Upload
others
View
7
Download
0
Embed Size (px)
Citation preview
INTERDipoundPARTMENTALMESSAGESTO-JOO REV 48S
STATE OF CONNECTICUT
Obtain STATE EMPLOYEE SUGGESTION forms from and send yourideas to Employees Suggestion Awards Program 165 Capitol AvenueHartford Ct 06106
C001897
To
From
NAME TITLE _ DATE ~- mdash f
AGENCY ADDRESS
NAME TITLE TELEPHONE
AGENCY ADDRESS
r METALS and INORGANICSNON-ME1I Page _l_of
Your ID 83-8amp-15 ID 50819-HRP
METALS amp METALLOIDS (maLi Method flame AAS or ES unless noted with
SAMPLE ID bullCoroD-SSl-Mass Analysis EP Method aluminum
arsenic barium cadmium hex chroou tot- chrom coppfcr acid Iron lead mercurv raagnesium manganese nickel potassium selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride SPCDtld
cyanide 6350 poundluer|de hardness ammoflia-iN nitrate nitrite 0 amp G pound0 poundnogghaclt
TOX ndlt001 ndlt001
Analyse
MMW VI vat NMkTM
NVIKONMKNTAL
HITCHING
ABORATORY INC KM) RKKKVKIII PARKWAY |KKHgtKN (r
TELECOPIER 7010 _O1MI _0356oiopoundo- 53921laquo
3ENT BvD E P Waste Bureau I 3- 7-90 3M2PM I 2035661B28- 53921IO 3 LABORATORY RESULTS
)METALS and INORGANICSNON-META
Page_J_of 1
((TffiQQ Ydegur ID83-88-10 EMLs ID
METALS amp METALLOIDS (maL) Method flame AAS or ES unless-noted with
SAMPLE ID SW
aluminum ananic barium cadmium hex chronj tot chrom
aold iron lead mercurv niaanesiura
nickel potasaium selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-aoproved^ SAMPLE ID
gtDCC lori
BODCOPchloride spcond evanideftotalV 075 Q767 fluoride hardness aanonia-N nitrate nitrite 0 amp G
phosphate TSS
TOX cyanide(amenable) 02-5 ndlaquoJUl OOo
Analyst via EP-TOX extraction
0 5 T985
-_- bull DI bull- tOs i ti_e-ur i cr JJLJ --bull-gt - mdash
SENT BYD E P Waste Bureau 3- 7-90 3=13PM 2035661828- 53921 4 LABORATORY RESULTS
)METALS and INORGANICSNON-MET )
Your ID SW1-6 EMLs ID 50715-HRP
METALS amp METALLOIDS (mgL)
SAMPLE ID Comp Method flame AAS or ES unless noted with
Comp Comp
SW-1 SW-3 aluminum arsenic barium cadmium hgx chrom tot chrom coopergold iron lead mercury mattnesiutn maneanesn nickel oocassiura selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride socond cyanide(tqtal) 655 777 fluoride hardness ammonia-N nitrate nitrite 0 amp G PH uhosnhate TSS roc TOX ^vanid^famenable) OBO ndlt001 ndlt001
Analyst via mass analysis
SENT BY = D E P Waste Bureau 3shy 7-90 I 3M3PM I 2035661828- 5392H 5 LABORATORY RESULTS -
) METALS and INORGANICSNON-MEL )
Page I of 1
Your IP 83-88-10 EHLa ID 50506-HRP-B
METALS amp METALLOIDS (rogL) Method flame AAS or ES unless noted -with
SAMPLE ID SW-3 SW-1 SW-2 S-l
aluminum arsenic barium cadmium hex chrom tot chfQiP coooer gold iron lead mercurv magnesium
nickel ootaaaium selenium silver Cifi zinc
INORGANICSNON-METALS Method various (EPA-aoprovcd) SAMPLE ID
BODCOD
C anide ftotal) 2T35 IT 1300 V 755 hardneaa ammonia-N
nitrite
iate_
TOX reaidual chloride
Analyst
f CTIMAY 141985
XNvntOmuotTAt
LABORATORY RESULTS
JTALS and INORGANICSNON-METALS A
Page_JL of 1
Your ID 83-88-10 EMLs ID 01206-B-HRP
COC1902 ( METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID EC
aluminum arsenic barium cadmium hex chrom tot chrom copper gold iron lead mercury magnesium manganese nickel potassium selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride spcond cyanide ( to ta l ) 1543 6633 9343 28571 fluoride hardness ammonia-N nitrate nitrite 0 amp G pH phosphate TSS TOG TOX
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
STATE 0 U)tWLrnUI 00019O3
DEPARTMENT OF HEALTH SERVICES
pnONt m-Mit LABORATOBY DIVISION 7 Lt PO BOX 1Mraquo HAXTFOID CONN
SAMPLE
INVOICE SAMPLES OF SEWAGE OR TRADE WASTE IVY
To U filled in by plaquorotgt collecting Mmplt
From ^Pfiif poundpoundfampKfilt in town of ^co J
Sample of raquoewagraquo ( ) trade waatlaquo ( ) aludre ( ) or 5oAs
Name of treatment plant
Owned by
Plant proceamplaquos or treatment
Collected by Tliy ^J On 2gtg^
Report to ^ j ^ ^ ( 3 Shipped on
Comp gtot4te loboalory Colrctors Colledfd Yes or A^in Time o
Number Number Sompe o From No Apod CeJecfion
^87279 jrio So ^upound^] 2r ^
1lt nraquo7laquon JS Svj ^2r^(l
Yo ) H ^Ci
[fse j [fja_ ( f n^plaquol 3512^ So y ^a
f MLQtjo
37282 3SJ SorV [bulljtyQcty] ygt(fai lt7 i bull
^ 4 9^
sectJ|) A
S^^
bull ^^ ^ T M bull
- Sr No anrl Kind of Bottle i| Q)lt15$ Jo N
OUraquo ~1 -- ^^ -WlaquoJ Iraquo^ - ogtilaquoraquo
- - t6 tt ( w
11
Wolcott - - X DIVISION 11185 PO Box 1689 H rd Conn 06101
Tel 566-5626 10 Clinton Street SPECIAL EXAMINATIONS OOO19O4
Reported as mgkg Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass Leachate 37279 37279 37280 37280
54 60 68 17 000 000 000 000
^ bull ~W-gt_ ^COs
~^_ bullbull bull ^Jgtgt ^ -gt bull ampbdquo amp
bullz ltfH
^(-V5gt lt
Leachates reported as mgkg soluble cyanide Jesse S Tucker PhD Director
O_J l-ABOKA ^DIVISION PO Box 1689 xford Conn OC101
Tel 566-5626 n^^~ 10 Clinton Street SPECIAL EXAMINATIONS GOG13G5
Reported as mgkg
Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass leachate 37281 37281 37282 37282
53 90 310 44 000 000 000 000
bull
Traquo rshy^bullampcamptradelaquoi
bulllt bull
1
H 477r Ittu^ Mbull - SEjvr
rY~T~t m r Eft
sn-7
ff Pafr uwff
Jesse S Tucker PhD Director
LABORATORY RESULTS and INORGANICSNON-META ~ Page J__ of 2
Your 1083-38-10 EMLs ID H01-HRP OO019O6
METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID 1
aluminum arsenic barium cadmium hex chrom tot chrpm copper 067 039 660 034 gold iron 025 ndlaquo002) 003 nd(lt0702)(X05 lee mercury magnesium manganese nickel 040 ndlaquo002) 045 ndlaquoPQ2) potassium selenium silver tin zinc 088 O47 04S sodium 120 125 373 1D7T
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride
0shyspcond cyanide total 240 240 161 59 fluoride hardness
nitrate nitrite 0 amp G
phosphate TSS TOG TOX cyanide amenable ndlaquo001) ndlaquo001) ndlaquo001) ndlaquoD01) ndlaquoD01)
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
o MACDERMIO OF BRISTOL INC Vi)(JllgtO7 DATE 7188L MlfTOL CONNECTICUT M010 (103) M9-1M1 J
MAcTEST DIVISION ANALYTICAL REPORT
~1 ANALYSIS NO 8UG-21 PAR Finishing Inc FOR EffluentPO Box 6009 Volcott CT 06716 SAMPLE DATE 71281
L_ Attn Mr Peter Donofrio _J
PARAMETERS
Aluminum
Cadmium
Chrome (Total)
Chrome (Hezavalent)
Copper
Total Cyanide
Fluoride
Iron
Lead
Nickel
PH Silver
Tin
Zinc
ANALYSIS
005 mg1 000 mg1
009 mg1
009 ng1
299 mg1 006 mg1
065 mg1
066 mg1
011 mg1
010 mg1
620
003 mg1
000 mg1
011 mg1
METHOD OF ANALYSIS
AAS
AAS
AAS
Diphenyl oarbazide reagent
AAS
Acid distillation -Rhodanine Titration
Specific Ion Electrode
AAS
AAS
Electrometric
AAS
AAS
AAS
SOURCES OF METHODS OF ANALYSIS
2
2
2
1
2
2
2
2
2
2
2
2
2
2
SOURCES OF METHODS OF ANALYSIS
1) Standard Methodss fofott ththe Examination of Water amp Vastewater 1975gtraquo 1lth Edition 2) 1978 book of ASTM Standards
CT Eeg
thod e Krtm
Richard Favor OUR KCCOMMCHOATIONt AND OPINIONS MC MADE IN COOD FAITH AND ARC raquoAraquotD UPON OUR MILL ANO IK^EMICNCC IN TNl fit10 HOWEVER THEY ARE fIVEN WITHOUT tUARANTEE SINCE CONDITIONS ANO MCTNODS Of USE Of OUR PRODUCTS ARC IETOHO OUR CONTROL tUCCESTIONS FOR USE OF OUR PRODUCTS SHOULD NOT raquot UNDERSTOOD AS RECOMMENDATIONS TO USE ANY PRODUCT IN VIOLATION OF ANY EXISTINt PATENT RICHTS
METALS and INORGANICSNON-MT LS
Page_J_ of 2
Your ID 83-88-10 EMLs ID 711-HRP
GOG1908 METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted witl
SAMPLE ID Composite (LI amp L2)
aluminum arsenic barium cadmium hex chrom tot chrom copper 377778 gold iron lannnnn lead mercury magnesium
rfr anese 11 nickel
-- potassium
silver tin zinc 111111 sodium
1- bullbull _ ~f -f rlW
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride sncond cyanide (total) 875 ( amenable^ 875 fluoride nsrdness jammonia-N nitrate nitrite 0 amp G 2250 pH phosphate TSS TOG TOX phenol NDlt010
Analyst
NVIRONMENTAL
IONITORINC - bdquo
ABORATORY INC 100 RESEARCH PARKWAY MERIDEIM CT 06450
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
r METALS and INORGANICSNON-ME1I Page _l_of
Your ID 83-8amp-15 ID 50819-HRP
METALS amp METALLOIDS (maLi Method flame AAS or ES unless noted with
SAMPLE ID bullCoroD-SSl-Mass Analysis EP Method aluminum
arsenic barium cadmium hex chroou tot- chrom coppfcr acid Iron lead mercurv raagnesium manganese nickel potassium selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride SPCDtld
cyanide 6350 poundluer|de hardness ammoflia-iN nitrate nitrite 0 amp G pound0 poundnogghaclt
TOX ndlt001 ndlt001
Analyse
MMW VI vat NMkTM
NVIKONMKNTAL
HITCHING
ABORATORY INC KM) RKKKVKIII PARKWAY |KKHgtKN (r
TELECOPIER 7010 _O1MI _0356oiopoundo- 53921laquo
3ENT BvD E P Waste Bureau I 3- 7-90 3M2PM I 2035661B28- 53921IO 3 LABORATORY RESULTS
)METALS and INORGANICSNON-META
Page_J_of 1
((TffiQQ Ydegur ID83-88-10 EMLs ID
METALS amp METALLOIDS (maL) Method flame AAS or ES unless-noted with
SAMPLE ID SW
aluminum ananic barium cadmium hex chronj tot chrom
aold iron lead mercurv niaanesiura
nickel potasaium selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-aoproved^ SAMPLE ID
gtDCC lori
BODCOPchloride spcond evanideftotalV 075 Q767 fluoride hardness aanonia-N nitrate nitrite 0 amp G
phosphate TSS
TOX cyanide(amenable) 02-5 ndlaquoJUl OOo
Analyst via EP-TOX extraction
0 5 T985
-_- bull DI bull- tOs i ti_e-ur i cr JJLJ --bull-gt - mdash
SENT BYD E P Waste Bureau 3- 7-90 3=13PM 2035661828- 53921 4 LABORATORY RESULTS
)METALS and INORGANICSNON-MET )
Your ID SW1-6 EMLs ID 50715-HRP
METALS amp METALLOIDS (mgL)
SAMPLE ID Comp Method flame AAS or ES unless noted with
Comp Comp
SW-1 SW-3 aluminum arsenic barium cadmium hgx chrom tot chrom coopergold iron lead mercury mattnesiutn maneanesn nickel oocassiura selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride socond cyanide(tqtal) 655 777 fluoride hardness ammonia-N nitrate nitrite 0 amp G PH uhosnhate TSS roc TOX ^vanid^famenable) OBO ndlt001 ndlt001
Analyst via mass analysis
SENT BY = D E P Waste Bureau 3shy 7-90 I 3M3PM I 2035661828- 5392H 5 LABORATORY RESULTS -
) METALS and INORGANICSNON-MEL )
Page I of 1
Your IP 83-88-10 EHLa ID 50506-HRP-B
METALS amp METALLOIDS (rogL) Method flame AAS or ES unless noted -with
SAMPLE ID SW-3 SW-1 SW-2 S-l
aluminum arsenic barium cadmium hex chrom tot chfQiP coooer gold iron lead mercurv magnesium
nickel ootaaaium selenium silver Cifi zinc
INORGANICSNON-METALS Method various (EPA-aoprovcd) SAMPLE ID
BODCOD
C anide ftotal) 2T35 IT 1300 V 755 hardneaa ammonia-N
nitrite
iate_
TOX reaidual chloride
Analyst
f CTIMAY 141985
XNvntOmuotTAt
LABORATORY RESULTS
JTALS and INORGANICSNON-METALS A
Page_JL of 1
Your ID 83-88-10 EMLs ID 01206-B-HRP
COC1902 ( METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID EC
aluminum arsenic barium cadmium hex chrom tot chrom copper gold iron lead mercury magnesium manganese nickel potassium selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride spcond cyanide ( to ta l ) 1543 6633 9343 28571 fluoride hardness ammonia-N nitrate nitrite 0 amp G pH phosphate TSS TOG TOX
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
STATE 0 U)tWLrnUI 00019O3
DEPARTMENT OF HEALTH SERVICES
pnONt m-Mit LABORATOBY DIVISION 7 Lt PO BOX 1Mraquo HAXTFOID CONN
SAMPLE
INVOICE SAMPLES OF SEWAGE OR TRADE WASTE IVY
To U filled in by plaquorotgt collecting Mmplt
From ^Pfiif poundpoundfampKfilt in town of ^co J
Sample of raquoewagraquo ( ) trade waatlaquo ( ) aludre ( ) or 5oAs
Name of treatment plant
Owned by
Plant proceamplaquos or treatment
Collected by Tliy ^J On 2gtg^
Report to ^ j ^ ^ ( 3 Shipped on
Comp gtot4te loboalory Colrctors Colledfd Yes or A^in Time o
Number Number Sompe o From No Apod CeJecfion
^87279 jrio So ^upound^] 2r ^
1lt nraquo7laquon JS Svj ^2r^(l
Yo ) H ^Ci
[fse j [fja_ ( f n^plaquol 3512^ So y ^a
f MLQtjo
37282 3SJ SorV [bulljtyQcty] ygt(fai lt7 i bull
^ 4 9^
sectJ|) A
S^^
bull ^^ ^ T M bull
- Sr No anrl Kind of Bottle i| Q)lt15$ Jo N
OUraquo ~1 -- ^^ -WlaquoJ Iraquo^ - ogtilaquoraquo
- - t6 tt ( w
11
Wolcott - - X DIVISION 11185 PO Box 1689 H rd Conn 06101
Tel 566-5626 10 Clinton Street SPECIAL EXAMINATIONS OOO19O4
Reported as mgkg Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass Leachate 37279 37279 37280 37280
54 60 68 17 000 000 000 000
^ bull ~W-gt_ ^COs
~^_ bullbull bull ^Jgtgt ^ -gt bull ampbdquo amp
bullz ltfH
^(-V5gt lt
Leachates reported as mgkg soluble cyanide Jesse S Tucker PhD Director
O_J l-ABOKA ^DIVISION PO Box 1689 xford Conn OC101
Tel 566-5626 n^^~ 10 Clinton Street SPECIAL EXAMINATIONS GOG13G5
Reported as mgkg
Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass leachate 37281 37281 37282 37282
53 90 310 44 000 000 000 000
bull
Traquo rshy^bullampcamptradelaquoi
bulllt bull
1
H 477r Ittu^ Mbull - SEjvr
rY~T~t m r Eft
sn-7
ff Pafr uwff
Jesse S Tucker PhD Director
LABORATORY RESULTS and INORGANICSNON-META ~ Page J__ of 2
Your 1083-38-10 EMLs ID H01-HRP OO019O6
METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID 1
aluminum arsenic barium cadmium hex chrom tot chrpm copper 067 039 660 034 gold iron 025 ndlaquo002) 003 nd(lt0702)(X05 lee mercury magnesium manganese nickel 040 ndlaquo002) 045 ndlaquoPQ2) potassium selenium silver tin zinc 088 O47 04S sodium 120 125 373 1D7T
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride
0shyspcond cyanide total 240 240 161 59 fluoride hardness
nitrate nitrite 0 amp G
phosphate TSS TOG TOX cyanide amenable ndlaquo001) ndlaquo001) ndlaquo001) ndlaquoD01) ndlaquoD01)
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
o MACDERMIO OF BRISTOL INC Vi)(JllgtO7 DATE 7188L MlfTOL CONNECTICUT M010 (103) M9-1M1 J
MAcTEST DIVISION ANALYTICAL REPORT
~1 ANALYSIS NO 8UG-21 PAR Finishing Inc FOR EffluentPO Box 6009 Volcott CT 06716 SAMPLE DATE 71281
L_ Attn Mr Peter Donofrio _J
PARAMETERS
Aluminum
Cadmium
Chrome (Total)
Chrome (Hezavalent)
Copper
Total Cyanide
Fluoride
Iron
Lead
Nickel
PH Silver
Tin
Zinc
ANALYSIS
005 mg1 000 mg1
009 mg1
009 ng1
299 mg1 006 mg1
065 mg1
066 mg1
011 mg1
010 mg1
620
003 mg1
000 mg1
011 mg1
METHOD OF ANALYSIS
AAS
AAS
AAS
Diphenyl oarbazide reagent
AAS
Acid distillation -Rhodanine Titration
Specific Ion Electrode
AAS
AAS
Electrometric
AAS
AAS
AAS
SOURCES OF METHODS OF ANALYSIS
2
2
2
1
2
2
2
2
2
2
2
2
2
2
SOURCES OF METHODS OF ANALYSIS
1) Standard Methodss fofott ththe Examination of Water amp Vastewater 1975gtraquo 1lth Edition 2) 1978 book of ASTM Standards
CT Eeg
thod e Krtm
Richard Favor OUR KCCOMMCHOATIONt AND OPINIONS MC MADE IN COOD FAITH AND ARC raquoAraquotD UPON OUR MILL ANO IK^EMICNCC IN TNl fit10 HOWEVER THEY ARE fIVEN WITHOUT tUARANTEE SINCE CONDITIONS ANO MCTNODS Of USE Of OUR PRODUCTS ARC IETOHO OUR CONTROL tUCCESTIONS FOR USE OF OUR PRODUCTS SHOULD NOT raquot UNDERSTOOD AS RECOMMENDATIONS TO USE ANY PRODUCT IN VIOLATION OF ANY EXISTINt PATENT RICHTS
METALS and INORGANICSNON-MT LS
Page_J_ of 2
Your ID 83-88-10 EMLs ID 711-HRP
GOG1908 METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted witl
SAMPLE ID Composite (LI amp L2)
aluminum arsenic barium cadmium hex chrom tot chrom copper 377778 gold iron lannnnn lead mercury magnesium
rfr anese 11 nickel
-- potassium
silver tin zinc 111111 sodium
1- bullbull _ ~f -f rlW
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride sncond cyanide (total) 875 ( amenable^ 875 fluoride nsrdness jammonia-N nitrate nitrite 0 amp G 2250 pH phosphate TSS TOG TOX phenol NDlt010
Analyst
NVIRONMENTAL
IONITORINC - bdquo
ABORATORY INC 100 RESEARCH PARKWAY MERIDEIM CT 06450
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
TELECOPIER 7010 _O1MI _0356oiopoundo- 53921laquo
3ENT BvD E P Waste Bureau I 3- 7-90 3M2PM I 2035661B28- 53921IO 3 LABORATORY RESULTS
)METALS and INORGANICSNON-META
Page_J_of 1
((TffiQQ Ydegur ID83-88-10 EMLs ID
METALS amp METALLOIDS (maL) Method flame AAS or ES unless-noted with
SAMPLE ID SW
aluminum ananic barium cadmium hex chronj tot chrom
aold iron lead mercurv niaanesiura
nickel potasaium selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-aoproved^ SAMPLE ID
gtDCC lori
BODCOPchloride spcond evanideftotalV 075 Q767 fluoride hardness aanonia-N nitrate nitrite 0 amp G
phosphate TSS
TOX cyanide(amenable) 02-5 ndlaquoJUl OOo
Analyst via EP-TOX extraction
0 5 T985
-_- bull DI bull- tOs i ti_e-ur i cr JJLJ --bull-gt - mdash
SENT BYD E P Waste Bureau 3- 7-90 3=13PM 2035661828- 53921 4 LABORATORY RESULTS
)METALS and INORGANICSNON-MET )
Your ID SW1-6 EMLs ID 50715-HRP
METALS amp METALLOIDS (mgL)
SAMPLE ID Comp Method flame AAS or ES unless noted with
Comp Comp
SW-1 SW-3 aluminum arsenic barium cadmium hgx chrom tot chrom coopergold iron lead mercury mattnesiutn maneanesn nickel oocassiura selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride socond cyanide(tqtal) 655 777 fluoride hardness ammonia-N nitrate nitrite 0 amp G PH uhosnhate TSS roc TOX ^vanid^famenable) OBO ndlt001 ndlt001
Analyst via mass analysis
SENT BY = D E P Waste Bureau 3shy 7-90 I 3M3PM I 2035661828- 5392H 5 LABORATORY RESULTS -
) METALS and INORGANICSNON-MEL )
Page I of 1
Your IP 83-88-10 EHLa ID 50506-HRP-B
METALS amp METALLOIDS (rogL) Method flame AAS or ES unless noted -with
SAMPLE ID SW-3 SW-1 SW-2 S-l
aluminum arsenic barium cadmium hex chrom tot chfQiP coooer gold iron lead mercurv magnesium
nickel ootaaaium selenium silver Cifi zinc
INORGANICSNON-METALS Method various (EPA-aoprovcd) SAMPLE ID
BODCOD
C anide ftotal) 2T35 IT 1300 V 755 hardneaa ammonia-N
nitrite
iate_
TOX reaidual chloride
Analyst
f CTIMAY 141985
XNvntOmuotTAt
LABORATORY RESULTS
JTALS and INORGANICSNON-METALS A
Page_JL of 1
Your ID 83-88-10 EMLs ID 01206-B-HRP
COC1902 ( METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID EC
aluminum arsenic barium cadmium hex chrom tot chrom copper gold iron lead mercury magnesium manganese nickel potassium selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride spcond cyanide ( to ta l ) 1543 6633 9343 28571 fluoride hardness ammonia-N nitrate nitrite 0 amp G pH phosphate TSS TOG TOX
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
STATE 0 U)tWLrnUI 00019O3
DEPARTMENT OF HEALTH SERVICES
pnONt m-Mit LABORATOBY DIVISION 7 Lt PO BOX 1Mraquo HAXTFOID CONN
SAMPLE
INVOICE SAMPLES OF SEWAGE OR TRADE WASTE IVY
To U filled in by plaquorotgt collecting Mmplt
From ^Pfiif poundpoundfampKfilt in town of ^co J
Sample of raquoewagraquo ( ) trade waatlaquo ( ) aludre ( ) or 5oAs
Name of treatment plant
Owned by
Plant proceamplaquos or treatment
Collected by Tliy ^J On 2gtg^
Report to ^ j ^ ^ ( 3 Shipped on
Comp gtot4te loboalory Colrctors Colledfd Yes or A^in Time o
Number Number Sompe o From No Apod CeJecfion
^87279 jrio So ^upound^] 2r ^
1lt nraquo7laquon JS Svj ^2r^(l
Yo ) H ^Ci
[fse j [fja_ ( f n^plaquol 3512^ So y ^a
f MLQtjo
37282 3SJ SorV [bulljtyQcty] ygt(fai lt7 i bull
^ 4 9^
sectJ|) A
S^^
bull ^^ ^ T M bull
- Sr No anrl Kind of Bottle i| Q)lt15$ Jo N
OUraquo ~1 -- ^^ -WlaquoJ Iraquo^ - ogtilaquoraquo
- - t6 tt ( w
11
Wolcott - - X DIVISION 11185 PO Box 1689 H rd Conn 06101
Tel 566-5626 10 Clinton Street SPECIAL EXAMINATIONS OOO19O4
Reported as mgkg Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass Leachate 37279 37279 37280 37280
54 60 68 17 000 000 000 000
^ bull ~W-gt_ ^COs
~^_ bullbull bull ^Jgtgt ^ -gt bull ampbdquo amp
bullz ltfH
^(-V5gt lt
Leachates reported as mgkg soluble cyanide Jesse S Tucker PhD Director
O_J l-ABOKA ^DIVISION PO Box 1689 xford Conn OC101
Tel 566-5626 n^^~ 10 Clinton Street SPECIAL EXAMINATIONS GOG13G5
Reported as mgkg
Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass leachate 37281 37281 37282 37282
53 90 310 44 000 000 000 000
bull
Traquo rshy^bullampcamptradelaquoi
bulllt bull
1
H 477r Ittu^ Mbull - SEjvr
rY~T~t m r Eft
sn-7
ff Pafr uwff
Jesse S Tucker PhD Director
LABORATORY RESULTS and INORGANICSNON-META ~ Page J__ of 2
Your 1083-38-10 EMLs ID H01-HRP OO019O6
METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID 1
aluminum arsenic barium cadmium hex chrom tot chrpm copper 067 039 660 034 gold iron 025 ndlaquo002) 003 nd(lt0702)(X05 lee mercury magnesium manganese nickel 040 ndlaquo002) 045 ndlaquoPQ2) potassium selenium silver tin zinc 088 O47 04S sodium 120 125 373 1D7T
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride
0shyspcond cyanide total 240 240 161 59 fluoride hardness
nitrate nitrite 0 amp G
phosphate TSS TOG TOX cyanide amenable ndlaquo001) ndlaquo001) ndlaquo001) ndlaquoD01) ndlaquoD01)
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
o MACDERMIO OF BRISTOL INC Vi)(JllgtO7 DATE 7188L MlfTOL CONNECTICUT M010 (103) M9-1M1 J
MAcTEST DIVISION ANALYTICAL REPORT
~1 ANALYSIS NO 8UG-21 PAR Finishing Inc FOR EffluentPO Box 6009 Volcott CT 06716 SAMPLE DATE 71281
L_ Attn Mr Peter Donofrio _J
PARAMETERS
Aluminum
Cadmium
Chrome (Total)
Chrome (Hezavalent)
Copper
Total Cyanide
Fluoride
Iron
Lead
Nickel
PH Silver
Tin
Zinc
ANALYSIS
005 mg1 000 mg1
009 mg1
009 ng1
299 mg1 006 mg1
065 mg1
066 mg1
011 mg1
010 mg1
620
003 mg1
000 mg1
011 mg1
METHOD OF ANALYSIS
AAS
AAS
AAS
Diphenyl oarbazide reagent
AAS
Acid distillation -Rhodanine Titration
Specific Ion Electrode
AAS
AAS
Electrometric
AAS
AAS
AAS
SOURCES OF METHODS OF ANALYSIS
2
2
2
1
2
2
2
2
2
2
2
2
2
2
SOURCES OF METHODS OF ANALYSIS
1) Standard Methodss fofott ththe Examination of Water amp Vastewater 1975gtraquo 1lth Edition 2) 1978 book of ASTM Standards
CT Eeg
thod e Krtm
Richard Favor OUR KCCOMMCHOATIONt AND OPINIONS MC MADE IN COOD FAITH AND ARC raquoAraquotD UPON OUR MILL ANO IK^EMICNCC IN TNl fit10 HOWEVER THEY ARE fIVEN WITHOUT tUARANTEE SINCE CONDITIONS ANO MCTNODS Of USE Of OUR PRODUCTS ARC IETOHO OUR CONTROL tUCCESTIONS FOR USE OF OUR PRODUCTS SHOULD NOT raquot UNDERSTOOD AS RECOMMENDATIONS TO USE ANY PRODUCT IN VIOLATION OF ANY EXISTINt PATENT RICHTS
METALS and INORGANICSNON-MT LS
Page_J_ of 2
Your ID 83-88-10 EMLs ID 711-HRP
GOG1908 METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted witl
SAMPLE ID Composite (LI amp L2)
aluminum arsenic barium cadmium hex chrom tot chrom copper 377778 gold iron lannnnn lead mercury magnesium
rfr anese 11 nickel
-- potassium
silver tin zinc 111111 sodium
1- bullbull _ ~f -f rlW
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride sncond cyanide (total) 875 ( amenable^ 875 fluoride nsrdness jammonia-N nitrate nitrite 0 amp G 2250 pH phosphate TSS TOG TOX phenol NDlt010
Analyst
NVIRONMENTAL
IONITORINC - bdquo
ABORATORY INC 100 RESEARCH PARKWAY MERIDEIM CT 06450
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
-_- bull DI bull- tOs i ti_e-ur i cr JJLJ --bull-gt - mdash
SENT BYD E P Waste Bureau 3- 7-90 3=13PM 2035661828- 53921 4 LABORATORY RESULTS
)METALS and INORGANICSNON-MET )
Your ID SW1-6 EMLs ID 50715-HRP
METALS amp METALLOIDS (mgL)
SAMPLE ID Comp Method flame AAS or ES unless noted with
Comp Comp
SW-1 SW-3 aluminum arsenic barium cadmium hgx chrom tot chrom coopergold iron lead mercury mattnesiutn maneanesn nickel oocassiura selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride socond cyanide(tqtal) 655 777 fluoride hardness ammonia-N nitrate nitrite 0 amp G PH uhosnhate TSS roc TOX ^vanid^famenable) OBO ndlt001 ndlt001
Analyst via mass analysis
SENT BY = D E P Waste Bureau 3shy 7-90 I 3M3PM I 2035661828- 5392H 5 LABORATORY RESULTS -
) METALS and INORGANICSNON-MEL )
Page I of 1
Your IP 83-88-10 EHLa ID 50506-HRP-B
METALS amp METALLOIDS (rogL) Method flame AAS or ES unless noted -with
SAMPLE ID SW-3 SW-1 SW-2 S-l
aluminum arsenic barium cadmium hex chrom tot chfQiP coooer gold iron lead mercurv magnesium
nickel ootaaaium selenium silver Cifi zinc
INORGANICSNON-METALS Method various (EPA-aoprovcd) SAMPLE ID
BODCOD
C anide ftotal) 2T35 IT 1300 V 755 hardneaa ammonia-N
nitrite
iate_
TOX reaidual chloride
Analyst
f CTIMAY 141985
XNvntOmuotTAt
LABORATORY RESULTS
JTALS and INORGANICSNON-METALS A
Page_JL of 1
Your ID 83-88-10 EMLs ID 01206-B-HRP
COC1902 ( METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID EC
aluminum arsenic barium cadmium hex chrom tot chrom copper gold iron lead mercury magnesium manganese nickel potassium selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride spcond cyanide ( to ta l ) 1543 6633 9343 28571 fluoride hardness ammonia-N nitrate nitrite 0 amp G pH phosphate TSS TOG TOX
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
STATE 0 U)tWLrnUI 00019O3
DEPARTMENT OF HEALTH SERVICES
pnONt m-Mit LABORATOBY DIVISION 7 Lt PO BOX 1Mraquo HAXTFOID CONN
SAMPLE
INVOICE SAMPLES OF SEWAGE OR TRADE WASTE IVY
To U filled in by plaquorotgt collecting Mmplt
From ^Pfiif poundpoundfampKfilt in town of ^co J
Sample of raquoewagraquo ( ) trade waatlaquo ( ) aludre ( ) or 5oAs
Name of treatment plant
Owned by
Plant proceamplaquos or treatment
Collected by Tliy ^J On 2gtg^
Report to ^ j ^ ^ ( 3 Shipped on
Comp gtot4te loboalory Colrctors Colledfd Yes or A^in Time o
Number Number Sompe o From No Apod CeJecfion
^87279 jrio So ^upound^] 2r ^
1lt nraquo7laquon JS Svj ^2r^(l
Yo ) H ^Ci
[fse j [fja_ ( f n^plaquol 3512^ So y ^a
f MLQtjo
37282 3SJ SorV [bulljtyQcty] ygt(fai lt7 i bull
^ 4 9^
sectJ|) A
S^^
bull ^^ ^ T M bull
- Sr No anrl Kind of Bottle i| Q)lt15$ Jo N
OUraquo ~1 -- ^^ -WlaquoJ Iraquo^ - ogtilaquoraquo
- - t6 tt ( w
11
Wolcott - - X DIVISION 11185 PO Box 1689 H rd Conn 06101
Tel 566-5626 10 Clinton Street SPECIAL EXAMINATIONS OOO19O4
Reported as mgkg Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass Leachate 37279 37279 37280 37280
54 60 68 17 000 000 000 000
^ bull ~W-gt_ ^COs
~^_ bullbull bull ^Jgtgt ^ -gt bull ampbdquo amp
bullz ltfH
^(-V5gt lt
Leachates reported as mgkg soluble cyanide Jesse S Tucker PhD Director
O_J l-ABOKA ^DIVISION PO Box 1689 xford Conn OC101
Tel 566-5626 n^^~ 10 Clinton Street SPECIAL EXAMINATIONS GOG13G5
Reported as mgkg
Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass leachate 37281 37281 37282 37282
53 90 310 44 000 000 000 000
bull
Traquo rshy^bullampcamptradelaquoi
bulllt bull
1
H 477r Ittu^ Mbull - SEjvr
rY~T~t m r Eft
sn-7
ff Pafr uwff
Jesse S Tucker PhD Director
LABORATORY RESULTS and INORGANICSNON-META ~ Page J__ of 2
Your 1083-38-10 EMLs ID H01-HRP OO019O6
METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID 1
aluminum arsenic barium cadmium hex chrom tot chrpm copper 067 039 660 034 gold iron 025 ndlaquo002) 003 nd(lt0702)(X05 lee mercury magnesium manganese nickel 040 ndlaquo002) 045 ndlaquoPQ2) potassium selenium silver tin zinc 088 O47 04S sodium 120 125 373 1D7T
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride
0shyspcond cyanide total 240 240 161 59 fluoride hardness
nitrate nitrite 0 amp G
phosphate TSS TOG TOX cyanide amenable ndlaquo001) ndlaquo001) ndlaquo001) ndlaquoD01) ndlaquoD01)
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
o MACDERMIO OF BRISTOL INC Vi)(JllgtO7 DATE 7188L MlfTOL CONNECTICUT M010 (103) M9-1M1 J
MAcTEST DIVISION ANALYTICAL REPORT
~1 ANALYSIS NO 8UG-21 PAR Finishing Inc FOR EffluentPO Box 6009 Volcott CT 06716 SAMPLE DATE 71281
L_ Attn Mr Peter Donofrio _J
PARAMETERS
Aluminum
Cadmium
Chrome (Total)
Chrome (Hezavalent)
Copper
Total Cyanide
Fluoride
Iron
Lead
Nickel
PH Silver
Tin
Zinc
ANALYSIS
005 mg1 000 mg1
009 mg1
009 ng1
299 mg1 006 mg1
065 mg1
066 mg1
011 mg1
010 mg1
620
003 mg1
000 mg1
011 mg1
METHOD OF ANALYSIS
AAS
AAS
AAS
Diphenyl oarbazide reagent
AAS
Acid distillation -Rhodanine Titration
Specific Ion Electrode
AAS
AAS
Electrometric
AAS
AAS
AAS
SOURCES OF METHODS OF ANALYSIS
2
2
2
1
2
2
2
2
2
2
2
2
2
2
SOURCES OF METHODS OF ANALYSIS
1) Standard Methodss fofott ththe Examination of Water amp Vastewater 1975gtraquo 1lth Edition 2) 1978 book of ASTM Standards
CT Eeg
thod e Krtm
Richard Favor OUR KCCOMMCHOATIONt AND OPINIONS MC MADE IN COOD FAITH AND ARC raquoAraquotD UPON OUR MILL ANO IK^EMICNCC IN TNl fit10 HOWEVER THEY ARE fIVEN WITHOUT tUARANTEE SINCE CONDITIONS ANO MCTNODS Of USE Of OUR PRODUCTS ARC IETOHO OUR CONTROL tUCCESTIONS FOR USE OF OUR PRODUCTS SHOULD NOT raquot UNDERSTOOD AS RECOMMENDATIONS TO USE ANY PRODUCT IN VIOLATION OF ANY EXISTINt PATENT RICHTS
METALS and INORGANICSNON-MT LS
Page_J_ of 2
Your ID 83-88-10 EMLs ID 711-HRP
GOG1908 METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted witl
SAMPLE ID Composite (LI amp L2)
aluminum arsenic barium cadmium hex chrom tot chrom copper 377778 gold iron lannnnn lead mercury magnesium
rfr anese 11 nickel
-- potassium
silver tin zinc 111111 sodium
1- bullbull _ ~f -f rlW
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride sncond cyanide (total) 875 ( amenable^ 875 fluoride nsrdness jammonia-N nitrate nitrite 0 amp G 2250 pH phosphate TSS TOG TOX phenol NDlt010
Analyst
NVIRONMENTAL
IONITORINC - bdquo
ABORATORY INC 100 RESEARCH PARKWAY MERIDEIM CT 06450
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
SENT BY = D E P Waste Bureau 3shy 7-90 I 3M3PM I 2035661828- 5392H 5 LABORATORY RESULTS -
) METALS and INORGANICSNON-MEL )
Page I of 1
Your IP 83-88-10 EHLa ID 50506-HRP-B
METALS amp METALLOIDS (rogL) Method flame AAS or ES unless noted -with
SAMPLE ID SW-3 SW-1 SW-2 S-l
aluminum arsenic barium cadmium hex chrom tot chfQiP coooer gold iron lead mercurv magnesium
nickel ootaaaium selenium silver Cifi zinc
INORGANICSNON-METALS Method various (EPA-aoprovcd) SAMPLE ID
BODCOD
C anide ftotal) 2T35 IT 1300 V 755 hardneaa ammonia-N
nitrite
iate_
TOX reaidual chloride
Analyst
f CTIMAY 141985
XNvntOmuotTAt
LABORATORY RESULTS
JTALS and INORGANICSNON-METALS A
Page_JL of 1
Your ID 83-88-10 EMLs ID 01206-B-HRP
COC1902 ( METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID EC
aluminum arsenic barium cadmium hex chrom tot chrom copper gold iron lead mercury magnesium manganese nickel potassium selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride spcond cyanide ( to ta l ) 1543 6633 9343 28571 fluoride hardness ammonia-N nitrate nitrite 0 amp G pH phosphate TSS TOG TOX
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
STATE 0 U)tWLrnUI 00019O3
DEPARTMENT OF HEALTH SERVICES
pnONt m-Mit LABORATOBY DIVISION 7 Lt PO BOX 1Mraquo HAXTFOID CONN
SAMPLE
INVOICE SAMPLES OF SEWAGE OR TRADE WASTE IVY
To U filled in by plaquorotgt collecting Mmplt
From ^Pfiif poundpoundfampKfilt in town of ^co J
Sample of raquoewagraquo ( ) trade waatlaquo ( ) aludre ( ) or 5oAs
Name of treatment plant
Owned by
Plant proceamplaquos or treatment
Collected by Tliy ^J On 2gtg^
Report to ^ j ^ ^ ( 3 Shipped on
Comp gtot4te loboalory Colrctors Colledfd Yes or A^in Time o
Number Number Sompe o From No Apod CeJecfion
^87279 jrio So ^upound^] 2r ^
1lt nraquo7laquon JS Svj ^2r^(l
Yo ) H ^Ci
[fse j [fja_ ( f n^plaquol 3512^ So y ^a
f MLQtjo
37282 3SJ SorV [bulljtyQcty] ygt(fai lt7 i bull
^ 4 9^
sectJ|) A
S^^
bull ^^ ^ T M bull
- Sr No anrl Kind of Bottle i| Q)lt15$ Jo N
OUraquo ~1 -- ^^ -WlaquoJ Iraquo^ - ogtilaquoraquo
- - t6 tt ( w
11
Wolcott - - X DIVISION 11185 PO Box 1689 H rd Conn 06101
Tel 566-5626 10 Clinton Street SPECIAL EXAMINATIONS OOO19O4
Reported as mgkg Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass Leachate 37279 37279 37280 37280
54 60 68 17 000 000 000 000
^ bull ~W-gt_ ^COs
~^_ bullbull bull ^Jgtgt ^ -gt bull ampbdquo amp
bullz ltfH
^(-V5gt lt
Leachates reported as mgkg soluble cyanide Jesse S Tucker PhD Director
O_J l-ABOKA ^DIVISION PO Box 1689 xford Conn OC101
Tel 566-5626 n^^~ 10 Clinton Street SPECIAL EXAMINATIONS GOG13G5
Reported as mgkg
Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass leachate 37281 37281 37282 37282
53 90 310 44 000 000 000 000
bull
Traquo rshy^bullampcamptradelaquoi
bulllt bull
1
H 477r Ittu^ Mbull - SEjvr
rY~T~t m r Eft
sn-7
ff Pafr uwff
Jesse S Tucker PhD Director
LABORATORY RESULTS and INORGANICSNON-META ~ Page J__ of 2
Your 1083-38-10 EMLs ID H01-HRP OO019O6
METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID 1
aluminum arsenic barium cadmium hex chrom tot chrpm copper 067 039 660 034 gold iron 025 ndlaquo002) 003 nd(lt0702)(X05 lee mercury magnesium manganese nickel 040 ndlaquo002) 045 ndlaquoPQ2) potassium selenium silver tin zinc 088 O47 04S sodium 120 125 373 1D7T
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride
0shyspcond cyanide total 240 240 161 59 fluoride hardness
nitrate nitrite 0 amp G
phosphate TSS TOG TOX cyanide amenable ndlaquo001) ndlaquo001) ndlaquo001) ndlaquoD01) ndlaquoD01)
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
o MACDERMIO OF BRISTOL INC Vi)(JllgtO7 DATE 7188L MlfTOL CONNECTICUT M010 (103) M9-1M1 J
MAcTEST DIVISION ANALYTICAL REPORT
~1 ANALYSIS NO 8UG-21 PAR Finishing Inc FOR EffluentPO Box 6009 Volcott CT 06716 SAMPLE DATE 71281
L_ Attn Mr Peter Donofrio _J
PARAMETERS
Aluminum
Cadmium
Chrome (Total)
Chrome (Hezavalent)
Copper
Total Cyanide
Fluoride
Iron
Lead
Nickel
PH Silver
Tin
Zinc
ANALYSIS
005 mg1 000 mg1
009 mg1
009 ng1
299 mg1 006 mg1
065 mg1
066 mg1
011 mg1
010 mg1
620
003 mg1
000 mg1
011 mg1
METHOD OF ANALYSIS
AAS
AAS
AAS
Diphenyl oarbazide reagent
AAS
Acid distillation -Rhodanine Titration
Specific Ion Electrode
AAS
AAS
Electrometric
AAS
AAS
AAS
SOURCES OF METHODS OF ANALYSIS
2
2
2
1
2
2
2
2
2
2
2
2
2
2
SOURCES OF METHODS OF ANALYSIS
1) Standard Methodss fofott ththe Examination of Water amp Vastewater 1975gtraquo 1lth Edition 2) 1978 book of ASTM Standards
CT Eeg
thod e Krtm
Richard Favor OUR KCCOMMCHOATIONt AND OPINIONS MC MADE IN COOD FAITH AND ARC raquoAraquotD UPON OUR MILL ANO IK^EMICNCC IN TNl fit10 HOWEVER THEY ARE fIVEN WITHOUT tUARANTEE SINCE CONDITIONS ANO MCTNODS Of USE Of OUR PRODUCTS ARC IETOHO OUR CONTROL tUCCESTIONS FOR USE OF OUR PRODUCTS SHOULD NOT raquot UNDERSTOOD AS RECOMMENDATIONS TO USE ANY PRODUCT IN VIOLATION OF ANY EXISTINt PATENT RICHTS
METALS and INORGANICSNON-MT LS
Page_J_ of 2
Your ID 83-88-10 EMLs ID 711-HRP
GOG1908 METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted witl
SAMPLE ID Composite (LI amp L2)
aluminum arsenic barium cadmium hex chrom tot chrom copper 377778 gold iron lannnnn lead mercury magnesium
rfr anese 11 nickel
-- potassium
silver tin zinc 111111 sodium
1- bullbull _ ~f -f rlW
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride sncond cyanide (total) 875 ( amenable^ 875 fluoride nsrdness jammonia-N nitrate nitrite 0 amp G 2250 pH phosphate TSS TOG TOX phenol NDlt010
Analyst
NVIRONMENTAL
IONITORINC - bdquo
ABORATORY INC 100 RESEARCH PARKWAY MERIDEIM CT 06450
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
LABORATORY RESULTS
JTALS and INORGANICSNON-METALS A
Page_JL of 1
Your ID 83-88-10 EMLs ID 01206-B-HRP
COC1902 ( METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID EC
aluminum arsenic barium cadmium hex chrom tot chrom copper gold iron lead mercury magnesium manganese nickel potassium selenium silver tin zinc
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride spcond cyanide ( to ta l ) 1543 6633 9343 28571 fluoride hardness ammonia-N nitrate nitrite 0 amp G pH phosphate TSS TOG TOX
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
STATE 0 U)tWLrnUI 00019O3
DEPARTMENT OF HEALTH SERVICES
pnONt m-Mit LABORATOBY DIVISION 7 Lt PO BOX 1Mraquo HAXTFOID CONN
SAMPLE
INVOICE SAMPLES OF SEWAGE OR TRADE WASTE IVY
To U filled in by plaquorotgt collecting Mmplt
From ^Pfiif poundpoundfampKfilt in town of ^co J
Sample of raquoewagraquo ( ) trade waatlaquo ( ) aludre ( ) or 5oAs
Name of treatment plant
Owned by
Plant proceamplaquos or treatment
Collected by Tliy ^J On 2gtg^
Report to ^ j ^ ^ ( 3 Shipped on
Comp gtot4te loboalory Colrctors Colledfd Yes or A^in Time o
Number Number Sompe o From No Apod CeJecfion
^87279 jrio So ^upound^] 2r ^
1lt nraquo7laquon JS Svj ^2r^(l
Yo ) H ^Ci
[fse j [fja_ ( f n^plaquol 3512^ So y ^a
f MLQtjo
37282 3SJ SorV [bulljtyQcty] ygt(fai lt7 i bull
^ 4 9^
sectJ|) A
S^^
bull ^^ ^ T M bull
- Sr No anrl Kind of Bottle i| Q)lt15$ Jo N
OUraquo ~1 -- ^^ -WlaquoJ Iraquo^ - ogtilaquoraquo
- - t6 tt ( w
11
Wolcott - - X DIVISION 11185 PO Box 1689 H rd Conn 06101
Tel 566-5626 10 Clinton Street SPECIAL EXAMINATIONS OOO19O4
Reported as mgkg Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass Leachate 37279 37279 37280 37280
54 60 68 17 000 000 000 000
^ bull ~W-gt_ ^COs
~^_ bullbull bull ^Jgtgt ^ -gt bull ampbdquo amp
bullz ltfH
^(-V5gt lt
Leachates reported as mgkg soluble cyanide Jesse S Tucker PhD Director
O_J l-ABOKA ^DIVISION PO Box 1689 xford Conn OC101
Tel 566-5626 n^^~ 10 Clinton Street SPECIAL EXAMINATIONS GOG13G5
Reported as mgkg
Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass leachate 37281 37281 37282 37282
53 90 310 44 000 000 000 000
bull
Traquo rshy^bullampcamptradelaquoi
bulllt bull
1
H 477r Ittu^ Mbull - SEjvr
rY~T~t m r Eft
sn-7
ff Pafr uwff
Jesse S Tucker PhD Director
LABORATORY RESULTS and INORGANICSNON-META ~ Page J__ of 2
Your 1083-38-10 EMLs ID H01-HRP OO019O6
METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID 1
aluminum arsenic barium cadmium hex chrom tot chrpm copper 067 039 660 034 gold iron 025 ndlaquo002) 003 nd(lt0702)(X05 lee mercury magnesium manganese nickel 040 ndlaquo002) 045 ndlaquoPQ2) potassium selenium silver tin zinc 088 O47 04S sodium 120 125 373 1D7T
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride
0shyspcond cyanide total 240 240 161 59 fluoride hardness
nitrate nitrite 0 amp G
phosphate TSS TOG TOX cyanide amenable ndlaquo001) ndlaquo001) ndlaquo001) ndlaquoD01) ndlaquoD01)
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
o MACDERMIO OF BRISTOL INC Vi)(JllgtO7 DATE 7188L MlfTOL CONNECTICUT M010 (103) M9-1M1 J
MAcTEST DIVISION ANALYTICAL REPORT
~1 ANALYSIS NO 8UG-21 PAR Finishing Inc FOR EffluentPO Box 6009 Volcott CT 06716 SAMPLE DATE 71281
L_ Attn Mr Peter Donofrio _J
PARAMETERS
Aluminum
Cadmium
Chrome (Total)
Chrome (Hezavalent)
Copper
Total Cyanide
Fluoride
Iron
Lead
Nickel
PH Silver
Tin
Zinc
ANALYSIS
005 mg1 000 mg1
009 mg1
009 ng1
299 mg1 006 mg1
065 mg1
066 mg1
011 mg1
010 mg1
620
003 mg1
000 mg1
011 mg1
METHOD OF ANALYSIS
AAS
AAS
AAS
Diphenyl oarbazide reagent
AAS
Acid distillation -Rhodanine Titration
Specific Ion Electrode
AAS
AAS
Electrometric
AAS
AAS
AAS
SOURCES OF METHODS OF ANALYSIS
2
2
2
1
2
2
2
2
2
2
2
2
2
2
SOURCES OF METHODS OF ANALYSIS
1) Standard Methodss fofott ththe Examination of Water amp Vastewater 1975gtraquo 1lth Edition 2) 1978 book of ASTM Standards
CT Eeg
thod e Krtm
Richard Favor OUR KCCOMMCHOATIONt AND OPINIONS MC MADE IN COOD FAITH AND ARC raquoAraquotD UPON OUR MILL ANO IK^EMICNCC IN TNl fit10 HOWEVER THEY ARE fIVEN WITHOUT tUARANTEE SINCE CONDITIONS ANO MCTNODS Of USE Of OUR PRODUCTS ARC IETOHO OUR CONTROL tUCCESTIONS FOR USE OF OUR PRODUCTS SHOULD NOT raquot UNDERSTOOD AS RECOMMENDATIONS TO USE ANY PRODUCT IN VIOLATION OF ANY EXISTINt PATENT RICHTS
METALS and INORGANICSNON-MT LS
Page_J_ of 2
Your ID 83-88-10 EMLs ID 711-HRP
GOG1908 METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted witl
SAMPLE ID Composite (LI amp L2)
aluminum arsenic barium cadmium hex chrom tot chrom copper 377778 gold iron lannnnn lead mercury magnesium
rfr anese 11 nickel
-- potassium
silver tin zinc 111111 sodium
1- bullbull _ ~f -f rlW
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride sncond cyanide (total) 875 ( amenable^ 875 fluoride nsrdness jammonia-N nitrate nitrite 0 amp G 2250 pH phosphate TSS TOG TOX phenol NDlt010
Analyst
NVIRONMENTAL
IONITORINC - bdquo
ABORATORY INC 100 RESEARCH PARKWAY MERIDEIM CT 06450
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
STATE 0 U)tWLrnUI 00019O3
DEPARTMENT OF HEALTH SERVICES
pnONt m-Mit LABORATOBY DIVISION 7 Lt PO BOX 1Mraquo HAXTFOID CONN
SAMPLE
INVOICE SAMPLES OF SEWAGE OR TRADE WASTE IVY
To U filled in by plaquorotgt collecting Mmplt
From ^Pfiif poundpoundfampKfilt in town of ^co J
Sample of raquoewagraquo ( ) trade waatlaquo ( ) aludre ( ) or 5oAs
Name of treatment plant
Owned by
Plant proceamplaquos or treatment
Collected by Tliy ^J On 2gtg^
Report to ^ j ^ ^ ( 3 Shipped on
Comp gtot4te loboalory Colrctors Colledfd Yes or A^in Time o
Number Number Sompe o From No Apod CeJecfion
^87279 jrio So ^upound^] 2r ^
1lt nraquo7laquon JS Svj ^2r^(l
Yo ) H ^Ci
[fse j [fja_ ( f n^plaquol 3512^ So y ^a
f MLQtjo
37282 3SJ SorV [bulljtyQcty] ygt(fai lt7 i bull
^ 4 9^
sectJ|) A
S^^
bull ^^ ^ T M bull
- Sr No anrl Kind of Bottle i| Q)lt15$ Jo N
OUraquo ~1 -- ^^ -WlaquoJ Iraquo^ - ogtilaquoraquo
- - t6 tt ( w
11
Wolcott - - X DIVISION 11185 PO Box 1689 H rd Conn 06101
Tel 566-5626 10 Clinton Street SPECIAL EXAMINATIONS OOO19O4
Reported as mgkg Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass Leachate 37279 37279 37280 37280
54 60 68 17 000 000 000 000
^ bull ~W-gt_ ^COs
~^_ bullbull bull ^Jgtgt ^ -gt bull ampbdquo amp
bullz ltfH
^(-V5gt lt
Leachates reported as mgkg soluble cyanide Jesse S Tucker PhD Director
O_J l-ABOKA ^DIVISION PO Box 1689 xford Conn OC101
Tel 566-5626 n^^~ 10 Clinton Street SPECIAL EXAMINATIONS GOG13G5
Reported as mgkg
Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass leachate 37281 37281 37282 37282
53 90 310 44 000 000 000 000
bull
Traquo rshy^bullampcamptradelaquoi
bulllt bull
1
H 477r Ittu^ Mbull - SEjvr
rY~T~t m r Eft
sn-7
ff Pafr uwff
Jesse S Tucker PhD Director
LABORATORY RESULTS and INORGANICSNON-META ~ Page J__ of 2
Your 1083-38-10 EMLs ID H01-HRP OO019O6
METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID 1
aluminum arsenic barium cadmium hex chrom tot chrpm copper 067 039 660 034 gold iron 025 ndlaquo002) 003 nd(lt0702)(X05 lee mercury magnesium manganese nickel 040 ndlaquo002) 045 ndlaquoPQ2) potassium selenium silver tin zinc 088 O47 04S sodium 120 125 373 1D7T
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride
0shyspcond cyanide total 240 240 161 59 fluoride hardness
nitrate nitrite 0 amp G
phosphate TSS TOG TOX cyanide amenable ndlaquo001) ndlaquo001) ndlaquo001) ndlaquoD01) ndlaquoD01)
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
o MACDERMIO OF BRISTOL INC Vi)(JllgtO7 DATE 7188L MlfTOL CONNECTICUT M010 (103) M9-1M1 J
MAcTEST DIVISION ANALYTICAL REPORT
~1 ANALYSIS NO 8UG-21 PAR Finishing Inc FOR EffluentPO Box 6009 Volcott CT 06716 SAMPLE DATE 71281
L_ Attn Mr Peter Donofrio _J
PARAMETERS
Aluminum
Cadmium
Chrome (Total)
Chrome (Hezavalent)
Copper
Total Cyanide
Fluoride
Iron
Lead
Nickel
PH Silver
Tin
Zinc
ANALYSIS
005 mg1 000 mg1
009 mg1
009 ng1
299 mg1 006 mg1
065 mg1
066 mg1
011 mg1
010 mg1
620
003 mg1
000 mg1
011 mg1
METHOD OF ANALYSIS
AAS
AAS
AAS
Diphenyl oarbazide reagent
AAS
Acid distillation -Rhodanine Titration
Specific Ion Electrode
AAS
AAS
Electrometric
AAS
AAS
AAS
SOURCES OF METHODS OF ANALYSIS
2
2
2
1
2
2
2
2
2
2
2
2
2
2
SOURCES OF METHODS OF ANALYSIS
1) Standard Methodss fofott ththe Examination of Water amp Vastewater 1975gtraquo 1lth Edition 2) 1978 book of ASTM Standards
CT Eeg
thod e Krtm
Richard Favor OUR KCCOMMCHOATIONt AND OPINIONS MC MADE IN COOD FAITH AND ARC raquoAraquotD UPON OUR MILL ANO IK^EMICNCC IN TNl fit10 HOWEVER THEY ARE fIVEN WITHOUT tUARANTEE SINCE CONDITIONS ANO MCTNODS Of USE Of OUR PRODUCTS ARC IETOHO OUR CONTROL tUCCESTIONS FOR USE OF OUR PRODUCTS SHOULD NOT raquot UNDERSTOOD AS RECOMMENDATIONS TO USE ANY PRODUCT IN VIOLATION OF ANY EXISTINt PATENT RICHTS
METALS and INORGANICSNON-MT LS
Page_J_ of 2
Your ID 83-88-10 EMLs ID 711-HRP
GOG1908 METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted witl
SAMPLE ID Composite (LI amp L2)
aluminum arsenic barium cadmium hex chrom tot chrom copper 377778 gold iron lannnnn lead mercury magnesium
rfr anese 11 nickel
-- potassium
silver tin zinc 111111 sodium
1- bullbull _ ~f -f rlW
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride sncond cyanide (total) 875 ( amenable^ 875 fluoride nsrdness jammonia-N nitrate nitrite 0 amp G 2250 pH phosphate TSS TOG TOX phenol NDlt010
Analyst
NVIRONMENTAL
IONITORINC - bdquo
ABORATORY INC 100 RESEARCH PARKWAY MERIDEIM CT 06450
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
11
Wolcott - - X DIVISION 11185 PO Box 1689 H rd Conn 06101
Tel 566-5626 10 Clinton Street SPECIAL EXAMINATIONS OOO19O4
Reported as mgkg Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass Leachate 37279 37279 37280 37280
54 60 68 17 000 000 000 000
^ bull ~W-gt_ ^COs
~^_ bullbull bull ^Jgtgt ^ -gt bull ampbdquo amp
bullz ltfH
^(-V5gt lt
Leachates reported as mgkg soluble cyanide Jesse S Tucker PhD Director
O_J l-ABOKA ^DIVISION PO Box 1689 xford Conn OC101
Tel 566-5626 n^^~ 10 Clinton Street SPECIAL EXAMINATIONS GOG13G5
Reported as mgkg
Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass leachate 37281 37281 37282 37282
53 90 310 44 000 000 000 000
bull
Traquo rshy^bullampcamptradelaquoi
bulllt bull
1
H 477r Ittu^ Mbull - SEjvr
rY~T~t m r Eft
sn-7
ff Pafr uwff
Jesse S Tucker PhD Director
LABORATORY RESULTS and INORGANICSNON-META ~ Page J__ of 2
Your 1083-38-10 EMLs ID H01-HRP OO019O6
METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID 1
aluminum arsenic barium cadmium hex chrom tot chrpm copper 067 039 660 034 gold iron 025 ndlaquo002) 003 nd(lt0702)(X05 lee mercury magnesium manganese nickel 040 ndlaquo002) 045 ndlaquoPQ2) potassium selenium silver tin zinc 088 O47 04S sodium 120 125 373 1D7T
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride
0shyspcond cyanide total 240 240 161 59 fluoride hardness
nitrate nitrite 0 amp G
phosphate TSS TOG TOX cyanide amenable ndlaquo001) ndlaquo001) ndlaquo001) ndlaquoD01) ndlaquoD01)
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
o MACDERMIO OF BRISTOL INC Vi)(JllgtO7 DATE 7188L MlfTOL CONNECTICUT M010 (103) M9-1M1 J
MAcTEST DIVISION ANALYTICAL REPORT
~1 ANALYSIS NO 8UG-21 PAR Finishing Inc FOR EffluentPO Box 6009 Volcott CT 06716 SAMPLE DATE 71281
L_ Attn Mr Peter Donofrio _J
PARAMETERS
Aluminum
Cadmium
Chrome (Total)
Chrome (Hezavalent)
Copper
Total Cyanide
Fluoride
Iron
Lead
Nickel
PH Silver
Tin
Zinc
ANALYSIS
005 mg1 000 mg1
009 mg1
009 ng1
299 mg1 006 mg1
065 mg1
066 mg1
011 mg1
010 mg1
620
003 mg1
000 mg1
011 mg1
METHOD OF ANALYSIS
AAS
AAS
AAS
Diphenyl oarbazide reagent
AAS
Acid distillation -Rhodanine Titration
Specific Ion Electrode
AAS
AAS
Electrometric
AAS
AAS
AAS
SOURCES OF METHODS OF ANALYSIS
2
2
2
1
2
2
2
2
2
2
2
2
2
2
SOURCES OF METHODS OF ANALYSIS
1) Standard Methodss fofott ththe Examination of Water amp Vastewater 1975gtraquo 1lth Edition 2) 1978 book of ASTM Standards
CT Eeg
thod e Krtm
Richard Favor OUR KCCOMMCHOATIONt AND OPINIONS MC MADE IN COOD FAITH AND ARC raquoAraquotD UPON OUR MILL ANO IK^EMICNCC IN TNl fit10 HOWEVER THEY ARE fIVEN WITHOUT tUARANTEE SINCE CONDITIONS ANO MCTNODS Of USE Of OUR PRODUCTS ARC IETOHO OUR CONTROL tUCCESTIONS FOR USE OF OUR PRODUCTS SHOULD NOT raquot UNDERSTOOD AS RECOMMENDATIONS TO USE ANY PRODUCT IN VIOLATION OF ANY EXISTINt PATENT RICHTS
METALS and INORGANICSNON-MT LS
Page_J_ of 2
Your ID 83-88-10 EMLs ID 711-HRP
GOG1908 METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted witl
SAMPLE ID Composite (LI amp L2)
aluminum arsenic barium cadmium hex chrom tot chrom copper 377778 gold iron lannnnn lead mercury magnesium
rfr anese 11 nickel
-- potassium
silver tin zinc 111111 sodium
1- bullbull _ ~f -f rlW
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride sncond cyanide (total) 875 ( amenable^ 875 fluoride nsrdness jammonia-N nitrate nitrite 0 amp G 2250 pH phosphate TSS TOG TOX phenol NDlt010
Analyst
NVIRONMENTAL
IONITORINC - bdquo
ABORATORY INC 100 RESEARCH PARKWAY MERIDEIM CT 06450
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
O_J l-ABOKA ^DIVISION PO Box 1689 xford Conn OC101
Tel 566-5626 n^^~ 10 Clinton Street SPECIAL EXAMINATIONS GOG13G5
Reported as mgkg
Color Odor PH Total Solids
Fixed Volatile
Total dissolved solids Total suspended solids Alkalinity as CaCo Chlorides as Cl Cyanide as CN Amenable CN Detergent as ABS Fluoride as F Grease Aluminum as Al Arsenic as As Cadmium as Cd Chromium as Cr Chromium + 6 Copper as Cu Iron as Fe Lead as Pb Manganese as Mn Mercury as Hg Nickel as Ni Silver as Ag Tin as Sn Zinc as Zn Ammonia as N TKN Organic N Nitrite N Nitrate N COD BOD DO Phenol Phosphate as P Ortho phosphate Sulfate as So Sodium as Na
mass leachate mass leachate 37281 37281 37282 37282
53 90 310 44 000 000 000 000
bull
Traquo rshy^bullampcamptradelaquoi
bulllt bull
1
H 477r Ittu^ Mbull - SEjvr
rY~T~t m r Eft
sn-7
ff Pafr uwff
Jesse S Tucker PhD Director
LABORATORY RESULTS and INORGANICSNON-META ~ Page J__ of 2
Your 1083-38-10 EMLs ID H01-HRP OO019O6
METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID 1
aluminum arsenic barium cadmium hex chrom tot chrpm copper 067 039 660 034 gold iron 025 ndlaquo002) 003 nd(lt0702)(X05 lee mercury magnesium manganese nickel 040 ndlaquo002) 045 ndlaquoPQ2) potassium selenium silver tin zinc 088 O47 04S sodium 120 125 373 1D7T
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride
0shyspcond cyanide total 240 240 161 59 fluoride hardness
nitrate nitrite 0 amp G
phosphate TSS TOG TOX cyanide amenable ndlaquo001) ndlaquo001) ndlaquo001) ndlaquoD01) ndlaquoD01)
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
o MACDERMIO OF BRISTOL INC Vi)(JllgtO7 DATE 7188L MlfTOL CONNECTICUT M010 (103) M9-1M1 J
MAcTEST DIVISION ANALYTICAL REPORT
~1 ANALYSIS NO 8UG-21 PAR Finishing Inc FOR EffluentPO Box 6009 Volcott CT 06716 SAMPLE DATE 71281
L_ Attn Mr Peter Donofrio _J
PARAMETERS
Aluminum
Cadmium
Chrome (Total)
Chrome (Hezavalent)
Copper
Total Cyanide
Fluoride
Iron
Lead
Nickel
PH Silver
Tin
Zinc
ANALYSIS
005 mg1 000 mg1
009 mg1
009 ng1
299 mg1 006 mg1
065 mg1
066 mg1
011 mg1
010 mg1
620
003 mg1
000 mg1
011 mg1
METHOD OF ANALYSIS
AAS
AAS
AAS
Diphenyl oarbazide reagent
AAS
Acid distillation -Rhodanine Titration
Specific Ion Electrode
AAS
AAS
Electrometric
AAS
AAS
AAS
SOURCES OF METHODS OF ANALYSIS
2
2
2
1
2
2
2
2
2
2
2
2
2
2
SOURCES OF METHODS OF ANALYSIS
1) Standard Methodss fofott ththe Examination of Water amp Vastewater 1975gtraquo 1lth Edition 2) 1978 book of ASTM Standards
CT Eeg
thod e Krtm
Richard Favor OUR KCCOMMCHOATIONt AND OPINIONS MC MADE IN COOD FAITH AND ARC raquoAraquotD UPON OUR MILL ANO IK^EMICNCC IN TNl fit10 HOWEVER THEY ARE fIVEN WITHOUT tUARANTEE SINCE CONDITIONS ANO MCTNODS Of USE Of OUR PRODUCTS ARC IETOHO OUR CONTROL tUCCESTIONS FOR USE OF OUR PRODUCTS SHOULD NOT raquot UNDERSTOOD AS RECOMMENDATIONS TO USE ANY PRODUCT IN VIOLATION OF ANY EXISTINt PATENT RICHTS
METALS and INORGANICSNON-MT LS
Page_J_ of 2
Your ID 83-88-10 EMLs ID 711-HRP
GOG1908 METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted witl
SAMPLE ID Composite (LI amp L2)
aluminum arsenic barium cadmium hex chrom tot chrom copper 377778 gold iron lannnnn lead mercury magnesium
rfr anese 11 nickel
-- potassium
silver tin zinc 111111 sodium
1- bullbull _ ~f -f rlW
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride sncond cyanide (total) 875 ( amenable^ 875 fluoride nsrdness jammonia-N nitrate nitrite 0 amp G 2250 pH phosphate TSS TOG TOX phenol NDlt010
Analyst
NVIRONMENTAL
IONITORINC - bdquo
ABORATORY INC 100 RESEARCH PARKWAY MERIDEIM CT 06450
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
LABORATORY RESULTS and INORGANICSNON-META ~ Page J__ of 2
Your 1083-38-10 EMLs ID H01-HRP OO019O6
METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted with
SAMPLE ID 1
aluminum arsenic barium cadmium hex chrom tot chrpm copper 067 039 660 034 gold iron 025 ndlaquo002) 003 nd(lt0702)(X05 lee mercury magnesium manganese nickel 040 ndlaquo002) 045 ndlaquoPQ2) potassium selenium silver tin zinc 088 O47 04S sodium 120 125 373 1D7T
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride
0shyspcond cyanide total 240 240 161 59 fluoride hardness
nitrate nitrite 0 amp G
phosphate TSS TOG TOX cyanide amenable ndlaquo001) ndlaquo001) ndlaquo001) ndlaquoD01) ndlaquoD01)
Analyst
100 RESEARCH PARKWAY MERIDEN CT 06450
o MACDERMIO OF BRISTOL INC Vi)(JllgtO7 DATE 7188L MlfTOL CONNECTICUT M010 (103) M9-1M1 J
MAcTEST DIVISION ANALYTICAL REPORT
~1 ANALYSIS NO 8UG-21 PAR Finishing Inc FOR EffluentPO Box 6009 Volcott CT 06716 SAMPLE DATE 71281
L_ Attn Mr Peter Donofrio _J
PARAMETERS
Aluminum
Cadmium
Chrome (Total)
Chrome (Hezavalent)
Copper
Total Cyanide
Fluoride
Iron
Lead
Nickel
PH Silver
Tin
Zinc
ANALYSIS
005 mg1 000 mg1
009 mg1
009 ng1
299 mg1 006 mg1
065 mg1
066 mg1
011 mg1
010 mg1
620
003 mg1
000 mg1
011 mg1
METHOD OF ANALYSIS
AAS
AAS
AAS
Diphenyl oarbazide reagent
AAS
Acid distillation -Rhodanine Titration
Specific Ion Electrode
AAS
AAS
Electrometric
AAS
AAS
AAS
SOURCES OF METHODS OF ANALYSIS
2
2
2
1
2
2
2
2
2
2
2
2
2
2
SOURCES OF METHODS OF ANALYSIS
1) Standard Methodss fofott ththe Examination of Water amp Vastewater 1975gtraquo 1lth Edition 2) 1978 book of ASTM Standards
CT Eeg
thod e Krtm
Richard Favor OUR KCCOMMCHOATIONt AND OPINIONS MC MADE IN COOD FAITH AND ARC raquoAraquotD UPON OUR MILL ANO IK^EMICNCC IN TNl fit10 HOWEVER THEY ARE fIVEN WITHOUT tUARANTEE SINCE CONDITIONS ANO MCTNODS Of USE Of OUR PRODUCTS ARC IETOHO OUR CONTROL tUCCESTIONS FOR USE OF OUR PRODUCTS SHOULD NOT raquot UNDERSTOOD AS RECOMMENDATIONS TO USE ANY PRODUCT IN VIOLATION OF ANY EXISTINt PATENT RICHTS
METALS and INORGANICSNON-MT LS
Page_J_ of 2
Your ID 83-88-10 EMLs ID 711-HRP
GOG1908 METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted witl
SAMPLE ID Composite (LI amp L2)
aluminum arsenic barium cadmium hex chrom tot chrom copper 377778 gold iron lannnnn lead mercury magnesium
rfr anese 11 nickel
-- potassium
silver tin zinc 111111 sodium
1- bullbull _ ~f -f rlW
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride sncond cyanide (total) 875 ( amenable^ 875 fluoride nsrdness jammonia-N nitrate nitrite 0 amp G 2250 pH phosphate TSS TOG TOX phenol NDlt010
Analyst
NVIRONMENTAL
IONITORINC - bdquo
ABORATORY INC 100 RESEARCH PARKWAY MERIDEIM CT 06450
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
o MACDERMIO OF BRISTOL INC Vi)(JllgtO7 DATE 7188L MlfTOL CONNECTICUT M010 (103) M9-1M1 J
MAcTEST DIVISION ANALYTICAL REPORT
~1 ANALYSIS NO 8UG-21 PAR Finishing Inc FOR EffluentPO Box 6009 Volcott CT 06716 SAMPLE DATE 71281
L_ Attn Mr Peter Donofrio _J
PARAMETERS
Aluminum
Cadmium
Chrome (Total)
Chrome (Hezavalent)
Copper
Total Cyanide
Fluoride
Iron
Lead
Nickel
PH Silver
Tin
Zinc
ANALYSIS
005 mg1 000 mg1
009 mg1
009 ng1
299 mg1 006 mg1
065 mg1
066 mg1
011 mg1
010 mg1
620
003 mg1
000 mg1
011 mg1
METHOD OF ANALYSIS
AAS
AAS
AAS
Diphenyl oarbazide reagent
AAS
Acid distillation -Rhodanine Titration
Specific Ion Electrode
AAS
AAS
Electrometric
AAS
AAS
AAS
SOURCES OF METHODS OF ANALYSIS
2
2
2
1
2
2
2
2
2
2
2
2
2
2
SOURCES OF METHODS OF ANALYSIS
1) Standard Methodss fofott ththe Examination of Water amp Vastewater 1975gtraquo 1lth Edition 2) 1978 book of ASTM Standards
CT Eeg
thod e Krtm
Richard Favor OUR KCCOMMCHOATIONt AND OPINIONS MC MADE IN COOD FAITH AND ARC raquoAraquotD UPON OUR MILL ANO IK^EMICNCC IN TNl fit10 HOWEVER THEY ARE fIVEN WITHOUT tUARANTEE SINCE CONDITIONS ANO MCTNODS Of USE Of OUR PRODUCTS ARC IETOHO OUR CONTROL tUCCESTIONS FOR USE OF OUR PRODUCTS SHOULD NOT raquot UNDERSTOOD AS RECOMMENDATIONS TO USE ANY PRODUCT IN VIOLATION OF ANY EXISTINt PATENT RICHTS
METALS and INORGANICSNON-MT LS
Page_J_ of 2
Your ID 83-88-10 EMLs ID 711-HRP
GOG1908 METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted witl
SAMPLE ID Composite (LI amp L2)
aluminum arsenic barium cadmium hex chrom tot chrom copper 377778 gold iron lannnnn lead mercury magnesium
rfr anese 11 nickel
-- potassium
silver tin zinc 111111 sodium
1- bullbull _ ~f -f rlW
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride sncond cyanide (total) 875 ( amenable^ 875 fluoride nsrdness jammonia-N nitrate nitrite 0 amp G 2250 pH phosphate TSS TOG TOX phenol NDlt010
Analyst
NVIRONMENTAL
IONITORINC - bdquo
ABORATORY INC 100 RESEARCH PARKWAY MERIDEIM CT 06450
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
METALS and INORGANICSNON-MT LS
Page_J_ of 2
Your ID 83-88-10 EMLs ID 711-HRP
GOG1908 METALS amp METALLOIDS (mgL) Method flame AAS or ES unless noted witl
SAMPLE ID Composite (LI amp L2)
aluminum arsenic barium cadmium hex chrom tot chrom copper 377778 gold iron lannnnn lead mercury magnesium
rfr anese 11 nickel
-- potassium
silver tin zinc 111111 sodium
1- bullbull _ ~f -f rlW
INORGANICSNON-METALS Method various (EPA-approved) SAMPLE ID
BODCOD chloride sncond cyanide (total) 875 ( amenable^ 875 fluoride nsrdness jammonia-N nitrate nitrite 0 amp G 2250 pH phosphate TSS TOG TOX phenol NDlt010
Analyst
NVIRONMENTAL
IONITORINC - bdquo
ABORATORY INC 100 RESEARCH PARKWAY MERIDEIM CT 06450
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
) REPORT OF RESULTS
Your sample ID 83-88-10 Date submitted July 11 1984
EML sample ID 711-HRP Date analyzed July 13-20 1984
SoilSedimentSludge Analysis OOO19G9
Method 8010 and 8020 volatiles via GCMS Note nd= less than 001 ppm
Compound hcnxene chlorohenzene d ichlorobenscenes othylbenzene toluene xylenes chloromethane bromomcthane dichlorofluoromethane vinyl chloride chloroethane methylenechloride trichloroflouromethane 11 dichloroethene 11 dichloroethane t-12 dichloroethene chloroform 12 dichloroethane 111 trichloroethane carbon tetrachloride bromodichloromethane 12 dichloropropane t-13 dichloropropene trichloroethylene dIbromochloromethane 112 trichloroethane c-13 dichloropropene 2 chloroel-hylvinylether bromoforra 1122 tetrachloroethane PCE
Composite (LI amp L21 nd nd nd nd 005 097 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 121
Analyst
NVIRONMENTAL
(LJJABORATORY INC |(H) RfSK Rri l P raquo R I ^- M t R i m v CI Oh4i
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
000191O [ PAR FINISHING INI j TOSUN ROAD TABLE EZA WOLCOTT CT
MONITORING WELL - 1 YEARS Units ig1 TOTAL CYANIDE
QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE AMENABLE 1st QTR 140 77 05 NT 120 115 lt02 (02 (02 (01 (01 2nd QTR 132 05 06 NT 438 900 lt02 (02 03 (01 (01 3rd QTR 684 385 503 lt02 lt02 NT ND 120 lt02 (02 (02 (01 (01 4th QTR 210 03 ND NT 283 600 lt02 (02 (02 (01 (01 1st QTR 380 11 lt02 NT 383 890 (02 (02 05 (01 (01 2nd QTR 860 10 lt02 NT 491 720 (02 (02 (02 (01 (01 3rd QTR 685 4Samp 430 lt02 (02 NT 390 850 (02 (02 (02 (01 (01 4th QTR 290 23 lt01 NT 170 156 (02 (02 (02 02 (01 1st QTR 500 10 (01 NT 423 108 (01 01 01 08 (01 2nd QTR 850 06 lt01 NT 480 lt100 (01 (01 05 (01 (01 3rd QTR 786 - 587 680 08 lt01 NT NT 530 (05 05 02 (01 (01 4th QTR 480 03 lt01 NT 276 152 (05 01 (01 (05 (05
j 1st QTR 887 olaquoitted 26 01 NT 378 100 ND(05 01 OMITTED ND(05 N0(05 i 2nd QTR lt MONITORING HELL - 1 DESTROYED BY BEING RUN OVER BY TRUCK mdash gt
PAR FINISHING INC TABLE EZB fOSUN ROAD yOLCOTTCT MONITORING HELL - 2
YEARS Units igL AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 190 04 11 NT 110 120 (02 (02 (02 (01 (01 2nd QTR 150 19 71 NT 815 106 09 (02 03 05 05 3rd QTR 684 385 1693 238 104 NT 1362 215 (02 33 (02 11 11 4th QTR 1285 87 186 NT 1962 100 (02 (02 (02 03 03 1st QTR 780 159 80 NT 624 bull 113 (02 04 04 01 (01 2nd QTR 740 331 144 NT 2260 230 (02 05 09 (01 (01 3rd QTR 685 485 950 08 54 NT 870 896 (02 06 (02 (01 (01 4th QTR __ 880 418 189 NT 760 670 (02 (02 (02 (01 (01
1st QTR 100 465 109 NT 582 920 (01 (01 02 (01 (01 2nd QTR 521 440 200 NT 200 lt100 (01 (01 03 (01 (01 3rd QTR 786 587 121 440 104 NT NT 430 (05 05 02 (01 (01 4th QTR 106 40 121 NT B40 830 (05 (01 (01 (05 (05 1st QTR 887 OMITTED 72 58 NT 570 100 ND(05 06 OMITTED ND(05 ND(05 2nd QTR 1878 125 62 NT 84 120 ND(05 02 01 ND(05 NDlt05
PAR FINISHING INC TABLE EZC TOSUN ROAD HOLCOTT CT MONITORING WELL - 3
YEARS Units ig1 AMENABLE QUARTERS CHLORIDE IRON MANGANESE PHENOLS SODIUM SULFATE NICKEL COPPER ZINC CYANIDE CYANIDE 1st QTR 210 930 39 NT 280 900 (02 41 (02 44 (01 2nd QTR 290 324 124 NT 1762 100 17 (02 05 34 1 3rd QTR 684 - 385 2199 207 165 NT ND 160 (02 (02 (02 15 15 4th QTR 310 34 162 NT 1448 150 (02 (02 04 08 08 1st QTR 1620 452 171 NT 939 1760 (02 (02 (02 01 (01 2nd QTR 570 1690 225 NT 2285 298 (02 03 21 (01 (01 3rd QTR 685 - 485 980 68 125 NT 1360 900 (02 02 02 03 (01 4th QTR 1180 23 65 NT 960 144 (02 (02 (02 (01 (01 | 1st QTR 150 1510 290 NT 69 100 01 (01 02 (01 (01 2nd QTR 302 156 248 NT 120 lt100 02 05 05 (01 (01 3rd QTR 786 - 58 121 44 104 NT NT 430 24 04 liO laquo1 lt01 4th QTR 950 45 27 NT 1016 6 (05 01 (01 (05 (05
-bull 6TR 887 OMITTED 100 250 Nr 572 10 Nampos 21 OMITTED NIK 05 NO- 05 loo QTR - i 5 4amp1 n 13 K bullbull NIK 05 bull 0 Nlr05 lt[bull 05
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
o o
o o 00 CO I
ro ro 00
UJ oo o oo to ao i-cc zx
o K
CO O
H O O
-7shy
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
f
IIIII I I 1
CATIONS PAR FINISHING CO TOSUN RD WOLCOTTCT
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir
OOO1913
25 WASTE VOLUMES
Estimates of the liquid and sludges contained in the
lagoons were exceptionally difficult to make Since
both lagoon bottoms are located in the water table
collection of a continuous sample from the bottoms was
essentially impossible due to liquid content Probing
to determine the precise thickness of accummulated
sludges was likewise difficult since the lagoon
bottoms are underlain by an organic (soft) soil horizon
as indicated by soil borings installed as part of the
ground water monitoring system
Estimates of the volumes of liquid in the lagoons
was also necessary Since the lagoon bottoms are in the
water table their water levels will vary with ground
water fluctuations and it is very unlikely that they
will ever become completely dry
Based on probing and water depth measurements made
on June 10 1984 conservative estimates of liquids and
sludges contained in the lagoons were prepared Lagoon
waste volumes estimated on the basis of this data are as
follows
Liquid Volume Sludge Volume
Lagoon 1 36337 gal 156 cy
Lagoon 2 35305 gal 36 cy
-10- hrp associates ir