ML20035A868

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Forwards Renewal Application to NPDES Permit MA0004367. Application Includes EPA Forms 1 & 2C & Description of Present Water Flow Through Facility & Discharge Outfalls
ML20035A868
Person / Time
Site: Yankee Rowe
Issue date: 03/23/1993
From: Jeffery Grant
YANKEE ATOMIC ELECTRIC CO.
To: Fairtile M
NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM), Office of Nuclear Reactor Regulation
References
BYR-93-018, BYR-93-18, NUDOCS 9303300085
Download: ML20035A868 (32)
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  • YANKEE ATOMICELECTRIC COMPANY

'C"*,@."fo'.;g*;*g'" / ,g. w <# ~% 580 Main Street, Bolton, Massachusetts 01740-1398 .YAN KEE,/ March 23, 1993 BYR 93-018 U. S. Nuclear Regulatory Commission Document Control Desk Washington, D. C. 20555 Attention: Mr. Morton Fairtile Senior Project Manager Non-Power Reactors and Decommissioning Project Directorate Division of Operating Reactor Support t

References:

(a) License No. DPR-3 (Docket No. 50-29)

Subject:

RENEWAL APPLICATION TO THE NATIONAL POLLUTANT DISCHARGE ELIMINATION SYSTEM PERMIT

Dear Mr. Fairtile:

l In accordance with your request, attached is a copy of Yankee Atomic Electric Company's renewal application to the National Pollutant Discharge Elimination System permit [40 CFR 122.21(d)] for the Yankee Nuclear Power Station. The copy includes Environmental Protection Agency (EPA) Form 1 and Form 2C and a description of the present '/ater flow through the facility and discharge outfalls. If you have any questions, please call me at (508) 779-6711. Sincerely, YANKEE ATOMIC ELECTRIC COMPANY C Qallt 4ag / ne M. Grant l Senior Licensing Engineer ()} i Attachment 0l 0 93033OIXiB5"930323

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b Teomone isCB) 779 6711 ' 'YANKEEATOMICELECTRIC COMPANY l o gL E1 580 Main Street. Botton Massachusetts 01710-1398 b , YANKEE i ~ t JAY K. THAYER February 17, 1993 l E7ESUo'.s BYR 93-008A l Ms. Veronica C. Harrington, Chief ? NPDES Permit Operations Section U.S. Environmental Protection Agency John F. Kennedy Federal Building Boston, Massachusetts 02203 i

Subject:

Renewal Application of NPDES Permit No. MA0004367 r

Dear Ms. Harrington:

In accordance with federal regulation 40 CFR 122.21(d), Yankee Atomic Electric Company (YAEC) is submitting a renewal application to the National Pollutant { Discharge Elimination

  • System (NPDES) permit for the Yankee Nuclear Power Station j

(YNPS) located in Rowe, Massachusetts. l Enclosed are Form 1, Form 2C, and a description of the present water flow through -' the facility and discharge outfalls. Torm 2F storm water data will follow as an l amendment when the winter weather improves and allows rainf all data collection. Please note that on ' February 26, 1992, the YNPS permanently ceased power [ generation and began developing plans to decommission the facility. There is, however, a need to maintain certain plant systems, requiring continued discharge } under the NPDES permit. The enclosed forms and water flow description reflect l these needs. In particular, Outf alls 001 and 010 now are the same. Therefore, only Form 2C data for Outfall 001 is included. Also, please note that the intake structure, discharge structure, and waterway i are the same as described in the existing permit. Consequently, the 316(a) and 3.16(b) documentation, which was previously submitted, remains valid. Lastly, YAEC is sending a copy of the above information and associated forms to l the Massachusetts Department of Environmental Protection, Division of Water Pollution Control. ~1 YAEC will be happy to address any questions or supply additional information as needed. Very'truly yours,

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^ GENERAL INFORMATION fg consoi.aaved it.mrts Pro 7 rem F 2 i i 4 i i. s CENERAL mead the " Gene.of Nieurtsome" beronr erartms. 6 M._Aooo4367 10 LAFLw 4T[M5 fe E N E R A a. 68e & T R uc T ao h b r i 8 E*P A 8. D. N U M B R "*E -form. gg \\g-yg it in the ossignsted space. Review the in l II'. F A'CILITYM AM E \\ steon carefulty; if any of it is incorrect, cross through it and enter the correct data in the \\ \\ \\ \\ oppropraste fsH4n eres below. Also, if any of \\ _'\\ \\\\\\ s ACIL2YY the prepr#nted dets is absent (the eres to the y u AsuMG ADDRES$ g g fatt of the label space lists the informroon PLEASE PLACE LABEL IN THIS SPAC th*f 8hou'd 8pA**rl. Pi* Prov'de it in the i .\\ \\ \\ \\ \\ \\ s\\N proper fin 4n eres(s) below, if the label as s g -g \\ complete and correct, you need not complete T ftems !. lit, V. ano VI (eacept WB whc4 1 FACILITY must be completed reperd/essl. Comoiete all 'yy* LOC ATION items if no lebet has been provided. Refer to i 2 the instructsons for detened item descrip. \\ I tions and for the legal authorizations under g g which this data is coliected. _I.I. POLLUT ANT CHARACTE RISTICS I l INSTRUCTIONS: Complete A through J to determine whether you need to submit any permit application forms to the EPA. !f you answer "yes"to a ny questions, you must submit this form and the supplemental form listed in the parenthesis following the question. Mark "X"in the box in the third colum n if the supplemental form is attached. If you answer "no" to each question. you need not submit any of these forms. You mey answer "no"if your activi } ty is excluded from permit requirements; see Section C of the instructiont See also, Section D of the instructions for definitions of bold-faced termL 4 i, M A R Dr 'K' settersc outstsoNs MANM*E ,,,j.. sercanc outstrons J;;;,,. wee A. is this facilrty a publicly owned treatment works B. Does or will thes facility (e/ther existing orproposed/ which resuits m a titscharge to waters of the U S.? X UN O O' X (FORM 2A) squatic animal production facHrty which resutts en e l discharge to waters of the U.S.? (FORM 2B) { y C. is th.s e feCatty wniCn Curre,.tsy teggits m deeCharges D la this e proposed faciitty (other than thOne described to weters of the U.S. mher than those descr. bed m X X in A or B sbore) which will result in a discherpo to X A p' B ebo# FOAM 2C1 i wetM of the U.S.7 (FORM 2D) u n j e, L Does,or w;ft this facmtv treat, store, or dispose of F. Do you or will you inject et this facility &ndustrial or j hoseroopa wastes? (FORM 3) X municipal effluent below the lowermost stratum core. X I teining. wsthin one quarter miie of the well bore. underground sources of drinking water? (FORM 4) l G. Do you or w.n you sryect at this faciiity any peoduced ester or other fiu.ds whien are brought to the surface ,g ,g g l m connection omth converitsonal oil or naturel gas pro-cisi processes such as mini,ng of su' fur by the French 4 duct.on, inject flueds used for enhanced recovery of g,gg , g g, y g od or netural gas, or inject fluids for storage of leau.d g 7 j g hydrocart,ons) (F DA M 4) (FORM 4) r L la this facmtv e preposed stetsonary source ahecn a l one of the 2tl mdustr:ei categories listed in the in-J. In this fecmty a proposed stetsonary source wn.cn o NOT one of the 28 anourtreal categories listed in the l j structions and which wde potenteeny emit 100 tons instructions and which will potentietly emit 250 tons a per year of say s er ponutent reguieted unoer the X per year of any air pollutent reputoted under the Clean X Cleon Air Act end may effect or be tocated in en Air Act and may effect or be located in an etteinment l st.smment area > <r enu si e a7 <rone si i 2 1 i. 7 A_N.K_E E. . N. U. C. L. E. A_ R. P_ O W E R S.T A T I O N'

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Iorm tporosed L F A 8.D. N UMal R f toPr Trom elem a of i orns ej gyg&,gg49,gggg e Phseseannt or type in the unshaded areas oniv. MA0004367 encroraienaars m88 FORM U& E N VtRONM E NT AL FROt E C T sOM AGE hC V pp p A APPLICATION FOR PERMIT TO DISCHARGE WASTEWATE R lb Q EXISTING MANUFACTURING, COMMERCIAL, MINING AND SILVICULTURAL OPERATIONS NPots Consolidated Permits Program t.OUTFA For each out att.1.st the latitude arid long,tuee of its location to the nearest 15 seconos and the name of the receiving water. t A.0UTFALL D. L A t 0T UDE C. LON Gt T UDE l

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) ....c. 001 1 42 43 45 72 55 48 Sherman Rerervoir n10 42 43 45 72 55 48 Sherran Reservoir 002 42 43 40 72 55 50 Unnamed Tributary of Deerfield River 003 42 43 44 72 55 45 Eherman Reservoir 004 42 43 40 72 55 50 Unnamed Tributcry of Deerfield River II. F LOWS, SOURCES OF POLLUTION, AND TRE ATMENT T A. Attach a lene drawing showerig the water flow through the facil;ty. Indicate sources of intake water, operations contributing wastewater to *he effluent, and treatment units labeeed to correspond to the rnore detaded descriptions in item B. Construct a water balance on the lane drawing by showing average flows between intakes, operations, treatment units, and outta!Is. If a water be:ance cannot be determined (e.g., for certain minmp activities /, provice a pictonal description of the nature and amount of any sources of water and any collection or treatment measures. B. For eett outtait, provide a oescription of 11) A:s operetions contributing wastewster to the effluent, enciuoerig process wastewater, sanitary wastewater, cooling water, and storm water runoff; (2) The average flow contributed by each operation; and (3) The treatment received by the wastewater. Continue on acostional sheets af necessary.

1. C UT.
2. OPER ATION f 5) CCNT R49UTING F low
3. TREATMENT k

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a. OPE R ATsoN (hsf1 nr e m
a. DESC RIPTION

~ g gg ^ .'g cenaenrer coolina Water 0.0 MGD Non-contact coolinci 4-A 001 Prirnry Plant Fffluent 0.4 MOD Non-conteet coolino; 1-D 4-A 010 Meat-Fr hancer coolinn Distillation Kater Treatrent: Tr a ns f e rre: 0.1 MOD Demineralization; non-contact 2-J 4-A cerline: Floor Drains coolino 002 l Fierm Water Puneff 0.5 MGD Estimated 2-yr, 24-hour 4-A 003 rainfall event 1 l 1 Stor: Water Runeff 0.4 MGD Estimated 2-yr, 24-hour 4-A 004 rainfall event ot r as AL Ust ca.Lv rc%ca t eu.a. mn sw a<oresomus EPA Form 3510-2C LRev 2-85) PAGE 1 OF 4 CON 18NUE ON HEVE hLE

m CONYWUF D FROM THF FRONT C. f,xcept for storm runoff, tears, or spdis are any of the o.schages descr:Ded m items 11-A or B mrermittent or seasonai? l e QX E s it,omplete the follousnt tabiel C No rto to $reterm !!)J

3. FREQUENCY
4. FLOW
a. F low R AT E th TOT A L WOLUM E 1.OUTFALL
2. OPER ATION/ /

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L DU R-J NUMBER CONTRIBUTING FLOW FE ve w t E n eERvEAR ay,og j fluff [lf.rt) m e,,c,ifw un derso espe tsorr4fv 5.******** 8"****" co ave,aus) o..o

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010 pst Tank Effluent 15/ year 0.008 0.04 7,200 G Bs000 G 1.0 1 1 l 1 I i f Ill. PR ODUCTIO A. Does en ef fluent guicebr.e hmetsuon promu! gated by EPA uricer Section 304 of the Clean Water Act apply to your f atihty? J v n s (complete item 111 B) C No Ito to Section IV) l B. Are the brnitations in the appbcable effluent guidehne empressed in terms of production for otherinessure of operationJ7 I Y E s (compsete item 111-C) 3 No feo to Section IVI C. If you answered "yes"to item 3:I-B. list the quantity which represents an actual measurement of your level of productiort expressed in the terms and units I usee 6n the appucabie effluent guidehne. and indicate the effected outfalts. l

1. AVEFtAGE DAILY PRODUCTION 1.AFFECTED

-~ ' OUTFALLS E.*****'****.******tT.***'s***%evt. , (list outfan num tuers) a.awawtrvv*se en, t>,u rtsoressasves (spectfy] L 1 I NA 1 1 \\ i i i 1 JV. IMPROVEMENTS g -l 1 A. Are you now reowned by any Federal. State or tocat autnonty to meet any impiementation schedde for the constructeon,upgradmp or operation of waste. wa'er treatment equipment De practces or any other environmental programs wh#ch may affect the dscharges described m thes apphcoteon? Ths mcluces, but sr, not hmsted to pertrut cond:tions.administrateve or enforcement orders, enforcement comphance scheduse letters, stipulatoons, court oroers, and grant or loan cond:tions. [ v E 5 iromplete the follow.ng reble) @ NO igo to trem JV-8) A. F 0N

l. !DENTtFIC A TlOM OF CONDfT TON, I. AFFE CT E D OUTF ALLS
a. DRf E F DESCR 6PTeON OF PROJECT AG R E E M E NT, CT C.

s o.o. J tL eovac e or osscensees ,a g,,tg,*,mg 1 l l i B. OPTION AO Y ou may attacn aodetionai sheets cescr.b+n0 any additronal water poinution control programs for other envrronmentalprojects whicfr may affect your aischerpest you now have underway or which you pian. Indicate whether each program as now unoerway or planned, and mdicate your actual or P!&nt:ed scheOJles f or constf uction ]ang ..g.. le DESCRieTION OF ADDrTION AL CONT ROL PROGR AMs IS ATT ACNED EPA Form 3510 2C (Rev. 2-85) PAGE 2 OF 4 CONTINUE ON PAGE 3 I i

Egtm Apprpved_ LFA s D. NUM alR ICOPy from llem J 'sf forvre j g l- _ p g gy ;ggg,gggg MA0004367 d'8'***' #"*8 7-3 7 88 . COP'TINUED FROM PACE 2 i A,B & C: See ir structions before proceeding - Comptete one set of tables tc,r each outfall - Annotate the outfall number m the space provided, NOTab Tab;es V-A. V-8, and V-C are meluced on separate sheets numberec' V-1 through V-9. s D. Use the space berow to list any of the pollutants I;sted in Table 2c,3 of the instructions, which you know or nave reason to bebeve is discherged or may be dischargea from any outfall. For every pollutant you ist, briefly cescribe the reasons you beheve it to be present and report any analytscat data en your possemon. 5 l e poLou / ANT

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I i, I' f VI. POTENTIAL D5CHARdES NOT COvf RED BY ANALYSISM la any pollutant listed in item V-C a substance or a component of a substance vvnich you currently use or manuf acture as an antermed.ste or f snes procuct or byproduct? O Y Es itsst all euch pollutants betoacy @no (go to item WB) a EPA Form 3510-2C (Rev. 2 85) PAGE 3 OF J CONTINUE ON REVERSE

1 CONTINUED FROM THE FRONT DO you have my knowledge or reason to bel

  • eve that any b 0109:C81 telt (Or acute Dr Chron:C tDm8 City has beera mace on any of your di& Charges or on a

. receiving water m relat',et 10 your discharge wethin the tast 3 years? s D v ts tidentsfy the testres and descnbr thnt purposes belowb f two tea to Section Ylli) l l villCONTRACT ANALYSIS INF j d Wef.o any of the analyses reported m item V performed by a contract laboratory or consultmg fwm? f ^ } v g s finst the name. address, and telephone num ber of, anni pollutants C NO (go to 5cction ZX) anchied by, each as.ch laboratory or form belowl a N M TA ANAM2Ed A.NAME B. ADDRESS l f,',,T,f((QU(( g I l ALPHA ANALYTICAL EIG:iT WALKUP DRIVE

(508) 898-9220

] LABORATORIES WESTBOROUGH, MA 01581-1019 All wet chemical, j organic, inorganic and radiological enelyses i l 1 1 4 I i IX. CE RTIFICATION 1 leertify underpenalty ofiaw that thos document andallettschments werepreparedunder mydirection orsupercisionin accordance with e system designedte, l assure that qualiftedpersonneIproperlygather andevaluate the Informatrch submitted. Based on my onquiry of the person orpersons who manage the system or l those persons directly respons:ble forpatherong the informatsort, the information submrttedts. to the best of my Anowledge andbelief, true, accurate, andcompleta. l I am aware that there are significant penat!aes for submitting false information, including the possibility of fine and imprisonment for knowing violations. 1 A. N AME & OF F tC 6 AL TITLE f f 3 pe or print)

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[ Jay K. Thayer, Vice President (508) 779-6711 C. 51G N A T U D. D ATE $8GNED f t^-- 2 /7 93 EPA FormT510-2C (Rev. 2-85) PAGE 4 CF a

~ l e ) ADDITIONAL INFORMATION m, Yankee Nuclear Power Station EPA I.D. Number MA0004367 i Form 2C II.A Flows, Sources of Pollution and Treatment Technolooies BACKGROUND The Yankee Nuclear Power Station (YNPS), a 185'MWe unit, produced electricity from 1960 until October 1,1991. Following a brief outage, the plant permanently ceased power generation in February 1992 and began preparing for decommissioning. Before and during dismantling activities, there is a need to operate certain plant systems, requiring continued water use and discharge under the NPDES permit. The following narrative and accompanying flow diagram describe these needs. SOURCE OF WATER YNPS uses Sherman Reservoir, an impoundment of the Deerfield River (Figure 1), as the source of water for the plant's two major cooling water systems, the circulating Water System and the Service Water System (Figure 2). Water is drawn j from the reservoir through a 10-foot diameter pipe, located about 200 feet offshore at a depth of 70 feet (Figure 1). The water, used mostly for non-contact cooling, is discharged to the environment via three outfalls, two to Sherman Reservoir (Outfalle 001 and 010) and one to the Deerfield River via an unnamed tributary (Outfall 002). These outfalls, other plant water uses, and stormwater runoff are described in greater 6etail below. OUTFALL 001 The Circulating Water System (CWS) provides cooling water for the main condenser. The system has a maximum capacity of approximately 225 MGD. This system will not be required for cooling during decommissioning. However, the CWS may be needed potentially to provide dilution water for Primary Plant Effluent (see Outfall 010) or for testing. Water from the CWS discharges to Sherman Reservoir by way of the Surface Discharge Structure, located on the shoreline adjacent to Sherman Dam (Figure 1). OUTFALL 010 The Service Water System (SWS) provides noncontact cooling water to various heat exchangers and pumps located in the plant. The SWS has a maximum capacity of about 5.4 MGD. During decommissioning, a flow of about 0.4 MGD will be typical. The largest discharge source to Outf all 010 is the Primary Plant Effluent (250 GPM), which includes cooling water for the spent fuel pool, test tank effluent containing evaporator distillate, and moat water containing rain or melted snow. The other discharge source is cooling water from miscellaneous heat exchangers (25 GPM).

j Outfall 010 discharges to Sherman Reservoir via the CWS (Outf all 001). The { t combined heat rejection rate for outf alls 010 and 001 during decommissioning will be less than one percent of the operational rate. The resultant thermal plume will be reduced accordingly. l OUTFALL 002 The SWS also provides water to the Water Treatment Plant (WTP), for processing into damineralized water, and cooling for the Main Transformer. During decommissioning, the WTP will no longer operate. Instead, a portable demin-eralizer unit will be used about twice per year. The flow rate for the portable unit when operating will be 75-100 GPM; otherwise, when the portable unit is not operating, flow though the WTP from miscellaneous heat exchangers will average 14 GPM. The main transformer maximum flow is 400 GPM, but 50 GPM will be typical during decommissioning. Other water sources discharged to Outfall 002 include the Secondary Floor Drains that collect system leakage in the Turbine Building, service water from small i heat exchangers, and blowndown water from the station auxiliary boiler. The maximum flow is 100 GPM, with an average of 20 GPM likely during decommissioning. The heat rejection rate from these sources during decommissioning will be less l than the operational rate. Outfall 002 discharges into the unnamed tributary, which flows to the Deerfield River downstream of the Sherman Dam (Figure 1). The maximum flow is 0.9 MGD, although 0.1 MGr will be typical during decommissioning. OUTFALLS 003 & 004 There are two, independent stormwater point source discharges, one on the northeast side of the plant and the other on the southwest side (Figure 1). The northeast side (Outf all 003) discharges into Sherman Reservoir, near Outf all 001. The southwest side (Outfall 004), which also includes routine groundwater infiltration, discharges into the Deerfield River downstream of Sherman Dam adjacent to Outfall 002. Each outfall is part of a network of storm drains connected to parking areas and associated facility, employee, and administrative buildings. Neither network is directly connected to any plant operation nor are there raw material storage areas within the network. One drain in the northeast network is connected to an oil storage area but is locked closed and controlled by procedures under the Spill Prevention Control and Countermeasure Plan. The estimated flow to Outfall 003 and 004 during the two-year, 24-hour rainfall event is 0.5 MGD and 0.4 MGD, respectively. MISCELLANEOUS The SWS also yields water to a sump in the intake screenwell house. The sump collects pump leakage from the SWS (and CWS, if operating), inleakage during high reservoir conditions, and rain water. The sump is actuated by a high-level float and discharges to Sherman Reservoir. The average discharge flow is 250 - 300 GPD, but is expected to be 30 GFD or less when a new service pump is installed.

n l I If inflow is too great for the sump to handle, which occurs less than once per l year during high river flows, an eductor is manually started to assist in riemoving water. The eductor also discharges to Sherman Reservoir. Lastly, the SWS supplies water to the intake screenwell house traveling screens. The traveling screens collect solid materials (fish, sticks, and leaves) that might otherwise enter the CWS and SWS. The mr.terials collected on the screens are washed of f with SWS water that in turn discharges to Sherman Reservoir. The collected solid materials are disposed of according to Part I.A.j of the NPDES r permit. During high river flow, the traveling screens operate daily for about one hour. During normal river flow, the traveling screens operate month.ly, also for about one hour. The maximum flow during traveling screen operation is 250 l GPM. i t b f

I j Sherman Reservoir j 1 Circulating Water Service Water I v v v Condenser Primary Plant ,r at Coolmg Effluent = Plant Avg - 0 MGD Avg - 250 GPM Avg - 14 GPM _Outfall010 u s IL Avg. 0.4 MGD l Mu - 5.4 MGD l ' Miscellaneous Heat = Exchangers Avg-25 GPM l l Main Transformer i Cooler - l Avg - 50 GPM [ Stormwater l b l f Secondary Plant Floor Drains Avg - 20 GPM 1 i l l 1 P P P Outfall Outfall Outfalls 001 002 .003 & 004 1 Avg - 0.4 M3D Avg - 0.1 MGD Avg - 0.9 MGD l Mu -225 MGD Mu - 0.9 MGD YNPS Water Use Figure 2

I i i 1 i l -1 ADDITIONAL INFORMATION 1 I Yankee Nuclear Power Station EPA I.D. Number MA0004367 j Form 2C V.D Additional Chemicals Believed Present l Hydrazine l Corrosion Inhibitor (To Be Determined) t 6 6 t b I s v [ 1 l L f l l l

t t ra e.o. NuMat re tenpy Imm leren i nf Form 1). Pt E ASE rnINT Oft T YPE IN THE UNSH ADE D AftE AS ONt.Y. You rney regmrt sorne ne all of MA0004367 OY E1 0088 thes intocenation on scimente she.es fure rise swne tonnatl instead et enennteting these racies. %,f,,,,, 7 3,,, F e.f r INSTfit fCTIONS. V. IN TAKE AND EF F LUENT CHAft ACTF filSTICS /ener/m>erf front p.pe J of Form 2-C 01 PAllT A You must provide the results of et least one analysis for every pollutant in this table. Complete one ta* le for each outf all. See instructions for additional details. c

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4 E P A 6 D. NUMit t M (copty from Jffet I Of EOrvet f J Ou t t' ALL N UM WF ft vram Anne,ed MA0004367 001 oue u, mo onee CONitNUED FttOM P AGE 3 OF FOnM P C PAf1T C - If you erc e primaryindustry and this outf ati contains process wasieweter. refer to tebte 2c 2 in the instructions to determine which of the GC/MS f ractions vou must test for. Mark "X"in column 2-9 for all such GC/MS fractions that apply to your industsy and for ALL teste metals, cyanides. and total phenols. If you are not required to mark column 2.s (secondary industrres. nonprecess ws stewefer outfet/s. and nonretruered GC/MS fractions), mark *'X" in column 2-b for each pollut ent you know or have reason to beheve ts present. Mark "x"in column 2.c for each pollutant you believe is obsent. If you mark column 2e foe any potiutant. you must provide the results of et leest one analysis for that pollutant. If you mark column 2b for any pollutant,you must provide the results. of et least one analysis for that pollutant if you know or have season to beheve it will be discherged in concentrations of 10 ppb or greater. If you meth column 2b for acrolain, scrytonitrite. 2.4 dmitrophenci, or 2 methyl-4,6 dinitrophenot, you tv sst prov de the results of et feest one enetysis for escf1 of these pr". ants wbsch you know or have resson to believe that you tiescher00 in concentretions of 100 ppb or greater. Otherwise. Ior pollutants for which you merk column 2b.you rtsust either submit et it t one analysis or briefly describe the reesons the poitutant is ewpected to be dischargul Note that there are 7 pages to this part. plessa review each carefully. Complete one'tebte(er/ 7 peges/ fo.'3ach outfalt See instructions for additional details and requiremen

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A W 1*fillo ( 3.I'. ), e e A s.o. nuMeEn tcopp frem item i et Form Il PLE ASE Pf tlNT On TYPE IN TiiE UNSHADED AME AS ONLY. You may ecport some or all of this information on separate sheets (use the same formstl ir sten <f of compleHr g these pages. MA0004367 j g,,,2040 0086, y OMBNn ,y SFF INMilttICitnNs. s PAlli A. You n1ust provide the results of at least one analysis for every pollutant in this'tabteh!.C6tip]d,te[one't_able.for each outf all. See instructions for edditional details..

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  • Mark "X" in column 2.a for each pollutant you know or have resson to believe is present Mark):X] 1rj

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carne Amroved MA0004367 002 one.. ro4o ooss CONTINt)FD FROM PAriF 3 OF FORM 7 C ^""# PAlli C - If you are s pelmery endustry end this eutreti contains process westewater, refer to f able 2cI Ntkelnstructior$s to determine which of the GC/MS treetions vou must test for. Mosk "X'*in e umn 2 e 2 a for all si.ch GC/MS froctions that epply to yout industry and for ALL toute metals, cyonides,'$ndJo(si phe,qots. If you are not required to merk column 2 a(secondary indusinet. nonprocess westeweter ourfat/s andnonrequired GC/MS /rections/, mark "X"in column 2 b for each pollutenj you knovt or have reason to befieve is present Mark "X"In column 2-c for each potlutant you. bellove is absent. lf you merk column 2e for any pollutant. you must provide the results of at leest p.oe opstysis for that pollutant _ If you mark column 2b for any pollutant, you must ptevide the results - of at least one analysis for that pollutant if you know or have ressen to believe it will be discharged in concentrations of 10 ppb ce greater,if you merk column 2b for acrotein. ecrylonitrvie. 2.4 einitrophenot. or 2. methyl-4. 6 dinitrophenot, you must provide the results of et least one ehitysis for each pf these pattutents wh6ch you know or beve reason to believe that you discharge in concenteetions cf t 00 ppb or geeater. Otherwise, for potiutanta for which you mark column 2b.You mu' st either submit at leest one anatysis or briefly desertbe the reesons the pollutant is espected to be discharged. Note that there are 7 pages to this rert; please review each carefully. Complete one table (e//7peges) for each outfall. See instructions for additionel detatts and requirements. t. POLt.U T A NT

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