U1.2J16.7J1.0U3.0 U

22300 J6.0 UJ7.0 U13.0J14. 3 U1.0U84705.0J

0.26 J6.0 U1210J3.0 UJ3.0 U

18100 J1.0U3.0 U15.9U

MW-52B I MW-54A12-13-91112-12-91

21. OU 21.0 U26.0 U 26.0 U1.0U 1.0U5.7J 3.7J12.7 1.0U3.0 U 3.0 U

19200J 11000J6.0 UJ 6.0 UJ7.0 U 7.0 U40.3 6.0 U63.2 U 20.1 U1.8J 1.0U

3800 J 3910 J14.5 J 9.1 J0.26 J 0.20 J12.4 J 6.0 U10SOJ 498 J3.0 U 3.0 U3.0 U 3.0 U

201 00 J 3700 J1.0U 1.0U3.0 U 3.0 U29.7 U 42.4 U

MW-54B12-12-91

21.0U26.0 U1.0U22.8 J1.0U3.0 U

14500 J6.0 UJ7.0 U14.2J11.1 U1.2J

4980 J198

0.20 U11. 9J1780 J3.0 UJ3.4 J

26500 J1.0U3.0 U11. 9U

MW-54C12-12-91

21.0 U26.0 U1.0U16.7J1.0U3.0 U

15500J6.0 UJ7.0 U9.5 J

11. OU1.2J

593029.2

0.20 U7.6 J

12SOJ3.0 U3.0 U

23300 J1.0U3.0 U10.6 U

MW-67A3-4-93


MW-67B3-4-93


MW-68A3-4-93

NANANANANA





RESULTS OF METALS ANALYSIS ( g/l)MONITORING WELLS


Well:Date Sampled:


MW-68B3-4-93


MW-69A 1 MW-69B3-4-93 i 3-4-93

NA NANA NANA NANA NANA NA

0.5 U 0.5 UNA NANA NANA NANA NANA NANA NANA NANA NANA NANA NANA NANA NANA NANA NANA NANA NANA NA

MW-70A3-4-93

NANANANANA


MW-70B3-4-93

NANANANANA

0.99 8NANANANANANANANANANANANANANANANANA

MW-71A3-4-93

NANANANANA


MW-71B3-4-93

NANANANANA


NR: Not ReportedNA; Not Analyzed

a Mrruu*ro7uiw-*»CT wx


MATONAl. I'PtjrO MOUCmCO, INC. 3TTEEAUOJMBE. MOCOIIOBI

UOMTORMd VUBJJ - RESULTS OF METALSANALYStt -

F*«*-2C nvK IA I*H as

DMO^mow!-

AJummumAn omen?ArwmeB«numBwyHkunCadmiumCmtotumChronxumCOOM

CooperironL>adUagnMiumUwiganM*LUrouryNldlM

P«M«umSMfllUITI

SUW

3oa«umTh«*imV«n«alum3no

; < a« 91! >

I 78.4 JI 20.0 JI 2.0 UI 13.8J: i.ou|. 10 U! 14700. OJ

7.0 U; 8.0 u

8.6 J«a_2J

! 1.0 U

! SO4O.OJ; 20.0 JI 0.2 U] 7.0 UI 1030.0 JI 2.0 J1 8.0 UI 10300.0 J! 2.0 U1 4.0 U

i 2S-2J

i• H 91 [

I

x.ou20.0 J2.0 UOJJI.OU10 U

4810.0 J7.0 U0.0 U(.0 J19.0 U1.0U

1730.0 J1SJ0-2 U7.0 U

833.0 J2.0 J8.0 U

29800.0 J2.0 U4.0 U20.4 J

i< ft at i

i

30.0 U20.0 J2.0 U8.(JI.OU10 U

7000.0 J7.0 U0.0 U0.0 J20-2JI.OU

1 900.0 J19.3 J0.2 U7.0 U

1050.0 J2.0 J8.0 U

36300.0 J2.0 U4.0 U40.7 J

12-11-91

21 .OU20.0 U1.0 UJ4.9 J1.0 U10 U

130000.0 LU7.0 U8.0 U38.2 U1.0 UJ51402.0 U3.20 U8.0 UH20J10 UJ10 U

108001.0 UJ10 U10.1 U

1

1 !

21.0 U20.0 U1.9J14.7 Jt .OU10 U

100008.0 UJ7.0 U8.0 U2S.O U1.0 UJ801010 J

0.20 U10JJ14OOJ10 UJ10 U

200001.0 UJ10 U19.«U

12-11-91

21.0 U20.0 Ui.o uj13.9JI.OU10 U

187008.0 UJ7.0 U8.0 Uli.1 U1.0 UJ80802.4 J

0 J1 J

».3 J1300 J

10 UJ10 U

200001.0 UJxou10.1 U

Nft Not AtoonMMA: Not Armrma

Mill Ml • !• 1 .

rr* 3* n

12-11-81

21 .OU20.0 UI.OU1.0 U1.0 u10 U200 J8.0 UJ7.0 U8.0 UU.J U1.9J

30 -2 J2.7 J

0.20 U8.0 U144 U3.0 UJ10 U10*J1.0 UJ10 U4.4 U

1; 12-11-41

21.0 U20.0 U1.4J

13.1 J1.0U10 U

130008.0 UJ7.0 U8.0 U3&.9U1.5J

4000 J

2.1 J0.20 J9.3 J

12SOJ10 UJ10 U

100001.0 UJ10 U21.SU

iMmanM(i98i-«2)

I

30.0 U20.0 U2.0 U2UJI.OU10 U

30000.0 J7.0 U8.0 U8.SJ20.1 J1.0 U

•1800.0 J9.1 J0.2 U9.2 J

2080.0 J2.0 J8.0

2S700.0J2.0 U4.0 U80.7 J

21.0 U20.0U1.8J12^J' .OU10 U

137008-0 LU7.0 U•0.5J10.0 U 11.0UJ 140COJ I2.0 U :0.20 U ;8-0 U100OJ :10UJ10 U 1

r>nBa ;l.O UJ 13.0 U 1•0.7 U !

3 A**7O*MWMCTT WK1

NATIONAL PflEOTO MOUSTWES. INC. 3TTEEAUCOJAC. iM«COHIllll

UOMTONNd VM&JJ - RESULTS OF UETAL4ANAI.YSW -

QaM Swnowa:

Aluminum

AnwiaBvium9MV«lumCM mumCitatumOranvumCob«t

CooowIranLMdU^nwumU«ng*n«MMcrauryNtok*ruiMiniiiS*lwiiumSUvwSodiumThMlumVvtadkjman.

1 p*l 11 1

: S-3-41

i M.OUi 20.0 Ji 2.0 U! 23-3 Ji 1.0Ui 10 U' 31 100.0 Ji 7.0U, «.ou; 23.0 J; (4OO.O1 11. t J1 124OO.OJ1 114.0J

[ 0.2U7.0 U

1310.0 J1 2.0 J

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1 2.0 U4.0 U

M4.0J

pv» m

S-J-41

X.OU2OJJ2.0 U17^J1.0Uuu

17000.0 J7.0 U«J)U

X7.0J174.0S.3J

574O.O J7.4 J0.2 U7.0 U

11*0.0 J1«Jto u

3MO.OJ2.0 U4.0 U

34JJ

MA: Hot An«rtM


ANALYSES IV: |(1M7^0)M1M1-OZ)


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1

1 30.0 U1 20.0 JI 2.0 UI 13.1 JI 1.0 U1 3.0 U1 12KMJI 7.0 UI CO UI 7.2 Ji i9.ou: 1.0 u! 475O J

! 2.1 J[ OJ20UI 7.2 UI 1073 JI 2.0 U[ 4.0 UI 24700 JI 2.0 UI 4.0 UI 20.* J

I I

21 .OU20.0 U1.0U

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273008.0 UJ7.0 U4.0 L)17.9U1.4 J

91 SO4.0 J

0.20 U4.4 J

1000 J10 LU10 U

244001.0 LU10 US1.9U

2i.au20.au1.0 U11. OJ1.0 U10 U

242004.0 LU7.0 U14.0 J30.1 U1.0 LUtenS.7J

0.20 J4.0 U14M J

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237001.0 LU3.0 U20.9 U

21.0U20.au

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12MOJ7.0 U4.0 U12.* J19.0 J1.3J

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0.20 UtO.2 J12OOJ2.0 U4.0 U

294OO J2.0 U4.0 U37.4 J

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147004.0 UJ7.0 U12.9 J11* U1.0 UJ53*013 J

0.20 U4.5 J13IOJ10 UJ3.0 U

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4O.2J0.20 U>.4J1120J2.0 U4.0 U

43SOOJ2.0 U4.0 U2*.3 J

21.0 U20.0 Ui.O U4.9J

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34.7UI.O J

3190 J99 J

0.20 U4.0 U

1170 J

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2*400i.O UJ10 U

41.1 U

31.* J20,0 J2.0 U11.141.0 U10 U

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104.0 J479.01.1 J

4740.0 J

1.9J0.2 U7.0 U

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3890.0 J2.0 U4.0 U3.1J

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L'.'.iLl I' 1

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of '•CC AruuyBULiquia

cry Hualccn L*oor»cor !•• .

utU: m-106

3*ca Smpiarl;^ —

4-«~M

CIUflRMCfljn. .4 0artaovcw*Vinyl Qvioria*OUorovuun*MKftylflno Qili3fld>AaKOlM

Outai Ol«ui£id«

.3 0

.3 0

.2 a.4 aju4 BJ.2 a

l.i-01cRlan»en» : .2 u

1, l-O,ictilnro»cft«n» .2 al,2-Oic*Uflro«cn«n» (toul) .2 0OUflrofora1, 2-01ctuaro»cftjn«2-SuuncM

.2 0

.6 05 UR

1, 1, l-Trie*Uaro«tfi«n» 3~*r+r<r, T»tr>aiiflria» .2 avinyl AOKAC*aroBjalcftlarui«ch«n»1,2-Olchlarepropwcir-1, 3-Oictiioroprap«n«7riauoio«cn«>»DlJraoaiiarai-cftM:,;,2^rrlcr_Lara«ai«niarom

BroKjfacn4-**cftyl-2-f'«rc*nc*»

2 ll«»ir.:n«7*cr»ctilaro»cn»1, 1, 2. 2-7«cracalarcMcruB»•y,l.»n«

.3 0

.2 0

.2 0

.4 0.i

.2 0

.2 0

.2 0

.3 0

.7 01 0i a

.2 a

.2 a

.3 0} rT

EXftyibanzam ' -2 0sryrwi*xyijn^ (toCAll

TDTOMTVG.Y TTfVr 'I !vrj C^ffOLICS

.3 a

.3 0

PW-lli— — » •> -

4-7-89

.4 0

.3 0

.3 0

.2 a.8 BJU

7 J.2 0.2 0.2 0.2 0.2 a.6 a5 OR

.3.2 0.3 0.2 0.2 0.4 0.7

.2 0

.2 0.2 0.3 0.7 0i ai a

.2 a

.2 a

.3 0

.2 o

.2 a

.3 a

.3 0

pw-115•— " — ~

8-1-89

.4 a

.3 0

.3 a

.2 0.5 BJU1 BJU.2 a.2 0.2 0.2 0.2 0.« a5 UR

.5.2 a.3 0.2 0.2 0.4 a

i.2 0.2 a.2 0.3 a.7 ai a1 0

.2 a

.2 a

.3 a

.2 0

.2 a

.3 0

.3 a

PW-lli"

10-U-89

.4 0

.3 a

.3 a

.3 0

.3 02 0

.3 J

.3 0

.2 0

.3 0

.3 0

.7 05 OR

.4

.2 0

.3 0

.3 a.4 0.3 0

1.3 a.( a.2 0.3 a.3 0

4 0

1 0.2 J.5 0.3 0.2 0.2 a.4 0

.5 0

PW-IK ; pw-iie ' pw-iic-"-• "•••" "•" j ^"^^"^^ - | ^—~^~^—^

4_7-89 8-2-89 10-1X9! I

.40 .40 .4 a

.3 a .3 a .3 o

.30 .30 .3 0

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.20 .20 .3 a

.* a .t a .7o5 OR 5 UR 5 UR.2 J .4 .2 M-.2 a .2 o .2 a.30 .30 .30.20 .20 .3 a.2 o .2 a .4 a.4 a .40 .3 a.9 .9 .6

.20 .20 .30

. 2 0 . 2 0 - S O

.20 .20 .20

.30 .30 .3 a

.70 .70 .3 01 0 1 0 4 0i a i a i a

.2 o .1 J .: J

.20 .20 .5 a

.3 a .30 .30

.2 o .2 a .2 a

.20 .20 .2 J

.3 a .3 a .4 j

.30 .30 .5 U

PH-U"

4-7-89

.4 a

.3 0

.3 a

.2 0.(, BJU

4 a.2 a.2 a.2 a.2 0.2 a.6 05 UR.2 a.2 a.3 U.2 a.2 a.4 a.2 a.2 a.2 0.2 a.3 U.7 0i ai a

.2 a

.2 a

.j a

.2 U

.2 a

.3 0

.3 a

PW-118

4-7-89

.4 0

.3 a

.3 a

.2 0.t ua

5 0.2 0.2 0.2 0.2 0.2 0.6 0.a BJ.05 J.2 a.3 a.2 a.2 0.4 0.2 0.2 0.2 a.2 a.3 0.7 Ui ai a

.2 J

.2 a

.3 0

.2 0

.2 0

.3 0

.3 a

ic Acid. Etiiyl EicarAoKlc Acid. M>uiyi Ejc*r

ELT»r2-MKAyl

3-MKftyi2.2-Omcny.

2 -Propane il-P«nt«i«,

«, 2,xan*. 4 , 5-01a»oryl-

Prwto LTcaiitri**. Inc. ed«r associates consulting engineers, p.c.

?rlv»t» HI Hi - Aaculcj at VOC AnilysuPrat MT-'--I ^-T'»* tug/i) .

Nhlli

Data Saryiian:03*0*0

3ilarcn»cft«n«aro»»»cn«n«Vinyl Oiiorld*

PW-119

4-t-89

.4 a

.3 a

.3 a3ilaro«uvin« | .2 aMKnyl» QUoria.toKocmCuban Di*uL£id»1 , l-Oicfiioro«cn«r<«1, :-aUfilorc«Cfl«n»1 , 2-Oictiiof oKfm» ItoCAllOxiorofam1,2-OlcnlaraKnww2-Buuntn

1. i. l-Tricr—arocran*^nxr TKraauarla*Vinyl AOKAUBmBnrllr-tunraBacMn*l,2-0ictuarcprap«n«cl*-l, 3-Oichloraprep»TrlcMonKTMra31bzacauara»UMni

2 SOU4 BJU.2 a.2 a.2 a.: j.2 a.6 a5 UR.2 a.2 a.3 a.2 a.2 a.4 a.7

.2 a__^ j

Banxn*

te.faa4H*cftyl-2-P«ntancr»

2 llmurrrm•^caanlaeoKfrnm1, 1, 2, 2^T»cr«cnlaro»cn«n«TOlUiM

CManxwizm

.2 a

.3 U

.7 a: ai a

.2 a

.2 a. .3 a

.2 aCUiylDvizvw i .2 asrynn* .3 Uxylanw (total)

:»«RVQ.r n**™ SM-CUCS.3 a

PW-119

8-2-49'

.4 a

.3 a

.3 a

.2 a.4 UU3 KJ.2 a.2 a.2 a.1 j.2 a.< a5 UK.2 a.2 a.3 a.2 a.2 a.4 a.8

.2 a

.2 a

.2 a

.3 a

.7 ai ai a

.2 a

.2 a

.3 a

.2 a

.2 a

.3 a

.3 U

] ?»-U»i; 10-12-491

.4 a

.3 a

.3 a

.3 a

.8 a2 a

.4 a

.3 a

.2 a

.2 J

.3 a

.7 a5 UK.06 J.2 a.3 a.3 a.4 a.3 a.8

.3 0

.« a

.2 a

.3 a

.3 a4 ai a

.1 j

.i a

.3 a

.2 U

.2 a

.4 a

.5 a

PW-L20

4-4-89

.4 a

.3 a

.3 a

.2 a.3 BJU4 K.2 a.2 a.2 a.«

.2 a

.( a5 UR.2 J.2 a.3 a.2 a.2 U.4 a

3.2 a.2 a.2 0.3 a.7 ai a1 U

.1 J

.2 a

.3 a

.2 a

.2 U

.3 a

.3 a

PW-120-O

! 4-8-89

.4 a

.3 a

.3 a

.2 a.3 «JC4 K.2 a.2 a.2 a.8

.2 a

.( ai UK.2 J.2 U.3 a.2 a.2 a.4 a

3.2 a.2 a.2 a.3 a.7 a1 ai a

. Qo J

.2 a

.3 a

.2 a

.2 a

.3 -'

.3

: PW-120-FB '

4-8-89

.4 a

.3 a

.3 a

.2 07 m5 KJ.2 a.2 a.2 a.2 a.2 a.( ui UK.2 a.2 a.3 a.2 a.2 a.4 a.2 a.2 U.2 U.2 a.3 a.7 ai a1 U

.2 U

.2 U

.3 a

.2 a

.2 a

.3 a

.3 a

?w-m4-6-39

.4 a

.3 a

.3 a

.2 ai a

5 BJU.2 U.2 a.2 a.2 a.2 a.6 a5 UK.2 -J.2 a.3 a.2 a.2 a.4 U

.8.2 a.2 a.2 a.3 a.7 ai a: u

.2 u

.2 a

.3 a

.2 a

.2 'J

.j U

.3 a

PW-121

8-2-89i

.4 a

.3 a

.3 a

.2 a.8 UU3 KJ.2 a.2 a.2 a.2

.1 j

.( ai UK.2 J.: a.3 a.2 a.2 a.4 a

i.2 0.2 a.2 a.3 a.7 ai ai a

.2 a

.2 a

.3 a

.2 a

.2 a

.3 a

.3 U

P»-121

1C-12-89

.4 a

.3 a

.3 a

.3 a

.5 JU2 a

.4 a

.3 a

.2 a

.3 a

.3 a

.7 a5 UK.2 J.2 a.3 a.3 a.4 a.3 a

i.3 a.t a.2 a.3 a.3 a4 a1 U

.2 a

.5 a

.3 a

.2 a

.2 a

.4 a

.5 a

Ac«cic Acid. >*tnyl EstmrHamSiacfiyl £tn«r

2-f-fcCfiyl3-HKtryl ?<ncir»2,2-OloBtnyi auuro2-Prop«noi

«, 2-MRftyl-, 2 , 3-Diaauryl-

, 4 , 5-DiBBUiyi-.93

Prwto LiamriM, Inc. ed«r associates consulting engineers, p.c.

Private w»Lj -rraB

of VCC Antlyili

Antlyvli oy H«a»i.UT) Ltoacrcarlm.

vinyl Qiiarid*

MKir/lm» Oiiorld*

1, 1-OicnioraBCMr*

r* li n i jft^*TB

2-BuunanB1,1,1-TricAlorauun*

vinyl AOKAUarrnrnlrtilnnnmwa

1,1,2-Iri rti i nro»oan«

TZan»-l, 3-Olctilaraprcpn

1,1,2,2-TKr«cruaroach«wTolum

Stynna"•/1 arm i r.irj 1',

TonxnvELY 03*0*08

Pwit*n»tic Acid, Et_K.yitic Acid, Mvcnyl £ic«r

EUmz

2-Propanoil-P«nt«n», 29utan>, 2, 3-Olaaeftyi-

4 , 5-01a»enyl-

PW-122

10-12-89

1' .4 a

.3 a

.3 a

.3 a

.6 a2 a

.4 a

.3 a

.2 a

.3 a

.3 a

.7 a5UR

.3 a

.2 J

.3 a

.3 a

.4 a

.3 a.8

.3 a

.6 a

.2 a

.3 a

.3 a4 a: a

.2 a

.5 a

.3 a

.2 U

.2 a

.4 a

.5 a

PW-123

10-U-88

.71 a

.22 a

.42 a

.92 al.t BJU

3.4 BJa

.2t a

.29 a

.24 a

.19 J

.39 BU.M a5 UR.88 a.30 a:.: a.29 a.31 B

.38 a1.0 B

.27 B

.24 B

.23 a

.24 a

.68 a

.54 U

.48 a

.09 J

.39 a.29 BU.18 a.88 a.27 a.74 a

PW-123

4-5-89

.4 a

.3 a

.3 a

.2 a: BJU2 BJU

.2 a

.2 a

.2 a

.2 U

.2 a

.s a

.S J

.2 a

.2 a

.3 a

.2 a

.2 U

.4 a.9

.2 a

.2 a

.2 a

.3 a

.7 ai ai a

.2 a

.2 a

.3 a

.2 a

.2 a

.3 a

.3 a

B*-123

8-2-89

.4 a

.3 a

.3 a

.2 a.4 BJU

3 BU

.2 U

.2 U

.2 U

.2 U

.2 a

.( a5 UR

.2 B

.2 a

.3 a

.2 a

.2 a

.4 a.8

.2 B

.2 a

.2 B

.3 B

.7 B

1 B

i a.2 a.2 a.3 a.2 a.2 a.3 a.3 a

PW-123

10-12-89

.4 a

.3 a

.3 a

.3 a

.8 B

2 B

.4 B

.3 B

.2 B

.3 a

.3 U

.7 B

S UR

.3 a

.2 a

.3 B

.3 a

.4 a

.3 a.9

.3 B

.6 a

.2 a

.3 a

.3 a4 ai a

.2 a

.i a

.3 a

.2 U

.2 a

.4 a

.5 U

?W-124

4-7-89

.4 a

.3 a

.3 a

.2 a.7 BJU

3 a.2 a.2 B

.2 a

.2 a

.2 B

.( a5 UR

.2 a

.2 a

.3 a

.2 a

.2 a

.4 a

.2 a

.2 a

.2 a

.2 a

.3 a

.7 ai ai a

.2 a

.2 a

.3 a

.2 U

.2 U

.3 a

.3 a

PW-125

4-7-89

.4 a

.3 a

.3 B

.2 B

.< BJU

3 B

.2 B

.2 a

.2 a.5

.2 a

.6 a5 UR

.2 U

.2 'J

.3 U

.2 J

.2 a

.4 ai

.2 a

.2 a

.2 B

.3 a

.7 a1 U

i a.2 a.2 U

.3 a

.2 a

.2 a

.3 a

.3 a

PW-128

4-7-89

.4 a

.3 a

.3 a

.2 a.3 BJU

3 a.2 a.2 a.2 a.2 a.2 a.« a5 R

.2 a

.2 a

.3 a

.2 a

.2 a

.4 a

.2 a

.2 a

.2 a

.2 a

.3 B

.7 B

1 B

i a.2 U

.2 a

.3 a

.2 a

.2 a

.3 B

.3 a

13 J

S«eioral PTHCO InaiKriM. Inc. eder associates consulting engineers, p.c.

of VCC

Anaiyiu oy Haolun Ltbomorli*.

Wail:

Vinyl QiiaridB

f»cnyl«r>« aiiaria•Dliui-fldB

1.1-Oicnloro»cn«n«1.2-Oichloro«tn«n» (total)

'., 2-OiOvloraaCAan*2-Buuncn*

Tt»enrfilnrin»

Vinyl AcKau

1,2-OicnOoraprcpBMX, 3-Oiauoropropm

1, 1, 2-Trichlara«cJwi«

4-MBtflyl-2-?«rtanor»

1, 1,2,2-TfctracruaraBcnan*TOllJVM

StyrwM(total)

Y ^QVfUiLS S^FCUGS

Acid, Eilyl titmr

3-MKflyl

2-Prcpancutrl rti inrof ', mrrmarrana

"Jhknoun

PW-203 I PH-203 I PW-207

9-3-89 I 4-7.

W-OT PH-207 I PW-208

.4 a

.3 a

.3 U

.2 a.4 BJU

€> BU

.2 a

.2 U

.2 U

.2 U

.2 a

.6 a

.7 J

.2 a

.2 a

.3 a

.2 a

.2 a

.4 a

.2 J

.2 a

.2 a

.2 a

.3 a

.7 ai ai a

.2 a

.2 a

.3 a.2 U.2 a.3 a.3 a

.4 a

.3 a

.3 a

.2 a.5 BJU2 BJU

.2 U

.2 U

.2 a

.2 a

.2 a

.6 a5 UK

.2 a

.2 a

.3 a

.2 a

.2 a

.4 a

.09 J

.2 a

.2 a

.2 a

.3 a

.7 ai a: a

.2 a

.2 a

.3 a

.2 a

.2 a

.3 a

.3 a

.4 a

.3 a

.3 a

.2 a.3 BJU

5 BU

.2 3

.2 a

.2 a

.2 a

.2 a

.« a5 UK

.2 a

.2 a

.3 a

.2 a

.2 a

.4 a

.2 J

.2 a

.2 a

.2 a

.3 a

.7 ai ai a

.2 a

.2 U

.3 a

.2 a

.2 a

.3 a

.3 U

.4 a

.3 a

.3 a

.2 a2 BU

2 BJU

.2 U

.2 a

.2 a

.2 a

.2 a

.6 a5 0*

.2 a

.2 a

.3 a

.2 J

.2 J

.4 J

.2 J

.2 U

.2 U

.2 U

.3 U

.7 ai T.il ::

.2 a

.2 ;;

.3 a

.2 a

.2 U

.3 a

.3 U

.4 U

.3 a

.3 U

.3 a.702 U

.4 0

.3 a

.2 U

.3 a

.3 a

.7 a5 UK.3 0

.2 a

.3 U

.3 a

.4 U

.3 U

.2 J

.3 a

.6 U

.2 a

.3 a

.3 a4 a: a

.09 J

.5 a

.3 a

.2 a

.2 a

.4 a

.5 a

.4 a

.3 a

.3 0

.2 U.4 BJU

4 BU

.2 a

.2 a

.2 a

.2 U

.2 U

.6 a5 (M.2 U.2 U.3 U

.2 a

.2 U

.4 U

.2 a

.2 a

.2 a

.2 U

.3 a

.7 a: ai a

.2 a

.2 a

.3 a

.2 a

.2 a

.3 a

.3 a

.4 a

.3 U

.3 U

.2 U.i BJU

4 BU.2 a.2 a.2 a.2 a.2 a.& a.7 J

.2 a

.2 a

.3 a

.2 a

.2 a

.4 a

.2 a

.2 a

.2 a

.2 a

.3 a

.7 aL a: a

.2 a

.2 a

.3 u

.2 a

.2 a

.3 a

.3 a

.4 a

.3 a

.3 a

.3 a

.7 a2 a

.4 U

.3 a

.2 a

.3 a

.3 a

.7 aS -JK

.3 a

.2 a

.3 a

.3 a

.4 a

.3 a

.3 a

.3 a

.6 U

.2 a

.3 a

.3 a4 a: a

.2 a

.5 a

.3 a

.2 a

.2 a

.4 a

.5 a

.4 a

.3 a

.3 a

.3 a

.6 JU2 a

.4 a

.3 U

.2 a

.3 a

.3 a

.7 U

: aK.3 a.2 U.3 a.3 U

.4 a

.3 a

.3 a

.3 a

.« a

.2 a

.3 U

.3 a< a•. a

.2 a

.5 a

.3 U

.2 a

.2 a

.4 a

.5 a

Pr i 11 r» ed«r associates consulting engineers, p.c.

MC.UJ -Far Li rpnn

of

ArudyiLi oy Hazaicon

33*010

->i 1i ii i 11^1 n n»

Vinyl 3x1

1,1-Olchloroauwn*1.1-OichlozaatAan*1.2-OlctiioroMCAan* (total)

1, 2-Oicftlaro«ch«n«

1.1,1-Trl rfi 1 nro»cflan«r*frt**ft TBCTBdLLOTldB

Vinyl ACKJUBraodlchlarcnacham1.2-01 rMnreprop«n«cli-l. 3-Oiehloraprop«n»

1,1,2-Trl£tOaro«cn«n«

Tatm-1.3-01chloroprop«r»

4-M»Oryl-22-Huancra

1,1.2,2-T*tracruaco*tAan«Tolum*

CUrylianzana

xylana* itotall

somrrm

AcKlc Acid, EXftyl £*t«r

1-Pwrcanai, 2-MKnyi

2,2-OlJi*uiyl2-Propano..

1, 1, 2-Tricniar»-l,2-Eth«n«

PK-M8-TB 1 PW-211

10-17-89 I 4-«-«9

PW-211-D PW-Z11-FB i PW-212

4-«-W ; 4-«-89 10-13-8*

PW-212-flE I PW-212

10-1J-M 4-7-49

PW-212-0

4-7-W

4.4 BJU

2.2

.55 J

4-7-89

.4 0

.3 0

.3 0

.3 J

2 0

2 U.4 0

.3 0

.2 U

.3 0

.3 0

.7 0

S UR

.3 U

.2 U

.3 0

.3 0

.4 0

.3 0

.3 0

.3 0

.6 0

.2 0

.3 U

.3 04 01 0

.2 0

.5 0

.3 0

.2 0

.2 0

.4 0

.5 0

.4 U

.3 0

.3 0

.2 0

2 06 0

.2 U

.2 0

.2 0

.2 U

.2 0

.6 0

5 R.2 0

.2 U

.3 U

.2 0

.2 0

.4 0

.2 0

.2 0

.2 0

.2 0

.3 0

.7 U

1 0

1 0.2 0

.2 0

.3 0

.2 0

.2 0

.3 0

.3 0

.4 0

.3 0

.3 U

.2 0

2 BJU

6 0.2 0,2 0

.2 0

.2 0

.2 0

.6 05 R

.2 0

.2 0

.3 0

.2 0

.2 0

.4 0

.2 0

.2 0

.2 0

.2 U

.3 0

.7 0

1 U1 0.2 0

.2 0

.3 0

.2 U

.2 0

.3 0

.3 U

.4 0

.3 0

.3 0

.2 U7 BJU

4 BJU

.2 U

.2 0

.2 U

.2 U

.2 0

.( 05 R

.2 U

.2 U

.3 0

.2 0

.2 U

.4 0

.2 0

.2 0

.2 0

.2 0

.3 U

.7 0

1 0

1 U.2 U

.2 0

.3 0

.2 U

.2 0

.3 0

.3 0

.71 0

.22 a

.42 U

.92 04.3 BJO

45 BJ

.26 U

.29 0

.24 U.33

.23 BJU.66 02.0 J1.5

.30 01.1 0.29 0

.31 U

.38 03.1 B.27 0

.26 0.28.24 0.68 01.8

.48 06.3.39 073 BE.18 0.78 BJ

.27 02.5

.71 0

.22 0

.« 0

.92 01.2 BJU

5.1 BJU.26 0

.29 U

.24 0

.32.35 BU.66 U5.0 0.38 0

.30 01.1 0

.29 0

.31 0

.38 U2.4.27 U

.26 0

.25 0

.24 0

.68 O

.54 0

.48 U

.34 U

.39 0

.12 BJU

.18 0

.88 U

.27 0

.74 U

.4 U

.3 0

.3 a

.2 0.9 BJU7 0

.2 0

.2 U

.2 0.2

.2 U

.6 U5 UR

.2 U

.2 U

.3 U

.2 U

.2 U

.4 U

3.2 'J.2 0.2 U.3 U.7 o

: 'j'. U.2 U

.2 'J

.3 U

.2 U

.2 0

.3 U

.3 'J

.4 0

.3 0

.3 0

.2 U.4 BJU

3 BU.2 U

.2 0

.2 0.2

.2 0

.6 U5 UR

.2 U

.2 0

.3 0

.2 0

.2 0

.4 0

3.2 0.2 0.2 0.3 0.7 0

1 0

1 U

.2 U

.2 U

.3 0

.2 0

.2 U

.3 U

.3 0

.4 0

.3 0

.3 0

.2 U7 BU

5 BU

.2 0

.2 0

.2 U

.2 0

.2 0

.6 U5 UR

.2 U

.2 0

.3 0

.2 0

.2 0

.4 U

.2 0

.2 0

.2 0

.2 U

.3 U

.7 0

1 U

1 U.2 U

.2 0

.3 0

.2 0

.2 U

.3 0

.3 U

.81

Prwco liouscrla*, Inc.<~' - i r». eder associates consulting engineers, p.c.

?rlv«t« Htilt -Far

of VOC AntiyU*

Anilyili ay rt*z»iccri

vinyl CMarid*niQi!nr1r»

1, 2-Olehlof oacnarn icoe»U

2-auunan*

1. 1, l-Trlcr.lara»cjw»^I-H"" Tvcraavlorld*vinyl

1, 2-Oicftloroprop«n»

Tr«n»-l.

Pvnun*Vid. itnyl E«t«-

2,2-Ols»t.iyi

9-1-W 8--l-«»

PH-ZK

10-U-«9 10-U-89 4-«-89 4-7-«9 7-1B-89

.4 U

.3 U

.3 a

.2 U.4 BJU

4 BU

.2 U

.2 U

.2 U

.2 U

.2 U

.6 'JS UR

.2 U

.2 U

.3 U

.2 U

.2 U

.4 U

.2 U

.2 U

.2 U

.2 U

.3 U

.7 U

1 U1 U

.2 U

.2 U

.3 U

.2 U

.2 U

.3 U

.3 U

.4 U

.3 U

.3 U

.2 U

.4 BJU

« au.2 U

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.2 U

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.6 U5 UR

.2 U

.2 U

.3 U

.2 a

.2 V

.4 U

2.2 a.2 U.2 U.3 U.7 U

i a: u

.2 U

.2 U

.3 U

.2 U

.2 U

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.3 U

.4 U

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.3 0

.2 0

.4 BJU

2 UU

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.i U5 UK

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2

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1 U

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.6 U5 UR

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.,2 U-.2 U.,2 U

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2 0.4 U

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.3 U

.S U

.2 U

.3 U.3 U

4 U1 U

.2 U

.5 U

.3 U

.2 U

.2 U

.4 U

.5 U

.71 0

.22 0

.42 U

.92 a.S UU

2.1 IJD

.2i 0

.29 0

.24 a1.1

.27 0

.66 U5 UR

.88 U

.X U

i.: a.29 U

.31 0

.31 D

5.2 1.27 U

.26 U

.22 U

.24 U

.U U

.54 U

.48 U

.34 a

.39 a

.37 U

.18 U

.88 U

.27 U

.74 U

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.(, U5 JR

.1 J

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4 UU

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.6 a

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.3 a

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.4 a

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1 3JU

.2 a

.2 a

.2 a

.2 U

.2 a

.6 a5 -JR

.2 a

.2 a

.3 a

.2 a

.2 a

.4 U

.2 a

.2 a

.2 0

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.3 a

.7 a1 Ui a

.2 a

.2 a

.3 a

.2 a

.2 a

.3 a

.3 a

SOWAR* 0? TSZ AHALmCAL DATAPar National PrestoProject MO. 497-4

VolatileSamples Received 7/79 -

Laboratory Reference Numbers:

Cl-05-CD-01GTS-5-01. -STS-6-01GTS-7-01-STS-B-01- •GTS-lO-Ol-M2-10- • • • •M3-05M10-OSH10-15M23-05M16-15HE-3

ME-7Ml-8 . . . . .MZ-8-0-H«-9 . . . . .TS-15-15-

7365'73977397-7397'7397-7397'7397.•7363'7363-•7363'7363-7365'•7363-•7364'7364'•7364'• 7164'•7364'7364-7364'

•26390•26483•26489•26490•26491•26492•26494•26391•26383•26392•26393•26382•26389•26361•26363•26367•26368•26369•26370•26376

TALTDATIOH SOMHAKY

Low concentration* ot t£e TO. covpovindx w«r« pr«««nt onall quant reports. t-1«y w«ra not added ta tA« fORM I's,aod copie* of ap«ccra u«r« not included in ta« report.For tn« purpo««a ot tMa validation, all compoundsprMtnt in any aaapla or blank at a concentrationgraater cnan i oq/l were added to tne data auaaarytable. M.1 of theae concentrations were very low, andtnair oni»«ion doe* not significantly affect tneoverall avaluatlon of tne contamination present at tnissic*. Tne reporting of these compounds by tnelaboratory did not conform to strict CLP requirements.

Ssaple / Analyte

OALab. Validation

Reported Reported Datacone. Cone. validationpptt___Peolaion_________

Footnotes

Sample Ms-4 (Lab I: 7364-26363)

Volatile Oromnic*TricnloroetneneDlbromocnlorometnaneTetracaloroetnene1.1,2.2-T«tracnloroetnaneEtnylbenzeneXyiene

Mon-Tarqet Volatile organicaadecane (28.47)Benzene. Oleetnyl (28.87)UnJc. Hydrocaroon (29.30)Unit. Hydrocaroon (30.20)UnJc. Hydrocaroon (30.33)Unknown (30.901Unknown (31.12)Unk. HydroearCon (31.33)Benzene, ;,2,3,3-Tetra-metcyl (31.63)

Unk. Hvdrocaroon (32.20)

(Medium Level Analysis)6300630U6300S30O12SJ128J

720O720O720O7300720O7200

4000J5000J3000J4000J6000J10000J9000J5000J

1000OJ20000J

234J23<J704J176J176J B176J B

qualifyqualifyqualifyqualifynegatenegate

33. 56S3. 5655,3633,561.33.561.53.56

4000J3000JSOOOJ4000J6000J1QOOOJaoooj5000J

10000J20000J

ed«r associates consulting engm««rs. p.c.

Validation Comments on VOCs in Offsite Soils

During review - -ur independent validator it was noted that TCL compounds werefrequently pros at concentrations close to the detection limits on samplequantrtation rec ,. However these concentrations had not been transferred aspositive detections onto the relevant Form I's. The TCL compounds in these caseshad been negated by the laboratory on the basis of spectral.comparison: but therelevant spectra were not included in the laboratory report, so the negation processcould not Immediately be venfled.

Of note was the occurence of trtchiorethene - 256 J, tetrachioroethene -706 J,dfcromochloromethane - 256 J, and 1,1.2,2-tetrachloroethane - 176 J, on thequantitation report for Northwest Equipment sample NE-4. This had undergone amedium level analysts, and exhibited high concentrations of ten non-targetcompounds. The spectra for this sample were requested from the laboratory andscrutinized. The negation of dibromochJoromethane and 1,1,2,2-tetrachtoroethanewas confirmed, due to poor spectral matching.

The laboratory was also conforming to strict CLP criteria in the rejection oftrichloroethene and tetrachtoroethene. Up to three ions present in the spectra of thecorresponding standards were not present In the sample. However ad other majorlone were present, and at the correct ratios. When dealing with concentration closeto detection limits it Is not uncommon for some tons to be missing from compoundspectra, and as such the absence or presence of trtchiorethene and tetrachioroethenein this sample cannot be categorically determined.

EDEfl ASSOCIATES CONSULTING ENGINEERS, P.C.

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