ML18347B291

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Notification of Submittal of Request for Renewal of the National Pollutant Discharge Elimination System (NPDES) Permit
ML18347B291
Person / Time
Site: Palisades Entergy icon.png
Issue date: 04/13/1994
From: Olsen D
Consumers Power Co
To:
Office of Nuclear Reactor Regulation, State of MI, Dept of Natural Resources
References
DAO 94-025
Download: ML18347B291 (26)
v • d • e


Text

I'. ATTACHMENT Consumers Power Company Palisades Plant Docket 50-255 NOTIFICATION OF SUBMITTAL OF REQUEST FOR RENEWAL OF THE NATIONAL POLLUTANT DISCHARGE ELIMINATION SYSTEM (NPDES) PERMIT April 13, 1994 consumers Power March 25, 1994 Mr William Shaw , Surface Water Quality Division Permits Section Michigan Department of Natural Resources PO Box 30273 Lansing, MI 48909-7258 NPOES PERMIT RENEWAL APPLICATION

-MI0049131 Dear Mr Shaw 21E01M90518.6 DAO 94-025 Attached for your review is a standard NPDES Permit Application Form for the discharge of groundwater to Lake Michigar resulting from remediation of a chlorinated sp1vent release at the Palisades Nuclear Plant. The existing NPDES Permit No MIP049131 for this discharge is set to expire on October l, 1994. A note written under Item 5 of Section II of the Permit Application Form requires explanatibn.

None of the waste water characteristics listed in Part A of Item 5 wi11 be increased above background levels during the treatment and discharge of groundwater to Lake Michigan.

Therefore, we request a waiver from sampling and reporting these discharge characteristics.

lf you need any further information regarding the permit request, please contact me at (517) 788-2980.

Sincerely David A Olsen, PE Environmental and Technical Services A CiffS' ENCRGiY' COMPANY

* -SECTION "' ,. EPA 1.D. NUMB '1M'1r1D10 19 j4-*{t 16 1s-i2 I. , *1 I' PERMIT ... ,1M1T1D io lJ. '., l t . NUMBER' fr.'.' . i l!l' 2:g* .. APPLICATION FOR DISCHARGE PERMIT IS:* .. SEE INSTRUCTIONS

.. ON REVERSE.SIDE l'l.>DIFIEJICN EXISTit<<;

[j-INCREASED USE REISSIWCE o* D I[) .. ITEM A. PARENT CIM'ANY/!FT./CMNER Q 1N e l! !I! j 81 I 01WjE 1R I Q l! N Y1 I I I I I I* I I I DIV ./BUlEALI

-1 B, I N1A1 I I I I I I I I I I I I. I I I I I I I I I I 1

  • I I I I I I I I I c. Pl.ANT OR FACILITY Ip I A 1L I I 18 IA ill E I I I I* I I I I E1 STANlARD INIXJSlRIAL CLASSIFICATION
  • (REFER lO TABLE II) PHYSICAL D, TYPE OF FACILllY 1N1U1C1L 1 E 1 A !!!: I P101W 1E !!!: E. ! 14 I I I I I I I I I I I I I LOCATION F, SlREET NlMlER G, SlREET l'W£ ' . ADDRESS 12 17 17 e I I I I :t* £ 18 1T -t:. 1M1E IM I l! t:* I I I I I I I -AND H. CllY twE I, ZIP CODE IC 1Q l:ll E R I I I I I I I I. I I I I I I I I I Ml 14 19 10 4 j*31 INFORMATION J, K, COlJfTY (REFER lO TABLE I) ,c 10 1V l! t I I I I I I I I I I I CO, .NAME VAN BUREN CO, Nt.ffiER L, twE OF AUTlfJRI ZED CONTACT PERSON M, TITLE. 1A1N IT I! e I ICIAILIL lo I I I I I I I f ! IC IH I J i I 1* I N, TElEPlllNE NlM!ER o. ADJJlESS (IF DIFFERENT FRa1 ABOVE) .. '. 16 11 16 I ? e f I 1819 11 13 I IN IA I I I I I I I I I I I I 'I I I I I I I ' P,
  • CllY ffAloE Q, STATE R, ZIP cODE IC lo Iv I I I I I I I I I I I I I I I I. I 1 4 1 9 '° f I s. 1YPE OF lREAlMENT FACILilY T, l'ROGRAM FOR* EFFECTIVE RESilllW..S MAWIGEl-ENr (REFER 10 TABLE II) . DATE Sll!MITIED.

o-.YES ON> liJN.A, .. lLK...J LL..J LL...J L1-J L.LJ -. mTE IMPL&ENTED

u. BACK-ti' Pal'ER SOUlCE v. POLLUTION INCIDENT PREVENTION PLAN . . w *. NJoEER OF
  • mTE
  • Sl.llfllTIED E11'LOYEES Dves [B D DYES ONO [!)*N.A,*

DATE. IMPIBENTED

  • .:" 6 5 p NJ N,A, I I I I I I x. 'TYPE OF DISOW<GE GROIHl'IATER D. Y, IXI YOU WIVE A OPERAl<f *mYEs. -*DNo D Ii] Ot'e>.11rul s l'WE. thony Cal away s.s.#13.1614 1 1413 17 (!_ I I!OlH SURFACE WATER FACILllY # 1 8 IO 10 e f I CERTIFICATION
  1. I tl I 2 18 14 11 I I I ITEM A. twE .. IT i!! e. !'.! 1P1A1L i!* ! !!'. 9 ... 2 I I I I I I I I I I I I I I I I B. l'W£ MAILING NA ' ADDRESS 1A 1N 1T I! Q }! I I 1C i!:! I:! Yj I I I I I I I I I
  • 1 I' I I I I *OF c. SlREET P.DmESS OR POST OFFICE OOX APPLICANT 12 17 l 2 1B1L 1U1E i!: ! !l 1M I:! 2 i !:i l! }'.!. r** I I I I r I I I .D. CllY tw£ -.. E,. STATE. .o F*, ZIP (:OD!; .. .* --. ,c e ¥ I I I I I I l I I I I I I I I I I 4 . I 9 9'4 I I i I REQUIRED SIGNATURE I, the appl!cant, certify under penalty of law that I have personally examined and am*famillar with the Information submitted in this application and al I a-ttachments and that, based on my Inquiry of those Individuals lnrnedlately

_responsible for obtaining the Information, I believe that the Information Is true, accura-te and canplete.

I irn aware that there are significant penalties for submitting false Information, Including the* possibi I !fy of fine and imprisonment. . SIGNAX APPLICANT SIGNATUR.E OF LOCAL GOVERNMENTAL REPRESENTATIVE (SEE NOTE ON REVERSE SIDE) oBIE*J Ash.tL NA !iI!ifllllllBE*

l!.8IE*

NAM!;;: 'IHrnAS PAIMISOO TITLE: NAME:

15 i' \. -'i *' '* .i *i. SEE: INSTRUCTIONS . ON* REVERSE SIDE. ITEM 3 SOURCE OF WATER SUPPLY A, r-u.ICIPAL B, SlllFACE WATER INTAKE c, PRIVA'TE WELL D, OTHER ... ...,. !WE OF WATERWAY QUANTITY (/w(,) QUANTITY (MAX,) SPEl".Tl=Y QUANTITY (MAX,) *ITEM A, PROCESS WATER (INCLUDING CONTACT * <IXlLING WATER)

  • 4 FACILITY WATER USAGE ITEM 5 -. CRITICAL MATERIALS

&. PRIORITY POLLUTANTS' . .' USED

.. --PRODUCED REFER . TO TABLES '.';_:_ IV&V ,,_ *UNITS CODE I POUNDS 2 GALLONS 3 CUBIC YARDS-i TONS B, l'llNCONTACT COOLING WATER c. SANITARY WATER D *. OTIER NAME OF SUBSTANCE.

..... :$ a: PNWETER NlM3ER w .. !;;: :a . QUANTITY NAME OF SUBSTANCE

...... " = WN !;;: PNWETER MM!ER :a-QUANTITY 'NAME {)F SUBSTANCE:._'.

...... :$ a: PARAl-ETER tu1!ER Ill&") l:c 2* QUANTITY .. : tw-E OF Sl.BSTANCE

..... :$ a: w., PARN£TER MM!ER le 2 QUANTITY ..... NAl-E OF SUBSTANCE

<-= PAIWETER MMlER WU) le 2 QUANTITY-

__ ...... NAME OF SUBSTANCE
$ ffico Ii-PNWETER N!MlER 2 QUANTITY NAME OF
  • SUBSTANCE

..... :$ ffi,... PAIWETER M.MBER .. " QUANTITY (MAX, ) QUANTITY (MAX;) QUANTITY (MAX;) . soi=rtcv Q!Wl!TTY (MAX,) .*. -., .. _ .. :*-*r . -'*----.-I *** PERMIT W r * .. .NUMBER _ . . MI0:049T31', 1N1A1 *I I ,N 1 A 1 I 1 N 1 A, ,. I ., 1N-rA 1N rA r 1N rA N A ,. NA !" I I I I .. .. I I I I I I* I I -. " -* .. I I I I I !' " I I I ,. ... ..;:' I I .. .. I I I I I-I ,. I' ., . I I GAU.ONsfDAY I I . I GAU..ONSfDAY

.. I GALi.oNslDAY I GAU.ONsfDAY I GALLJ:iNS!DAY

  • 1
  • I GALLONS/DAY I I I 1. UNITS LJ/YEAR UNITS L.Jlv-fAA

.--.:...,* __ r-: -.:.: . ;.y* :.J". ; :.:> *""

':_ i*-+-.; " . -::*_;

LtllTS L.J/YEAR _,. -7 UNITS LJ/YEAR ... UNITS, L.J /YEAR'.'*-*,,,,.., .:,

'" *' " ..

....... .,. \J'llTS L.J/YEAR l:c 2 QUANTITY .

17 r '. SEE lfrJSTRUCTIONS

  • ON SIDE. e: SECTION* T . . ... 1 .* MI004913L.

-r --** ..... * .. .,_* .:* -'.* ., ..... :: ..

  • .:**:.:-:.:*** *\* .. , :.,*

... : .. _. :-.. .. ., *: *.c*** DESCRIPTION AND DIAGRAM A *. PROVIDE A BRIEF DESCRIPTIOO AND LINE DIPGRA'i SIQlltG THE WAlER FLCM 'llRlU3H YOUR FACILITY fila.t."lrrr.\ia; 10 DISOMiE .. 'stO.

<lllflRIBUfltG WASTEWA1ER1 INCUJDltG PROCESS NlJ PROI:u:TION AP.EIS, SANITARY FLOWS-, (X)()LJNi WATER, AND STOlffolATER RlHlFf, YOU MAY GJiClll>*

SIMILAR OPERATIONS INTO A Sll'<<3LE ll£ WATER l!Al.At<<:E SIOJLD.stOl*AVERAGE:fl.DojSi.

SIPI ALL SIGNIFICANT LOSSES OF WATER TO PROI:u:TS1 AlMlSPHERE 1 AND DISCfWlGE, YOU Slllll.D USE ACru\L MEASLREMENTS h'IENEVER AVAJl.ABl...EJ .OTHERWISE USE YOUR BEST ESTIMATE; . A .groundwater treatment system was installed at the Palisad.es Plant in conjunction with a soil vapor extraction to remedlaie groundwater .and soil contaminated by Tetrachloroethylene (PCE) and Trichloroethylene (TCE). Ground-: water is pumped from .two extraction wetls,. as well as from the "soil. vapor. extraction system knockout tank, to an air-stripping tower.* Air is forced into. the tower bottom by a blower to remove voiatile com.pounds (TCE *& PCE) from the groundwater.

The treated water collects in the air-stripper sump, from which point the water is gravity fed to a &torm sewer drain* that discharges to Lake Michigan via NPDES Outfall 004. The air is directed through twovapor phase granular-activated car.hon filters to remove the remaining volatile organic compounds to below specified limits. This treatment process is schematically shown below: * . *.: * .. : \. KNOCKOUT TANK "&:.Nr ro .ATMDSPK-ER.E SOIL VAPOR E. XT' R.j.C"1" ION LA. T' E. LS A\" i.oo C:,CFM &PM

\Al E.LLS. 814.& .. 100SCFM -l u. u II') 0 ,. 0 ' ..( \ti ' ' *. CARBON --: . . *F\ LT E.R S '.:: .. : ....

  • FlLTE.R WATE.R -Fl.us-\-\*

...-..a..-*....,T AN * \S C:::rPM

--5-0-0_.-t STR \ PPE.R..

M . .__ _ _,_ __ _. A\R_ . ,:*. *-,_; ..._,-_ *'*-... *._:_**.*:

IRE.A.TE.b

'\rl"-TER qo. Pl"'l *-: ,*** *.: ..... *:*-. -..:,*. t-JPDE.S 0 U"t' FA. LL OOL\ 19 L"'K E. HICi-\lG.AN LAKE MICHIGAN " ,, 5 n a z Fuel Depot Site Groundwater Treatment System *l*Pl'l&IUl...-

.. -*-.r ..

'3 . ' ,, _[]_

... _ $tJJ'l>O!IT BIJl!Dlt/C

-a PALISADES NUCLEAR PLANT -SITE PLAN __.,_.,_,.._

..........

_ .... _,,,-411._

..... _ Rl!lllL'IWG 111'.U.--I -en m (') -i -0 z I I I . .ECTION I SEE INSTRUCTIONS ON REVERSE SIDE A, 00 YOU A COrcENTRATED FACILHY? IF 00 cor-m.r<<.e 10 IT&! ITEM 8 a. Nl1'1BER OF AOlES USBJ FOO CONFINB-ENT FEED!Mi? c. IF TI£RE IS OPEN CONFINEf'ENT, ? RLHJFF DIVERSION Af.ll CONCEN-CONTROL SYSTEM BEEN CONSlROCTED.

IF foD, CONTIMJE 10 ITEM TRATED o. l+i.4T IS lHE DESIGN BASIS FOR n£ CONlROL SYSTEM? 0£CK ANIMAL ONE OF TIE FOLl..C1r'l!Mi AND ENTER NlM!ER OF 11'0£5 OF. RAIN? FEEDING OPERATION TYPE I I I I I I I I I I I I I I I E, MiAT IS M MM!ER OF ACRES OF CONlRIBUTIMi DRAINAGE?

F, l+i.4T IS lHE DESIGN SAFETY FACTOR FOR lHIS t:0NTR0L SYSTEM? . A, LIST TYPE OF. ANIW\L, ITEM w a. GIVE lHE MMlER OF lHIS TYPE OF ANIW\L IN OPEN Q. > .... COtl'INe£Nr, 9 I-c. GIVE lHE NlJBER OF lHIS TYPE OF ANIW\L IN 1-0USBJ CONF!reENT, A, LIST TYPE OF ANIW\L, TYPE w GIVE lHE MMlER OF lHIS TYPE OF ANl1'W...

IN OPEN &

a. CONF I Ne£NT, NUMBER I-OF c. GIVE lHE MMlER OF lHIS TYPE OF ANIW\L IN t<<JUSBJ CONFI PJCMC>n", ANIMALS A, LIST TYPE OF ANIW\L, IN OPEN w a. GIVE lHE NIMlER OF lHIS TYPE OF ANIW\L IN OPEN CONFINe£NT, AND I-HOUSED c. GIVE TIE MM!ER OF lHIS lYPE OF ANllW.° IN 1-0USED CONFINB'ENT, CONFINEMENT A. LIST TYPE OF ANIW\L, w a. GIVE lHE MM!ER OF lHIS TYPE OF ANIW\L IN OPEN CONFil'e£NI", ' I-c. GIVE lHE MM!ER OF lHIS TYPE OF ANIMl\L IN l()(JSBJ CONFTM=MENT A, LIST lYPE OF ANIW\L, w GIVE lHE MM!ER OF lHIS lYPE OF ANIMl\L IN OPEN g,:11) a. COM=! l'e£NI"' I-c. GIVE lHE MM!ER OF lHIS TYPE OF ANUW. IN 1-0USBJ CONF!Ne£NT, A, LIST lYPE OF ANIMAL, w. B, GIVE TIE MM!ER OF lHIS TYPE OF ANIIW.. IN OPEN I-CONFil'BENT, c. GIVE lHE MM!ER OF lHIS TYPE OF ANIIW.. IN H'.lU5ED CONFiret:NT, A, LIST lYPE OF ANIW\L, w
a. GIVE T1£ MM!ER OF lHIS lYPE OF ANIIW.. IN OPEN I-c. GIVE lHE MM!ER OF lHIS TYPE OF .An11'W...

IN lill.ISED CONFil'EMENT, A. LIST lYPE OF ANIMl\L, LU. a. GIVE lHE NlMIER OF* lHIS lYPE OF ANIMl\L IN OPEN COtl'I NEMENT, I-c. GIVE lHE MMlER OF lHIS TYPE OF ANIMl\L IN 1-0USED CONFI re-ENT, 9) I 23 e 1. MI0049131 r 0 YES 00 I I I I '.LJ.._J AO<E5 D YES D 00 D 10 YEAR, 24 HOl.R STORM . Ll.........J

    • LI IOCHES D 25 YEAR.. 24 snm L.J.._J' LI INCHES D OTH:R (SPECIFY)

L.J.._J' LI INCHES I I I I

  • LJ.._J ACRES LJ 'L...J I I I I I I I I I I I I I I I I I I I I 1. I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I* I I I I I I I I I I I I I I ., I I I I I I I I I .. I I I I I I I I I I I I I I I I I I I I I I' I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I 1* I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I ! I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I ., I I I I I *'I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I

,, ., SECTION I . SEE INSTRUCTiONS ON REVERSE SIDE PERM. NUMB * ... L..l _M_r_o_o_49_1_3_1_.

__ _,[ : ITEM 10 AQUATIC ANIMAL PRODUTION FACILITY ITEM 11 SPECIES OF AQUATIC ANIMALS PRODUCED AT THIS FACILITY A. llO YOU OPERATE AN AGUCITIC 12&-iIMAL PRO!lX:TION FACILIIY'? (IF r<<J, CONrIM.E TO ITEl'I ZJ B, INDICATE THE TOTAL IUBER OF POl{)S, RACEWAYS iWD SIMILAR SlRLCTtRES AT YOLR FACILilY, SPECIFY I I I I I 1

  • I I I I I I I I c, INDICATE IN l'HICH CALENDAR MJNTH MAXI1111 FEEDING OCCLRS, D, ENTER THE TOTAL NlMBER OF POlNlS OF FOOD FED Mil'li 1HIS r1'.JNTH?

A. IS "THIS SPECIE A WARM OR COLD WATER SPECIE?. ffi B, GIVE "THE NA'E OF "THIS SPECIE, D YES ._I __.1_._1 ___.! , POM)S I I I I

  • RACEWAYS I I I l,Oll£R I I I I I I I I I I I I I I I I I I I POIN'4': D WARM D COLD
11. c. ENTER TI£ TOTAL HARVESTABLE WEIGIT OF nus SPECIE en PROWCED BY "THIS FACILilY PER YEAR IN POLMJS, D, ENTER TIE MAXI!'DI WEIGHT PRESENT FOR THIS SPECIE ltiICH l'IOl.lD REPRESENT YOLR IO<M>\L OPERATION.

A. IS "THIS SPECIE A WARM OR COLD WATER SPECIE! I I I I I I I I I I I I POtNlS I I I

  • I
  • POlNlS I I ax.n en w UNI----------------------------------------""""-------='

w B, GIVE THE NA/* OF THIS SPECIE, 11. en C, ENTER THE'TOTAL HARVESTABLE WEIGHT OF "THIS SPECIE PROIJOCED BY "THIS FACIUlY PER YEAR IN POINJS, D. ENTER 1liE MAXl1111 WEIGIT PRESENT FOO "THIS SPECIE WHICH Wll!D REPRESENT YOLR l'llRW.. OPERATION, A, IS "THIS SPECIE A KllRf1 OR COLD WATER SPECIE? I I I I I I POlWS I I I I I I I I I !POt.tIDS D *KllRM LJ COlD B. GIVE "THE NA'E OF THIS SPECIE, en w 11. en en c, ENTER THE TOTAL HARVESTABLE WEIGHr OF "THIS SPECIE corwr-Rl BY "THIS FACIUlY PER Yl=AI> TN f'OlMlS, D, ENTER THE MAXl/111 WEIGIT PRESENT FOR "THIS SPECIE \ofiICH l'IOl.lD REPRESENr YOLR . A. IS "THIS SPECIE A WARM OR COLD WATER SPECIE? D r I I I I POt.tIDS D COLD !!:! B. GIVE THE NAl'E OF THIS SPECIE,

  • _______________________

....;,. ______________

"""" ______

irl""r-11. C, ENTER TIE TOTAL HARVESTABLE WEIGHT OF THIS SPECIE en PROIJOCEll BY THIS FACILITY PER YEAR IN POIH)S, D. ENTER THE MAXl1111 WEIGHT PRESENT FOR THIS SPECIE ltllCH l'IOl.lD REPRESENT YOLR taM!IL OPERATION, A, IS "THIS SPECIE A WARM 'OR COLD WATER SPECIE? I I I I I I I I I I POtNlS I I 1* I I I I I I I POlHlS D WARM D COLD en w 11. en B. GIVE TIE 1-wE OF THIS SPECIE, en C, ENTER THE TOTAL HARVESTABLE WEIGIT OF THIS SPECIE PROIJOCED BY THIS FACILITY PER YEAR IN POlHJS, D. ENTER TIE MAXI/111 WEIGHT PRESENT FOR THIS SPECIE ltllCH llOUl.D REPRESENT YOU? rDlfW.. OPERATION.

A, IS THIS SPECIE A WARM OR Cot.n. WATER SPECIE? I I I POllllS I I I I I I I I I I POlHlS l J WARM LJ w B. GIVE TIE tWE OF THIS SPECIE. I I 1 I I I

  • I w 11. C, ENTER TIE TOTAL HARVESTABLE WEIGHr OF THIS SPS:IE. en PROCU:ED BY THIS FACIUlY PER YEAR IN POLfIDS, D, ENTER TIE MAXl/111 WEIGIT PRESENT FOR THIS SPECIE ltlICH l'IOl.lD REPRESENT YOLR tmolAI.. OPERATION, 27 I I !* POltllS I I I I I I I I I I POlNlS * :** * .i : .,
  • l e SECTION I

.... l _M_I_oo_4_9_1_31_*

____ j LIST NllME AND l'AILING ADDRESS OF ALL PROPERTY o.-.NERS ADJACENr TO TIE TREAlMENT FACILITV'AND OR 01scW<RGE/01sPOSAL .AREA. ITEM 1. Van Buren *state Park 12 Department of Natural Resources -Real Estate .Division

  • . PO Box; 30028 MAILING Lansing, iMI 48909 .. LIST OF 2. Harold Vandersalm II 1324 Meadowbrook Lane ADJACENT Kalamazoo, MI 49001 PROPERTY OWNERS 3. Palisades Park County Club Route Box 161 Covert, MI 49043 !. 29

., PERMIT NO. MI0049131 Section II -Item 2 Outfall.004 Text for Parts D, E, F and G of Item 2, Page.31: Due to the presence of in the groundwater, the packing material in the air-stripping tower is expected -to accumulate scale during continuous operati*on.

The scale, in turn, causes the tower pressure drop to exceed design limits. To remove the scale, the groundwater treatment system operation will be temporarily interrupted and a 5% sulfuric acid solution will pe recirculated through the the tower at a rate of 12 to 15 GPM for approximately 20 minutes. The acid solution is prepared in a chemical flush tank (X-102 GW) by mixing 6 gallons of 94% . in 120 gallons of water. Upon completion of the acid cleaning, the waste water is collected in Tank X-102 GW to allow for sampling and 'neutralization with a 50% NaOH solution prior to discharge into the storm sewer line servicing this treatment system. Although there has not been a need to perform this cleaning operation as of the date of this permit renewal, it is anticipated that the cleaning may be required once or twice per calendar quarter.

  • I 9 SECTION 11 . SEE INSTRUCTIONS ON REVERSE SIDE ITEM 1 DISCHARGE LOCATION
  • SCHEDULE * '*"* p Q 141 A, LOCATION OF DISOW<GE \;, t1!.J!LJ \;, .SECTIOO 1*JL..2..J,.

TMj 1 0 1 2 1 S r, RJWjE 11 j7 'tt1 B. :fu°i" WATER UE. GROLm!ATER OR NAME OF Sl.RFACE . ,L ,A 1K iE iM iI c ll ! G A N1 c. I,ll YOU DISCHARGE SEASONAL.LY

[ D ' YES . (IF Ml1 CONTIMJE TO E) Ii] NO D, IF YES, 1.IST DISCHARGE PERIODS 1'1), I DAY . 1'1), I DAY . L...L.J ' LJ.........J FLOW

  • llRll.GH * **' LJ.........J RATE , I .'i" r **.*,*** "\ I c>" .. "llflOll;H

.. l__j__J L....J..._j

....... --.-.---i,.-,_.......,..._

__

IN,,tfl, . HR, DAY *' ** IN. WK, r;;i .,, TYPE CODE E. LAND APPLICATION RATE LL..J

  • L.J L...l_j
  • L..J uu '"" CONTACT F, lYPE OF WASTEWATER DISOlARGE L.3..J WASTEWATER TYPE COI:E COOLING L.J. L-.J L..J L.J L..J 2 NONCONTACT G. "DISOlARGE SOIEIXJl:E (YEARLY AVERAGE) fO.RSIDAY l2_j{j,_J rY>.Y/YFAR I 3; 6 ! 5* ! COOLING 3 PROCESS H. DISOWlGE Fl!M RATE ' ***. * ** * *.
  • 0*' l.tlL...JIT CODE TOTAi. YEARl.Y 4 SANITARY 5 . STORMWATER UNIT CODE 1 MGY 2 MGD 3 GPO ITEM 2 WATER TREATMENT ADDITIVES UNITS CODE 1 Mg/I 2 Ug/I I, THE MAXIMll1 DISOW!GE FLC7W RATE To BE. AllTHCRIZED IN PERMIT, J,. MAXl"111 DESIGN DISCHARGE.Fl.GI RATE. A, lXl YOU USE WATER lRE"AlMENT ADDITIVES lO lRE"AT YOLR DISOiAAC'.1;? (IF NO, CONTINUE TO ITEM 3)
  • B.

AND CHEMICAi.

CD"IPOSITION OF 1111;:>E ADDITIVES, C, NA'1E AND AD!llESS OF !Wf.FACTUlERS OF THESE ADDITIVES.

-

... ,, -_ .... D, EXPECTED DISOiARGE COtCENTRATION OF AIDITIVES.

DAll.Y MINl"111 rY\11.Y MAXl"111 ... . '.'l I+* j3 f 9 Q q " I . I L L...J .*. t1.i AUTHORIZED i46?0QQ UNIT.. CODE I ,j I ,_,

  • i4 a ? er a a tiff[. CODE DESIGN *LJ_J

... *., li!!l!IE.

'. . . , .. , .. ,,*_;* o.* BKilW. Sulfuri'c.

Acid* .,, .. ". **

  • Scale From Air Stripper x ""'s""o-d

... i .... u-m.._,,,H,...y-d..-r_o_x--=-i-::d-e--.,...

__ .. :.. Neut r a 1 i:z a tfim * *: (50%. SOln)*

... *c*>>,-:. *"****"*

  • VWR Scientific i 1 0 66929 * * . . --.-,::.:;.;-

.. :* ._:;;** . -. -**. . .

"" -**-* . ... MINlfU1* UNITS AVERAGE lfjlTS MAXll'Y'!

l.tllTS . '.*: >*'" 5 CODE, ' :'.: . , .** .: *.--*:;, , ,, .CODE *'

CODE AIDITIVE NA"'E ADDITIVE NA"'E ADDITIVE NA"'E E, 00 YW lREAT lHE DISOiARGE lO REKlVE ADDITIVES?

F, WHAT IS 'THE ROOVAL EFFICIENCY N4D DISCHARGE FREQJENCY?

ADDITIVE NA"'E Allll IT! VE NA'1E ADDITIVE NAME

f:1

-.;-..-:.::

  • -:t! *.71r:'* ,-.:-. I L...J ; I L...J ; ._! __.___..___.___.

L...J L...J. ; ._! _._1__..___.__.

L...J; I % ROOVAL LJ..._J LJ..._J LJ..._J L...J ; ... 1 __.___..___.___.

L...J L_J; I r LJ DI SCJW!GE fREallfNC:V . HRS ./DAY DAvs/wi.:

LL..l *LJ L..LJ L..LJ L.J LJ G. AS AA ATTAOf-IENT ro nils APPLICATI0'-1 PROVIDE SPECIFIC MA"t1ALIAN ffi AQUA.TIC lOXICOLCXHCAI.

DATA ffi REFERENCE WHICH ARE AVAILABLE AND INRR'IATI0'-1 CW "!HE RATE OF DEGRADATI0'-1 OF THE PROD.x:TS EAOi AllllTIVE. . For Items D, E, F and G, see attached sheet 31 SEE INSTRUCTIONS ON REV.ERSE SIDE UJTFAU. IUl1lER 4tSECTION II ITEM A, rw1E OF PROCESS CONTRIBUTING 10 THE DISOiARGE THROUGH THIS OlJTFAU. AND SIC CODE 3 a. PROCESS SOiEIJU.C: (YEARLY AVERAGE) I/) I/) c. PROCESS WASTEWATER FlD'I RATE. -PROCESS w (.).-STREAMS 0 a: CONTRIBUTING Q. TO .. OUTFALL D. PROCESS PROllUCTION RATE DISCHARGE A* fW1E OF PROCESS CONTRIBUTING 10 lHE DISOiARGE THROlai THIS OUTFALI. AND SIC CO!lE a. PROCESS SO£IlUL.E (YEARLY AVERAGE) .. I/) c. PROCESS WASTEWATER FLOW RATE I/) w .. UN o. .-.. ' a: Q. UNITS CODE 1 POUNDS . "' 2 GALLONS D. PROCESS PRODUCTION RATE . .. .. 3 CUBIC YARDS A, NAME OF PROCESS CONTRIBUTING TO lHE DISCHARGE llflOUGH THIS OUTFALI. AND SIC aJDE TONS 4 a. PROCESS SCl£llUlE (YEARLY AYERAGE) 5 MGY 6 MGO I/) I/) c. PROCESS WASTEWATER FLOW RATE w 7 GPO 8<'> a: Q. D. PROCESS PRODLCTION RATE TIME 1 HOUR A, NAME OF PROCESS <DNTRIBUTING 10 T1£ DISOWlGE THROUGH THIS OUTFAI I AND SIC COOE 2 DAY PROCESS S0£DU..E (YEARLY AVERAGE) 3 WEEK a. 4 MONTH I/) I/) c. PROCESS WASTEWATER FLOW RATE 5 YEAR w 8"' a: Q. c. PROCESS PRODOCTION RA TE A. NAME OF PROCESS CONTRIBUTING 10 T1£ DISOiMG£ THlOl.Gi TH IS OUTFALI. AND SIC CODE a. PROCESS SO!EDLl.E ( YEAAL Y AVERAGE) I/) PROCESS WASTEWATER FLCJol RATE I/) c. w <.Jin 0 a: Q. -D. PROCESS PRODLCTION RATE ' ., l ,,. *-33 PER.

  • 1*. MI004913i.

NurlB-.-.. ...,. .. _ .... ?,: ,o 10 14 I I N1A1 .. T I I -* I I I I I I I I I I I* I I I HJt-'ls/DAY L_L_J DAYS/Y""'

1-I I I' lOTAL YEARLY I I . I I I I I I *. I I L.J -----*-----*---* *-. -* *--**-** ***---*-***

DAILY MINIMll1 I I I I I I I I I I LJ DAILY MAXllUI, .. . I F I I I I I I *1 I L..J -*. I I I I I I 1

  • I I .. . ' .. .. I I I I I I I I i I I I I I I I I I I I ' ';;; .. ... ;.:..J .* HJLRs/DAY LJ.:_J . DAYs/YEAA

-1 I I I UNll UJUE TOTAL YEARLY I I *r I I -i. I I 1* I L.J .-. -DAILY MINIMLl'I I I I I I I I I I I LJ DAILY MAXllUI I I I I I I. I I I *1 LJ I I I I i:*-, I I r --Ltl17YiTIME LJ LJ I I I I r I I I I I I I I I 1* I I I I I *' ' HJLRs/DAY LLJ DAYs/YEAR I I I I l.tl!T CODE lOTAL YEARLY I I I I I I I I I I LJ DAILY MINIMl.1-l I I I I I I I I I. I LJ DAILY MAXllUI I I I I I I I I I I LJ I I I I I I I I I I I I I I I I I I I I I I I I I I I I I fOJRSiDAY LL.J DAYSIYEAA I I I I l.tl!T CODE lOTAL YEARLY I I I I I I I I I I LJ DAILY HINllUI I I I I I I I I I I LJ DAILY MAX!l't..M I I I I I I I I I I LJ I I I I I I I I I I I I I I I I I I I I I I I I I I I I I HJLRSIDAY L_L_J DAYs/YEAR I I I I CODE lOTAL YEARLY I I I (. I I I I I I L.J DAILY HINllUI I I I I I I , I I I I LJ ,, DAILY MAXllUI I I I I I I I I I J L.J I I I I I I I I I

-, ' I :.*I ; I 'I I ; ! r'; 'j 'i .. ! *: i *. SEE INSTRUCTIONS .QK*REVERSE SIDE. -SECTION II PERMIT.> . l__M_ro_o_4_9_13_1

___ ...J,-_ NUMBER". _ _ -aJTFAll rum Q 10 14 I ITEM A, IS THE FRO'! THIS OUTFALL DIREc5yn TO 1HE GROUND OR DYES . IKJ f'D GROllND'IATERS.

IF 00, CONTINUE TO ITEM 4 a. HAS A HYDROGEOLOGICAL STIJDY OR ITS EQUIVALENT BEEN OR IS 1HERE SUFFICIENT D oo OJRRENT HYDROGEOLOGICAL INFOO'IATION AVAILABLE AS REQUIRED TfE WATER RESOURCES C<M-!ISSION PART 'll. GROLMMATER OF Al.GUST 14, l9aJ R, 23.220] (P.AGE !15.) FOR GROUNDWATER 1HIS OR PROPOSED DISCHARGE.

IF YES ATTACH A COPY OF. 1HE REPORT, DISCHARGE I INFORMATION . c. ARE YOU AN EXEMPTION FRa1 A HY!l<<lGEOLOGICAL REPORT UNDER DYES *D oo RULE R.323.ffz

!IQ) OR FRa-1 GROLtlIMATER 6EOO}iREMENTS UNDER RULE R. 23, ( ) lPAGE ':fl) OF 1HE PART Z2 RULES, IF 'YES ATTACH 00Cll1ENTS AND EXPLANATION TO DE1-DNSTRATE lHAT DISCHARGE hoouJ QUALIFY FOR AN EXEl'l'-!ON, n. ARE YOU A VARIANCE FRQ'1 RULE 323,Z2ffi (PJIGE (OONDEGRADATION)

OF 1HE WATER RESOLflCES aff!ISSION PART Z2 RULES. IF YES, ATTAOi SOCH DYES D oo llOCU'1ENTS AS NECESSARY TO THE NEED FOR A IN Tffi'IS OF T1£ CRITERIA SPECIFIED IN RULE , 0 (PAGE lj/) OF 1HE PART RULES, E. zlST ALL WHICH ARE lN MICHIGAN S CRITICAL MATERIALS REGISTER TABLE. IV Pl\GE 6) OR U,S, EPA S PRIORITY POLLUTANT LIST TABLE V (PAGE l) OR ANY OTHER SlmSTANCES D. NOT APPLICABLE/BELIEVED ABSENT llHICH ARE OR MAY BECO"E INJURICXJS TO n£ DESIGNATED USES OF THE GROLMW\TER OR 10 THE PUBLIC HEALTH lHAT ARE DISCHARGED OR EXPECTED 10 BE TO THE GROLtlIMATER/Y THIS FACILITY.

ESTIMATE THE FINAL EFFLUENT CONCENTRATION mD RECCJID ALL DATA IN ITEM OF SECTION II IN THIS BOOIUT, D THE APPLICANT MAY BE REaJIRED TO DO ADDITIONAL WASTE ANALYSES, PRESENT, DATA PROVIDED IN ITEM ] A* DISCHARGE CHARACTERISTICS See Cover letteif CONCENTRATION UNITS* CODE # ANALYSES Sll/"i'LE TYPE ITEM for Elq>lanation AVE MAX CODE 5 -socs (FIVE DAY BIOCHEMICAL OXYGEN DEMAND) IN IA I I* I I I I I I I I .. I I I I LlJ LLJ LJ *con (CHEMICAL OXYGEN DEIWID) . -IN IA I I , I I I I I I I I *1 I I I L1J LL...J LJ EXPECTED *roe (TOTAL ORGANIC CARBON) IN IA I I , I I I I I I I I I I I I LlJ L...LJ L_J WASTEWATER CHAR AC-*>>M>NIA NllROGEN (AS N) IN lb: I I ; I I I I I I I I

  • I I I I Ll.J LJ_j. LJ TERISTICS

.. .TOTAL SUSPENDED SOLIDS !N 1A I I *I I I I I I I I , I I I I Ll.J. LLJ L_J UN1TS CODE TOTAL PHOSPHORUS (AS P) 1N 1A I I *I I I I I I I I , I I I -1 L1J LLJ -L_J 1 Mg/I 1N1A I LlJ L.u 2 Ug/I TOTAL RESIDUAL CHLORINE I .1 I I I I I I I 'I I. I I L.J 3 COUNTS/ 1N 1A I I , I I I I I I 'I I I I LlJ 100 ml DISSOLVED OXYGEN MIN I I L.J.:._J.

L.J 4 s.u. *pH 5 °F L..LiJ L..J..1J LlU l._LJ L.J 6 LBS/DAY FECAL COLIFORM BACTERIA 1N 1A I I I I I I I I I I LlJ L....LJ. LJ (SUMMER) LR.i!..J . LJ LLJ, L_J L2J LL.I .. L.J *TEMPERATURE

.(WINTER) ili..i.!..J . L.J. L...L....J

.* L.J L2J L.._L_J L.J B, OTHER WASTEWATER 1 o!IILl&IGIRIEIAISIEI I 1N1A1 I, I I I I I I I I, I I I I LJ LL.J LJ SAMPLE. I I I I I. I I I I I I I I I I I , I I I I I I I I, I I I I LJ L.L...J. LJ .ll&.. 1 GRAB I I I I I I I I I I I I I I I I . I I I I I I I I* I I I I LJ L.L...J LJ -.i 2 24 HOUR I I I I I I I I I I I I I* I I I , I I I I I I I I , I I I I LJ L..L.J LJ COMPOSITE I I I I I I I I I I I 1* I I I I

  • I I I I I I I I , I I I I LJ LLJ . L_J I I I I I I I I r I I I I I I I , I I I I I I I I , I I I I LJ L.L..J L.J I I I I I I I I I I I I I I I I , I I. I I I I I I
  • I I I I LJ L.LJ L_J -*

INFOR'1ATIO'I SURFACE WATER DISCHARGES.

35

..

INSTRUCTIONS ON* REVERSE* SIDE -SECTION II PERMIT-... I 0 MI0049131 NUMBEI-. _ OJTFALL NUMBER IQ 1Q ITEM THE FOLLOWING REQUESTED ADOOESSED lrl..& SURFACE WATER DISCHARGERS, OOIE! NEW USE DISCHARGERS EXPECTED VALUES FOR THE QUANTITATIVE AND . QUALITATIVE INFORM<\TION REQUESTED BELCM, I I 6 A, IS THIS FACILITY A PRIMARY INDUSTRY? (REFER TO TABLE IA PA\,E 91) !!] YES o*NO (IF NO, GO TO E) (IF YES, GO TO B) PRIORITY B, INDICATE TYPE OF PRIMARY INDUSTRY AS LISTED IN TABLE IA PA\,E !!l. 1 s 1 r l! 1E1L 1E POLLUTANTS (CONTINUE WITH C,)

  • I I AND c. DOES THIS OUTFALL DISCHARGE CONTAIN ANY PROCESS WASTEWATER?

[]YES D (IF NO, GO TO E) (IF YES, GO TO D) NO ADDITIONAL INFORMATION D. I ND I CA TE WHICH Ge/ MS FRACTIONS MUST BE TESTED FOR , [] (REFER TO TABLE IA PAGE !11) VOLATILE FOR r:m:E! FOR EACH Ge/MS FRACTION CHECKED, EACH SPECIFIC ORGANIC TOXIC POLLUTANT WITHIN SURFACE EACH FRACTION l:!l!fil BE ANALYZED FOR (SEE TABLE rIA PAGE !J2.. IN ADDITION, ALL PRll-'ARY D WE/NEUTRAL WATER !NO.JSTRY APPLICANTS WITH A PROCESS WASTEWATER DISCHARGE"r;iUST PROVIDE QUANTITATIVE DISCHARGE DATA FOR EACH TOXIC POLLUTANT IN TABLE lllA PAriE !13.) , -D ACID ONLY RECORD ALL DATA ON FORMS PROVIDED ( ITEM 7) IN THIS BOOKLET *. (CONTIMJE WITH E-K BELOW) D PESTICIDE E. IF .Nit. SURFACE WATER DISCHARGE APPLICANT (PRIMARY OR SECONDARY INO.JSTRY), REGARDLESS D NOT APPLICABLEIBELIEVED ABSENT OF THE TYPE OF DISCHARGE, KNOWS OR HAS REASON TO BELIEVE THAT MN POLLUTANT.

LISTED IN TABLE I IA AND IVA PAGES 42-43 IS DISCHARGED FRCJ-1 ANY OUTFALL..

THE QUANTITATIVE DATA l:llJil BE PROVIDED, RECORD ALL DATA ON FORMS PROVIDED (ITEM 7) IN THIS BOOKLET. PRESENTiDATA IS ATTACHED F, IF ANY SURFACE WATER DISCHARGE APPLICANT (PRIMARY OR SECONDARY INO.JSTRY), REGARDLESS D OF TYPE OF DISCHARGE, KNOWS OR tiAS REASON TO. BELIEVE ANY POLLUTANTS LISTED IN NOT APPUCABLEfBELIEVED ABSENT TABLE VA PAGE 43 D!SCHAR(;ED FRCM ANY OUTFALL THE APPLICANT

!1!fil DESCRIBE REASONS FOR THE POLLUTANT BEING PRESENT AND PROVIDE ANY AVAILABLE QUANTITATIVE DATA, Xylene* RECORD ALL DATA ON FOIO'IS PROVIDED (ITEM 7) IN THIS BOOKLET, [] PRESENT/DATA IS ATTACHED G, ALL SLRFACE WATER DISCHARGE APPLICANTS (PRIMARY AND SECONDARY

!NDUSTRI ES) Wl-0: USES OR MNUFACTURES 2, 4, 5 -TRICHLDROPHENOXY ACETIC ACID (2, 4, 5-T); NOT APPLI CABLE/BELi EYED ABSENT ** 2-(2, 4, 5-TRJCHLDROPHENOXYl PROPANOIC ACID (SILVEX, 2, 4, 5, TP)j 2-(2, 4, 5-TRICHLOROPHEOOXY ETHYL 2, 2-DICHLOROPROPIONATE (ERBON ; 0, Q-(2, 4, 5-TRICHLDROPHENYL)

PHOSPHOROTHIOATE (RONNEL);

4, 5-TRICHLOROPHEOOL (TCP); OR HEXACHLOROPHENE (HCP); (ALL DATA FOR THE ABOVE MUST BE GENERATED USING STANDARD ANALYTICAL CALIBRATION PROCEDLRES)

OR KNOWS OR HAS REASON TO BELIEVE THAT TCDD IS OR MAY BE PRESENT IN THEIR DISCHARGE, D PRESENT/DATA IS ATTACHED MUST REPORT t;lJAL!TATIVE DATA, GENERATED USED A SCREENING PROCEDLRE NOT CALIBRATED WITH ANALYTICAL STANDARDS, FOR 2, , 7, 8, -TETRACHLORODIBENZO-P--DIOXIN (TCDD), RECORD ALL DATA ON FOOO PROVIDED (ITEM 7) IN THIS BOOKLET, J, IF THE SURFACE WATER DISCHARGE APPLICANT KMJWS OR HAS REASON TO BELIEVE THAT EJ OOT APPL! CABLE TOXICITY TESTS WERE MADE IN THE LAST THREE C5) YEARS ON ANY OF THE APPLICANT S DISCHARGES OR ON A RECEIVING WATER IN RELATION TO A DISCHARGE, PROVIDE D THl3 INFORW\TION AS AN ATTACH-18'1T TO THIS APPLICATION.

APPLICABLE/SEE ATTACHED K. IF A CONTRACT LABORATORY OR CONSULTING FIRM PERFORMED ANY OF THE ANLAYSES REQUIRED BY THIS APPLICATION, PROVIDE THE NAME AND ADDRESS OF EACH LABORATORY OR FIRM AND [!] OOT APPLICABLE THE ANALYSES PERFORMED AS AN ATTACJ-MENT OF THIS APPLICATION, D APPLICABLE/SEE ATTACHED L. OOT APPL! CABLE I I DO YOU DISCHARGg ANY OTHER TOXIC OR INJURIOUS CHEMICAL SUBSTANCES NOT LISTED IN D TABLES IV PAGE _ AND I IA TI-fl0ty;H VA PA<;ES 42-43, 11= YES, THEN IDENTil=Y THE CHEMICAL SUBSTANCES AND ESTIMATE THE FINAL EFFLUENT CONCENTRATIONS, SUBMIT THIS EJ AS AN ATIACl-MENT TO THIS APPLICATION, APPLICABLE/SEE ATTACHED *See attached letter to the Plainwell SWQD dated September 14, 1993. 37

  • ,. .. ; ,*, .< \. *, **' ... .. SECTIQN,11.

MI0049131 SEE INSTRUCTIONS e NUM -PER. I I ic. ON REVERSE SIDE ITEM 7 CRITICAL MATERIALS

  • TOXIC POLLUTANTS
  • HAZARDOUS SUBSTANCES IN -DISCHARGE UNITS CODE 1 Mg/I 2 Ug/I 3 LBS/DAY 4 KG/DAY SAMPLE TYPE 1 GRAB 2 24HR.COMP. OOTFALl rtnER 10 iQ fr. I A; B. ..J :! a:. w .... ti :E ..J C[ ii: WN ti :E ..J C[ iC WM ti :E ..J C[ iC Wot ti :E ..J s a: Wll) ti :E ..J C[ iC WCD ti :E ..J C[ iC wr--:E ..J cc cc Wal I-C[ :ii USE THIS DATA SHEET TO RECORD INFCJRl.'ATION AS REGl.llRED IN: (QiECK APPROPRIATE BOX FOR WHICH JNFCJRl.'ATION THIS DATA SHEET REPRESENTS.)

D 1. SECTION II, ITEM 4::E*

DISOlARGE INFOR1ATION (PAGE 55) [] 2. SECTION 11, ITEM *5, PRIORITY POl.lllTANTS IN SURFACE WATER DISCHARGE (PAGE 'ST) r 3 . B. BELOW: cRITICAL MATERIALS (TABLE IV) IN SURFACE WATER DISOiARGE (PAGE 39) LIST Am CRITICAL MATERIAL (TABLE IV PAGE 6) NOT AD!JlESSED IN SECTION II ITEM f' PRIORITY o* OOT APPLICABLE.

POU.UTANTS hHIOl YOU mlW OR HAVE REASON TO BELIEVE TO BE PRESENT IN THE DISCHARGE

  • SEE REVERSE SIDE OF THIS PAGE FOR F\JllTI£R DIRECTIONS.

[iJ A, a. c. A. B. c. A, B. c. A

  • 9, c. A
  • a. c. A
  • a. c. . B. c. A
  • 3, c. APPLICABLE (see BEl..()I) OF CRITICAL MATERIAL OR PRIORITY POLLUTANT Tetrachloroethylene.

11 t I-1 1 1-1 4 I UNIT CODE SAMPLE TYPE # OF ANALYSES AVERAGE COOCENTRATION; SAMPLE TYPE; #OF ANALYSES I I 121 . I 21 I I w i..lJ t.l.JL MAXIMLM CONCENTRATION Mfl MASS I ,1 ,9 I

  • I lr I UNl:'2.CODE I t.=...J I I . I 0 I
  • I 0 11 16 I NllME OF CRITICAL MATERIAL OR PRIORITY POLLUTANT Trichloroethylene_

17 19 1-10 11 ---6 I I I AVERAGE CCl>ICENTRATION; SA'1PLE lYPE; #OF ANALYSES I I 131. I 01 I uN12coDe I i..=..J SAMf>11_ TYPE. #OF L..:J . LL!=...J MAXIM COOCENTRATION AND-MASS I 1 2 1 0 I . I

  • UNIT 2 cooe . I I 1.£.J I I
  • UN1l50DE I 01. I 0 1117 I NN1E OF CRITICAL MATERIAL OR PRIORITY POWITANT Xylene I I I I I I I I AVERAGE COO:ENTRATION; SA'll'LE TYPE; fl OF ANALYSES UNIT CODE SA/>'PLE.

TYPE #OF ANALYSES I I IO I 12 I I I w . UNIT CODE UNIJ CODE MAXll'U1 CONCENTRATION AND. MASS 1 l I

  • I 01 dJ I I 0 I
  • I 0 I 0 14-1 -I I I I I NllME OF CRITICAL MATERIAL OR PRIORITY POWITANT CIS-1 9 2-Dichloroethene I I I I I *
  • 1 I I AVERAGE CONCENTRATION; SN1PLE TYPE; # OF ANALYSES I I I 0 I . 12 I I UNIT{CDE I L£.J ... sN1PGPe # '(5 :'r1;YSES
MAXIM COM:ENTRATIOO AND MASS I I I l 1
  • 10 I I UNITF,E I L=..J I I 0 -0 0 4 UN13coDE I I
  • I I I I t=...J '1 ' rwE OF CRITICAL MATERIAL OR PRIORITY POLLUTANT I I I I I .. , I UNIT CODE SA'lPLE TYPE # OF .ANALYSES AVERAGE CONCENTRATION; SAl'l'LE TYPE; # OF ANALYSES I I I I. I I I I LJ LJ 'L_1_J MAXll"U>I COOCENTRATION Mfl MASS UNIT CODE ll>IIT CODE I I I I *I I. I I L.J I I I I. I I. I I LJ NllME OF CRITICAL MATERIAL OR PRIORITY POLLUTANT I I I I -. I
  • 1 I I AVERAGE COOCENTRATION; SAMPLE TYPE; fl OF ANALYSES UNIT CODE S>>f'LE TYPE 7f OF ANALYSES I I I I . I I I I LJ L_J L_1_J UNIT CODE MAXll'lfl
  • m<<:ENTRATIOO AM:> MASS ll>IIT CODE I I I I *I I I I L.J ,. I I I .'1* . I I I Ll NA'1E OF CRITICAL MATERIAL OR -PRIORITY POLLUTANT . I I I I 1* I I I AVERAGE CONCENTRATION; SAMPLE TYPE; # OF ANALYSES CODE . SA'1PLE TYPE #OF ANALYSES I I I I . I I I I LJ L.J LL..J ll>IIT CODE ll>llT CODE MAXIM COOCENTRATION AND MASS I I I I
  • I I I I L.J I I I I* I I I I LJ NAME OF CRITICAL MATERIAL OR PRIORITY POLLUTANT I I I I I I I I UNIT CODE 5N'1PLE lYPE 11 OF ANALYSES AVFFAGE CONCENTRATION; SAMPLE TYPE;.# OF ANALYSES I I I I . I I I I LJ LJ L.LJ UNIT CODE UNIT CODE WIXIMl.1'1 CONCENTRATION AND MASS ( I I I
  • I I I I L.J I I I I* I I I I LJ ADDITIOOAI..

PAGES OF THIS ITEM 7 ARE ATTAO£D FOR THE REST OF 11-iE CRITICAL MATERIALS NID/ai. PRl<Xl.ITY POU.UTANTS REWIRED TO BE REPORTED, *Q YES Qg NO 39 I i I ..

,_ consumers Power. POWERIN& MICHlliAN'S PROliRESS General Offices: 212 West Michigan Avenue, Jackson. Ml 49201 * (517) 788-0550 September 14, 1993 21E01M90518.6 Mr Fred Morley. District Supervisor Surface Water Quality Div Michigan Department of Natural Resources Plainwell District Office Bldg 621 North Kent St PO Box 355 Plainwell, MI 49080 Re: PALISADES PLANT NPDEs* PERMIT.NO MI0049131 In response to the special conditions of the Palisades Plant NPDES Permit No MI0049131 (Section A.2.3.b), we have recently detected other chemicals in the groundwater which were not in the NPDES permit application.

The attached analytical results indicate that trace concentrations

(<2ug/1) of cis-1,2-are present in the water from extraction wells EW-1 and EW-2. This water*-is pumped through an air stripper tower to remove the previously identified chemicals (tetrachloroethene and

  • trichloroethene) prior to discharge at outfall 001. Based on the analytical results for the system effluent (sample SC-6GW), both of these additional chemicals are being removed in the stripper.

Since tha contentration of xylene and dichlorethene in the groundwater are well below the MDNR's Type B health based drinking water limit of 13,000 ug/l and 77ug/l, respectively, it would not be necessary to modify the NPDES permit.. Should these groundwater chemical concentrations increase beyond the cleanup limits, your office will be notified accordingly.

If you have any questi-0ns concerning this matter, please contact me at (517) 788-2980.

Sincerely David A Olsen, P.E. Environmental and Technical Services 00993-07.DAO A Gt-f5 COMPANY

\ .. " \ TABLE-A 1. ANALYTICAL RESULTS .. . e * . . CONSUAIERSPOKEIH;t,.._NY . Environmental

& TllChnicaJ;Setvices Department

'** !LOCATION

\ \Sample ldentfflcation Sample Type Sample Date Received Date I Analysis Date I Report Date Control Number I PALISADES PLANT I Project Number 1-Groundwater Treatment System i CHEM-93-1953 SCAN 602, ug/L -8021 Benzene ::::: .+* '<;:::);i,r:>*:>:::;:;;!V:;,:::<::.,)::))j:)::::::,*:.::;*::.

c::/> ::. ... ? .. :.;.j *. ::.:;'::,/::::'.i:I TMDL. nd nd nd nd nd . 1 Toluene Ethylbenzene m/p-Xylene nd nd nd nd Ind 1 a-Xylene Surrogate Recovery 4-Bromofluorobenzene nd nd nd % Recovery -97 I . *I I nd rid nd . nd nd nd % Recovery I% Recovery 96 96 *I nd nd nd nd nd nd % Recovery I% Recovery . 98 97 I NOTES: I Reviewed By TMDL = Target Method Detection Limit, ug/L (parts-per-billion) nd = Parameter Not Detected At TMDL
  • Date a?ffdff/:1 I Data Fiie ','.*f_ :-:"T?_".=_""T-<::

.* _i'. -

.. ,,

.-... _* , ... '""\ 931953 1 1 1

'** " TABLE A2.. ANALYTICAL RESULTS . e CONSUllERSPOWERcoU

  • EnvironmsntaJ

& TtJChnlcaJ SsrAces. Osparf!nfmt

.. .. *-..... .........

!LOCATK>N l.PALJSADES PLANT . -Groundwater Treatment System Project Number CHEM-93-1953 1 Sample Identification I J Sample Type ISVE 1 L* 'd 1 *qu1 ISC-3GW 1 0750hr SC-6GW-fr+

SC-3GW

  • 0740hr jl0710hr.
  • SC-6GW# I 0705hr I \ Sample Date jwater . 09-03-93 09-07-93 09-07-93 09-07-93 931953-01 water 109-04-93 J09-07-93

'09--07-93 09--07-93 water water I 09-04-93 Og:..()5-93 water j 09--05-93 i Received Date I Analysis Date 09-07-93 09-07-93 09-07-93 Report Date Control Number 931953-02

,931953-03 SCAN 601, ug/L -8021 Bromoform Bromomethane I Carbon Tetrachloride

\ Chlorobenzene

Chloroethane
  • I I 2-Chloroethylvinyl Ether Chloroform I Chloromethane Dibromochloromethane 1,2-Dichlorobenzene 1,3-0ichlorobenzene 1,4-Dlchlorobenzene I Dichlorodifluoromethane I 1, 1-Dichloroethane 1,2-Dichloroethane cis-1,2-Dlch loroeth ene nd nd 1 nd nd nd I 'nd nd nd nd nd Ind ind Ind trans-1,2-Dlchloroethene nd 1,2-Dichloropropane nd cis-1,2-Dich loropropene
  • nd trans-1 ,2-Dlchloropropene nd Methylene Chloride nd 1, 1, 1,2-Tetrachloraethane nd 1, 1,2,2-Tetrachloroethane Ind Tetrach loroethene 1, 1, 1-Trich loroethane 1, 1,2-Trichloroethane Trichloroethane Trich lorofluoromethane Vinyl Chloride nd nd nd nd : **:* 1.0 20.5 10.3 nd nd nd nd nd Ind ,Jnd Ind nd nd nd ,nd nd nd nd nd I nd nd nd nd nd nd nd nd nd. Surrogate Recovery Bromoch loromethane 2:....eromo-1-chlorpropane 4-Bromofluorobenzene

% Recovery 86 I 96 I 98 I ..... *:::: nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 1.3 nd nd nd 1 nd nd nd nd nd 17.1 59.8 nd nd nd nd 0.4 % Recovery 85 85 96 95 98 97 09-07-93 09-07-93 09-07-93.

09-07-93 09-07-93 09-07-93 931953-05 931953-04 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 1 nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 0.7 nd nd nd nd nd nd 42.8 10.1

  • nd nd nd nd nd nd 0.3 0.7 % Recovery 86 85 96 97 98 98 'NOTES: TMDL =-Target Method Detection limit, ug/L (parts-per-billion) nd = Parameter Not Detected At TMDL I I I I i I 1 1 1 1 1 1 1 1 1 1 1 1 1 .,, 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I Reviewed By Date Data File 931953 -A2.-r= '2.. D k \-...l '* I.. I... ':

,

ANALYTICAL RES.S ..... "-. .. "' EhvlronmentaJ.&*

;,, '::; '"-., :': .. *. * ... ' . :;
  • ' *;j *,,_ .,. i *i " -.... *'

_________________________

__ N_u_m_b_er-.-----.

Sampte. ldentlflcation Sample Type Sample Date Received Date Analysis Date Report Date Control Number SCAN 602, ug/L -8021 Benzene Toluene Ethyfbenzene m/p-Xylene o-X lene Surrogate Recovery 4-Bromofluorobenzene NOTES: Reviewed B -Groundwater Treatment stem-CHEM-93-1953 ISC-3GW SC-OOW 1 1910hr. .1920hr 0630hr . water water water 09-0S:-93 09-06-93 09-06-93 09-07-93 09-07-93 09-07-93 09-07-93 09-07-93 09-08-93 09-08-93 09-08-93 931953-06 931953-07 931953=-08 I nd nd nd nd nd nd* nd nd nd nd nd nd nd nd % Recovery % Recovery % Recovery 98 98 96 SC-&GW Method 0640hr: Blank water 09-06-93' 09-07-93 09-07-93 09-07-93 09-08-93 09-08-93 931953-09 931953-MB nd nd nd nd nd nd nd nd nd nd % Recovery % Recovery 95 98 TMDL = Target Method Detection Limit. ug/L (parts-per-billion) nd

  • Parameter Not Detected At TMDL Date 0 7 °?.?-f Data Ale 931953*

--;---.--.--

92 .. ANALYTICAL AES-S CONSUllERS.FOKER COML,.

  • Environmental

& TtH:hnlclll SslYit:eS oS,,.rtrnent LOCATION Sample Identification Sample Type Sample Date Received Date Analysis Date Report Date Control Number SCAN 601, ug/L-8021 Bromoform Bromomethane Carbon Tetrachloride Chlorobenzene Chloroethane 2-Chloroethylvinyl Ether Chloroform Chloromethane Dibromochloromethane 1,2-Dlchlorobenzene 1,3-Dlchlorobenzene 1,4-0lchlorobenzene

  • Olchlorodifluoromethane 1, 1-Dlchloroethane 1,2-Dichloroethane
  • cls-1,2-Dlchloroethene trans-1,2

... Dichloroethene 1,2-Dlchloropropane cis-1,2-Dichloropropene trans-1,2-Dichloropropene Methylene Chloride 1, 1, 1,2-Tetrachloroethane 1, 1,2.2-Tetrachloroethane Tetrachloroethene 1, 1, 1-Trichloroethane 1, 1,2-Trichloroethane Trichloroethene:

Trichlorofluoromethane Vinyl Chloride Surrogate Recovery Bromochloromethane 2-Bromo-1-chlorpropane 4-Bromofluorobenzene NOTES: I Reviewed By PALISADES PLANT -Groundwater Treatment System-SC-3GW 1910hr water 09-05-93 09-07-93 09-07-93 09-08-93 931953-06 nd nd nd nd nd nd nd nd -nd nd nd nd nd nd nd 1.9 nd nd nd nd nd nd nd 12.8 nd nd 46.6 nd nd % Recovery 84 97 99 SC-6GW 1920hr water 09-05-93 Og,...()7-93 09-07-93 09-08-93 931953-07 nd nd nd nd nd nd nd *nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 0.4 1.0 85 96 98 SC-3GW 0630hr water 09-06-93 09-07-93 09-07-93 09-08-93 931953-08 nd nd nd nd nd nd nd nd nd nd. nd nd nd nd nd 0.5 nd nd nd nd nd nd nd 8.7 nd nd 33.3 nd nd % Recovery . 96 95 98 Project Number CHEM-93-1963 0640hr water 09-06-93 09-07-93 o9-o7-93 09-08-93 931953-09 nd nd. nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd .1 Method Blank water 09-07-93 09-08-93 931953-MB nd lid nd nd nd nd

  • nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd. nd nd 0.2 nd nd nd* nd nd .. 0.7 nd nd nd nd nd TMDL 1 1 1 1 1 1 1 1 1 *1 . 1 . 1 .1 1 1* 1 1 1' 1 1 1 1 1. 1 .0 1 .
  • 1 , ... ** ,.,. 1. 1 1 % Recovery mmmmmmmm1mm 85 86 96 97 97 98 TMDL =-Target Method Detection Limit, ug/L(parts-per-billlon) nd -Parameter Not Detected At TMDL Date 0 7' cJ? P..7 I Data File 9319531
  • :': :} TABLEA1*.

ANALYTICALAESULTS . e EiivtronmentaJ

& Technk:sl SBfvicBB.Ospartment-. 1 't-OCA---:no---N--------------------------------------.;._----------__,.,-P-ro_j_e-ct_N_u_m_b_e_r_:

__ ____,r I CHEM-93-1973

  • PALISADES PLANT i -Groundwater Treatment Svstem :Sample Identification i I l Sample Type j Sample Date ! Received Date I Analysis Date ' Report Date Control Number SCAN e02, ug/L -8021 Benzene Toluene"
  • Ethyfbenzene m/p-Xylene .a-Xylene

!Surrogate Recovery 4-Bromofluorobenzene NOTES: Reviewed By !SC-1GW ISC-2GW

ew-1 Inlet I EW-21nlet Inlet jwater. I water water 109-08-93 09-08-93 09-08-93.

109-09-93 109-09-93.

09-09-93 09-09-93 09-09-93 09-09-93 09-10-93 09-10-93 09-10-93 931973-01 931973-02 931973-03 nd nd nd nd nd nd Ind nd *nd 1.5 nd nd I 1.1 nd nd 1%

% Recovery % Recovery I 97. 98 98 I ISC-SGW

  • I . Treated . water 09-08-93 109-09-93

'09-09-93 09-10-93 . 931973-04 . nd Ind nd nd nd % Recovery 96 ISC-3GW I* : i:**::: .. !Inlet

  • I water I . : l'.i ;t){ : 09-07-93 I '.::.:::.:\./;:<

09-09.:...93 09-09-93 09-10-93 931973-06 nd nd nd I ..*:*: 1 1 1 1

  • 2.0 I 1.3 I 1 TMDL = Target Method Detection Limit, ug/L (parts-per-billion) nd :s. Parameter Not Detected At TMDL cJ Date /) Z-/d-f"-?

Data File 931973 -A1-

, ,. TABLEA2 *. ANALYTICALRESULTS . . . :LOCATION i Sample Identification

! Sample Type Sample Date Received Date Analysis Date Report Date Control Number SCAN 601, ug/l-8021 Bromoform Bromomethane Carbon Tetrachloride Chlorobenzene Chloroethane 2-Chloroethylvinyl Ether. Chloroform Ch/oromethane Dibromochloromethane 1,2-Dlchlorobenzene 1,3-0lchlorobenzene 1,4-0lchlorobenzene Dichlorodlfluoromethane 1, 1-0ichloroethane 1,2-0ichloroethane cls-1,2-0lch/oroethene trans-1,2-0ichloroethene I 1,2-0ichloropropane I cis-1,2-Dlchloropropene I trans-1,2-Dlch loropropene Methylene Chloride 1, 1, 1,2-Tetrachloroethane 1, 1,2,2-T etrachlorcethane Tetrachloroethene 1, 1, 1-Trichloroethane 1, 1,2-Trichloroethane Trichloroethane Trichlorofluoromethane Vinyl Chloride Surrogate Recovery Bromochloromethane 2-Bromo-1-ch lorpropane 4-Bromofluorobenzene NOTES: e .

  • .. * . Environmental.&.c Tiichnlcal Services Department"' . . -----. PALISADES PLANr -Groundwater Treatment System ,se-1aw ISC-2GW SC-3GW . F:W-1 Inlet : EW-2 Inlet Inlet se-.6GW Treated water :water water water 09-08-93 09-09-93 09-08-93.

I 09-08-93 j09-08-93

.09-09-93 109-09-93 09-09-93 09-09-93 1 09-09-93 I 09-09-93 0,9-09-93 09-10-93 j09-10-93 09-10-93 09-10._93 931973-01

!93.1973-02 931973-03 931973-04 j Project Number CHEM-93-1973 . SC-3GW /inlet water 09-07-93 09-09-93 09-09-93 09-10-93 . 931973-05 .

(\:\' *,*

TMOL i"d l"d nd nd nd Ind nd Ind nd *nd nd !nd nd ind I nd 1 nd I. nd !nd nd nd nd nd nd nd nd nd nd 1 nd nd nd 0.1 I 1.5 nd Ind nd nd nd nd nd nd nd Ind nd nd nd Ind 6.7 I 57.5 nd nd nd nd . 23.9 . 6.1 nd nd nd nd % Recovery 83 :! % Recovery 85 96 98 nd Ind nd nd. . nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd L1 24.9 13.3 % Recovery 85 96. 98 nd l"d nd

  • nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd 0.7 nd nd nd nd nd nd nd nd nd nd* nd
  • nd nd nd 1.7 6.5 nd nd nd nd 1.3: 22.1 nd nd nd nd % Recovery % Recovery 84 81 96 96 97 97 TMDL .. Target Method Detection Limit, ug/L (parts-per-billion) nd .. Parameter Not Detected At TMDL Date Data File -A2.-1 1 1 1 1 1 1 1 1 1 1 .. 1 1 '1 1 1 1 1 1 1 1 1 1 1 1 .1 1
  • 1 931973 TABlEB1.

.. LOCATION !Sample Identification*

Sample Type SampleOate Received Date Analysis Date Report Date Control Number SCAN 602, ug/L -8021 Benzene Toluene Ethylbenzene m/p-Xylene

  • o-Xylene Surrogate Recovery 4-Bromofluorobenzene
.: NOTES: 7"'*** I .* . I Reviewed By . e * . CONSUMERs:POM:R*coM**"* . .. . Environmental:&

TIH:lrnlcal SsfVioes-,Oepartmsnt

  • .. PALISADES PLANT. -Groundwater*neatment System jSC-6GW Treated water . . 09-07-93.

09-09-93 09-09-93 09-10-93 931973-06 nd nd nd nd nd % Recovery "98 Project Number CHEM-93-1973 Method 1. Blank.

09-09-93 09-10-93 931973-mb . :.**,*I:.

  • =.:.;*:*.*
_:;_:*:;
      • .
        • * .. ****:*: * .... nd 1
  • nd 1 nd 1 nd
  • t
  • nd * *
  • t *, .:.*. * ... ..... TMDL ... Target Method Detection Limit, ug/L (parts-per-billion) nd = Parameter Not Detected At TM DL
  • Date Cl f?<<.'.2 ?Z-J I Data. File 931973 .

\,....-j ., l**** TABLE 132 ** ANAL YTICALRESULTS*

LOCATION Sample ldentiflcatlon

Sample Type I Sample Date I Date i AnaJysis Date I Report Date I I Control Number jSCAN 601, ug/L -8021 ! Bromoform I Bromomethane I Carbon Tetrachloride**

I Chlorobenzene Chloroethane

  • 2-Chloroethylvinyl Ether Chloroform Chloromethane Dibromochloromethane 1,2-0lchlorobenzene 1,3-0lchlorobenzene 1,4-Dlchlorobenzene Dich lorodifluoromethane 1, 1-0lchloroethane 1,2-0ichloroethane I cls-1 ,2-Dichloroethene I trans-1,2-Dichloroethene 11,2-0lchloropropane . I cis-1,2-Dichloropropene . trans-1,2-Dlchloropropene Methylene Chloride 1, 1, 1,2-Tetrachloroethane 1, 1,2,2-Tetrachloroethane Tetrachloroethene 1, 1, 1-Trichloroethane 1, 1,2 .... Trichloroethane Trichloroethane Trichlorofluoromethane Vin I Chloride Surrogate Recovery Bromochloromethane 2-Bromo-1-chlorpropane 4-Bromofluorobenzene NOTES: Reviewed B e **-.

.... Eiivrmnmental

&.TBchnlcaJSSIVfces1Uflplll'tmflnt'*

  • .. * ; PALISADES PLANT -Groundwater Treatment System SC-6GW Treated water 09-07-93 .09-09-93 09-09-93 09-10-93 931973-06 Project
1. CHEM-93-1973

!

  • Method ... : *. :/

j _ Blank *** *.*.*******:::

i water .:** *. :::::::'.)?;:<

"'::';:_:*.:\*

I ' ,

  • nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd* nd nd nd nd nd ***; :.. * :*:: ...
  • 1* .* ..

nd TMDL 1* 1 1 1 1 1 1 1 1 1 1 1 1 nd nd nd nd 0.4 0.8 % Recovery *a2 91 95 I nd I nd I nd I nd I nd I I I nd nd nd nd nd

  • nd nd nd nd nd nd nd nd nd nd nd nd nd nd nd
  • nd
  • nd nd % Recovery 86 96 98 TMDL -Target Method Detection Limit, ug/L (parts-per-billion) nd =-* Parameter Not Detected At TMDL Date 6 Data File .. t 1 1 1 1 1 1 1 1 1 1 1 1 1* 931973
  • ' *' ; ....... _{. :1-:'; <; ::: ,., ,. *"* ., *.'*': .q } ': *: \,* ./ .I* . -; ., .. l

'. ; .. .,: \J .' '.;:. \'* .

.:.) 1" ,, 1;; *':J r':; f :::; "': 1,; ' :'. , .. *:' .'1 . , i i*J r *j {.:

1c:. i{: 1*.1

\ I I'.; .\! ':i '""-<'

ANALYTICAL.RESULTS:

iLOCATJON i PALISADES Pl.ANT . ; . ' -Groundwaterneatment Syatenr .1 Sample ldenihcation . SC-1GW SC-2GW. SC-3GW Sample Type Sample Date Received Date Analysis Date Report Date* Control Number SCAN 801, ug/L-8021 Bromoform*

Bromomethane . Carbon Tetrachloride

  • " , . Chlorobenzene Chloroethane 2-Chloroethylvinyl Ether Chloroform Chloromethane . Dlbromochloromethane 1,2,.....Dlchlorobenzene water 09-09-93 09-10-93 09-10-93 09-10-93 931984-01 nd nd nd nd nd nd nd nd nd nd nd nd nd 1,1-Dlchloroethane-

.. * .. : . nd

?' _.*; .. nd .

\,. '., c*

  • 1,4-Dlchlorobenzene Dlchlorodlfluoromethane

-*

. ; trans-1,2..;.olchloroethene
  • nd* 1,2-Dlchloropropane nd cis-1,2-Dlchloropropene nd *trans-1,2-Dlchloropropene nd . . .,. ' :*. Methylene Chloride'
  • . : nd ... nd nd
  • nd nd. nd 0.6 : 8.1 *. 28.4 Surr0gate Recovery Bromochloromethane

% Recovery 82 : 94 water 09-09-93.

09-10-93 09-10-93' 931984-02 nd* nd nd nd nd nd nd nd nd nd nd water I 09-09-93' 09-10-93:

109-10-93 1 09-10-93 931984-03 nd nd nd nd nd nd nd nd nd nd nd water . water* 09-09-93: 09-10-:93

.. -* . <;
  • 09-1 o-93 : 09-1 o-93 .. l *. ..-** 09-10-93 . 09-10-93 . . 931984-04 . 931984-mb nd nd nd nd nd nd nd nd nd nd nd . nd *** ... nd * *<: nd* nd nd nd nd* .. nd nd nd nd nd -/:. *; nd .. -nd nd nd nd nd nd nd nd nd nd nd nd -<-nd nd. nd 35.5 nd nd nd nd . * .. ** ..
  • 1'.1' _15;4 _nd nd. d nd nd nd nd nd nd nd nd nd nd nd.-*;*.\'_/.*

nd'

';: nd. nd nd nd **'

  • nd * * * % Recovery*

% Recovery % AecoVery % Recovery .83 95* * * .: 88 ""

94 95 ,>"* .. _L,96' .-c:_,, ' 97' 1 2-Bromo-1-chlorpropane**

4-Bromofluorobenzene 98 96 . 96 . . 98 . ... 95* NOTES: Reviewed By

  • TMDL *. Target Method Detection Limit; ug/L nd -Parameter Not Detected At TMDL Date*C>Cf-/tJ-fJ.

DataFlle -A2"!"'* 931984 TABLE A 1. ANALYTICAL RESULTS . . . e CONSUllERSPOVER"COll9w*

Envimnmental

& .TilchnlCal Sstvicllfl-Oipartment

  • *:. ""' -'-\LOCATION

\Sample ldentfficatlon I ! Sample Type Sample Date Received Date Analysis Date Report Date Control Number SCAN 602, ug/l -8021 Benzene Toluene Ethylbenzene m/p-Xylene o-Xvlene Surrogate Recovery 4-Bromofluorobenzene NOTES: Reviewed By 'PALISADES PLANT -Groundwater Treatment System Project Number CHEM-93-1984 SC-1 GW ISC-2GW SC-3GW water . lwater water 09-09-93 1 09-09-93 09-09-93 09-10-93 09-10-93 09-10-93 09-10-93 09-10-93 09-10-93 water OS-o9-93 09-10-93 09-10-93 09-10-93 I Method Blank water 09-10-93 09-10-93 09-10-93 09-10-93 09-10-93 931984-01 93i984-02 931984-03 931984-04

  • 931984-mb

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=.:y,:y.::>:;::::;'::

,..,_ ... ; ;.::;,;

w:::>*==*

.\!Ud:!;iii;;

TMDL nd nd nd nd !"Id 1 I nd nd nd nd nd 1 nd nd nd nd nd 1 3.1 1.0. 1.0 nd nd 1 1.6 nd nd nd nd 1 TMDL .. Target Method Detection Limit, ug/L (parts-per-billion) nd

  • Parameter Not Detected At TMDL Date c2 7-/ iJ Data File -A1-931984
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