Text

Forwards Copy of Application for Renewal of NPDES Permit TX0065854
	ML20058M538
Person / Time
Site:	Comanche Peak
Issue date:	09/28/1993
From:	William Cahill; TEXAS UTILITIES ELECTRIC CO. (TU ELECTRIC)
To:	; NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
	TXX-93338, NUDOCS 9310060188
	Download: ML20058M538 (68)
	v • d • e

- .

-y -

""" "=aa log # TXX-93338

% File # 223 10010 L 1 __.

TUELECTRIC September 28. 1993 William J. Cahi!!, Jr.

Gwup Vice Pressdent U. S. Nuclear Regulatory Commission Attn: Document Control Room Washington, DC 20555 SUBJFCT: COMANCHE PEAK STEAM ELECTRIC STATION (CPSES)

DOCKET N05. 50-445 AND 50-446 APPLICATION FOR RENEWAL OF NATIONAL POLLUTAitT '

DISCHARGE ELIMINATION SYSTEM (NPDES) PERMIT N0. TX0065854 Gentlemen:

Pursuant to Section 3.2 of Environmental Protection Plan (Nonradiological)

(Appendix B) of CPSES Facility Operating License Nos. NPF-87 and NPF-89, a copy of the application f or renewal of NPDES Permit No. TX00658E4 has been enclosed for your records.

Sincerely.

William J. Cahill, Jr.

By: U' D. R. Woodlan Docket Licensing Manager RSB/rsb Enclosure c- Mr. J. L. Mil hoan, Region IV Resident Inspectors. CPSES (2)

Mr. T. A. Bergman, NRR 04-103 7 ;

uo P

n!E! Zuijk g IEX3 4ao n.oiive siree: LB. s t Dallas,Tcx 3 7520! :

gg,

l e ,

)

i M

7E .,-

File #: 223 Log #:TXX93332

TUELECTRIC

% ililam J. Cahill, Jr.

G,varu e Persuarni September 27,1993 Regional Administrator U.S. Environraental Protection Agency '

Region 6 1445 Ross Avenue, Suite 1200 Dallas, Texas 75202-2733 Attention: M , Kenneth Holley (6W-PI) industrial Permits Section Comanche Peak Electric Station NPDES Permit No. TX0065854 Application For Renewal

Dear Mr. Holly:

The NPDES Permit raferenced above expires on March 31,1994. In accordance with the Agency's permit renewal rules and regulations, Texas Utilities Electric Company (TU Electric) hereby submits a !

completed General Information Form (EPA Form 1) and a completed Application to Discharge Wastewater (EPA Form 2ch These enclosures, as well as the contents of this letter, constitute the Company's formal and timely submittal of the requisite permit renewal application.

In preparing this application, the Company has determined that several changes to the permit are warranted. These changes are presented and discussed below. They are also incorporated in the relevant items of the accompanying application, Your attention to these changes will be appreciated.

(11 Discharoe Route: A new definition is proposed for the Squaw Creek segment of the discharge ;

route based on the latest publication of the Texas Surface Water Quality Standards,31 TAC l 307. In the Company's judgement, Squaw Creek joins the Paluxy River approximately 700 yards upstream of the Brazos River; therefore, the stream segment should be 1229. The Company suggests the following discharge route description: to Squaw Creek Reservoir, ;

thence to Squaw Creek, thence to the Paluxy River in Segment No.1229 of the Brazos River Basin; or, to Squaw Creek Reservoir, thence to take Granbury in Segment No.1205 of the Brazos River Basin.

(2) For reasons described in item 3 below, the Company is proposing the deletion of existing l

0 N. Olive S:rret 1..B. 81 Daltan. Texas 73201

= _ _

f 4' f

Regional Administrator U.S.' Environmental Protection Agency ,

Page 2 Outfalls 001, 002 and 401. As a result, a renumbering of the remaining outfa!!s seems ,

appropriate. The proposed outfall numbers and descriptions are summarized in the table below.

f The Company proposes their adoption in the reissued permit; furthermore, the Company "

requests that the Agency make the corresponding changes to the description of each outfall's ;

effluent monitoring poi'.1t. '

Existing Proposed Desianation Desianation Outfall Descriotion [

001 delete reservoir discharge to Lake Granbury i

002 delete reservoir discharge to Squaw Creek j 101 101 low volume waste !

l 201 001 once through and auxiliary cooling water, previously monitored effluents t

301 003 treated sewage effluent t 401 delete non-chemical metal cleaning wastes !

501 002 Safe Shutdown impoundment !

601 102 metal cleaning wastes, low volume wastes :

t (3) As discussed in a meeting with Mr. Ken Holly on August 20,1993, TU Electric is proposing A the deletion of Outfalls 001 and 002 in anticipation of such action by the Texas Natural '

Resource Conservation Commission (TNRCC) in its upcoming renewal of the facility's l wastewater discharge permit. It has been TNRCC's practice in recent wastewater discharge i permit renewals to eliminate reservoir discharge outfalls. It is important that the EPA eliminate !

these outfalls to provide consistency with the facility's TNRCC wastewater discharge permit which is scheduled to be reissued in November of 1994.

TU Electric is proposing the deletion of Outfall 401 because this outfall was only needed during '

the facility's construction phase. Since construction is complete, an outfail for the retention, e treatment and discharge of construction flush water is unnecessary.

(4) Outfall 101, low-volume wastewater and oreviousiv monitored effluents: As a matter of clarification, the Company requests that footnote (*3) be added to the provision which establishes pH . limitations. T-ootnote (*3) stipulates that monitoring be performed "When discharge occurs".

1 i

I I

1

f 8 Regional Administrator U.S. Environmental Protection Agency Page 3 The Company believes thi_ application is complete and that the proposed changes are a reasonable reflection of the current plans for operation of the facility. TU Electric is confident of your careful consideration.

If there are any questions, please contact Rod Kinard at 812-8405. ,

Sincerely, William J. Cahill, Jr.

ROK Enclosures l

I

,,e . . ~. weu et en ,n. ,

f orm ApprowM OA88 No. 20e0-0086 Assrswet maaren 7 37JS.

%1-.n areas are weced for ekte rvoe. i.e.12 cherecseer Anchl FORM

, . _ . _ . _ . . .vaaraose aegsscv ggg

^

CENEAAL

} O w. mew w _ RAL INFORMATION Omaa6*8'cWnnru Prograrn fJIsed the "Genered Jaerwisetsons" before startins. s I

F

. T. X_0 0 6 5 8 5 4

., i . . i ,, :

L a s t L iT r us -

s -

Ganamak enst mucvsons

- i C P A 1. 01 N MBER He label b h 6 , M e N N '

x \ N N it in the dessgneted space. Review the mform-

m. r ACIUTY N AME \'4 N

\ \\ \g\ \\\ \ \ \\ \ \ g\ \ etion cervfully; rf any of #1 e mcorrect, cross k \ x through 1t and enter the correct date m me

\N\ \\ \ \ '\\\\\

\'N \ .\ \ nopropriate fill-en eres below. Also, if any of F A CILIT Y s

NN the preormted dete is aosent ree eres to me M AILING ADDRESS

\ N

\\\ /pft of mp /ete/ Apace lists $e mformeoors

\ PLEASE PLACE LABEL TIN ' HIS SPACE \ \ ' p**froper 8aould appeerl. o'*e== orovice it

the fill-in pres (s) below, N N X s N N

\

s\\\ \ \ \ s\'x if the label e sN\ \

N \NN s comptete end correct, you need not compeete A NN\

items i iii. v. and vi ruesor vos .+ch y, F ACILITY s

g

.. N x g\\ s x\x

\ g N x

\ s must be campsered reperd/cos>. comp +ete 341 items sf no label has been provided. Refer to LOC ATION _N

\ Q\

Nis N

N \\ \ \

the instructsons for detailed item descrip-tions and for the legal authorizations under s x 'N I N '\ \ \\ , which th a date e conected.

II. POL L UT A NT CH AR ACTERISTICS INST R U Cil0 NS: Complete A througn J to determine whether you need to submrt any permit application forms to the EPA. If you enssoier"yes"to any avestions. you must submit this form and the supp6emental form listed in the parentheets following the question. Meet "X"in the box in the third column

)

if the supplemental form is attached. If you ensosor "no" to each Question, you need not submit any of these forms You may ensener "no"if your actryrty is excluded from permit requirements; see Section C of the instructions. See also. Section 0 of the instructions for definitions of beid-faced terms ed a et sa X

I WI A n et A '

$Pe Cf FIC QuRSvtOMs ,en"

,,,j,,. , ePECBFIC GUEsTioNo was me j,I .",, 1 A. Is ims f ac oity a pubiacty owned treetsnone works B. Does or mil thes facattty (evther aristing or propcord/

include e conseneroemd anknet footAng essereuen or

-i ec a esvts :n a ducherys to waters of the U.S.?

c a sw v., i X

aquette enknei proshaction faceitry whech resutts in e y

, , ., discharge to weenre of the U.S.? (FORM 28) , ,, , ,

C :s n s a 'atmtv wmcn currentiv resuits en discharges D. la the a proposed facdity (omer then those omscribed

o waters of the U1 other then those oescribed m XI X in A or B soore) which will result in e discherpo to ;X l l

A " B wove' F)RM 2Cl r u n a waters ofthe U17 (FORM 2D1 a n .,

t C oci o *a tms f acmtv treet. store, or dispoos of

( F. Do you or will you mject at this focality mdustriel or mun cipal effluent below the lowermost strotum con- !'

NA hazardous wastes? tFORM 3)

Xl teming, withm one auerter mi6e of the weit bors. ly -

i

,, , ,, underground sources of drinking water? (FORM 4) ,, ,, ,

l To cov o wm you iniect et this ecaity r any produced '

aa'er e oeer f eu.ds wnich are brought to the surfeco 'f H. Do you or will you irsect et this faciltty fluids for aos-

" ec~ecten with con ent v ones oil or natures gas pro- ,g g , ,p ascoon. ,niect Huids used for enhanced recovery of X '

r process,, , solution minmg , of mina, , roes, in ete combus- p ou o natu a4 gas. or m.ect fluide for storegs of herued ]

avo cramons* IFORM 4) u ,, ,,

(FORM 48 o .. i i.

i is ms 'acuv e proposed stetsonary soiares whech e J. Is this facility a proposed esadenary eeures which a tre o' "'e 28 enoustrial estegor6es I stod in the in- NOT one of the 28 industriel cetegories listed 6n the uruct.ons and wn.cn war potentially emet 100 tons instructions and whicti will potentietly emrt 250 tons 5 X ,

ce* iear of any air postutent regulated unoer the per year of any ser pollutent regulated unoer the Clean 1 C 'ea n Aa Act and may affact or be located in en Air Act end may effect or be lotsted in en sNeinsnant l attainment area' IFORM $1 .. .. eres? (FORM 5) .. .. ..

. STATION. .

. . . . . . . . . i 4

D""' ' C O M A N C H E - -PEAK

- - - STEAM ELECTRIC l

i A. m aus a vivLs r4aer. fyrer. A restes '

o. enome <sree come a no s e i i i a < i i i , a i i . , i i i

_; O '

SHEA T A WATER PERMITS C00RD 6

214 -

812 84- 1 3

. .. . ..- . , i a

a. ermEgv oM P.O. eOa i 4 i a i i i i a 4 s

1. + 0 R e .

N P L I. V. E_ S T. R E. E T LB 8I

e. esty on vown c.svarci o. zip coor a i 6 i 4 .>ii i i i i i i . 3 .

4 D A L L A_S. TX 75201 wm . , - - - .

l\

A. sist a Ev. WOUTE MO. On orMEss setCIFec eDEM ytFig n 1, I i i i a ia i i 6 i i i i 1 i

54 MI .N 0 R_T.H. .0 F. .G.L.E.N. _R_0.S E_ 0 N. FM56 '

l 4

e.couwvv=aus

? I i e i i e i . I i i . .

S 0 M E R V E.L_L.

c. civv on vo== o.svavel s. zip cons i o c oy== l

_., r i i 6lG L E N R0SE ;T X 7.6.0.4. 3 1

o . . u .

EPA Form 3510-1 (Rev.10 80) CON t'INUE CN REVE RSE I

- e m enn ! rwp som .

EPA NPDES Permit No. TX0065854

= einwe- Q e,secoac6 L

l 1 *

i -

7 4z 9,1,1,paearys toecim I ELECTRIC POWER GENERATION 7 . NA

. . .1 1 i l

e r,. . . , o. u.v,.

1

& .> > > m iy> . . . ,o.am 7 '

< NA 7 . NA

c

.. - e e. , . m. ~. .. .

. 6 i i i i i i i . i 6 i i i e i i i e i i i i i i i i e i i i i i i e i i e i -'-r" *-* ~ w

& T,E,X,A,S, ,U T I,L,I,T., E,S, ,E,L,E,C,T,R,I,C, COMPANX,,

, , , C3 YE5 C"3 NC

.. . ~

l d = E EF4' Ai c.svarusor ops maTo e rEmerme s., gener vera sne snrwer oo.r; sr "crner", menry.J s. Puose a rerus cosa e u J ll M * % a L.C. somer mesef anara. or nares ppenry; ,;;. I i i e i i a I c-sure o -cmsa <. =rn P NA A 2 I. 4 8. 1, 2 4,6.O O IP = #84tV A7 "'""

E ST'ut E ET Qm at O toas 4 & i i i a 6 . 6 i i 4 i a 6 i i 4 i i 4 4 i & . a 6 i i I 4,0.0, ,N, ,0.L.I,V,E, ,S,T,R,E,E.T, ,L ,B , ,8 ,1 l

F. CrTV Ow Pt:lwee <L5,AvM M. IIP CO D E ' IX. iNCIAP4 CAPdD l 2 i i a i 6 i a 6 i . 4 e i i i a a e a r

6

i i ' + i a me acauty icestne on mee sancat 3 D,A.L,L,A,S, , , , , , , , , , , T ,X 7,5,2,0,1 OssYES C No

.e- . ..

c.ExisCNG ENVIRCNME.MrA1. PERM &T3M

, {

rnmusicur.narren scrware seem c. esa ossrimunone nom r coana sourraso

-f -

4 4 4 4 6 4 3 4 3 3 3 4 ,,; -

l 6 i i I i 1 4 I i i i 9 N) T,X,0,0 6 5,8,5,4, 1 , , , 9 P , , , , , , , ,

j u .i .

m asaiunaarpouna .nraenour or r. mass n. ornan :n arys i i i i i i . i e i a a i i i i i : e a a a a a forery,

! E U , , , , 9 0 L 8. 5. 4 . . . .

. . , . .. . . , . . WASTEWATER DISCHARGE (TNRCC) c.nena resumous asnass e. ar, n wtro.aryr

,c -

i i i i i . . i . . i 4 i ; i i e i i i . . . i g,,afri 9 R "

, , , , , , , 9 S, E. E. ,C O.M.M,E.N,T,S,

~

'Nr',N ,

. s e At::xn ta mis applicacort atopogracmc man of me aria extancmgto atfeast ena rmle cevond precerty councenes. The mao must snow

a cucinar of me faclity, the locators cf encn et its.exisung and proposed intasta and discharge _struct.tres e.act cf its hazarceus was a t:trm ent;. storage, er disposal faclities. anc sacrt weil wnere et injec:s fluics uncarground. Include att sonngs, rrvers anc otner surface wrurcociesin :re man arve. See it'stnactens for precss recuirements.

Xil. NATUR E C P BU54rd E53 iorerece a or'er cascnocone -

l This is a steam electric generating facility consisting of two (2) nuclear-fueled steam electric generatins; unit s. A general description of th,e facility is provided on " Comments, l Form 2C, Item II." " l I

a 9

X:tr. c2.R T1F CATiCN (Jar ennxsanvi i cerct,r uncercenstry at law that I havecersonssty exanoned and arrr famellar wettr me infonnanorr sucmitted in mis acclicacorr and all st:xnn~ents and mac cased otr my incurrir of- masr persons immecistery rescon ble for ccessningr me information contained in war acaticacan. I beGeve that me infctr:sscon is trt:e. accurate and camciete. I am awarr tnsr were arr significsnr;:enstces for suomitung kseinrcomattctr. incucing tne cos:tibolity of fine anc imcnsonenenr.

, a. a a- a . w e - . c. w r . u , ryp. o, ,,u,r, ...n.,. rw '

e m a r t ..w ,. .a e William J. Cahill, Jr.

Group Vice President. Nuclear

, g c=umENti FcR CFF4C*AL.gSP ONh

-- i- i. 4 e a e i i i i i i i i . . . . . I i e i i '

C , , , , , , , , , , , , , , , , , ,

e s. s, cxurempaner? Pemrrens orFCs . Jun wme l

g yo jL4,ii,6-.4 .-

.a pglacr g.4.4- e - ' ei.. .w .E A 4 *A & .,e. 4 J

l ;h J$% ~

\

- ) wy un 3c4 3w{gv,w >e#n-Nys h y ' v/w g p N3Np ,

Y pgug,em t g e g s q m %@ %

m;wd L

JN 4 Mhkh N. f 97 =d n4 % rg g gw[bg,qs0nnu y \\

a~,ssf-; .s ' w hhhhhhh y ' ' Y 3~ 4jly ,/ll-if -' - ;f, \ \

^

l 3 y ~\.

j' ) \,

- -#'pp .13 K Ag

_n.. ,

ih,,p, s'\_

l YK.s j ~ %. = . , . <

y khh 'f) $ b .lhh h hQfjbh;- D sagyMw 1

4agy gJWawaan

= . wngmm-= . yw sak sN N G M 4a y;t e

M #w da>:

gg W awdp $ g y%s Rw QOy m % w ysGy.g '.:

w&gwtu, .

n w +g g yn w o7s.cg g,,w,ag \ g

-., e u m

~.c. y. 5/r* t.g p. s g .t n.; .w? ,e i Rw) ca 9, "j j j x.O y iy ;gef v a /( 8 1 ) ,.

}-{' 3 ,-, 'p ! j

)

<; /,'_,\ y 3 , ,

o', 3

- ~

\

, *wo ,

{ .R ( i t

{

KQ c3 l

,s w .[,,, _) $6 'y

(

, i

, ,g af,V ,

,~y p.

o -. J - m ._ ~ N

/ m f:

%'t a

\ [s (-( x * ,/

~

]f ,[ -.,

N~~' %ggM'h 1 O ) ,M '- y ,[_] T3b,' N c-j i k (q p h

si ;

w 1 y, Np >: ' ;;s., /M 'hK l O R, N V 7" - c %'Q

'y? ,/\ Y ll* -

)

. ji

. . . (f/

Mo f

)

O l? Y[ > tgg l

q)L. '. QQ%dh. '-

,e e,.

r l b %( 3 , -

q') Ejq <

\^

M; hAd6 &y" y' /T'dN. 2'~' g t

q1s

, ~~ ,s. . s 3

yy

'ng

'y? [ )->]M.' A5' j /

L( ( f 'x e q\.

] Mp '

a,. #v' S j '

/(~

!i wm, f {;* 44 -

x /

/

/ g '

g/"p

./

-/

&)([ ((/

s y / if]) ,' ' .. h ; W.

l a h[ ./ l y[ -

\ 3 '/

W__[j/ N s s%._

W; j: ' ' gf ,. (b -

% ,a .

l jf . / \,,_

ms ew j

ing, y Jl; >

%)a,2 ,i:

y a \ ,

e . p,) wf,.,,

3 + ,'.

]% J~~~~-_' %

,e f.

e fQJ , ,

/-

l \

h 3

' EWg%%jQ l* - - 5QUA Wgggy l

\ 's %

a.

y ~

- w

" Squaw

\Q --

_\

) ,

i

~'(,/ . --;f ' ( k h i *'\,K ,

L ' jpa,:lp y ;< 7.u& ' ![ il'Jq'); s;

,, , '=M~ . . . ,

. . g- 4 4 ..

3. #

I

f .

b -

h%yy '

'l-l'

,. C ] %

Q 11, 9 is [ (b .' < Wyf T

r e.. 7',a) Q. fc -}3 . -; ' s f. ,,f. >J jf ,

i 1 +7/n}q p_ ' G)-[ . . -

- - n. d,; ( a(

' -y jf, s

, L/

.m

/

d

,,.^ . -x x

\~'.

\

. 2, _

/

pt3RV.' T ('Ci j#, .T x '(

\. v~[N's - i f _ +*1 s

f "s

, @L. %sV9 c.-cu'jN( 4 5 (ObpV) 1

$D~;hi?': ) '

j~

,l ~\( ;

& ~ g'I h:g R ].3 ME h h. cRLJR. *k~ .?",

K_< fg q y g , ~c V, fy p _- g ,,Q W M, . (%

; Y. ;; j , ,,. M.

m ($ ,? ,sh1% : $ f. N : , V'\ kN -% h

/~ TU ELECTRIC

/" BASE MAP COMANCHEPEAK STEAM ELECTRIC STATION J" USGS 7.5 Minute Series \

g(

f['_/ c;-- HILL CITY, TEXAS h %. 9,O t

'x'Q {j~[2

\s ' N s (Photorevised 1979)

NEMO, TEXAS \\I LOCATION MAP

[ (Photorevi::ed 1979)

, 4f[~l.Ds

)h;0

.j( [

-))

I h; ~ / ?; .( N O 1000 20//O 3000 4000 Prepared bp Date i__ o j NATIONWIDE WATER RESOURCE scose in rett SERVlqES, INC. JULY 1993 gs y(Cz , DALLA., TEXAS

? I

Comments EPA NPDES Permit No. TX0065854 Page 1 Comanche Peak S.E.S i

Form 1, Item X.E ,

Other environmental permits issued to this facility are the following: :

(1) No. TXR00A661: storm water discharge general permit issued by the EPA.

(2) Nos.CP-20, CP-20A, P-2871, P-2871A, P-2871B, P-2871C and 12-4097: permits and adjudications for water rights issued by the Texas Water Commission.

(3) No. 19225: air permit issued by the Texas Air Control !

Board.

(4) No. 33306: solid waste registration issued by the Texas Water Commission.

(5) No. 2130016 and 2130024: potable water system identification numbers issued by the Texas Water :

Commission. ,

i t

i 1

I i

I

EeA S.D. NUM sGL R f CUPy from blem b of f orm 4)

AOO'***0 i "8**# " '

P+eese nr.nt or evos in ne unsnaoed a cas omv *rX0065854 Anorovaleno,res f 2 27.e5 l

FORM u* E N v '"o N" k N T a' 'N o 1 E C T 'o* a' t a

gg APPLICATION F03 PERMIT TO DISCHARGE WASTEWATER 2pD g EXISTING MANUFACTURING, COMMERCIAL, MINING AND SILVICULTURAL OPERATIONS uv0tS Consolidated Permits Procram For e2cn outf ali. hit the iaritvoe and songituoe of its tocation to tne nearest 15 seconos and tne name of the receivma water A RU ^LL e s, A T s T U D E C. LONGIT U D E n,, , . . . . . . . .. ..m m ... . . . . .-

001 32 17 46 97 46 56 Squaw Creek P.eservoir ]

002 32 17 29 97 67 10 Squaw Creek Reservoir 003 32 97 46 56 17 l 46 Squaw Creek Reserovir 101 32 17 l 54 97 l47 6 Squaw Creek Reservoir (See comments) 32 18 l 8 97 47 21 Condenser Cooling Water 102 32 18 l 5l 97 47 23 Outfall 101 tL FLOWS. SOURCES OF POLLUTION AND TRE ATMENT T O A. Attacn a sene crewing snowing the water flow tnrouan the f acihty. Incicate sources of intake water, operations contributing westewater to the ethuent, and treatment units tabeied to corresoond to the more oetained descriptions in item B. Construct a water balance on the hne drawing by snowing everage fiown between intates, operations, treatment units, and outf alls. If a water be ance cannot be determined te.g., for certem mmmp activities /, provice a pictorist cescription of the nature and amount of any sources of water and any conection or treatment measures.

fj. For eacq ouT1all. provice a oescription of: (1) AH operations contributing wastewater to the ettiuent, inclucing orocess wastewater, sanitary wastewater, coohng water, and storm water runoff; (2) The everage flow contributed by eacn operation: and (3) The treatment received by tne wastewater. Continue on socitional sneets it necessarv.

5. O U T. 2 DeE R ATiONISI CONTRIBUTIN G F low 3 TREATMENT

'^Nr"

, e oeE R ATsoM snati

" " ten $a^r$."nIr7* a orscR**TeoN "y', C.EETc[, ""

See connents for a narrative description of wastewater systens and treatme nt 001 once-throuch and auxiliarv 3168 MGD s c reen in st ; intermittent 1-T i cooline (non-contact) blocide treatment; corrosion / XX scale control; discharge to XX surface waters 4-A nreviousiv monitored 1.128 MGD (See operations and effluents (Outfall 101) descriptions listed ,

i l

l under Outfall 101) !

i l

002 Service, Water Systen 0 MGD internittent biocide treatment; XX l

corrosion / scale control; XX !

discharge to surface waters: 4-A 1

i i

once-throuch and 18.7 MCD biocide treatment; X7 auxiliary cooling water discharge to surface waters 4-A diversion l Storm water runoff 39.9 MGY ldischargetosurfacewaters 4-A See continuation page for additior al outfalls i

1

. O F F ecs A L ubt oNs.v set /1sens teamennee maregoriess I l

--.e. sega e eu . S os. o n , c. , n r

CONTINUE Ofw REVERhi ]

~

TEXAS UTILITIES ELECTRIC COMPANY COMANCHE PEAK STEAM ELECTRIC STATION WATER USE DIAGRAM -

t g Pi[ mbt H }T]3 14.1 ile g y .a w c sq f b , t?P i'. l e tPf ft F'd4 4

'M RViU walt R

" 5, q ; g g pg 4( 5('if yi)'O Alf)l[ }A41 i f}ill IMj IIM gg3 q )g dk ik t.tyn U 4G. 4 go p 3 iEACHAIF fPA/fWC Ab 4 tNON HS/Autt0tfi flulf Al l T r2y y 0 15I . E fL1Halifyl 0.151 u

" ~g.g 1f lf 1.13 ,tvAPollAfl0N WAf t R 114 A I Pfl N i S AT E $Hul { }l1h N f ' Ysil W 5 (PA/Tw[ IMI flVIJUME NI bail 4 \ tF1 AC h w At,H, Pt O,fi K]WN ry3g y ng i" [l'A/iWC 4_ l J.1 )

IIM A f fil NI 94 (,g q, pg,y g g p j [,g I?,41 ggg g g PJ.1] II( A f tt N T (2): fd2 0 I2 bhl/WolfR St P, MN l A,7 it)

I

- =

1. O U T. 2. OPE R ATION t9) CONTRIeUTIN G FLOW 3. TR E ATM ENT Ngf e. oPER AveON (hail ^
unggg\ e. DESCRIPTION ygg .
Cont inuation from preceeding page 1 003 treated sewar,e effluent 0.048 MCD pre-acration; activated 3-E sludge; sedimentation; 3-A 1-U disinfection (chlorine); 2-F discharge to surface waters 4-A 101 water treatment wastes 0.12 MGD all opns: filtration (rad.only); XX equipment / floor drains 0.474 MGD evaporation; demineralization IF XX miscellaneous uses 0.158 MCD oil / water separation; XX previous 1v monitored 0.346 MCD flocculation (as needed); l-G effluents (Outfall 102) neutralization; 2-K Wash down water 0.03 MCD sedimentation; discharge 1-U to surface waters 4-A i
102 metal cleaning wastes 0.346 MGD all opns: metal reduction; XX ,
occasional low volume vairable neutraliation; evaporation; 2-K 1-F l wastes discharge to Outfall 001 :
l treatment system XX ;
I l
1 I
l l
ore aO AL ubE ONLv verfluent suaeaunes sve-eatesoriees l 1
me e . . s e g n S r= e n -.. s oma sa a n s g ns a CONTINUE ON ri.VER5E
t i
twin.sro rano Tur rarwr EPA NPDES Permit No. TX0065854 .
, L, cacept for storm runoff, leaks, or spills, are any of the discharges Oestribed in items ll A or 8 intermettant or sarsonal? s C wEs tromotete lhe followmg tattle) C NO igO to StCtton Eff) l 3. FREQUENCY l A. FLOW ,
I,OUTFALL "
2. OPER ATION/1/ a OAvs 0. MONTNs 'g ,n gg g,p g gg y p, g g g, NUMBER CONTRIBUTING FLOW PE R WE EM PERYEAR ATSON ;
'l l,,$ f j lhs!) tapersfy ispetafy ***'***'3******* *'*******3********
ciersac) uteresti avemass m a ss e aveease o 4 *L , fin daF81 002 Service water system once- This ontfall his never dischar.ed through and auxiliary cooling water diversion storm water runoff 101 Water treatment wastes ,
equipment / floor drains 6.5 12 0.651 1.98 N/A N/A 1-77 miscellaneous uses previously monitored effluents (Outfall 102) wash down water !
102 ' metal cleaning wastes This o4tfa11 his not d schargei since occasional low volume wastes Februa y, 1992 -
l A. Does an ef fluent guecenne hmitation promulgated by EPA under Section 304 of the Clean Water Act apply to your f aCitity/
[v Es teomplete llam til-BI CNO (to to Sectson IV) *
8. Are the hmatations in the appiscable effluent gutaettne expressec in terms of production for other measure of operation /?
v EE ocompiate llem 111 Cs
} NO Igo to beetson IVS C. If you answetea "yes ' to ltem us 8. hst the cuantity wheCh represents an actual measurement of your sevel of production. egotessed sn tne terms and units '
059d en the apphCable er fluent guidehne, and and:Cate the affected Outfalls.
1 AVERAGE DAILY PRODUCTION
,, ,,,gg7,o e swasesty *s e c a v p. w=,vs or we a swee C . oes n avens, emoove r, mav s eems, sec , OUTFALLs (specufy) Ilsst Outra il numbers)
NA IV IMPROVEMENTS]
A. Are you f'oW required by any Feoeral, $ tate Or local authority to meet any imDiementation schedule for the Construction, upgracing or oDerattOn of waste
48ter treatroent eOwpment or practices Or any other enintonmental Drograms wn*Ch may affect the dsscharges descr$ed n this appitCation? This includes, outioan or d not lirruled to, permit conditions, adminzstf ative Or enforcement orders, enforcement Comphance EChedule letters, stspulations, Court Orders, and grant Conditions.
g , , , ,,,,,,, ,, ,3, f,n o , m , ,, ,,, , ty , o ,,, ,, ,,,, f y 8 ' See Comments l, IDE NTtFIC A f TOM OF CONDITION, 8.AFFECTED OUTFALLS pk[M"h hb A G R E E M E N T, E TC'
a. . A sowace op meet m a ss e
,8M*, h*Q i
B OPTlDN AL You may attaCn aaditional sheets descrsome any additional Water pollutaon Control programs (or other enveronmental profeCfs whsCh may affect Vot>r d'sChar0est VOu rioW haere underway or Which you plan, indeCate Wnether each program is now underway or planned, and andrCate your AClual or
.o:anned sCnecules for Constructron. ,*'M A RM "x'* er OESC R art ON Or A DOsttoN A L CONTROL PROG R AMS IS ATT ACHEO s
EPA Form 3510 2C (Rev. 2 85) PAGE 2 OF 4 CONTINUE ON PAGk 3 1
l l
l ara n.o. nuenstnettopy from item 2 of Fem to form Aporord OMB No 2000M69 coNTl*euro rnou aAcE 2 TX0065854 e,,,0 < e,,,,,, t 2 a t e3 A, B & C: See instructions before procooding - Complete one set of tables for each outfall - Annotate the outf all number m the specs provided. 1 NOTE. Tables V A. V 8, and v4 are included on separate sheets numbered V.1 through V4. I i
D. Use tme space t'elow to I!st any of the pollutants listed in Table 2c 3 of the instructions, which you know or have reason to believe is discherged or may be o.scnaged ' rom any outf all. For every pollutant you hst, briefly describe the reasons you believe it to be present and reoort any analytical dets in your PO15P58 on.
i pos.LurANT 3.gOuagg g POLLUTANT 2. SOU RC E i
)
NA r
VI. POTENTI AL DISCHARGES NOT COVERED SY ANALYSIS M is any potiutant bsted n atom V-C a substance or a component of a substance wnich you currently use or manuf acture as an mtermeciate or fined procuct or byproduct?
O vne Ulst an euen ponutants belou.) TNo too to item V!Bb NA 1
l l
l i
l i
I i
l i
EPA Form 3510 2C (Rew,2 85) P AGE 3 QF 4 CONTINUE ON REVERSE
CONTINUED FROM THE FRONT EPA NPDES Permit No. TX0065854 DO YOu h8ve Sny knowiedge Or reason to believe that any biologfCtl test for 8 Cute Or Chronic tOxacity has been made On Eny Of your Qtsch1rges Of On a rec 3tving water 6n relation to your discherge within the last 3 years?
C YES (identify the teettsk and descenbe their purposes belowl 1 No (to to Section Vill) 1 h
k Were any Of the analyseg reported in item V performed by 8 Contract labor 8 tory Or Consulting f #rm?
[ Y E$ tlist 19te name, address, and telephone num ber o.r. and pollutants C No (so to Section IX) onelyfed by, each such laborofory or firm belowl A. N A M E B. ADDRESS L T E LEPH ON E W FULLUT ANTE AN ALY ZEQ ra rro cnde & no } Mtsty PACE, Inc. 900 Gemini Avenue (713) 488-1810 All reported Houston, Texas 77058 parameters except pH, temperature (001, 002, 003, 101), flow (001, 003, 101), TSS (003, 101), oil and grease (101),
TRC (001, 003),
and BOD (003).
Icertsty under pensity oflaw that this document and allattachments were prepered under my directson or supervision in accordance with a system designed to assure ther qualifiedpersonnelproperty gather and evaluate the ontormaroon submitted. Based on my onquory ot the person orpersons who menage the system or those persons directly responsible for gatherong the onformation. the rnformation suomattedes. to the best ofmy knowledge andbelief. true. accurate. and complete.
A em a ware that there are sognitscent penaltoes for submitting false Information, including the possabshty of fine andimprisonment for knowmg vrolations.
A N A M E & OF F tCI A L TIT LE f O pc or pranf t e. PM ON E N O, wrFG Code & No. J William J. Cahill, Jr.
Group Vice President, Nuclear , /' (817) 897-8920 L StGNATUNE D.DATESet.NED EPA Form 3510 2C (Rev. 2-85)
+ P AGE 4 OF 4
, Qt427,1993
e Pa e u wount te renpy from item f of 7 nem f f l'l t A$f PHitJ T Of t I 4I'l itJ Illt t ff1514AI)[ D Alti A% OPJL Y Y (W mi*y t ren' t gnme nr af f o f pp,m Appea,ed -
t!..g mf oe m.t.on es" 1"t m H" d " f 5 (u tr' the $.em* fe *" Lf FI 'n5 te **! **f c c***.p'e t. rwa t hew pays TX0065854 W8 ** 20"0 0059 Appreenleepers PJ JJ s$
y v mS t nur i n irr, Pall T A - Ynu nuest gieovitic the tesof ts of at lent ute arialysis for every pollutant in this table. Complete one table for each outfall. See instructions for additional details. (2) 2 t.FrLUENT 3. UNITS 4. INT A M E (opphmeff I Pott.UT A N T e un mauuu nnety vntut
" " " 9.7 % j,f,W$f' " ""' ' """ M/'7.d.M. f *^ # d NO.OF ~
A E ft A G E V A 1 A lt Dh NO OF U,'. . m 'd-"' < -. . U! . . ... I'l - a " ..-,!.',',.,, 8'l-a" ^ " ^ ' ' ' " 's aE " " " "
c o- e d'l. . .... l'8 "'
. n ;e, ,,.,m, . ,
",*J,7," "'"' *"d 2 52779 1 mg/1 lb 3 NA 1
,,v.,<..
Z,Y,""**"** 18 475010 1 mg/l Ib 19 NA 1 e , n, ., o., .oic r e a a ' 7 "' 3 79168 1 Ing/l Ib 5 NA 1 i i .si s u.c.o...a Sa"d N 8 <10(;) <263894 1 mg/1 lb 14 NA 1
^~'"' " ' ' ' "
0.1 2639 1 mg /1- Ib 6.4 NA 1 V .t.t,t V a t_ t p t VAtUE vALuA 3168 MGD 2671.7 McD 1718 MGD Cont! - - -
0 vatut vaout vatut e a i o.
, ,,,,,p..,,,,,,,
33.3 (92) 24.4 (76) 19.6 (67.2) Cont. ( F) -
0 vatu. vaoun vaLur v .i oe
,, y,, ,,,,,,,
"""*"' 36.7 (98) 33.9 (93) 30.1 (86.1) Cont. ( F) -
0 u.uiuuu u a xiuum u,*.uuu u a ximuu l pH ST AND A RD UNITS PAfti 0 - Moe h "X" in column 2 e for each pollutent you knovv or have resson to tielieve is present Mark X" en column 2 b for each pollutent you bel **ve to be absent If you merk column 2e for any pollutent wbech es timet nd nether det acttv, or mdie ettfy but awpressly, en en effluent limitations guidnime, you must pr ovide the result s of et lesst one anstyses for that pollutant. For other pollutents for vvbich you merk cofumn 2s. you must provide quentstative dete or en enpfenstion of theer presencein your discherge Complete one table for esch outf all. See the instructions for odditionaldeteits end requirements.
7 =ana'm 3. EFFLUENT 4. UNITS 3. IN T A M E (op fftmalf
9. POLLt> T . " "
r NO r gg
^ *
,, M ),', ll. e Mamequu OmeLv v ALUE k "" 9,y $.j,i,,Id[ V A W E *"" M[.Ed Nf * ^"' 4NO e ,LONCEN g, Avf AG UA L73E g
<,( .a. ta, , :n. a ., ,_,.1.,i,,,,,,,, ...... _,,, , ej,, , , ,,,,, ...... ,,,,,,1.,>. , , , , , ,
i,.., vs.e ano- . . . e,. . . . .
i . i . . .. vs e e ...mia, tmw si m X <4 <105558 1 mg/l Ib 4 NA 1 t, c h'o"a'.
' n'e' n e do.' X 0.09 86.44(6) 0.05 42.59(6) 0.04 24.92(6) 51 mg/l Ib N/A NA 0
' C*'** NA NA X <5 NA 1 Pt-Co 5 1
.1 r ocs:
con eo" X - - NA - - - -
NA e rio..ia.
ti m
Stal X 0.4 10556 1 mg/l Ib 0.4 NA 1
f. Nitrate-N've've ta Ni X <0.I <2639 1 mg/1 lb 0.1 NA 1 P AG E V CONTINUE ON ftEVERSE FPA Foren 3510 2C (Flev 2 85)
Out f a 11 001 EPA NPDES Permit No. TX0065854 -
.ns a v s t en iraus te e nott t eum t 2 M AMM R' 3 E FFLutt.'T 4 UNITS b . 6 N T A M C s.crem ass (2) f.POLLUT.
"cYs'"
jj - 1.F' ^ ' " " " *^'"' " ""*'7I" U M'?'" I "" M/'*"J # '"' '"". ' .coacta
'a a ma i, u . ,
^ MID t Va"'"" ' ",,ses d.'
rir a.es.., .f. ~ . . ~. * "^f i.,,,,,,,,,,_"*'"i,.a . , t! , , _ so . , ,,,,,,PL,,,, o.... ms _ , , D L , , , . ,,, ......
3. ictrog.n.
T a o ' ** " ' 13195 1 mg/l Ib 0.3 NA[g) 1 fue A)
X 0.5
h. Oil and G. X 0
6. Phoehoeus jf,[g ,Tl'&' X 0.04 1583 1 mg/1 lb 0.05 NA 1
1. Hed60ectevity (1) Alph Totst X 0 0 (2) esta,
0 0 X
(3) Rossium.
Tot *i X 0 0 (4) findeum 226. Totet y y G
k. Sulfsta 7.,*"l',, a s X 130 3.43x10 1 mg/1 1h 190 NA 1
1. Suff kts
(** 8 ' X <1 (26389 1 mg/l Ib 140 NA 1
m. Sulfits tae soss mg/1 <1 NA (14265 45 3) X <1 <26389 1 lb 1
n. sunici.ni.
X 0.I 2639 1 mg/1 Ib 0.1 NA 1
e. Aluminum.
Totst (7429 90 5) X <0.I <2639 1 mg/1 lb <0.I HA 1
p. seum.
Totat mg/1 0.I !!A 744o as 3, X 0.I 2639 1 lb 1
. e ,on.
[7Eo 42 8, X 0.2 5278 1 mg/1 1b 0.2 NA 1
r. Cab.It.
g'7E as 4: X <0.04 <1056 1 mg/1 lb <0.04 NA 1 su Irsn, Totet (7439 89 68 X <0.02 <528 1 mg/l Ib 0.03 NA 1 t, Megre 6um.
Tetti (7439 96 41 X 28 738904 1 mg/l Ib 29 NA 1 !
.. poi,bd.num TEt;A (7eas es 7: X (0.03 <792 1 mg/l Ib <0.03 NA 1 m.ne n .
Tatis (743e ss et X <0.01 <264 1 mg/l Ib <0.01 NA 1 er. Tin. Ta:tst
3'
X <1 <26389 1 mg/l Ib .<1 NA 1 si. Ynenn,m, Tatit (7442324, X <0.5 <13195 1 mg/l Ib <0.5 NA 1 P A G E'V-2 CONTINUE ON PAGE V .3 EPA Form 3510-2C (Rev. 2 85)
L e A a u n u u et H f rop y te or.: is. rea f of e oma ii uuiF ALL nuMut H wn ,tw, .a TX0065854 001 ous % z w oos, -
CONTINtif O f HOM P ACI 'I OF F OHM ? f' PART C - if you are a pririiar yindustry arid shis uuttati contams piocess wastewater. re fet to iable 2c 2 in the enstr uctions to tieter atuete which of the GCr MS tr actions vou must test f or Mark x" m column 2 a for all such GC 'MS f racticais that apply to your enitustry arid for ALL iustic metals. cyarudes, and tutal phenols if you ate riot required to mark outumri 2 a f aecornlar v intrustr,e s nonprocess wastewater ouffalls, arhinonreywretf GC/ AfS /ractions). mas k "X" m column 2 b ior each pollutant you know or have reasosi to belseve is pie:sent Mark "X"in cuh.mn 2 c for math poflutant you belecte ss absent if you mark culumri 2a tue any pollutant.you must provnte the results of alleast one arialysis for that pollutant if you inar k t oluenn 2 blur ativ ga,Ilutant vuu must provide the results of at least one analysis for that pollutant af you know 08 have reason to beheve et will be &schavged in concentrations of 10 ppb ui greater if you mark column 2b for at toiem acrylonitrile,2.4 dmitrophenot, or 2-methyl 4 ti doutruphenol, you must prov,de the results of at least one analysis hst each of these pollutants which you know or have reason to believe trial you distha#ge en cornenirations of 100ppbor greater Other wise. for pottotants for which you rua# k culuonn 2b you must eitheir submit at least one analysis or be seHy derst ibe the easons the pollutant es eispet.ted to be discharged Nute that there are 7 patjes to this part. please review eat.h carefully Complete one table , art 7 p.syes) fus each outla!! See instructions for ailditiorial slet+ts and requerements
3. EFFLUENT 4 UNITS 5 IN T A M E (opo.unsh S. POLLUTANT 2 u n H M se a t. u N 5. M
, NUMBE ' 7.i.," Y, M , f, P. - a M A ss tuum unsLv v atut t^M*"'%'Q MS;^,yvALut c. Lo N (. Y g gay.watuL .
3, iaama fit maa. i g := n, _ et, , , , _. ni ... _,,glt , , , _ h i . ., , _ , p,i,, , , , . _ o i . ., v st s hm; r i.i ... ,sts METALS, CY ANIDE, AND TOT AL. PHENOL S IM Antimonv~
mg/l s0.003 NA(8) f oi.f i r44o as on X X <0.003 <79 I ib 1 2M Arsenic. Total (144o 38 ri X X <0.003 <79 1 mg/l Ib <0.003 NA 1 3M n.r v u .um.
voi,1, 744o 4: n X X <0.0005 <13 I mg/1 lb <0.0005 NA 1 EM Cadmium toise f144o .ta et X X <0.0005 <13 1 mg/1 1b ?O.0005 NA 1 SM Toi.i Cheormum'ai i r 44a a r X X 0.001 26 1 mg/l Ib 0.002 flA 1 6M Cogger. Total 9440 so si X X <0.002 <53 1 mg/l Ib (0.002 NA 1 7M L p.3,ead ga nTotal X X <0.002 <53 1 mg/l Ib CO.002 NA 1 8,"43N"s7 T* X X <0.0002 <5 1 mg/l ib c0.0002 NA 1 f,"4$$*h' **' X X <0.003 <79 1 mg/l Ib <0.003 NA 1 tom sei.neum Toi.t f ria2 4i2s X X <0.003 <79 1 mg/l Ib <0.003 NA 1 s
l,'."4o y; T oi.i X X <0.0005 <13 1 mg/l Ib <0.0005 NA 1
"u o ,$"2s' o, X X <0.001 <26 1 mg/l Ib <0.001 NA 1 13M 2snc. Total i
fi440 ss s6 X X 0.0052 137 1 mg/l Ib 0.0063 NA 1 idu. cvema.,
To'8 3 712 51 X X <0.01 <264 1 mg/l ib <0.01 NA i 16M. Phenols, To M X X 0.02 528 . I mg/l Ib <0.01 NA 1 DIO XIN 2.J. 7.8 Tete s ut.sCHenk HLsuLT S chlorodet; ento P Dio= 6n (1764 ol 6s X EPA Form 3510 2C (Hee. 2-85) PAGEV-3 CONilNUE ON flEVE HSL
.i. 5}4 b
, . A V- .
1 I 1 N 1 A E _
t f
1 1 1 1 1 i 1 n 1 i 1 1 1 1 1 1 G _
a _
n 3 A o
e P
t a
g . N o . ) O
( .
8 u .
. E L
n .
( U -
H e .
iA A A A A A A A A A A A N i
N N N N A A A A A A A A t t - N N N N N N -
l t
4 1 N N N N N N I
T T e, N
N n - C 4
5 8 S I
o s g C .
5 ,
0 0 6 0 0 0 0 0
0 it 5 5
(
5 5
5 5
5 1
1
(
5
(
5
( -
5 5
5 5
5 5
1 1
X T
b b b b b b b b b b o I I I - I I I b b b b b b b b b N S l I I I I - l l I I I I I l -
T I
t i
N m U a r 4.
P e ma /
l
/
l
/
l l l l 1 l l l l 1 1 l l l l l 1
/ / / / / / / / / / /
a g g g g g g g / / / / /
g g g g g g g g g g g g S v u u u u u u u u E
u u u - u u u u u u u u D ,
P s N g t A
,s 1 1 1 N 1 L A
o 1 L 1 1 1 1 N 1 1 A ,
1 1 1 1 1 1 .
l' .
E t -
u L .
A .
V .
g ia .
g g
g g ,
v ,
, t.,
< i, n ,
o ,
4-L _
c V E
t G T u A L
1 N m P .
0 JE v 0 t L v p i, i
l r
l r M(
a E i, j
f t 3 ", ,
u y, ,
O " ,
' t t
u .
L 9 9 m
v . 1 1 2 2 2 2 2 4 4 2 2 3 2 2 2 2 2 2 4 4 y
. 3 3 A 3 3 3 3 6 6 3 3 A 3 3 3
. l 1 !
N 1 1 1 3 3 3 6 6 .
i 1 2 2 1 1 N 1 t < < < ( < < < < < <
1 1 1 1 l 2 2 ,
t a
' < ( ( < < < < <
n w _
u ,
m m
i,.
- S 0 0 0 0 A
i D 5 5 5 A 5 5 5 A 0 0
< 5 1 1 5 5 N 5 5 5 5 4 N < < N < < < < s < <
5 5 1 1 e
U < < < < < < < < < _
e O _
P 1
M -
,t. O X X X X X X X X a .- C X X X X x X X X X X X X X T J _
E J L r M .
)
O H :.
I T 5 H a U.
:.A 8 f M .
L -
O 2 t
2 A o X X X N X X v T 1' 3 V- .
X X X X X X m X X X X X X X X e 4 R M N (
O T . C R N O n .
, T I
l. - e . o o1 o t
o6
.o e' 35 2
F A H i a m m n m - r5 e2 5 l e -
D T Ew C t r '
a* r a e"
e .e r o
" to3 lo s io5 eo lr r 3 7 0 U .. AR n it n . t o ' . h oh t t o "*
r o- h4 ho h3 he e75 n
. 8 s 1 _
H U. n f n d do "* , t. ta r
ra 2 5
(
a. lo) . h"'t cI o o o) o >E H r lo* lo *' k3 k7 ic5 ks N4 h i4 v7 i4 v7 3
>l"
t N t. . F ?os y 1
r8 m1 7 r r) hl t
h- O5 O0 D:t O7 cs evl h t h 4 _
lo3 Cve lo) a t
ns h3 h"'2 t J e St c2 r3 s o2 t o io '* Di h t a 1,71 t. e m c .o 32 es
< 7 a0 ac 2, (1 1e I
t Ao 2, .
O N r, 1 h9 tt T
N P , A .r A
.7 s4 e (" , r5 B2 C* C8 h h0 2ew7 C6 C0 D ;;" .n.
1 1 . 3
.e n 1 n
. .u ed ued uidr r
o o C o tvi V1 0 ,: ,
.o CQ*V90 .t V yo V-7 6 .
.n Vo 1
v.o .m .o F vF v '* , Vr5 V v. Ve 3.eesi v "* Ve v', 5 Voc. vo vl c t G < 2( a< a 7, Se a [, v1( a" Ihu O
.tt 16(
1 DM 3 r; 2
1 1 t 4 h 1 t o 5 hi 1
6th 1 e F
1 c V
1B t o oc ze ih zC A
P E
>-su r . , v u. u , . . s. r,, , t , v. r . i n . n, n, ~<,a. na nu, .
f'rt# % f stri +
ormnier n 5 nrua Pacr v 4 TX0065854 001 4, . , . , ,,,,u l . PO L t_ U T A N I : w aien m ' 3 Le t t a Ets t a t e ra t I S S I N T A H l. v. i tn m.ef 7 t's hp WALUE
^
'" f, ", , ,f ,h,'/ [ * ^ ^ ' ' L' " ' ' '
f',f'\,7.h j,' f v ^ L " L I ' ' ' ' 08 A kLp ' '"[ 'y' "
pg 's N G 'O f
= . - ' . * .< = ., ,.,a*::.r,-
of e. .la6r. ; .
-w *un. *meMUM
,,,,(f,,. Dg,sAtL.a V , ! ,,, , , e.g...
,., t ,6 - . s vs .
4. g g g p.
,...,. 1,6 ..s
~~~'
vsas
_l GC/MS F H ACilON - VOL Allt E COf.1 POUNDS n o..# man .1, 22v. Methviene b chio,we iis 09 ri X X <5 <132 1 ug/1 lb <5 NA }
23V.1,1,2,2 T ote n bioco w e"*
X X <5 <132 1 ug/1 Ib <5 NA 1 79 34 $$
24V. Toteachto<o ihrten. 0 2 7 to 4 2 X X <5 <ll2 1 ug/1 lb <5 NA 1 zsv. tosuene 10e 88 3) X X <5 <132 1 ug/l Ib <5 NA 1 75V.1.2 Teens
'NToU""'
i X X <5 <132 1 ug/1 Ib <5 NA 1 27V 1,1,1 Tr f-
,"', Q'$'"" X X <5 <l32 L ug/1 lb <5 NA 1 28V.1,1,2 T r #
hiotoettsene t ?9 0o 5) X X <5 (132 1 ug/l th <5 NA 1 19V. t richloro.
thviene (79 of el X X (5 <132 1 ug/1 th <5 NA 1 Iov. Trkhtoso l',"3 07;','"*"* NA X NA NA NA - - - -
NA 31 V. Vinyl
hio we tis 01 di X X <10 <264 1 ug/1 Ih <10 NA 1 3C/MS F f1 ACTION - ACID COMPOUNDS i A 2 Chlo*<n.heem 95 SF H) X X (10 <264 1 ug/1 1h <10 11A 1 2 A 2.4 Debtoro
.ihanol o20s32) X X <10 <264 1 ug/l ib <10 NA 1 I A. 2.4 Dimeth y l abenoi t tos sr 9 X X <10 <264 1 ug/l Ib <10 NA 1
'tA 4.G D6neten O
':eno'in34 s2 u X X <50 <1319 1 ug/l th <50 NA 1 i A 2.4 Denstro
shenol(s128 st X X <50 <1319 1 ug/1 lh <50 NA 1 GA. 2 Noteophenot
.se is si X X <10 < 2 f,4 1 ug/1 1h (10 NA 1 F A 4 Nittophenot t100 02 7) X X <50 <l319 1 ug/l Ib <50 NA i i A P Chloro M.
C'e$olis9 so il X X <10 <264 1 ug/1 th <10 NA 1 th Pentathloro ahenos tat es s) X X <50 <1319 1 ug/l Ib <50 NA 1 10A Phenot limes 23 X X <10 <264 1 ug/1 lb <10 NA 1 II A. 2,4.6 Tre sNs'Yi X X <10 <264 1 ug/I Ib <10 NA 1
. ~.
oar S l, e..
.z,r>e w,
. - - . a t <
m.
c.., .
c w
32 w, W tJ d D r ~j - : zl i n r z re e5 . , ,
5' o
<- W q ;:!
m 3 :
vi < -- ..
c c2 -
O V
F ll 4
W x C
z *
.c u I
+ 3 2g E 6' C u = w_
r-E C4
~
va
v. .'
w .
C CJe
+1 .Ew x z.
Z q>
< e C.
g a .
3 1 J . i
( *
> 3
d. T -
e:
>t e
ZE
~
_ s
= d O *r Z
e
- 3 i. s e e w w o s
o_ - s <
n.
5 < i 9 , -
- <t
- .2 w e-n ',
TE
~- -
s- ..
x a
(
2 ;
c a .
W 3 .
J .
4 *
> I~
J o -
1 8
m 3
sa 2
1
=
i. 9::- 2 i
e
o e u l
..- <J * * *
j $
x x x x x x x x x x x x x x I 2
x x x z x -
a 1
e ;; . z - . ,
e <
= < .. *
~ m 1 s 1 1.: $ n ,
w a ~
r
....a
...-p m,
.. .o i
e i
i
2 2 - 2
~'
=
e z o . g o g 3 - E E .-_ I ~- ;; <_. 6 6-_ _ _ _9
- ver t - : * : S c. 3 22 -12 m 23 & d B: -
o -*w2 I I .t ! ; si:; 2. f. ;. "I < 5 -2 gie . o e~ ; IS !n o ? - '
i E
Ec$ i "y Ig !~
a :~ :
II i-
=
E!-a iS ,z. 5a ale cr. o23 5I: $,2; b~ bf;:- e mu} $.
sh EI_ I3 I I n i
6.- u- 2 _g ol_
$E
.$5-Eo
= za Er8 --te = = ,=, = d m c 1- o.
- 0 <z 2 zt g <a <ea m. E.g n* e- s m ;; ate vo oo r '.
z o
L -
u em,-
<:8 m e mg
. mI.*
.o e a s.a
==a
- a *B - S e-eso *e- *<- - = .e a- .me-.e ,em .m R . -mys m.e vtt m ,. se =. ;c 4 m.
.z- .g o .,c
.l e .,
. S i
e,t* =--= m ; n.
c ~m n- .m e *e m . -
4
.-- .- ~a o . ,- .m .E -c - o=~ ~ - -
~<- -nw
-c-. - s. = <- ol -
, i
- -6 a n W
i l
l
Cao
.e
, , *2#
le*
2 :
I 1- w 5 W
x r],<
1 4 "
, ;J g
e i (
.Ft e .
vv
- e a- a a:
q" ty Ga .
.n e. < - >
2' w -?*
3%
LM ys t, a
1- r, *- #
e (be (
ver .* 2
Et C Oy[ ,= J COT %. -
O Zr a~
w w; Z*
C8 wt CJe a s g s.
2 8-
-4 w
3 9
< f
$ > 3 2
3 u
a Z~ y=
J&
d "
(5 y? r*
t .5
.. . ~ * ~.
3 -!
- g -
E.
s.
J <
( ,
i : > s
~ ~ g? :.
7 -
n r
~
.x c m 25
?A .3 -
00 2-
. in - .
=.: e a EO E -
2O
-X 3
gH
3 *
%. g g a . .
x *
t
> s u
> T
=
.J r
. w g ! sn
, C
y 2
. r D t
ai [ . ,
2 - of e
! O y
.J '
$e . X X X X X X X X X X X X X X X X X a .... ,
3 M M X X '
e t
.. w a
1 y w : ,. s ua L.
I e ,
4
4 ,s L *r.?2 to O
e14 I m !
.s. . ' .,
C . z n o
- =
e 2 o o. N *- ~ 6 c ! *
c ,
2 o= e CO2.
54 ;
3-oo ; E ~$ 1 r* e 2e ?? e !o E
e
. w(. I, U < $
4 r
-> g s
7_u.
-N
-v e
t N -
c e
c i --$ S$
g-Su
i c e o
.s.c 0e
- 3V m-w e 7.. o e D c an e
7
.st xg =. 2 p s.- xo 6
s r g z- sg; .
r
." .- s r.- r e-~ .,
E .o -
m 2e.
Zoo- C .,-. oc c-
= e. x-o c o e*e o~
x o-o g r a,
_O ,E .
g,*,
5iE 55' di "ej .
.n en 6{[m "jg
~
M g-
"U y g -
g,; :p g',y zp E
z $25 ? e 'mle m e =5, i :e og3n . zg zg z c r v ~e m . .,. 4 ,e s,;;; si, et,.
m2 m2 gg.r .mg e .m; m* m m m %g n.
'u o e* 4 mm. ev t ., ma nt. .x, . .
n, ,
o n, n ., m,s,
.e ,
,e t,..,. ~. g g -,. 'o. e t. ~ 'ge~
p, '3.
- ~
w- ev t mf2 . m -.
R o. Mu me n--
I
l 3
ttg
) ng
. * ( ng t; N a, a
4 .e 5 .
e 8 r 5 r E ,
6 (
0 C "LA g 0 ( ' g X 8A 'V T T -
o
. N I "(
't N S =
t A i .
t m
r e
s P s n
S u E s D l u l
P i t
N f
( NM A 4 Eo re P Mi E )n '
anv s
na.
'a
'n u
'" v
,a .
H u .
A .
v 9,
j t.
t g ,
7,, ,
f, ,
I ,
1 6, -
0 t a
t' 0 H ,
l W
c l
a t f u a
t a t u r. a e.
O t i
w
t. y, s, t q r ,y s r,.
y
t. ,
j i u, -
w, t, n
a h,
m .
b t.
u o
L 6 ,.
m . d v e u
s v q i
f m
t e
m m e r
y l t t
S u D o ,, N u, , U m 8,, O n
4 P .
u M _
O a , C L
e* .
A
.. H X X X X X X X X X X X X X X X X X X X X a r"., T S T c c.
U E 1 N>
e* . E D 5 t
e e
I. N t 8 i
n e /
tC 2 s
r b c I" . t u $ i
) S ) v E
H
. . A
.. B 0 E i le P
T e
~ " . ,- 1 g F
(
( -
M N
(
C o T e N 2 O n O n n -
n N s l o I e sa r 0 s' A i n c. T n e 1 g
f C i n hi e e e C a ttu sa fo 5 D T g r a
A oe f n 0 n s v F O oed I F
r tis .n e n) .
e A s8 R n
ta T
D E
D 0 ee o
d9 e
d9 flu s 1 i r , 1 4
d 3 l
L e- F i v n e0 4t e 1 n2
)
Cl t b C7) C) C18 e<) D)3 D)9 0)
J n7 n7 o 87 i e te m Ni L , e S Nn)s e h.el r y0 e-
2. b 2 S F 4, 0 i 4 H H t 9 H lo9 B
t. )
e1 F 9 t9 d
n 0 d) n8 d.3d n v9 p) e8 o r
I T O 4 t Nh0 Ps P0 1 om M0 H 8 R 58 f9 n 86 h4 4' . 9 4. 5 d' 4 e
D7 G2 Q2 E'*1 -
E0 H44 F N
e r M ts3 o r M A9 78 C7 42 45 45 5 2 1
e h. 2 l' / 1 e n 0 9 8o0 / lf 9 d9 b91 5 5 Pi
.3 t
P.6 A O C 3:ds 5 2 l 2 C 0 1 P 0 2 2 P0 P1 30 P 2 Pd4 M 1P1 u( P
. 1 G 7 G 4 con P3 4
C f i 4i s 3 1 4(
6h1 4 cf G t r P 3 2 t P3 3(
P S 4 f P3 S(
f' 6(
5 P5 F (
P7 R(
P7 91 0
16 ( 1(
1 1 1st 1 A7 1(
Si7 iaj 1( E
1
. e . n . ~ u m m n u. ,,, , , . .., ,, m , , a t .. . , , ou . . . u. u u u .. o sew- Avv=s cars % itxn oos, COrdTINut D FROAt PAGE V 9 TX0065854 001 a n ...a ,..,,,,,,12 3, ,3 ,
1; POLL _UT Af4 T 2 u n ee se e 3 g.r g Lteg eg g 4 LIN l t *z $ I N T A M t'. , Preewtel)
Ed"[ifrI *:r- ';. :: . :,:t e =*nuu= oan.vvatur " " ^ ^ '" %U.?JW * ^ " " "" 'hA "JJIW " ^ " ' ,"y,*J'
.couc ~ , O a,"'i't t',""u n_ ",a,a," y
,,s .a e r.-, .p,. :. :, .: . ,,,,,,,t.e,,,,,_ i,s ... , _,, , , e,i , , ,,_ i,i.., , _ , , pa, , , ,,,, . . . , . v u ., 'aa'"= , , , , , ,
s,i;,,- ,;- i... v si s GC/MS T H ACTIOP4 - PESitCIDE S aroe,reamt) tFP Hentec mot e s,.. w.
(1014 57 31 (ggy X 19P.PCD 1242 153469 21 9) X 19P.PCB 1254 (19097 69 il X 2cP.PCs 1221 ,
titoe 2e is X 21P.PCB 1232 (11141 16 SI X 22P.PCB 1248 112672 29 66 X 2 3P. PCB-1260
( t 1093 82 5) X 2CP.PCD 1016 (12674 11 2) X 25P. Tossphene (2001 35 21 X EPA Form 3510 2C (Rev. 4 84) ^ '
See Comnents for a list of footnotes
_ _ . _ - - . . . . . . . ~ . - _ . - . - . . - - . _. , . ... . . . . . . . . . . . . - , . . . . - - -
.a...-.. - . - . . _ . . , . . . . _ _ ___ _
s r.9 A e u N uM et n scopy frani Irerri I of Furne I PLE ASE PHtNT OH 1 YPE IN THE UNSHADLO Alti AS ONLY. You may report some ur all of Ay,n em,s. d this snformation 0n segwtate si txts (use the same turm.,r! inste.ej of completmg these pap:s j TX0065854 ous % am om9
$r r f PF f 41it'Tinns l Amrmte ower r137 35 PAR T A You must prowhle the resuits of at lent orm analysis for every pollutant in this table. Complete one table for each outfalt. See instructions for additional details.
2. EFFLUE N T 3. UNITS 4 g N T A K E (optrors.rff c L O N Ce T j VALuL I'U##IIM**bI og g y
1. POLLUTANT e. M A nsMuq oneLv v Atut b. M A A s1,g jg},gv v a Lu e. ,Q ON N
- . t i,l- . . afg g 01 M"SS ANAL SES
. e m s.m,< .'
_t
l . _..
gg ... g.) ... m , . . t- i,l. . . , _ (d u a..
AN ALYsE s N m . . .I * .I. . . . - t a p asi . e .
U,",i,8*", U *"' *"" 4 NA(8' m I mg/1 NA(12)
a. ce,.<,m.:
c",}l',, D *'" *"" 19 NA 1 mg/1 UA
c. Toi t o s nic cart.on trocs 5 NA 1 mg/1 NA
d. Tof al Suspend.d souds(rss' 25 NA 1 mg/1 NA e Ammoma f.as NJ 0.3 NA 1 mg/l NA VALuE VALuL V A L tJ E VAtt8L
f. F lov' (3) o
""' ~ "' ~
s.T.mp...iu,.
"'"8 vn'u'(l3)
N/A
'C
""'"' "^'"" "^'"' "*'"*
h h m m r. ,
""'"'"' ( F) 32.5 (90.5)
MINIMUM M A M AMuM MINIMUM M A MiMuM
i. PH ST AND ARD UNITS 7.94(14
PART B - Mark "X*"in column 2-a for each pollutant you know or have reason to beheve is present Mark **X" rn column 2 b for each pollutant you believe to be absent if you mark column 2a for any potiutant which is hmited either der ectly, or mdirectly but expressly, in an effluent hmitations guidelene, you must provide the results of at least one analysis for that pollutant For other pollutants for which you mark column 2a, you must provide quantnative data or en emptanation of their presence in your discharge. Complete one table for each outf all. See the mstructions for additional dstasis and requirements.
l . PO LLU T. a. M A nn >x 3. EFFLUENT 4. UNITS 5. IN T A K E (opno*hal)
ANT AND k M ^ * % Y,.d. fan)
C AS NO. ,, Q. _tj yf e. M A m eMuu O AILY _A Lur. YoUefiaMf dNO Of A N A L.
a LONCEN t M Ass AVtH G A L. JE la NO OP ANAL.
rir ..a.w,;
. . , , ,,,,, , pt , , , _ i., ... , ,,,,, , et , ,,; io ... , _, m p,i,, , , , .,,, t o . . .. vus =ama m.,at , ,,,,,, to .... vu m2 .a ' = ersi 9s9 ~ 'd* X <4(1) NA(12) 1 mg/1 NA(12) e cnio,in..
totes nes. duet X - -
NA - -
" ' NA X <5 NA 1 Pt-Co
d. Fecel Cotiform X - -
NA - -
e. F fuoelds its9844ast X 0.3 NA 1 mg/l NA
f. Nitr6re-Nitrita(m NJ X <0,1 NA 1 mg/l NA P AGE V-l CONTINUE ON REVERSE EPA Fcem 3510-2C (Rev. 2-85)
p[
%^, "
3 V
u E _
G t) A e
t P
ni e
, N r ,
O _
p
_ E 6 U E
e g N M go I
T T A N T
N I
g O C
5 g ), .
a i,
)
5 2 5
1 4 " ( _
5 5 A A A A A A A A A A A A A A A 8 1 t
I' N N N N N N N N N N N N M M N N N 5
6 N 0 U gN 0 4 O 1 l 1 l 1 l l 1 l 1 1 l 1 1 l l l X s
/ / / / / / / / / / / / / / / / /
T 1 A
g g g g g g g g g g g g g g g g g
. H m m m m m m m m m m m m m m m m m o ,T N
f o's i
t O f g 1 1 1 0 0 0 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 m iN "^ ,
r c
P E U
S L ,
E A D V P
g N g, ,
y A g P .
E M
/ -
E T 2
)
C p V N ,
E' O G L. A c ,
P _
E T U .
2 N L 0 E A 0 U v .
L L yf ,
l a
F F
g ,
g f E f .
j t 3 ,
u %, ,,,
O _
] )
( ,
D , _
E .
U )
L 2 _
A 1 V . (
v
)
, A A A A A A A A A A A A A A A A L
(
N N N N N N N N N N N N. N M N N N At D
m ,
u ,, 2 2
, 5 4 1 8, 0 1 I 1 2 0 2 0 5 T
N Mlx
/,
I' 0 3 0 7 . . . . . 8 M.
n n A ,
1 1 1
( <
0 0 0 0 0 0 2 G 0 1 0
& M ,
u a ,
5) 8 o -
n m E
S X X X X X X X X X X 2
,U X X .
5 r
'n e
'5 e v
s t
A ,
R(
u b. X X X X X X X X X n M
- C 1
i 2
2 .
N 0 n T
) ' e ity ,
m 1
5 r " m, v
u , e.
t m3 t
U Oi b '" u l* S la) ,e: 3 o'o 31 " .
o " ' v it c m. mla o u 5 33 i
s t u 4 n , . s ts m e,
, , o6 L o
d e a u 9 e s4 n m, s n o m v
t L d n hp [. h e i iu t te 7 e t c o n, 2 lt , T9 is e s oc ,, e s Tt t u t r Se e a e d l's e e e n a o u O s s
o5 60 d
p t el d
al do aT fs '4 R lu 0O i
v f
l' d im ,, e6rh u 3 o 4 a , ,8 n o g y n a e F
" '* , ia u b o ttn u r n9 , e h 7, lAe i e
B$
l P Ra 1 tu3 S[s u a r
i .
f i(
Oe
.r P R )t o Ba
)to )t 3 o R
)2 6 . S 8A4 s 4 s.
l A$ D o
U[ q [f o3 4 C.o 'j" ,Ir4
, lo M $", M y", m$s Ted A
. , e f'
'ce hG _Y',nE i 1 L {" 1
. 1 (t
2 (T (T 4
12 k '" 1 t.at m l" n o [7 p[
r[ .7 t[
[7 eo n [' e i
e( w[
S PA 0 D. MUM etL R (copy from irrf's $ of 5 0 7193 f UU T F ALL MUMut W TX0065854 002 NG A'E,'ms, ,
Amruv ereecnes 72 Jr #5 CONitPf tlFD F ROM PAGF 10F F Of4M 7 l' PAM C - ff vou are a primary moustry and shis outf ain t ontains process waste. vater. ref t e to Tabie 2v 2 in the instructions to determene v6htch of the GCr MS fracteuns vou must rest for Mark X"in column 2-a for all such GC/ MS Itactions that apply to your endustry and for ALL touc metals. cyamdes. and total phenols if you are not requered to mark column 2 a (seconifary industrres. nonprocess westewater ouffaf/s. and nonrequererf GC/AfS fractions), mark "X~* in column 2 b far each pollutant you know or have reason to beheve is present Mark "X ' en otumn 2 c for each reitutant you belteve is absent if you mar k column 2a for any pollutant, you must pr ovide the rt sults of at least one analyses for that pollutan if you mark column 2b for any gwellutant you must provede the eesults of at least one analysis for that poitulant af you know or have reason to beheve it will be dist.harged in cc.ncentsatsons of 10 ppb or greater if you mark column 2b for acrolem. acrytonitiale. 2.4 i dmitecphenol, or 2 methyl 4. 6 dmitrophenol. you must provide the results of at least one analysis for eat.h of these pollutants whgh you know or have reason to believe that you discharge irt I concentrations of 100 ppb er orcater Otherwise. for pollutants for which you m. irk column 2b. you must eitheer submit aileast one analyses or boef v Qscribe the s easons the poffutant es empnted to be discharged Note that there are 7 pages to this part. please review each carefully Complete one tat leIJll 4' page s) foi each outf all See mstro-tions for add t.onal deta lw and regmrements a UNtTL 5. IN T A M E (. r rontalp I. POLLUTANT 2. M A H i4 ' A ' 3. EFrLUCNT
""" 9,'$ M 8/^p* V """ * """ MUM ' ^ " ' u HO.OF c**- e. M A m eMUM O Atty v mLU E -t NO Or a COFcEN 'v\"t% t UMDE d* b.
e.. * * * *e*** An a t,
'"a"" ts mass AVE e U y,7.*,-
A n a L-vsas nr ee.a.bles . " ' . . 02. . .". L ,,,,e,'),,,,,,,, t : . . .. ,,
p),, , , , , t,i.... , _ ,t,,i,,,, _ t,,-... vsas t.:-...
METALS, CYANIDE, AND TOTAL PHE NOLS NA(12) t u Aa'i=oav. m gi (
Totat t7440 36 0) X X <0.003 NA(12) 1 2M Aesemc. totes (744o 3s 2: X X <0.003 NA 1 mg/l NA 3M. per yihum.
T a'*'. 7 480 di 'l X X <0.0005 NA 1 mg/1 NA 4M. Cadmium.
Toest t 7440 43 9) X X <0.0005 NA 1 mg/1 _
NA SM. Cheomk,m, T a'*' f 7440 d' 33 X X 0.002 NA 1 mg/i NA eu c o er.Tose (7440 so s X X <0.002 NA 1 mg/l NA 7u t d.pic (74992fl X X <0.002 NA 1 mg/1 NA IM. M9etuf y, Tole:
47439 97 6) X X <0.0002 NA 1 mg/l NA SM. Niceet. Total mg/l NA t7440 02 01 X X <0.003 NA 1 oM. s.i.nh,m Torm t F7s2 49 21 X X <0.003 NA 1 mg/l NA i
11M Silver, Total 17440 22 4) X X <0.0005 NA 1 mg/l NA 12M. TheHium. mg/l NA Toni t:440 28 0s X X <0.001 NA 1 13M. Zlac, Totel (744o 66 61 X X 0.054 NA 1 mg/l NA au. Cyanio.
Tout (s 712 s's X X <0.01 NA 1 mg/1 NA 15M. Phenote, Tesa . X X <0.01 NA 1 mg/l NA DIOXfN 2,3. 7.iw Tetes omscesar eetsutu s chlorodst$nto P y Diemin (176? of 6)
PAGEv.3 CONTINUE ON REVEftSL EPA Foren 3510-2C (fiev. 2 853
_ _ _ _ _ _ _ _ _ _ . _ _ _ . _ _ _ _ _ _ _ . _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _._ _ ___ _ _ _ _ , _ . . _ _ _ . . - . . ~ __ _ . , . _ . . . _ _
coNilNUE D Fi1OM THf F RO?ti *
f, POLLUTANT : MaHM m' 3 EFFLUENT 4, UNITS 5. I N T A M E roptensi)
.,' * ' ' vVALUE N U M B E F4 .I.*,'., e M a st tuuw D a tLY V A LUE
' [i.),f.,Nj ctoNG V M g g .VALut- ,g go n,
.q. '01 , * " .Y , .
CONC " A IA L V ALUE D Mo,D e e,i ...a 6 <.- #
, , ,,, , pf, , ,, ,, ASS i,i-... , _ , pf. , ,, _ i,i... , , ,,, , ej,i,, , ,,,,, e,i.... ,se5 "^T'o" 8 !:,,-",- i ,i . . . .
g vses GCA15 F R ACTION - VOLA T IL E COMPOUNOS iv. acre.in itor or si X X <50 NA(l2) 1 mg/1 NA(12)
((f,",7,7"'""* X X <50 NA 1 mg/1 NA f/i32,"*
8*"'*
X X <5 NA 1 mg/1 NA sv. ees sche-&
meth rf) E th.. NA X NA(9) NA NA -
ts42 e3 in -
SV. Stomoform tis 2s 2, X X <5 NA 1 mg/1 NA GV. Cset>on rot . chi-ks.
is6 23 s)
X X <5 NA 1 mg/1 NA iv. chio,oo.ar. .
(108 90 7) X X <5 NA 1 mg/1 NA sv. chiocom h*o= ~ thaa. X X <5 NA (124 48 Il 1 mg/1 NA
((soEIi*'"*"* X X <10 NA 1 mg/1 NA nov. 2 cmoro ite,,,.eavi E th.'
(3 o 7sar X X <10 NA 1 mg/1 NA
,',',vy h, ',"* ' * *" X X <5 NA g 1 mg/l NA 12v. Otchtof o. '
t,,omom. h. . X X <5 NA (rs 27 45 1 mg/l NA 13v. DR.h8ero- f aivh orom eh.
vis ries NA X NA(9) NA NA - -
s,Mh[$."'E X X <5 NA 1 mg/1 NA tov.1 rthan. 2ioF okhamo X X <5 NA es 2 1 mg/1 NA -
j tev.1, s .o k hem o I
sthvua.t ts as an X X <5 NA mg/1 1 NA ,
t ?V.1,2 Okhtoes !
pros,ea. <7e e r st X X <5 i NA 1 mg/l NA f in 1.3 Deear,. l prervbasis42 75 et X X <5 NA 1 mg/1 NA trv.Een vid ne.a.
s too 4 3.4) X X <5 NA mg/1 1 Na rov. mthvi (Jeomide (74 83 9 X X <10 NA 1 mg/1 NA M.t/j"er 3i X X <10 NA 1 mg/l NA EPA Form 3510-2C (Rev. 2 85) P AGE V-4 CC NIINUE ON PAGE V.L
Mls
. . &g Aa J N l
a MAv ~
u ,
j 4=
r u -
y g p g E )
M Iy E, g A
T {
y P
I s
T U ,g
e
, s E *'
t i g ff T.
' l i
.I s
w f, s -
.-. Il A k A A A A A A A A A A A A A A A A A A A u N N N N N N N N - N N N N N N N N N
. 7,.
. S i N N N T t
.' l
l' d r
U g" 1 1 1 1 1 L l 1 1 1 l 1 1 1 1 1 l
/ / l l l l -
4 L '0 / / / / / / / / / / / / / / / /
g g g g g g g g / /
I g g g g g g g g g g g g gA m m m m m m m m - m m m m m m m gH m m m m m
,1 f
Ot' . . :
at DENS 1 1 1 A
N m
y 1 1 1 1 1 N 1 1 1 1 1 1 1 1 1 1 1 1 i
gl t -
u
.U
.(
t
.2 A
v o.
u n0 e
ua. 0 f.
)
3, s
g, t 7 -
n ",
/ ,
h u l, o ' 1 gl I
o 0
t f i
y "
s 4 ' n
^ . -
. lc V .
s
<v.5 4 Li.
', y 8 y $,
v. 5 p } ,
n6 C M, -
s>0 v0 3 ",
nX uT %
f u ^ p u
u ^
u "
u D N -
o t.
I u .
A L e
- 4 Vl v .
v i s
A A A A A A A A A A tL n
t i
a N N N N N N N N N A
N N A
N A
N A
N N A A N
A N
A N
A N
A A ..
o l n N N er ,.
M a u ,
)
u , s g
t f, 3 t
u t; D 5 5 5 5
( 0 0 0 0 0 0 0 0 0 0 0 0 a 5 5 5 5 A 1 1 1 1 5 5 1 5 1 5 N < < < < < < < < N < < < < < < < < < <
1 1 M U < <
e O S P
D .
i M N
vaL O X X X X X X X X X X U X X X X
'n t " /. C X X X X X X X L
O P
n + L M .
I 1
se
o "', T O v a I'-
f. A C r w L D
c a O I C
n **~/ + {. V X X X X X X X X A X X X X X X X X X e - N A X X X _
s
a d - _
T > .
n 4 O a a 4 i N m n f I r
i o s 4i O n a
. s r A !4 T I e t1a s" I a
eua iv9 On i w to C f'. T lo -
oo i -
o* i T b os n - i oi rs n T U Da B
y A J'/ 2. a.
h 2 c
7 .
n n*
ra 1
8 e
r T"*
r r o C p so s hi tee 9
e 2 t 8 h
.e h
e Mr oo os le8 T "; 17- *** s te t r 4 f f e s1( .l los to *" A ro h o c ms e
e2 p p rs tha. '
To L 2. h ) h 7i hh m4 nei o i
m u 2.
tyti R eo o u L F ,
t ia - ; lo i i 3 oe ci n te e S 7', 1. -t5 te.
Ta os 2, ;' 1.* $ 1, $* ic.
r kr '* di in. F h s Dnt Dl Os rs r t
as r
iii t . lhs s si ]2
5. e O Nt T"'9 C i 4, ph2 1 t 1 o4 Te 1
. ; 1 1 T v*c S 4. so 4. ot( N N2o Ct "s t
u P s e
A .r3 vei9 V.W v.e V g' V; V8iy .
.$ .ie" ,'6
.o M 2s 2 2 sii 4 o.
4, i 2on 2i s
4 i t.ns e 2os _.
C Eo c Vvh vi n o P.n.o ^so . ro .
Ahn.
h n 3h7 V
s- / .
P.
Ar .o. Ah
. Aaie _
I. G $ 2 42 at sI i 6 2 '?, 7 M' 9
t. 0 3 P" 7 n h C As 1s A h, A, . .
A h, An Ao Si s 2 2 ' 2 3 i 2 i 1 4; i, ?
i Rc i 1hs t l B s f
' il t :' .
ode >
g 4w
,z r* a 3 -_a e g < r
- 4 E. . 2
- w . O
c. .
.I3 I W w r ;, 3
%> E.
z
~
z ;
2 2o o ;
02 .e os s u
.e -
e u s:
s> o.
< -' *e
~
7 c
M d
e 4 4 0
2 < < < < < < < < < < < < < < < < < < < < <
C , n Z = Z Z Z = Z Z = Z Z Z = Z Z Z = 2 2 2 K -> ,
H Z ,
2 Zr C , *D - - - =* * - - - - -* -- - - -* - -- - -. == -*
2 r~ N M
N M
N M
N N N N N '- N N N N N N N N N N N N '
04 M M M M M M M M M M M M M M M M M '
," us. 2 : ; 3 : ; ; D : : M D : : : : 3 3 D D E
w .,
Q. DJn C ***
ze - - - - - - - - - - - -
(4
u.;
M w
3
= J .
> I w J
~
z..h se d -
I. e? c
=: .
s o .; '
z .
e, o ; ,
J - >
m ' W
~
g O I N > 3 ; , L ,
o 2 . i C >,
L".
a >-
S th
~.I c: -:
w w % >
M "? g 15 t C n -
s' -.l 2
a :
4 .
I i r
t 4 ,
w 2 . ^
J 4
m
> I v
> T < < < < < <
~
Z Z J. Z Z Z Z Z Z Z Z Z Z Z Z Z Z z 2 2 Z Z o -
I A
3 5 3 2
2 . ;.
3 '
" M 2 o o C C o C O o c o c c O o o o C C I I
v v
v c - - - - - -- - .c - .o.- - - - .O
'a.a v v v v v v v v v v v v v v v v v v e .u
, .J =
4 U.I $ x x x x x x x x x x x x x x x x x x x x x
' > ..sta:
<-, 2 z r -
w -
o a ;;.. : z m z
2 ed: 3a 80 rw i
w -
x x a
- !*t.1 nm x x x x x x x x x x x x x x x x x x x e,
I g
h > 2 g- .g ;
o m z
e e _
,_ ,g n gegh- 2-u g* 0 "
3 T. .
h l~
m 1 * < n o C ""W' -
.! * ~n o
2
- ~ ~1 f
4 5 En 4-
.- 2 e
c3 .
- a , - o 2* -
- oia b5a ^*
w O
Dum 4 g
.s c I f
g c*
g *-
c g-2" i
3-
-S.
II' 2*
2" o
e.e s" l 3
2_ _*
tI_
'Em w"
~
3 _*
d s%g_ J E_ *w I_ _ .E 5 * *$- )o je. 3-
'f 'c" **o f*
e o
e j.g- 2 o-e.
L-2 o
e m
z e m 2 . ',
a23 O
l m .
. c.
<n
e
=
<e
-w t- ** e. g o c. . S.-
. e. og n %. $m- m E %* ,n . e e c. $ m a,~* - m,,
g
l 16, m-a ,;-
26-m; n 63*- U' '
2*
k .
o g "o No de E- i z &gz t- g <o e, m er nfe et- 2a a.g . .g 2
. o nn. *8 *u-
u*- * -
* " o$ *8, *no
g, sc- m a., g, 9 my.i, s5eg e; s,e m %. 3 v s-o. s* <y e e. *g -
o ~ ~- a-- 5- "
. b.- .. d e-- e6-- ..-'- . .- ~. 5.-- ~ a#- ",- -. - ** *I **4
n-a2 o
u - -c- - a' -- *a- ~}
-6
- a -
w
OJn
, O sw g.
,: Eq>
2 : e a
i t
w .
ED $
W 2 -
x -. >; -
g ;
m,- gs .
e t at 2 t e .- ue e a :
w> 3 m.6 -
f% ( -- d?
5, .
l D.x , ~ -i ,
( i
.7 % '4 re' : (- < < < < < < < <
Z
< < < < < < < < < < < ~< < -l
?35,g
/
Z 2:2 Z Z Z Z Z Z Z Z Z Z Z Z 7 Z Z Z Z 6-Z t
. O st , 1 I 0 Zz l 4
i
.-e v:
Z*
s c4 s
bc s
bc s
bo s
M s
cC s
to s
et s
M s
cc s
cc s
b0 s
60 s
-e s s s s
.-. .-e s.
~
s l' -
::: D = 2 :
af> bD e4 b0 to 60 60 60 . -
=
.a
.~
O 3 0 3 3 0 3 3 3 3 3 3 .{,
i
.Ose
,c . - a .-.
1 z * ,- .-. - - e.e - - - - - - - !,
a t n 3
.n 4 *
'v
E e-; s
3. C C -C -
r
. (:
a :
< 15
- a: .
i O -
0 J c ;i N
~
z -
j l
o
-e a fl
. \ i l
6 s
- ~ ,
W g
> 1
<! 0 -
_ 4:
e, m.
~ srct '
1 :,
n .
sr \ 3- l
-. c4 c 4
2. .
3 C- 4 -
t N I
% l- ,
0 *
. O '
m 4
- N
> 1 : v
> ; E s -
Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z
(
e D
Z Z 3 - t
- en b
e .
9
=
3
ci O C C C C C C C C C C C C C C C 4 .
S - m - - - - - -
C C C C C C 2 ** - - - - - - - - - - - - -
O v v v v v v v v v v v v v v V V V V V V V e U J
g*j x x X X x N X X N N N N
-Y y.... e 1
e * ;. .a w
i ':l! E w '
S ,., ;.e, N x x x x x x x x a
M.
a an T
=
I X X X X X X X M M M N "
g g "*- "
.g W Z
e.u '
2 4'
C $
I ;
=
e 3g C
N r
I h 3 g
t an N Io g
e at 6
'e $ 1 I* af e c
um?
.* ."J O 2 -?
E K c- o i
e-r-
6 gem y.
. $ l~
mN 5g oo zec 0- i3%
E E
3. .j 5. 'E 5.~"' 9f- B r
6 5 $2 g
-$5 M$~ ' *e N- C,-- e o w
,D ' " "
9~ 0o D- c .e **m ->
N lO ~ **
3 3" "" .2-0 *. CI- t- n- ga Z.-
E [ *h I T N 8 #~ m 0- se m _M Z e., "m >,
? &: ( mz m2; sE, m s;;; s s,g s2 mit e 4 h h ! ,e N 3 u m2 m m .- m; y g Na n= Mem *z m es No. NA. Na-er qt- m N .o a
N .o me- ,g ; ~e 8 NL- A r,I "m "e m
N m 3, - 'me s-m e>-
" *- M""
2% -
m g*m~
g- gm ,e.n
, ~e *g* g=N
, z 'w' n: "** n ~a
Oas
. .e. e *
a 2<* Z# N"
-. w r O
1 4 e , s E a *
' Z
3D 0 t
- tj t .#
w ,
2 -
. ".m Z 2 E,g n C. -!
2 O
e U
':> ii
< i 4 .*. .r e
C 9
c. e -
4 ' w l j
E g < < < <
x
, z = z =
E- .
.u.
O ZZ C ,
Z .Z % % x s 37 % M 2 X u z w
Z : = x .~
E 6
a, z .a
~Z# " ** * "
M Z,> .
N -
C Z 3 a * ,
I L. 1 .
W g -
M ci - r
3. E.
i .
s .
N e
3 :
Z .
3
?.
i d
a 0
e ! 3 <
L l s - < ;
v : >
N
C f. :
C
.- 2 -
- - w z gi i bu k 5
= = ;
O 4 .
e r 2 i 6
r l' .
[
w
^
a - N 4 s 4 -
> 8 : v
> 0 I < < < < f
~
f Z = Z Z '
2 +
- .. i-f a '
kd O z
2- .
0 6 8 :a g3 C C C
d .
g - - em .Oe 2 i m V V V V
. ! u- ,
a i
i.I E x x x x x x x x x x x x x x x x x x x x
= g*: - a
~ -
a 3 z* ...
~ c
. .e z s
,23 '
- s ~:. .5 m u.
t - ;, 52 x x x x 0 *
.n toi g - e
, _ e E z z u
z ..
u o
c n
- . e
<me a c ! 3 3 e o e w<w2 i i c - .t u . : 3 s 5 :
a e ,s i 5 *.fo.
m sum 2 . < c - . o e i. 5 -
e n 2e1 E 16 .E: *- e ;; u* ve u 4-- C C 0 i ?- - I- - ,
E W
-z az =- a 2y o .g e .- -
> ~. ~ "
o e,
=
- - e-u
- =-
m, o.
.n- c. - o -
.-- .e ~ 8 .iii T- v -n E I
g a -o= goe => J~ ws!
3 U
"<:; o =% , ,;;
O n. 3 E vf
,og
,E e ,,
g3g u C.
u o t O kM a to, EM
+=
,b 7-
.c E
2.
u~
Ee we o
, .a,
,.e L~
6-=
o e2 s,. s.
6 3 ,o So. 5 d,." I, 6
.a
=,.
sv. m.
Q - - m- c-M e- L_
~c m_
m.A .e_ ."=. .N..o - Mse3 e. >
e .= @
. m..
E w
i P A I D. N U M U L. H tt <83, t gs aasn ite-en j e## f asern i j UU I F A & L NitM tet.H E tee m A'69 9*rti 04'8 ** 2* N9 coNTINutD F ROM PAGE V 8 TX00(>5854 007(7) Aewmie=rwes 72-ar as I. POLLUT Ata T susu==' 3 t r r t.t s t'rs y 4 UNSTS 5. IN T A M E (. p sumytt -
^
- NU S.q fit _ f *****
.8.'.**. t**
..... -. e. Ma xeMuM D AtLv V ALut ^ ^ 9,[a d. Yak [ eI/u?odoNI ^ aCONctM NtY l'VAtur taf
.'e..
t
."".".. '"*I'""
..M.,, A
" "A O. O 4-4Nr) .".';. 7.".'. . , , jt ), , , ,,, t , B = 4.. , , pf , , ,,, 4,) . . .
,, , p,L , ,,, r , p . .. v se s l' ( j f,"<,*,* - 1,6 . . . . ysas GC/MS F RACTION ~ PESitCIDLS (continuceJ)
$ FP, Heptathpor e r . w. <.
tio24 si as (11) x 18P PCB 1242 j!
(53469 21 9) ,
19P. PCB 1254 (11097 69 1) 20P.PCB 1221 (11104 28 2) y 219. PCB 1232 (11141 16 5)
X 22P, PCB 1248 (12672-29 63 y 23P, PCB 1260 11109S 82 55 y 24P.PC9 1016 (12674 11 2) y 25P. To=ephene (8001 35 2) X EPA Form 3510-2C flee 4 84)
See comments for a list of footnotes.
I i
EPA Form 3510 2C (Rev. 2-85)
+
E e A t D. N U M B E H f enpy frm-t lrr at I eSf f emn J J Form Acrv.**ed .
PL ttusFmfA5E PRIN fon Ort T YPt PrateINsheets THE 1IN5HADED (use the s.a twAHE AS eentead ONLY. You may repo<t some o'. eft of oematicm srp. form.#ri of completm9 these pays TX0065854 W 8
m v 0059 Accrevef emares 77 JP 85
$L E IN9 Tnt FC f #r)NT.
uu r e i_ N O V. INT AKE AND E F F t UE NT CHAR ACTERISTICS (cewtreved from page J of forav 2 CJ 003 PAHi A - You ruust gunvede thr* results af at lent one anafysis for every pollutant in this table. Comp!ete one table for each outf ail. See instructions for additional details.
2. EFFLUENT 3. U NITS 4. TNT A M E (<tpuhmalf I""I' f f M'" % 8
b. M a n cL0NGTM M g y.VALut . on gnu
1. POLLU T A N T e M A st eMuu O A eLv V A t.u r fM.Iid svv"'"L es
,_ m ,. m l7. . . m "'"a" , eu !!! . . .e. "*" . -u l'!. . ,,e I'l = * "
^ " " ' " " '[a a" ' " * ' '
< o-c o l'!. . .. . "*"
. moo..m ..
, *!f,"
, 16.40 15.3 12.66 10.0 7.50 5.7 24 mg/l Ib n v m r...
"d
,"c',if," 32 29.9 1 mg/1 lb c roi. o.s.nic c ema rrrers 8 7.5 1 mg/l Ib a v of.i suw.mse
"""*"" 15.7 14.11 11.1 Ib 16.80 8.77 6.6 24 mn/l
****"'*fa'"'
3.1 2.9 1 mg / l' lb VAtUr VALUE V A LU E. VALUE
"~
0.I123 0.0944 FtGD 0.0908 MGD 363 -
v alt 9L vALUF vALUt v A & TIE 9 I M P.'.tur. ,C rwmrerJ N/A(13} 0 VALUE vnEUn v A Litt 'ALUL h hmp mm
,L f
a"=ect 22.0 (71.6) 29.0 (84.2) 1 ( F)
MINtMUM M A lt iM UM MINIMUM M A M tMUM
' "" sT AN An UNns 6.87 7.70 7.22 7.42 24 PART B . Maek "X" m column 2 e for each pollutant you know or have reason to beli eve is present Mark "X"in column 2 b for each pollutant you befieve to be absent if you merk column 2e for any pol [utent wtuch es limitert either det ectly, or er-derectly but espressly. 6n en effluent hmetetions guidelme you must provide the results of at least one analysis for that pollutant For other pollutants for which you mask column 2s, you must provede quantitative data or en explanation of their presence in your discharge Complete one table for each outf all. See the snstructions for additionel details and requirements.
8 " ARM"M 3. EFFLUENT 4, UNITS 5. IN T A M E (opriortaff I. POLLU T.
C S O* 0.' N, Y'. I**,
.. M A m eMuM O A sty v A LuE " A * % $.jM@ V ""' '1 " O O '
4.LOMCEN b M As5 A V E R A f*' E V A L U E h MO. OF ANAL-
,"""'sYaYadaYeI'.^..
A N A L-(f r .wa.Nel . . . . .-. , m ,, ,11, , ,,,,, l i . . .. _,,, , L f, , ,,,, t,s.... ,,,, ,11, ,,,,, ii- vses *' a " O "
. ..,, , L-), , ,,,, tei- n vsEs
. e.omia.
(28959 57 91 X <4(3) <3.7 1 mg/l Ib t> cedo 6a.d,.i s oi.e n... X 7.2 6.7 2.63 2.1 1.97 1.5 355 mg/l Ib c Cow X 10 NA 1 Pt-Co NA
d. F.cel coveto m 0 NA Col [
X 1 100a NA e F IuceId.
lis9a4 48 at X 0.3 0.28 1 mg/l Ib I
f. Nltrets-Nitrita ra Ni X 45 4h1 1 mg/l Ib P AGf V.I CONTINUE ON REVERSE EPA Form 3510 2C (Rev 2 85)
(ausame unt
.. M Jr '
+ D.a w >
Cge w
Eg>
- 0
- 4 A ,
Z a
u o
r.
w
+ 3 W
4 Ij 3 W Ec a Z r
4 2
.. o u
4 Z F i n -
f ;
co . *-
D 4,
=
8
-:[. .
C
x 2 H ,
. e O *
.Z
,e 3 .c . D .O . .: .a .D .= .O A .C u g - A.
4 .D. -e e 4 4 A.4
. -e - 4
.w -
E Z b 3 Zr W
A w w y o. - e 4 4 4 e - 4 rw N N N N N N N N N N N N N N N N to O' M M % M M t4 Cf. ti ti f.C t.c t,0 ht te e4 6C M ut C C C C C C C C C C E C C C & D
3 .
CL.
Z -Car
< C""
ZI> ~* C *-' C C O O - - - - - - 4 4 g - ~
{ .
3 J e M
, e i .?,
Y 3 !,'
E*.
w-
! 1
. N 1 s
U a
1 2
w i 0 * '
s j 'J 4 l
.. 6 A
O v w O i e 3 '
- z d 4
g 4 3 >
a \
m .J >= a
' 4 4.2 1
'3 s see l C W :
a 16 ?
D ;
1-E la e
3 e s
2 6 W
D .
rs e co N j ; 3 g
C 4 -t & ch o e m r% e e4 ,y 3 4 * @ @ C *-4 C
H Ch 4 3 : ,
N . - O. . C. . C. . m C. . .
* # S O v
O O O C C C C - o o O C s
v v v v v v y
(
D s 3 3 i 3 ; -1 CC M N i
~ 3-c e l - - - n - <
r
. . es . . . . o. e. s c. . n. i c " -* -
" * ~ ~ c = c e e c - o c - o l
= ,
v v v v v v v v !
j w I a
E * ! s ; i 5
E l 1
- . .. ., u x y- .
N X M N N x x x x x x x ,
t
c: l
3 .;*.
.
X ^,
- i o '
t , .t ;
X x x x x x x tw j f = o 4-o - , . : . .
v r ., 2g_
m'"
.e- * " E' 3- E' t- 2_ I s 32oi saZ~
6o E E e . e 5
m
= ;e !
l'.
g_. ge g
[ -
g t *- ,, i,
> 3 p ~,
4g ** ~* *
', ,*g g* - := o E- . g g ,
d
g n, -.- y. g. , ,
,c. -3 =
.fg a5 ,3. . e 5 .. e . y. . . . .e c n **- o Ag gg
& ,, E. g .7 o 2 .o>mi g z'.E og .E .n s, da-
s. E. g .
sg$
=*-r 'e na c 3 }oo ;o 3.o g_ o = go g. 2 o.
.o
. So #_.6 g i
5 ,. g* g:*,,,1 u .; *. : o u g E e
- g
_- m *,* E < g**a e :m= 2.o g7 F4 *-3
.g o: m m 3 ** c. g c. - = w # g* e* 3 f,
..o. ~~ o to -~* g g n ~o
- ~~ a... .: . Eg- e
,1 a g ,,,m,., g go ,
,- ~ -
-- m L P A 9 C, N U M BL H (copy (rut.. dre ns j Uf homs () OU T F ALL NUMHL H *
1 arm Approsed CONTINtIFO F HOM PAGF 3 OF F OpM 7 c TX0065854 -
003 #** 2" "
Accraat e wsres 72-J F 85 PART C If you are a primary mdustry andinis outf allconlaens process wasiewater. refer to f able 2c 2 en the instructions to determene which of the GC/MS fractn.m you must test for. Mark "X"in column 2 a for att such GC/ MS fractions that apply to your industry and for ALL tonc metals. cyanidet e.M total phenols lf you are not requered to mark column 2 e Secorwfary indusfriet, tionprocess aasfewofer out/ alls, andnonrequired GC/Af5 fractmas). mark "Xin column 2 b for each pollutant you know or have reason to beheve es present Mark ~X en cotu.mn 2 c for each pollutant you beheve +s absent. lf you math column 2J for any pollutant.you must g>tovide the results of at least one analysis for that pollutant if you mark column 2b for any pullutant. ycu .?nst provede the results of at least one analysis for that poffutant if you know or have reason to beheve it will L.e discharged m concer'trateo.w of 10 ppb or greater if you mark column 2b for acrole . ecrytonitrile,2.4 dinitrophenol, or 2 methyl 4,6 dmatrophenol. You must provide the results of at least one analysis for each of these pollutants which you know or have reason to beheve that yot. $4 charge m concentrahons of 100 ppb or greater Otherwise for pollutants for which you mark column 2b. you must eether submit at least one analysis or briefly describe the reasons the pollutant es expced to be discharged Note that there are 7 pages to this part please review each carefully Complete one table (att 7pages/ for each outf all See mstructions foe additional details and requiremenR
1. POLLUTANT a. M anis x' 3. E F F"LU EN T 4. UNITS 5. INT A M E fortweroO N MBE
lJf' '),
L1 *J',
M ^ ^'Muu o a Lv v ALuc D " ^ ^ 'M,MM' V "N 0"
'ks"oM$f'V"'"E 'i
,N O, a CONCE N- g g,gg A E R A" VA \"N (st ae.. ret tes qp f."1.; ati. _ J,Q,,, ea . .. ,,, J ),,,, _ ia ... n,,, J *),, ,_ ro -... vsas 2 a ^ T 'o" M;,- Ty e a .... vsEs f
METALS CYANIDE, AND TOTAL PHENOLS 1M. Antimony, Total (744o 36 01 X X <0.003 <0,0028 mg/1 1 lb 2M Arsenic. Total 1744o 38 al X X <0.003 <0. T 8 mg/1 1 lb 3M. Bervuium.
Tot +'. 7440 4' 73 X X <0.0005 <0.00047 1 mg/1 lb eM Cadmium.
Tai.i t 74=o 43 9) X X <0.0005 <0.00047 1 ing/l Ib SM. Cheommm.
Totet t 7440 47 3) X X <0.001 <0.0009 1 mg/l Ib EM Cooper.Totat (74eso si X X 0.009 0.0084 1 mg/l Ib 7M teed. Total 943s s211 X X <0.002 <0.0019 1 mg/l Ib SM. Mercury. T otsi (7439 97 6) X X <0.0002 <0.00019 1 mg/l Ib OM. Nicitet. Totel (7440 02 ol X X 0.004 0.0037 1 mg/1 1b i ou. seienium.
Toi.i t F782 49 2) X X <0.003 <0.0028 1 mg/l Ib 11M. Selver. Tutat 17440 22 di - X X <0.0005 <0.00047 mg/1 1 lb 12M. Thellium.
Total (744o 28 ol X X <0.001 <0.0009 1 mg/1 lb 13M. Zine. Totat 7440 ss e) X X 0.092 0.086 1 mg/l Ib 1 CM. Cysnide.
Totsl (5 7 12-5) X X <0.01 <0.009 .1 mg/l Ib 15M. Phenols, Tora X X 0.02 0.019 1 mg/l Ib DIOXIN 2,3. 7,8 T wtes. DESCResE MLSULTS chlorodibento P- y Dionin (1764 016i
- EPA Farm 3510-2C (Rev. 2 85) PAGE V 3 CONTINUE ON REVERSE
h e V s F _
. tj u G __
" A u.
r i
) P ev .
N 1
o L . -
e t
U E
. W -
i 6 A
M V o J f
A T E
Y =
J 4
91 ..
e .
U 5 L ,
4 A u-5 8
5 6
0 g b b b b b b b b b b b b b b b b b b b 0 I I i - I 1 I i I I I I - i I I I 1 I I I X S ,
T T I
g N
o U Na l .
E I 4 t
C=
N l
/
l
/
l
/
l
/
1
/ /
l I
/
l
/
l l
/
1 l l l [ 1 l l 1 Oa / / / / / [ / / / /
i g g g g g g g g g g g g g g g g g g g m Cm u u o - u u u u u u u u - u u :
u u u u u r a 1 e
P
g s.
" s A A S 1 1 1 N 1 1 1 1 1 1 1 1 U 1 1 1 I 1 1 1 E '" n, , 1 D
P -
N A
P .
E .
a ,
i p
3 T 0 N . a 0 E . -
f .
l l
iL 8- i.
i F -
a F f -
E t ,
u 3 .
O ,
3 _
E 8"
" 7 7 7 7 7 V
4 4 7 7 7 7 7 7 7 7 4 4 7 7 .
A . . . . . A . . . .
Y-
. 4 4 4 N 4 4 4 4 9, 9 4 4 N 4 4 4 k 4 4 9 9 i
< < < < < ( < < < < ( < < < ( < < < < .
^
J I
W' 4 "u O 0 f, A 0 0 A 0 A 0 N 5 5 5 N 5 5 5 5 5 5 N 5 5 5 5 5 5 U < < < < < < <
1 1
< < < < < < ( < <
1 1
O P
M O X X X X X X X X X X X X X X X X X X X X X
'n 'i e.
C T E N
m ** ,,

. i L
l t s n
o .
i l a ',: '.: A _
f M L S_ .
L '
O 2 ', X X X A X X X X X X X X A X X X X
'g V X X X t
d X Y f N N n e
M N -
O T O . . t s
H N ,
I
t. - .n .
n o os o4 o) r5 l n
e i
s 3:
F n T ee o m s r m
r 3 lo3 r2 v lo5 oF e a a r o
- e * - " lo
.n e
O T C t
r. '
n. s" h oh o o" o* s 3 t
e o i _
A n s
. i<* ru h* ho b hB n.
U Cw D h" b i. rt r e h c c o a _.
t u R m. l to u .n C', fo n o"y' o1 do "*, o loci to e lo* o '*
a3 D57 is Do u$
Drt n8 N0 b ly 4 ty 4 M o2 b 7
L M . F soe y ,8
(' m) r7 r '* r 8 hi o) h6c "'*
l D7( c, 5 iv ht h (7 h*3 N o o C nvs h3 c",
h", -
L ra a2 lo 0 l
o1 s"
U S r2 is /j e hg l s3 i 1, f 2.n 1.. 2. e te. te.
w m_ .
Ac0 I t t t T
N O
P N r. M A.r e4 3
B "[y B r3 2 CE h9 C h0 0
2 i. is C66 D. "7" D*, 2
' 1
.. 1
.. 1 n
. 1 n
.a 2. = E '* Mw o M.orn e
.r v yo V 7 a F =
/
.j s C."' 4
.t . .i 1ir .m O . C tVo Vo v1 V' Vs Vj V0 V c.
v75 o hl V* V" Ve V .n Vvn Vpo
v. P V0 0 Vo Vi A 4 h s
C 3
G t J<
1 a(7 4 Is Su 6 l', F(
1 8 7' , s4 t 1
i. o 16( 2',
1I 3
1[
[' 3 1 t 15 hi 6 1 i 7 r 1 p s r I p 9
1'I 0r 2e 1h 2C P _
E . _
i e
! ' * ~
. s= a e u nu ns us. en as p s to n. II m a s.t t ., ns aa ou e s ns s rassrsm n ONTINt ti n F flott Pat'f' V 4 TXOOf> 585 4 Oril 2"",
,(,.
1. POLLUTANT e ** m n st m* i re e t.ittr4 r 4 t e r4 6 i s 5 a N T A t( L. g. g.sssn sh ' *
* 8 M " " 'M U M I' " ' ' ' V A '" *-
^
U M ER + ' h "' ' '"**,' -
I a"n' 'a "s ' 4 ' a" ONt t Pe i M a ,s A 1 ts 4 . V 41 39 anat o f . . .d.shi. s ."/. i.%' *
..". , , [f , , 8 ') , , . ,, "" ',** tala====
.l (.I==*= , . 6 6 a. a = = , b,8 ,
f . 6 ** a s v sk a v hk S CC/MS f Ft ACTION ~ VOL ATILE COMPOUNDS t.uns,un..it 22v Methysene Chlornie (Fb O9 2) X X <5 <4.7 1 ug/l Ib 23V. l.1.2.2 T ett e h'o'**
'79 34 s'"1
"* X X <5 <4.7 1 ug/l Ih +
74V. Tetrachtovo
,the.no n2718 4, X X <5 <4.7 1 ug/l th tsV. Toh+erte
'los es 3, X X <5 (4.7 I ug/l th 76V.1.2 f rans
.>.ch ew oot h v ie"* X X <5 <4.7 1 ug/1 1h 156 60 s)
? ? V. 1.1.1 T s i-h '"s*s*6 )
71
'haa* X X <5 <4.7 1 ug/l Ib 2BV.1.1.2 Tes-
$'y{y*"* X X <5 <4.7 1 ug/1 lb 19V. Trechfoto-
.ihviene irs ot s X X <5 <4.7 1 ug/l th lov. Trecntovo.
tiooeo<nethen. X X NA( 9 ) NA NA - -
l 75 69 4)
iiv. vinys chio .oe us oi di NA X <10 <9.4 1 ug/l Ib 3C/MS FilACTION - ACID COMPOUNDS 2C 7f37e",'"""*"' X X <10 <9.4 1 ug/1 1h
?,A.
, ,enos 2.4 Dichloso o20 s3 2, X X <10 <9.4 1 ug/l th hA. 2.4 Dianethyl gg ahenol4105 67 9) ~
gy 4 g Ng
$d*(337'd'21 X X <50 <47 .
I ug/i Ih fi A. 2.4 Dineseo
>henoi ss12s si X X <50 <47 1 ug/l Ib
!iA 2 Netsophenot
'sc 7s se X X <10 <9.4 1 ug/l th F A 4 Nitrophenot lico o2 7: X X <50 <47 1 ug/l Ib 1 A. P Chloto M.
Ces=Use so-Fi X 'X <10 <9.4 1 ug/l Ib J A Pentec htoro l.nenoi tar e6 si X X <50 <47 1 ug/l th tOA Phenot i tca ss ai X X <10 <9.4 1- og/l Ib 11 A 2.4.6- Ts6-
'*1"' ?*' X X '<10 (4.4 I nir / I th
. e,
?
C s.
. ge W'
Egr 3
2
CA ,'
.: 'A
-t
Z c
.e e
O N 1 w y 3 4
e x :* I Z 4 => g >
c > .. -
Z t
c p*
s b .
Q C -. w;
.. U C e u :
x p
ay e, ..:
" 8 0
s e
u 4
+ 2 : 4 A
-g W . .-Q
.: .: .: .2 . A A .: A : . -Q .Q .Q 2 .~.
> -. . .= .=
y a 4 4 .
'@ g 3 2z t/J g *O y {; .= .= .= - -. -
Q C4 N N N N N N N N N N N N N N N N N N N N N A or 2 oc c0 50 of t4 cc 2 % be % CD M C ; ; ; ;
to C4 S0 to oc 60 60 tt
e
=
3 3 : ; ; : ; D 3 3 : ; ;
C -
A e w .<-
e* .* - < w - - .* - - - 4 a 3
. a 4 .
) 3 l
n i <
I '
ti I. .
~ .
c J J. i z .
3 ,
a >
e l W i o
4 m a. 3 "
C C
l3
3
<a -
m 1 M w - o~
u *: .
m 2% !
~C :: *
l. '. .
I .
w 3 .
d v
m 7 4 4 4 4 4 4 4 4 4 4
4 4 4 4 4 4 4
) rw
.t.
> ~
7 v
7 v
7 v
4 7 7 7 7 7 7 7 7 .o.* 7 7 7 7 7 7 7 7
- vl v v v v v v v v v v v v v v v v .
< i C -
2 3" 2 1 1- p s 3 i g C C C C C +* C C
2 .C .C
-e .C sn - .C .C. C. .O .C .C. .C .C .C 4
v v v
- . = 4 .C.< c
3 v v v v v v v v v v v v v v v v v
! 3 e u
.J
,5 -h X X X X X X X X X X E y... O
-X M X N N 2 1
) m
^ ** . .J @
2 *
8 A.
- 4 t CD
I .; e: s w wt f4 y a tta $ x x x 3 s
{tsu
.s Z
6 x x x x x X X X X X X X X X X X X *
(
O o -
a r >
c . , -
-n _.
N Z -
t 2 _
m c c a _
n 2,- o. - o-
- <m2 ,
c ,
2 c. 2 *S ;- *e
E3 m , So -n 2~ o r<y2 0 . o e s -
=- g( 2
v c. .e. , .-onU~ ~e- ,.=
mf V :? a. o ** o T.oa e#o -o o _= ~ e o ed e @
3 y C J. cc e
-c
$h*
& O ,c m je 5
so Sw ,n
, -1 oC_ o .3 o s* o m*, * #'"e,".* u
~ **
e I-
3_
C g D aZ i c 2, *, * . _m c.4m -u e c ~*n cw
~~
e S E c.m
~
c = ce .-- *. w ,w*"
e_ . e"
-eo 6-
mt r ."' ;~
4S s o' -
- n m. .=
gw M wN wm c- th # 98 ,c qm
N ##
m*m T _m _, E.s h 3 v,6 - no o o .c# . -
o
- O e z. 4; g n
<g <o me m$mee mj n' g , m 7, . mg, m*@ m%T ew '
t <0
= m:.' mg sc* m_ m ,, , ra .!t g 7 l. jg; gg g g d' , g"; e m g gh , m g b e u, ;;
U m s1 == st* me 4 c<- os ~c_ ms_ m.R .o f..: --5.: na r
w
. e -: ~_., n v. a:' =e-
-aw me
-s a p- : f. - TN
a.
_sl -c. -
w
. ..a e o n o :.4 u t n . ... . . f .ti n. , s . a e ... . 14 a o e . a t e i.u e ... .. > - - .
t11id ?.J /t 84 %) t if COPJ T int H D F F3Of.1 P A G rt v r. TXOO65854 001 4 ,c <- ,r e.n ,, , r2 t r as
f. POLL U T A NT ums n as -
e 3 i e t e its ra t 4 tit 4 6 is S IN T A M i^ (. pre.ms4 U
^ ^ "j ,f V"EUE hfM[
vAtuL gjyg, . . . . . b .. t .. e. ma ximou uatt y V A LUE f N ^,# ' I U I' E" IM*h of a A s. It HM
~- -* +-* , .gg g g f e NO US a s. t n uaw a n a s.
ut .L.M., " . ' . . .7'!. . .' i . 14,1 , ] 4,3...
10 , i,3_.. ,It a#.. s s sa . 8""I'"" (***'***
ges ... v se s GC#.1S FRACTION - BASE /NEUTH AL COMPOUNDS R,msen.n J' 228 1.4 D aldoro ben,ene i n ou 4s 7 X X <10 <9.4 1 ug/1 lb 238. 3.3 U.( t.Joen f,*,"7j"l;' X X <20 <18.7 1 ug/l Ib 248. Ovettivl
[,"j"*d*y X X <10 <9.4 1 ug/l Ib t 259. Dernethy&
Phths,ta n3i. 3 te 3> X X <10 <9.4 1 ug/l Ib 268. Os N Uutva Phthalate te4 74 2) X X (10 <9.4 1 ug/l Ib 2 78. 2,4 Danstro iusuen. 0211421 X X <10 <9.4 1 ug/1 lb 28 9. 2.6 Dinett o-iotuene tsos 20 2) X X <10 <9.4 1 ug/l Ib 298 Di N Ocivl
[,","j *,' * , X X (10 <9.4 1 ug/1 lb 309.1,2 Diphenyl.
Un,',">7*t$$7; X X <10 <9.4 1 ug/1 lb 31B Fluovanthene (20s440) X X <10- <9.4 1 ug/l Ib 328. F fuorene ces 73 is X X <10 <9.4 1 ug/1 lb
,33,8$'iP""'"
i X X <10 <9.4 1 ug/1 lb 34B. He.e thio.ot>u iso *
(87683) X X <10 <9.4 1 ug/1 lb 35 8. Henachloto e v c ionen i sa ie..'
(77 47 di X X <10 <9.4 1 ug/l Ib 368 Hemechloru ethene ts7 72 i> X X <10 <9.4 1 ug/l Ib 3 7 B. Inde-no 11.2.3 cdl Pvter's (19339 5) X X <10 <9.4 1 ug/l Ib 388 Isophorone tis se il X X <10 <9.4 1 ug/1 lb 393. Naphthalene est2o 38 <10 <9.4 X X 1 ug/l Ib 400 Nitrot entene ass ss al X X <10 <9.4 1 ug/l Ib di B. N N6tro-7s7"77,7#*"""*3 X X <10 <9.4 1 ug/1 lb 428. N.Nitrosod4-I!$ O'77"* X X <10 <9.4 1 ug/1 1b
<se U-
" ~s i
t v V ss
E
a. G t
s A
s .
P t
(
- N
" . O C
M a E A U"t t U
N i
T I 4 N d T 5 I
""a .,,,
N O
8 5 S N . ,
C 6 O ,
0 .,
0 X
T s
. s o ~ b b b b N S I I I I I --
t l a
i t J
m (
nn r t, e 1- t.
n ,.
l l l l P / / / /
g g g g S o a.
r u u u u h .
E a D e P tr,s N
o -. .
A Hv 1 1 1 1 P
E I
I i
i D,}
"I,
/ ,
,f.,.
" 8-
' V E _
3 '
G 0 r " A _
0 4 ' ,
P
f. * .
1 l i
1 t s,
a 1
t f
t F
5 S
u L $,
O I ",
"' i
' p
^ ,
I' i
u .
L . i a .
d, 4 4 4 4 v
et _
v a n.
9 9 9 9 L
a te t
a m e
c j r S
m D _
u ,
, N u U a
0 0 0 0 m tf, O P
1 1 1 1 n , < < < < _
u M .
e _O
, C L
a
r.
A H
1 X X X X X y X X X X X X X X X X y X y I _
T e~ S U L N
0 en ..
.e.
E D )
5 1
f s
m z~ N /
I C 8 F
L.- E t -
u S i 2 A S
e. X X t
t a B X X E )
1 v Ti r F 1 e
4 - -
R
( (
M N O T e N C O n O 2 t
f N I
e I n n -
F A p#sr C T " r e T ta e 0 h t n r o " r
C e o 1 i
D T >
t T
" lu U a t. A n e s.
r e A n T E D s t l 5
F t. R t e n:
4, " R e D D ne o o ffu n h 3 t L . F i,l n e0 Clb C17 C C) d D e d1 d) t
) e r 1 o
c N L g Nn e 2, 7" F m21 D1 D) D) l n7 o 8 i ie 4 a E r 1 e) t n7 r m hs yo H H H9 ev8 teil t I
T O gr#
S M N. ch o Pi P0 1 S t
ldoo U 4 0 H 58 P 9 e6
- 8 o9 lh4
~ 3
4. 9 4, 5 9 8 4' , 4 D7 i
E G2 9 E9 N7 e0 di ns de3 d n y9 p) e8 r
o _
83 .o . f M H44 i
N P / A d9 }9 C7 $2 E i, ?
E0 E F 0 0 9 87 9 59 42 45 45 5 ,h1 _
O C dG s 2
/
C P .m d.1 5 5 Pr3
, .2 e2 A
3o(
Po P1 4.R 4 8 E 6 P3 1 ,8 7 0 2 P 2 P1 P2 Pd4 P 6 C 1 G 4< 4-1 4$ G 13 a P 3 7 ( 3(
P b
( !
P 13 S( P 6(
5 P5 F 1 P
I{
7 3(
7 D 1(
6 1 1(
1 /
1(
1 3o1 1s(
i0 4q 1
Sl7 IAj 67 1(
P E _
- 1 4 ' '
L v A s u. N un est en sce.p y severe ste *se I est i ne m t I o u a e A L. L n u m en se f us en A.gruenf
. CONTINUED FROM PACE V 8 TX0065854 003 ' 04rg 4 h,,AA A) 00,$2yar as
.. .y,,
1. POLLUTANT 2 w a ee n ' m - 3 E FT Lip C N T 4 tf rit T S 5. IN T A M E ( Pie enef t a fDER * %
, f,",
j , is !' ', s. M A MsMUM D AILY V A LUE " ^ 1 hs.,fk M pYVALUE CLONGT *} j V A L u t. g , e a se in e' ni m. rain 4.:j :n; .n;e , ,,,, , t f , , , ,_ i,... _ , , t j,, , , ,,_ isi .., , _ ,11, , , _ e.i .,. , s. s "' a 2 "=
i e ,- - i,... Yu.
GC/MS F R AC TION - PES TICIDE S (warenmeds 17P. Heptecntee E pos kse - ,
(1024 57 3) 1 y -) 7 ICP. PCs 1742 i (53469 21 9) X 19P. PCB 1254 '
(11097 69 1) X 20P.PCB 122I (11104 29 2) X 4 21P.PCB 1232 (11141 16 St X 22P. PCB 1248 '
(12672 29 6) X 23P. PCB-1260 i (11098 82 5) X '
24P.PC8-1016 (12674 11-2) X 25P. Tompphone (8001 35 2) X EPA Form 3510 2C (Rev. 4-84) PAGE V.9 See comments for a list of' footnotes.
t Pm e o. Muuet n tropy from iter , #..fForm k; ,
PR f ASE I'ltlN T Or4 Y vi'E IN t HE UNSH AO('O Al1[ AS ONLY. You may reguwt some ne all of po, 4,qwo,es th,s ento.rnahon on seaweare st erts (use the same (<wm.nff mstra<l of owtWetmg these p'** "'8** " )'""
M r SH$tnor~ t prug, TX0065854 Asunover eer-res 92 39 ss e au v e A t L e.o V, IN T AKE AND E I t'LUE N T CH AH AC T E HISTICS &ci,erenued /,o,r* page 3 of Form 2 Cf 101 PAH T A You ntust provule ttw results of at least one analysis for every pollutant in this tatste. Complete one table for each outfall. See instructions for a<kfitional details.
2. E F FLUE NT 3. UNITS 4. IN T A M E p*prem,eff
t. POL.LU T AN T "
" * " '),'/ U 3,780j' V ^ '" * ' """ 'gi['a"adMd' ^ *$ *"
e wa ntuum unsLv v mLuc d em f if *d 'V A h NO OF t' . .(*.i. . , , o . aa a'v55 5 *[. ."v',5"/ h aaSS aNaLvses m,.m '.... e.i-... ,...to.....--
. a.i ... <o t.o ... c . . t o.
. . . . .e. I.i....
. n so< e ,.m ..
",",ip," "'""'"" 4 66.0 1 mg/1 1b e, Laemic.
$",if," ""*"d 42 692.4 1 mg/1 1b
c. T ovel Org.nic c so firars 10 164.9 1 mg/l Ib rf 10 t el $u.pendoef sono.f m s 21.0 346.6 13.64 113.6 7.62 41.3 53 mg/l Ib
'^""""**"' mght Ib O.2 3.3 1 V A L tie VALoE V A Lt.f WALUI l.98 '
l.000 MGD 0.651 MGD 3 '+ 0 - -
vAtut vatus VaLut VALut tw.eu, (l3) O vALUb v alt n' vALUt vALUL h TWWmm 12.0 (89.6) 1 ( F) men.uum ua n uuu minimuu u An uum
'"" ST AN D A f4 D UNITS 4.8 8.7 6.72(15) 8.1(15) 53 PARTB- Meek "X"in column 2 a for each pollutant you know or have reason to belteve is present Mark "Xin column 2-b for each pollutant you beheve to be absent if you merk column 2a for any pollutant whsch is limited either derecity, or sodirectly but empressly,in en effluent hmetations guedelme you must provide the results of et least one analysis for that pollutant For other po!!utants for whtch you mark column 2s. you must provide quentstative dete or an enplaneteon ot their psesence in your discharge Complete one table for each outf all See the enstructions for additionaldeteels end requirements 3.POLLUT. 2 u n n et " A 3. E FFLUENT 4. UNITS 5. IN T A K E (opriosiaf)
T M C SNO i ** U 'Is ',"**, e ummeuuu uAsevvanut ' " ^ * '],y $d,78dfVVALUE c.LONG T gg.VALuE NO Or ,g g dLDM g N fu e e,r.e.t,I :::, .; . , ,,,,,,1,i,,,,,_ t,i... , ,,,,, , w, , , _ i.... ,,,,,,,1.,i,,,,,,,, t.i.... .... Ama
,,,,g.,,i.,,,,,, i . i . . .. vu.
wo-we 124959 67 9) X <4(1) <66.0 i mg/l Ib t c m o. ene.
t one no..oo.' X - - NA(g) - -
' C*
X <5 NA i Pt-Co NA
d. F ecci Cottform X - - NA - -
,.-& ~
. r evo.wa '
tis 9sa ma s X 0.4 6.6 1 mg/l Ib
f. Nitects-tensee ne uf X 2.0 33.0 1 mg/l Ib PAGE V'8 CONTINUE ON REVERSE EFA Form 3510 2C (Rev. 7 85)
sit u v e rONimur p i HHM : n oes : Outfall 101 EPA NPDES Permit No. TX0065854
9. PORtJ T; 7 8* * .8 M N 3 E F F L. I a t N r 4 I D N i 1 *i S IN T A M E' f.f re.=s.e4
., . M A m tMUM n a st. y w at ur I'
,, , o,h,,Nf * "' i Nn ne ,g ,g 8
n C e EATI 'dUOr a Mn 90
<st a.w,s . . - . . . - -
,,,,,,,p8,,,,,,,, ,,, ... " " " '],')"
, , ,,, , , r,i . . ,,,, j,Gh', ,, V ""
.... "' ,,,,,,,r,1,,,,,,_ ,,,.... v s. s '"a m "+ ,,,,,,,!;,1,,,,,,,,, ia ... ,s s 2 m... .
v oie
<= m' o' e.mrX 3.7 61.0 1 mg/l Ib n ois.aa o, X 14 230.9 5.9 49.1 5.14 27.9 53 mg/1 th 6 Phosphoeve
r8 ' 14 17723 as' O X 0.07 1.2 1 mg/l lh i Ft.dacecttwity I t) Alph versa X 0 iri e..
v o"' X 0 ese n asom.
iosse X 0 tci n.dium 276. Totes X 0
h. 5urtste
'**8'
( t eft f4 79 8 F X 430 7092.1 1 mg/l th
l. Suff erts
8' X <1 <16.4 1 mg/l th
m. BulHte -
(se 5038 ivers3 <s 3 X <1 <16.4 1 mg/1 1b X <0.I < 1.6 1 mg/1 1b
. A h,mioom, t otal e vers to s X <0.1 < l.6 1 mg/l Ib
. B.num, f orst t reco as si X 0.01 1.6 1 mg/l Ib
+ Borsn,
((20042 e: X 0.03 5.0 1 mg/l Ib
.. cot a.
[f27os., X <0.04 0.7 1 mg/l lh s even, voi.t 174.to es si X 0.50 8.2 1 ng/l th e.u som.
llg ,. ., X 31 511.3 1 mg/l th
.. u.w .m lf 5 ,, X <0.03 0.5 1 mg/1 1h u.n fI$ os si X 0.02 0.3 1 mg/l Ib
.e. tin, Tot.t (7440 31 s) X . <l <l6.4 1 mg/l Ib
m. Y ft.naum, l,*l*'3 33 ,, X <0.5 <8.2 1 mg/1 1b P A G E~V Z CONTINUE ON PAGE V -3 EPA Form 3510 2C (Rev 2 f45)
, - Ae Ns n ss uols 4. moi s t f f
Av meyu2at tnn o uco t s . ga e m e E lor cpt areth ne er l eiatcm e r e
S p . R mnuhnscpe oll i
s e r
(
,e .
. E V
5 ~ no tet oieu dsq E . E 8 X .t pd y e e ^ i 8
k e eh *v t ut r
on e M o I F _
,3 e r cosyad ar A N af .t t n T O -
s2 Murtsepmaua m8s e
fes o '-'s t
f dosehl ol r il ulo tepa or cmcc e
y l s vet i
N I
5
^
r E
U N
l we m e=tsr2uaiehe e da n o r lesl td
^ !:
, i N
g, g l nm.fyobno na -
O a *m*r*
t i ts uclou nbo so t
C n oa2 t at i e
e me ct n i _
0 0od s lun ored d s
s u( ml os v ~ o ms e e pl uetah r A b b b b b b b b b b b b s'Xyor 2
efo S A
A I I 1 I I b
I 1 I I I I I i b
I b
I .
n n nceb k tomkak vis i uar r c oahs r arc o n T
I N
t r loMf b mr et a i t C odc U NN Sh nt2u yu .
E .
Mae t
n yofes owl t r 4 l l 1 l l l 1 l l l l l l l l C= / / /
/ msmf eui k nn n ei N
OA g g g
/
g
/
g
/
g
/
g
/
g
/
g
/
g
/
g
/
g
/
g
/
g
/
g Corl Gt por eur be Ca u u u u u u u u u u u u u u u edsctsysS s k oo e e' he er ehsl e ,
ft tsu emgcyava e l o s o3 r e ou el rhaft 1 1 1 1 1 1 1 1 1 1 1 1 hele u ownu g v 1 1 1 ctbo i t yb ao .
s hoof wnti et pnn eh c g
ee nt0aoa on t t e e nriesa 1 lus u atfl ar L .
R mu r orl suooefo l
s pl A .
E B teyeo nea/ t s
v .
ef vpost e .
a M
U 1 d i at + e i g olshatshma oe h e tbp g f N 0 u g L 1 tsn newfo otr tnfos7 e g g _
t L
A ohos i
pnincsoah( chrt ea ,
F tcl .
T uak ycet le e ul U
D r to yn tst o amoteb f r
s a i
s i,
g nd t ad u et e
i t
e haangsmnnne eis n o
3 su , t o ralyuo ,,
mt o
tmelldoa s thaoe c
nyt
.e L.
c m V P 2e peisabl p E
n E G -
f o
c ahtde2 2ycae l
n n m T u A L .
I lecafb bseol tsumC o o N A P
I F
r al r l
E v .
r i taot lsial we oly U L v r f .
I u el u e t
n 4
t oebselkfe r
ec m2 e e r t tara v r
r g t 1
s 8
5 f
ne ewf omac E y
p 8
5 ees e to lumhsleltsu
s. t ebuyc oha 3 u
f R
me r 6 0
etod t cn oshe taAmrmt w r n sebwe sc g s f 0
E X tposhwi e n a
t.
B T eo tsf ad" "X s a t r ev ,
M n ueeo r df w ,
u w ak mfeise syauv r vt s b N s r ona _
U et moar ae c s , yh p tl E _
S 4
rdstnosllup o
pnma uf . rt uot
. U L .
5 5 8
0 8
0 1 3 3 3
0 8 5 8
0 1 8 e irr tuow mpa e
e A . 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 t snr i ucl nuo r p V .
s 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 tao n yf p ralo6 o f.
yeht i
Y i.i < < < < < < < < < < < s u s L T o toSyot.
f n yo i o s
L A
ic tt. tp/rt n a eewt y4 a D u pC o tn h h g f
ees u . s.
t .
ftu aGaawt esOp a u ,.
5 5 2 5 6 R
otad2t she ut M 3 0 E ut r ntot mr7 e
., 3 0 1 2 2 0 5 3 0 1 4 e e f B tisue mr m t. 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 I d n q u pd a rra A , S 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 R c no eot6e s s l
a e 4 ,
L O 0 0 0 0 C
S 2 at n ch . g r s
. , 0 0 0 0 0 0 0 0 0 0 0 E ryc a ok 4r e ,
N < < < < < < < < < < <
nar trt oh u E D
i s tsf rdmf o hyb pt t
. H o duSn nMa uestepah ", P X X X X X X X X X X X X t
r e / syym0t
. os 0e m' b,l<.
L A 8 o ey C 7. f i la21 t n , T 5 n f o l 8 3
t aGfa
m. h u t nt ao oN ee r
s l,t rd n
a *,n
/, :
O T
X X X X 2 i co snooe pu M D .
c v A a s rbonsf g J'
',, y N e P
rett e a t eara 2 A X X X X X X X X X X X X X X X R t
m ar a tassh e apt r h w e e o enc
E,
(
C e ufoevl s, D 2 cd T t t )
n oya s et is m 6 aiaet*
ef ni noe N I
N
,o e.
s o 0 a
n f
i2wbodcb A en A ys to . 91
,3 mF 31 o t
te g
o 2
9 .. s
t. ,s P 1 0 1 T Em f
Y n3 T m *' md u*
l te
,) t m4 t m'2 to s
en s.
et4 o 5 t
U D e oo c:
iwo uo 0 o t s .
,ol eu 2 s h0 Ts <a io e n6 3
t C n. C. m* m2 t* im4 T.1 saI u6 se n e s .4 8 t 4 c
,s ina n t ete7 m .
N L M e. S i* s iv* im d' od 8 T.' c7 tr .2 a4 ne .r e 1 s T R L Uwr L tntr e. s r e7 e
d8 ef ri ht re p0 dr r
e9 6eo i. 77 u2 hr is vs h N Tit f r
o i
N A O P
N< A T
A' Ao B '.
C< C' + C0 s5 a e es ts i u93 Noa su s 0
Tf i
Z o Ct
t. P.1 I
X 8. doi t
n F O P f
e*7 u4 M Mm ut M e. 0 7. to om A C t
, E M IMt 'o M '*
28 M 'a 3T Mo 4Y uo sT t
h*
t( Mrf F
e u7 o(
4 Mre Df M e.
oo it s
4 r 2o 3 a
r eo iv seT f 3, h o O 2(D P _
( 3t 9t E
Ode N
,o** ra w I O 24> o i
g !
$ b I
2 1
7. O I
- w .
ID $ $
W gJ 3: _: z
< wh
Y Z
~$
m z
=
I a
a O
m ?.g -. wo et D F w E ,
c ez 8 . i C < **
o 7*
~
l x i h !
e
. e O 4 A A .=
z 2 -. .D.
A
. .D. .A.
A A .c .3 A A .c .D A i s .
-i - - .-i s - - - - Ae
. cA.4 A.d
. - I u
J z
"h'd3 22 i
as , *0 ~ - - ~ - - -
2. gr N N N N N 4 4 -
N N N N N N N N N N N N N N 08 M M M M M M M M M M M M M M Cf) ug O C D M M M M M W
e 3 2 3 = c 3 = 3 I c c = 3 p p p 3 Q
Z OJe < <
g<w* -. - - Z .-. -. e. - - 4 Z - ~
< < -4 - ,-s c I *(
w e
w 3
J .
> l
> 0 e -
>2 ti~
2j !
k .
e o :;
C $ ! T J ! > f w
w a
d 0 4 * <
z ,3
. L
' > a 6 3 *, -
. 9 ;
w -4 1.1 d
'c s 2e !
h ~
s- .
m- ::
4
1 i 4 [ ,
i i
w 3 N N m e
. e e e c c oc m' cc m e e e m
( ; e.
m
o. o
o. o. o.
e<
~. c o.
e c
, 3 O o o < o
< o. o. o. o. o. o.
> v v o o o o o o o a o o o o o o o o
v z v v v v v v v v v v v v v v v v J.
c I a r.
3 3
e m
. v v
,E T; o e o o < o o < o
. n e m a e n ui n - - ui e a e n e n n m -
o '
3 - 2 V V V V V V V V V a 3 '/ V V V V V V V V V
=
E E
U a.'
8 x x x x x x x x x x x x x x x x x x N x x
= -s ! . i w
2 1 J 9
U' * ;. . h 1
'n w
3. .::
-. ' ao n i
. 1 I
~
.l;h l
, >, x x x 5
~
x x x x x x x x 5
~ x x x x x x x x j '
1 E z _
3 o
z
.w < er ?
O
= E. .
c E e o
o- 07 o-I* & R N o 6 E ; . . 3 sn 3a. s~ a ~- o c ><w;
- . c
13 c *E .2o *.
.c s "e ; - l w avm. 4 e IE c
E 5
es 2 23-ie sw Bf En e}f .2.-o g
'o 2 'aE 2 '2 'e
-be 2 4 c3 z aos t 5 1 :- ,
a -n ca $.e {a 1. 3e s? 3 s- e-E v e, 3 2-3 :, ug-0 2 CO 3 17 6- (D*
- o <z a , . -~
" - *n e.m e[ n en _ m .. a. . ** E u.no zu .o
, z. g < ,o < ,- e, . ,.
oi f u8 u p,, u3 e o,
.a og .
c c
c 8
-c.*
n
~
== 2 ." 22 o d},E 2~
In
$l J $g 8 O EE NE NE SE DIE d$h dE h$$ $E $$$ $%$ $$ $$ $$ $! $ kal $)6
. i s
o
... s a.
wg*
=e z,,
1 a .
23 2
i x .< .
n, r) a, :: g< - ',
= #
.x ...
E;
.a> .
.1 -
a T *z ,t , 1 .= = = : : : : : .a = = = .a .= .c
- - =.
- - - - - - , -. - - - - - - .c.
. a. -.
Ir a - - -. - - - - - - - - -
z- s s s s s s s s s s s s s s s s s s s
< v x x u :t x x x x u = w x =c >c :c w e e e 1 = = = = = = = = n : : : = = = = z o z a z
- - - - - - - i
- = - - - - - - - - - - - -
=
)
i
.I.- -h -
r.
-o
~~
9
'i
~.
J Os z .
- d
~
r > 2 2 -
~ -
io - m ac .n
. CC -
I s e.
.m -n %
c s- .,
o i, 2:
.x 1f 3 s x x v
x x x x x
c x
c -
=
o ~
x
~
x o
- x o :
~
x - -
A 3 3 c
o
- c c c o - - - -
e o o e e o V o e O , - % v N v v v v v v v v v v V V V V V a :
m 3
E cn
< o O o o o e O O O C v ; ;: W c c c c c c c c z - - -, c c - c .O c -. C.
v v v v s v v v v v v v v v v v v v 2
z . ,
', 3
. o e
- c
. . -
E
< e";.i x x x x x x x -
x x :::
x x x x x x x x x x x w 5
. - .e o
. -h ;< u
- a.,
c- ,1 , . s <
O_
u
< ,;d > x x x x x x x x z x< x x x x x x x x x x x
c. * , i
. \
o - z
. .- _ _ z _c c : : ~ : o. . . , o : ;:: -
-e r < w .2 G *$ 2 5- .: oo
o. - ;: 2 - I; :;-
c e r
1 1 I; **
- = < 3. .a m 2. ~-
c c-
5. -c c.
o o a c
ze e e sc :.
==
-~
4 r
e
. e ,o ,s ee -o m y 1 : 40 3- *_ r n, 58 e_ ,c.
c5-C'>
6 .e sos 0 5. .-. - t. ,3 3. _ ,1_ I ~- 2., 4 g e 5 t-e
-* -t_ :- .2 m -- 5
. c.
E
" ,. :_ .- -e g~ . @ _
.n . m z
_w _
Jzo
g<z; 6 m . .e .* o
. a. c .- e ; c : c C
> ,r o u' ,m v s- c w- .- ;c
., 3% 6f .e ~
s ,e *f_
g O .
E df 3
c 'm *&
e *- -5m c a-
. .o,e o8 *-[. *Bo g no cc ' c. . . 2- ^' "~
c
_f
', c
%g, IC
.i- h f= S$.*
~ E. d. $$
, ~- d!3$."$.4_R_
~e- ~ -
3
~ $}l0 3$
.- .o u <g n ._
<I
~m
~<I .<!
- ._, < I, 1,
<g m
'< k ,'< o!do i,
~_
o!
~
I.ig_
. ~.
es. >-
4*
W i
}3 :$$
j ,
a.
t- . : ga w 23 _i 5 x ;$ .; =
,. y g .
z
c. . u
, da i!.
-r e.>.s.
m -
e m
o ::
o . .c .c .o .c : .c .c .= .c e .a .= a .c .c .o .m o .c o , - - - - -. - - o. .a. . - - - - - - - . -
e .
x.
F. >
3
. z o 3 Zr 2 *0 ** ** -* ~~* = -* ~~ ** ** ~* *-* ** ~*
u
u-
s x
s" s" s s s e
s". s s' s s s" s" s s s s
~*
s s s s"*
O ec oc oc ec a u ec ac ee et oc u oc a x x e e oc y g 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 u
u .
o ,,
ca
.e .
$ ig - - - - - - - - - , ,_. ,.,,
a -
L
= 3"
< d 2 >
a -
s.
a -
Y e?
25 !
I" 0
z . . .
o '
a s W
.c o >
4 3 a.
- z d : '
a ~
3 se 3 u ; .
C
= w n>
Cbf.
- e uni *ET er ,
2E !
n i z- . .l a :s 4
2 ;
e 4 .
W a

e e e n e e e o e e e ,o e e e e e
< . - . - .e e. - .c .e.
> s . . . e. . . . . . . . . . . . . . . .
e o o o o o o o o o o o o e o o o o o o o V V V V V v v v v v v v v v v v v v v v
s. v 4
e -
a v>
2 ! c 3 ; z 2 . 3 E I 2 o o o o o o o o o o o o o o o
< . - - - .o m - - - - - .o - - .o - - - - .o. o o l I
i$ v v v v v v v v v v v v v v v v v v v v v ,
i
. :u >
. d
.1 2 x x x x x x x x x x x x x x x x x x x x x z x . o. o O 2 e *8 Z #
a es:: N
- s m a
E -
b.t as x x x x x x x x x x x x x x x x x x x x x g
i
. .t.n 2
E
- O
. y e e : -;
- a_
,_ .- N z, , , - C ,&
s. .
= ; 2 e
S
2*
a e3 . ~
~ l~o s ~n .o
c. .- . w 4 u
e ! .
c . ~.~ n o
< . , , 5 ,5 w.
5 s
s
.. t, .o . e ot~ ! o ze u e 3 .,
ave 4 , 1 s_ g- gg_ -. jo
~y_ oc_ 15 ,,
z~ ~y.
g =_ m . e i s g
=
r acs . . gg 1~ 2 .; n- to ma n 2_ " ta; e_ - 1 - u- o C s.
8, _ o~ o.~
a*"& *
c. . -= ce Ig 1* I ,e*a, **
. r., e{ 16. 56- 6- '4 t - 2*- hU *g *; n.
n. * -
F E 0
E a83
"ag ceE *r * *' * ~ 'P 'I~
3 8j; "f5 'ej-
~ ~j"e* *e "I "I d E
u *. =g =$ " k* *I') = g~_ *= ,1;*Bg 6 E ;*-e%; E t'* m }. ;. .e $ j si e si "
o l" l .at o n v
o - ~~. n _- e ,._ .a c. . =-
, .. . s ._ . = . > .o _ f.~_--- s. _. e=, e.._ e .m
4. .- .e . ..._'t . .
=a- ah..
- - - 6
W s @
CJe E
.swd w 1 O **2>
Es > l w '
I E
2 E
w e O Y
2] l 3 n
x .,j 2
4> 2 O
e g Z_ Th s. .rr U
1
- e 5!
C. >
c.
c e.
ge <
2 s
a- -7*
h P. % e.u I$ k -
n r, %
2 p Ot1 E
k V g .Q A .Q 4 .D .Q Q .D Q .3 .Q .D .Q .Q .Q .Q .Q
.,g
g
M, n .
4 .* - . < c .w a Ae
. a.
- - -e .* e A4 .* - c.4 -
u -f D Eg *
, *O
l 4 .-s e4 .* -4 - 4 e .w 4 .w a a .4 .= e ,4 c.e I N N N N N N N N N N N N N N N 'N N N N N N hg 60 % 60 60 b0 00 60 60 60 60 DO 60 60 60 bc 60 60 60 00 60 b0
- z = w = = = 2 = = z z = = a = o u o o a o OJA 4*
-.e c.e ,4 - g ew 4 g .-4 4 ,* e - -4 ,.4 -4
d - 4 W Zl> .
3 "
-, J a
(
3 l
E 3 7
3e h
y ZC n J ** t-?
?
Y
. N
= 4- .
O *
-f C
J ir
Z
E o
J >>
- e W
4. g 0
m at
p- 7 L
2 k r = > >
i o ; ;a, I
- Lo g ;
& s $l
- m * <>-
"' E ,
'D @C* 23
YO W -
ax 1- l
F*
t as j ( .
2 2
3 i
E O W
- D ,
^
@ N @ @ @ C D D D @ 4 @ @ @ @ @ @ @ @ @ @
S *
} - m - - - - - - - - - - - - - - - - - - - '
~ s . . . . . . . . . . . . . . . . . . . . a *
> T C C C O O C O O O C C C O O
! O O O O O O O J y v v v v v v v v v v v v v v v v v v v v v ,
e :
C - t
m 1
3 .
O 2
I
_ :**3 .
05 k
) ; a.
O O
~
C C
C C
O O
O C
O C O O O C C O O O O 1
o v v v v v v v v v v v v v v v v v v v v v '
l a -
u a l
.. = x x x x x x x x x x x x x x x x x x x x x
., a ': .
D -
e r
... m e
> : .: z
. a , e i m b
n m m g W -
2 <aa x x x x x x x x x x x x x N x x x x x x x y
.}, .j3 j i 3 -
z o'-- o E
o ? .n r, ,~ t t e i a N
54 2
c b- ae u t _e t ?,
r-Po r"
-> EM IN I
l
?g S.
Sn E
E o
E t
.I }2 o .
w
- s<t Dv-- i <
e e8 2
c-e r :
s m Ea .E 8 o t
~an n E f. e es v
e~
2
,5 1 e
t 2
E-
" I
$i o* 3c m. E '> - .- E ..
g f et-- f s*a- g = "- z=- .c *; ... Z*o n O.
i E ., ,a c;23 u. ,*
a 0 ~. - 2o ,o-- - 8m *e a- c- if-0 ;;r 0 ;s .n n. e. -s, 2- e. .j- . P- .
~* E ** ,* E 'i e *~
z"
. @ ~1 m2 e 0;e D_ ,en _sm ~ z""
a .c 0;c I.' o zfe zoe 4 w, an I. e o o <' Z s n %. e. r b~
7 A g
u 4
U o
Cg
,a fc' 10 no ,_ ws e
.g
~6._
.e m,n e
d,~
em, n6x ._, ns_
m y m2 4 e.
n ., s m .c. ,s em.
g
,o,2 te
,g yn .,
$ me u,
.s };t e,
I o. $
,m2, ,
.e, m , A,
,, .my
,e
..n ma
~,;,,,
.c m,
g.e n
ID .:
e ,. ID
.m .gs
_ID o .e, . _ n. , .
0 ID g e.
n ,
w.
4 n .o n6. n_ =,_ n _ no_ n n.. n_ . g;
- se
.r 1,
? w 7 0
. 4
- A
> a .e s a
77 I 5
. : ,) . w K * - D 2
-, ;tc .1 **
2 t* 5 2 e
l c 4 e ~L ii U
.- 3 : .
_O c _.
~
M~-
N.
W r 4 J.
O
~.
3 2 a 2 a 2 ~
- . .e
~'
2 g
i
g. ~ == -n e C -e N N N N
!: E SC CO bc A .* : D W
C. . .
2 . <.
2- - ,
4 - e' M
C r-(i I. s.
- -d: _:.
e -
c . >
% .i 0
(
m -
- s *
~ < ,
> 3 1
, 1
(.
a 1
1
. ? i
. W l
1
~
1 ,
h -
I. - l
.I .
:s a 4 .
I
?
s i e
D @ C @
, 3 . - -
2 O C O
O
- . V v v v 4
i
- 2 i E-

:
~ }
?} O '
O
< . s e - .C .O.e O
g . -
! O u
V v v v
.d
. . - 4 I
M N X X X X X X X X X X X X X X X X e ,'$.$h - e X
,
w
.. .r .s, t. 2, u
e
- e s -u co
= ::. .
3 e .. rw ,
< M
. % . e 2 X X X X w
a a >
=
.. -.- r. ; ; j e g i w -
$ - E e 2 U
% L 0 c
~
. c
.z <c.T .
-i.
e o- ,
o =E. e. g .:
. . . 1
~7 0 . -3 e o " -
', ~e~ <
g * : 2w w
. Ow:
~ * ., JS . 4*- c - $.
-e E. .c. g c
e n
4 C
e
~ c 5
2
= -, n
& s,.x s c e s. *o n
M*
cs U "#
U.*- U -
U*
+8 t -
O-'
C- 0-J- 7. =.
.o _
Im I
.e g ,-
e e
E O Q; E " 2 :. - fe
[8 M
' $.oe ;.; $8 5' ' &c. $e* 5*= 2* ~
~,
=~, *e *, c
.Ie
I-=
}T e :. 5 u ~ = t =2e o =, e a .= +=
z
.e~o ,=e, en an .c.e . a .:.
m u +. *, = g -.- -e <e U- .
6.,, .n e, ,
v . -
. =_ c ,_
. .e..,s . u ,- e - n a, eo c, , g ._
=o., s, ,u. a s, 4
.v ,_ s.
. .: s._ e ,6 e 6 s. ., s. c.
c p. .a.
- 6, c
, ,- w ., c- e- 6, z_ .e
.o w
_ _ . . . .. . 4
-=
t ea a ). N uw nt u scop, tram te.-m a ..t f .nm 4, ou v e Ata_ Numet n ' /* '*8 A.v=evett GAf8 No 2000 00S9 CONTINUED F ROM PAGE V 8 TX0065854 101 Aw .se.nes r2at as S. POLLUT Arai i wenn si - L. F F Lt t i F A I 4 UNils 5. t r4 T A M E r.*g*to-e.rt; 3
i
' ^ L '~
NU DLI 'Z . ',', * ; f,M , s. M A NIMUM omeLv V ALut " ^ ^ $I/'a'edik [ 9[aYodsIbI ^ ' ' ,a
, "[" aCONCLN A EF L' ALUE
O
.=. m. .n. g, p ggg .
4.r .a.$1.-t , _, , t A, , , , _ ....... ,,,..t,e,,,,,,_ e.. ... _, , ne , e a . .. ,n ' a a ma i g g,=-
,,, ... ... n.gsts l GCAtS Fit ACTION - PESTICIDES treateau.-ds 119. HeutecMoe E se mide (l[ X (1074 57 3)'
1BP PCB 1242 (534G9 2191 E 19P. PCB 1254 (1909? 69 1) E 20P. PCB 1221 (11104 28 2) E' 21P. PCB 1232 (11141-16 53 E a
22P. PCB 1248 (12672 29 6) E I.
23P.PCS 1260 I (11093 82 51 E 2CP. PC81016 r
-}-
(12674 11 2) E
-(
2SP. Ton ephene (8001 3S 2)
^
EPA Form 3510-2C (Rev. 4 84)
~See comments for a list of footnotes.
F PA Fewm 'tM ir) 7t' f p.. 7 p%i
- _ . _ . . . . . _ , ~ . - _ . .., - _ .. - . _. _. _. . _ . . . - . , , . . _ m _ . . . . _
EP A $ O. NUM eE H tropy [Pom Ifem J O( hrm f)
PLE ASE PitlNT OFI T YPE IN Tl(E UNSIIADED Af TEAS ONLY. You may report some or all of -
in,m Ap,vo,,s thn informatson on separate sheets (use the same formaff inste.ad of completing these pays' "8 ** 2"
8 Nrr ter,THtte'Tford l
l TX0065854 AtV>ro**le*rwres 12 J r 8$
PAR T A You must provitle the results of at least one analysis for every pollutant in this table. Cornpfete one table for each outfall. See instructions for additional details.
2. E FFLUENT 3. UNITS 4. I N T A K E (optional;
3. POLLUTANT e M AmeMuu o AsLv V ALut k "^^'*/Msyngfp va m t' ei s' GONGT M f7a n7eUrV " d.No.or
L A v t n A"c t v A"t o r tsno or lal aea st - r ~ .I,I* e . . -- (a)asass AN ALYSEs yg DN AT N II {a) es. e I m .m .l '.8. a - (al no m es < - . l '.I.
. ..e. . e - . .l '.I. a . .-
m G eochemec al on vpen Demand treorn (1fn
n. Lhomecst O=ypen Demend (CODb
c. Total Organic Cerban (TUCI
d. Totsi Seesponded Sotkte f TSS) a Ammonia (as N) ,
VALut vAtut vALuL VALuE
f. F low 1 T W eretute **'"' *"'"' ""'"' vALut twmtert e0 VAtut vAtut vAtut vatuE teu m merl C MINIMUM MAAIMuM MINIMUM M AMtMUM
t. pH ST AND ARD UNITS PART B - Mark "X" m column 2-a for each pollutant you know or have reason to believe is present. Mark ""X"in column 2 b for each pollutant you believe to be absent. If you mark column 2a for any pollutant which is limited either dir actly. or mder ectly but eapressly, in an effluent limitstions guideline you must pr ovide the results of at least one analysis for that pollutant. For other pollutants for which you mark Column 2a. you must provide quantitative date or en explanstron of their presence in your discharge. Complete one table for eoch outf all. See the instructions for additionaldetails and requit ements.
1.POLLUT. 2 "AR"'m 3. EFFLUENT 4. UNITS 5. IN T A M E (optiondif C AS NO* f, eM.w- f4as.
v*lo 8 M AMl"UM D A8W V AWE < e YaNp* * #( I[eUn$sN dNO.Or AVERA VAL g in NQ. Or A N A L- e. L OAN90C E1N - b. M A SS ANALe (if et#6il3Erle) se=* se .s e , ['[, , ,, jeg uase e , ['), , , , (a) mea se , {'), , (#)enese v5E5 c e,,c , . . , , , , , ld " A** VSE5
e. Bromkfe (24959 67 9} ( } g) b Chlorine.
Tout nesidues
c. Color
d. Focsi Castform
e. rsuorld, t11984 4e 8)
f. Nitrits-Nitrita (as N)
P AGE V-8 CONTINUE ON REVERSE EPA Form 3510-2C (Rev. 2-85)
,r'tu v n ennisNoro rnou r nonT Outfa11 102 EPA NPDES Permit No. TX0065854 f.POLLUT- a M Ann 'a 3. EFFLUEN T 4. UNI TS 5. INT AME forrvewaff
~ ""* ' " " " " ##'DE ' ' V VALUL C.LONG Yg M g,VALUE i NO Of d h0 M TgM bNO F 5 N O. *
'.*** ' I g y
...' m H AL- b wass ANA -
tv - a. w ,, .-. .-. ,, , , , ,, ff), , ,,,, ... ... ,, , , ,,
tj,,,,,,',, n, ... , ,,, , , t j,, , , ,,,, ,,, .,, ysts raaTmN
,,,,,,t,,,,_
. i,, ... vses
> w.oo.en.
ot.. o,..mc
(= Ns (16)
h. Oil and Geeese i Phosphorue ten 79. Tote' 17723 14 01
f. Radioactivity (1) Alphe, total (gg (2! Bets, Total (3) Radium.
T otsi (4) 8 tedium 226, Total
k. Sus 4te toe 5041 .
41480R 79 al I. Suffida las 99
m. Suif f te ten 30 29 414265 45-3)
n. Surfectante
o. Aluminum, Total (7429 905)
p. Der 6um, Totst t 7440 39 3)
4. Boron.
T ot&l (7440 42 8)
r. Cobene.
Tots:
(7440 48 di a tran. Total (743949 6) t, Magnes um, Tatst (7439 E5 4)
n. Moeybdenum.
Ytt/4 (7439 98-7)
w. Mengenese TEtel (7439 96 6) ur. Tin, Tstel (7444315) m Titentum.
Totet j 1744632C EPA Form 3510 2C (Rev. 2 85) P A G E' V-2 CONTINUE ON PAGE V -3 l
i
____._-___..____..-__m_._._____._._.-___._._.m___..___u_ m , .- -. _ - _ - . .o -m . .-- - - - . . . . , _ _ _ _ . _ _ _ _ _ _ _ _ _
k P A E.D. MUMet R retyy from ifrm I of f orm f / OUT F ALL NUMet H vorm 4 mand TX0065854 102( "8 ** # "" # "
CONTierttFn F ROM PAGF 3 OF FORM 7 C D'"#N8 I2d f 85 PART C If you are a pternary mdustry and thes outfail contams process wastewater. refer to Table 2c-2 tn the enstructions todetermme which of the GC/MS fractions vou must test for. Mark 'X"m column -
2 a for all such GC/ MS fracteons that apply to your mdustry and for ALL touc metals. cyanides. and total phenots. If you are not required to mas k column 2-a (secondary industriee, nonprocess wastewater out/a//s, and nonrequired GC/4fS fractions), mark "X~ in column 2 b for each pollutant you know or have reason to bebeve es present Mark "X" m column 2 c for each pollutant you beleeve es absent if you mark column 2a for any pollutant. you must provede the results of at least one analysis for that pollutant lf you mark column 2b for any pollutant. you must provide the results -
of at least one analysts for that pollutant if you know or have reason to belsewe et well be discharged en concentrations of 10 ppb or greater. If you mark column 2b for acrotem. acryforutrate,2.4 dmetrophenot. or 2 methyl-4,6 dmitrophenol, you must provide the results of at least one analysis for each of these pollutants wtuch you know or have ressort to beheve that you discharge m concentrations of 100 ppb or treater Otherwise. for poff utants for which you mark eolumn 2b. you must either submit ar least one analysis or briefly describe the reasons the pollutant m empected to be discharged Note that there are 7 pages to this part, please review each carefully Complete one table (a// 7pages/ for each outf att See mstructions for additional detsifs and requerements.
8. POLLUTANT a. M A R n
x- 3. EFFLUEN T 4. UNITS 5. INT A K E (oprirmalf N MDEF ***
e=. .b* *'w'ee1s C** 'J " A M'Muu O Atty v ALUE ee w e ' """ 9,Ned%' V ^ # '" " hY,7e:7a% fVA'UE :i N O. O F e CONCEP4 A E A E V ALUE ANAL- b. M ASS ANAL
fif ee eeleNel
.{. 7."?d d*J, , [J (,)..., , l '), , , , _ tel.... w,, , p), , m ,, t el - . .. vsts m ATION ge
,o,=
=. g,g,,,, yggg ,
METAL _S, CYANIDE, AND TOTAL PHE NOLS 1M. Antimony.
Totat (7440 36 0) {gg 2M. Arsenic. Total (7440 38 2) 3M. Bervilium, T otal, 7 4 40 41- 7) 4M. Cadmium.
Totof (7440 43 9)
SM. Chromium.
Total 17440 47 3)
SM Ccpper.Tetsi 0440 50 C1 7M tsad. Total p439 921)
SM. Mercury. Totes (7439 9 7 El FM. hsickel. Totes t 7440 02 01 1 OM. Sesenium, Total (7782 49 2) l t iM Silver, Totel (7440-22 4}
12M. Thaillum.
Total (7440 28 01
l. 13M. Zinc. Totet
, (7440 66 6) 1(M. Cyseside, l
Totst (37-12 Si l
l I 15M Phenols, I
Tetel DIOXIN 2,3,7.8 Tette oEsCReeE RESULYS chicrodibento P-Dionin (1764 016) l EPA Form 3510-2C (Rev. 2-853 P AGE V.3 CONTINUE ON REVERSE I
__ , . _ . _ .._..~,.-.-,.m.- ~ _ . . . . . . _ . ~ ~ . . . , m, . ~ . - _ - . . . . _ . _ . - ..-. .-._, - . . . . - ~ - . . . - . .
ih
. b.
V
ff e
am E G
m A r
1 P
a p . N r
s O E
C p . U M r N A T I T
T G N N - C I
o : C V .
4 n
i .
5 8
5 6
0 S 0 T X I T N U -
l o 4.
N --
t i m n
r ,
e ,
P o 9 m F 4 .
D E -
P u N L .
A .
A V .
P .
F g ,,,
y g
g 1
T ,,
a ,
t e
r e,
o .
4 L. V c .
C a G T u A L .
N m . P E v U v ,,
7 L
)'
0 F [
1 F d E
i . M, ,
I 3 *,
f 9
y/
t .
t
t t, O
I'* _
t u .
t .
a .
v .
v L
t A
D -
M .
u ,
u s .
n . S a t, D M ,,
N U
a ,
, O P
1
, . M n
, w. O Y, C T ,
E N n ,
L O n *$n: I T
)
5 H a 7,: A 8 F M L 2
E s ** . O df .
H ".p V I v
e T
. - R M
(
( -
O T N e O n -
e C R N
)
I te .
n e e n
o r) o) o4) ot rS 1 n 9 3) 2 A T m e r2 r -
F L- o r r 6 i
o e lo3 er 0 r
lo7 r
D T C it r r oe r e e n
-n h
- e oh r
o on e
+a n 8c-6 lo5 3 s57 n 3 7 A n e o h4 h0 h h8 e 8 8 1 E U U . m n Mht1 t n4d b ida t e
r t f o r e rh 6c3 c ic5 5 U L M-e R ep so8 to) y 1 e CE1 o m) oro9 o) oh r t) o ieE) o) loh lote r
05 i7 D01 D(7 6c D7 8 %2 4 b
ly) ly 4 h(7 l4 y 3 _
N L F
r2 r3 t) n2 L o2 bl5 r7 e' o e1 ht C y8 lh3 h te) hm8 17(
- 45 4 t ht (7 i r
I O N7 S
c0 c e3 lef)8 y8 r 5 r h a c3
0 h9 lho4m8 l'o J) - n5 8c m4 6c o8 2. ( 1. en 2. s( Cl ht1 ee ee n T h0 2v7 C6 0o7 0r a
N P , M A. 7 A.7 B 4 Bt8 R2 s2 C8 C0 .e 71 1
.en 1 e 1 e 1 n e
3 E4 Mid M6d e 2
.m2 Vtv .n C.m4
.l r
/
V y0 V 76 1 F C 0 V0 1 f e C. t 6 V,0 o 2 V5 Vah Veh Vy
.l
.p V 00 .m .o V v e, 45 5 Vo5 Vo O V Vo N@ Vl Ve Vr h9 5 A .
tv1( 8th 1
C 1
G 2( ? (7 a=( S(
7 BT( 5 Fi 1
4b4 1
Dt 7 O 1 1 te(
1 6 2r7 3fe7 4 1 te S I t 7 r 9 1 0r 1h P
1( 1b( 1d( e v e 1 p I 1( 2B 2C E
t1 E, -
Dgs k mt -
OMS -
f f
o "Av ma -
it y e -
t s
= -
( u
=
L "d l i
M / t A '
T N O -
n I Tg L
, 5
f, e 3 Wy r d &
f
. i
) .,
" h ,
'oRr g
2 g n . i. a -
A p
'"? #m, S
" , T h -
'4f4 .
t
'3- N -
U y" -
4. gU n T' g "" -
,T -
f oLs
>at tgs .
a nv t -
U ao. ^ .
V nu - -
e} f ).
v {.
e f.
t r{
t(
t 7 a0 M" o 1 / ,
s u
'k 1,
o t, o ,
c, C ,
L
- /, U
, T s t ' ,
t "
n E V s.
se.
1t '
- L i L 6, g
n r Al
)
a.
l ,
n4 E f .
>5 . l. , -
3 -
,. 8 K,, ,,,
se 6 5 ,
aOO t
]
)
8' uX mT ,
u "
n p t a
u.
t.
n .
e a .
l i v -
v l
i t
L o d s
m n o I oe r
t M
u , m.
3 u t r
s n
f p S _
D a ,
J
- f m ..
e _U O S P
D se
- i M N
- evL O C U -
a c.e*., O L P n a e L I
l M
4 n 7' e* 4 T O V a h,I A C r M -
L D
' - .r O G ) I
'. C
]
a V 6 '6 c ' m ** . } A M *._ N
- [
i
- (
1 T h O
N O 1
2 e
t
- d ) 6 N c t
F I e9 t
o8 e 6 4 O n e
)
O) l o to F A R 's. T e r1 n I o2 fe9-6 1 )
n n l
C n0 e
T lo se - -
o0 1 -
oe 1 T h c3 h7 o- o5 e
-)
e5) n T Ed A f,5 e h 27 e nt ay i
r i
r r rn 0 C p o 8 te6 t2 h e M7 v w L MvU Cf H 7 2, n c n e)
To r h1 - an Ten lo9 lo e 5 A ro 8h c 0
- t 5 e
tr8 p h
p o0 to6 erl 2, ah ) e1
-e v5 ru2 h8 to) To 4
e F 1
htee r( lu3 Tt e5 1, h ) 2. h) h(c 7 hht ly1 7 R lo1 i2 a0 tn4 3 i1 o o r5 c7 -n 4c e1 r lo 9 t N L Ue s
1t5 re e o8 2, or0 1, et 6 1. et 5 n F h D1i D1 O5 t
it71 s8 -
e2 6. e e D5(
t)
S ie ie I
T O Nfi M Mktc 1 c4 Tne T 8
o6 1 o5 1 Tr ne T m4 t
Vk i
S C 8
4. ot 4. t( 6. (f 4. t i5 N N20 h5 C4 t
n( h5 4.hp 2) r
.o .r3 ,l .f ,o0 o9 7 2 o 5 el P9 2o6 r0 2on P a t
N I' /
C Vl Ve!9 Vy V 08 h6 Vot4
.*5 .l
.r6 . e M 25 2 n n 4o 27 4 Po O
G 2h 3n7 4 h 5 Vc5 61 Vot9 Vy h Ve 5 Vlo /
C 5 .o .e .e s
.e 0
.e s n Aso
. , r0 Aol8 1
7C 7 F e r 7' 1
731 ?h7
?
8h7 F '
9i 2 D 0u 7 3 'f' 1h 3C 3 A
19 !
Ah 7 s Ah 1 w Ar 4C Ab 9 a A8 B' 8 A 10 F
Ar BC Ah P s
. e 0 l Th 8
?' (
1f I :[
j
CONTINUE D FROM Tite FHONT 011 t f a l l 102 EPA NPDES Permit No. TX0065M4
1. POLLUTANT nampa n-3 t r F t tJ E:47 4. UNet s 5. IN T A M E (opreensi)
N MUER
7J * * /,*, M , . 7,U , "" " " U" " '" # NNaN[ MaYmioYrI ' 8,g" ", 0 ' e.CONCEN ",
,,r osa.u,,
9 :::. e. . . , ,,,, , t ,( , ,, _ l s o .., , ,, , , t ,s , , , ,, v.i.... , _ ,1. i , , _
, io ... vus iaama g yggg A ER o g, ,= -
'V I.U E i,i .., vu, GC/MS F R ACitON - BASE /NLu f H At. COMPOUNDS
18. Aconwbthene 183 32 9) (}6) 2n. Acenenhtviene (200 96 81
39. Antheecene (12012-7)
40. eentidine 19287 5)
50. Bento (a)
Antbrecone (56 54 3)
69. Dento (s)
Pyrene (50 32 8)
78. 3.4 eenro-fluorenthene (205 99 2)
88. Bento (thO Pee v tone -
(191 24 2) 9 8. Bento (4)
F luor enthene (207 00 9) 109. Bis it Chloro ethos y) Methene (t o t 91-1) 118. B6s (2 Chloro ethyl) Ethee (111-44 di 123 G.s(2 Chkwa<se-propr0 Ethee t102 60 l) 138. Bis (2-Ethyf-hesyff Phtheiste (11741-7) 148. 4 Bromo-phenylPhenyl Ether (10155 3) 158. Butyl Dennyt Phthalste (85 68 71 173. 2 Chlortp-cephthstane (91 68-7) 173. 4 Chiero-phenytPhenyl Ethe- (7005 72 3) 103. Chr y eene (213 01-9) 194. ukkento {a.h)
Anthrocene (53703) .
..a.
210.1,2 06 chloro-benrW (95 50-1) 213.1,5Dichloro-benzene (841-73-11, EPA Fonti 3510 2C (Rev. 2 85) PAGE V-6 CONTINUE Cd PAGE V-7
E f-m S Ots R
, at E O
M ns ft av V _
e E h R we e
N _
rp O
- L 6 I . E J
E "LA -
t, N" M t I A 'V T T ' . N N "A O .
s I f C
- e. n /
t 5 L 7,
,i. * " ,
sr A l; _
mrse t' e r dma v
.r.,
e s _
p.t s a
4ms, *arm
i M -
v T o .wdi I N -
U N" E" .
4 C' O"
C" -
a' .
gts .
ae n
u, an v
E n
W . -
A .
t s V .
p e
t m
u) b J,
s6 .
r1 L p},,
L( M, q
A 2 e 0 / ,
s 1 ,
f u ,
a G lg .
b N , 7 a
O V m L no C ,
E t G L A t
T P .
s N A o
n r
e fi t t.
g .
I t j
p .
ue r Q(
i
. s~ t
-p y% 3
[
U e 8 f ,
g5 6 $' ,
' fa
.n. 0 ^ l
.s n0 ^ ;
MX
u T k , .
.n u E e
U.
a L o '
e A . d e.
. r V
u Y 3, n i
1 t
tL n A o D c M
j S r
o ,
D
, N Ms f
, U a t O
A ,
P M , M e
g ,
O C
L n*
e**,.
A l
f
'm ** l t*
U s t e
, E 5) v n a
I/, U N
I 8 r M E 2 n
S A 1 .
A 2 *- . 6 v P * " B e 1
AP l /.
' - ( R(
n T N o7 n 1 e e C
n N O r6 r ,2 2} t y&
1 n
w t
e e e a - 2-e F )
l o4 lo iy o4 o0 t ne G e e o o) e n e td A r i l iy r r ty N f e n n e in 0 eA 6 h h r1 r n T F f h c h6 n ty h t
u 6 t1
- it2 c h s 2 t
n e
n t
w n
ie lOne. o 2 e
ry o te n oe sa 1 r A <0 e
B in1 n6 O e
h th7 t h e o m oi 5 Ddr. O + 0 ipa 12 e e rc f 1 oP o ts t la f
t U.
I F D1( e) h te )
D1 2 D6 ) r) r o) to e a r
c <
e c -
e7 n ) h t
o t r
m) 3
- N l L
M e. -
i e
F S
4. e n 3' .n1i tet2 e9 t e mte3 Ne) e e1 ie t2 4. (o 6. (e Ne0 D (e i i
ta4 2, en el o0 lu 4 u7 n
ci as m t) o bu3 m
a e tn41
e. e(
m6 e)B dd p) o1 h
p) e3 r) it3 iy Nh) t9 it Nty4e7 m
Tt 1 e 3 f.r4 Ole 6 Dt e 1- Df4 2n Dla8 fF3 Ho8 He ne9 s N0 N5 Ne5 r
N O Nt P f i
M 8n r
8n1
.e9 t
.h 6 .h1 o
.h 7 .e 2n
.e .h7 1 rn
.reen F4 6 .7 n
ees 7 .r6 H p7
.o4 .n I33 I.5 9
2 9 .m7 N.o-p6 r1 F e
O
/
C 2e 3e9 0t4 4h 8 9t3 8t4 Bu 0u 8t 1 8dn 90 0 6 t Bol7 8lc7- 8e 8239 08 8 8 8 8i 8P2 7to d2 A l
1 5h1 6h 8 8o 9h 1 2 8ml 6 ht t t G 2b 2b( 2P( 2Pi 2P( 2t 2t 2P(
1 0yo 3hb 3 (2 3( 8 3i 4h 8 3c1 3c(
5 y7 3o 7
3((
11 87 3( 99 3( 09 41 1
4c(o6 2
4 N (6 P 3f E
contrNotD rnou Tur rnnNr Outfall 102 El'A NPDES Permit No. TX0065854
8. PO LL u r A re f 4 u m se ss m
3 t_ f I' t U l f 41 4 tJ es t i s 5 IN r A M E fories. wears
b. M A x e j j,gyy v A L u t. c Wm. Qf y,,,9,,y),1,j.. V A L u t n ee , enu 4JMDLH * *d."
, , ',', 0 $ , j ,I', a M A nepuu D AsLv v a LUE: , ,, ,, ,
<er e..es.w . .-'.. :n, .r. . , ,_ , t. t , , ., j , ....... , . , , , , t. t . , , ,
. ....... ,p, ,, _ . . . . - , , s. s raa m~
e t g; g- ni ... . s. .
GC/MS F R AC TION - t!ASE/NE UT H A t. COMF'OUNDS f raseetuta,-.f 8 l 87R. N Netto modighenylamine IP6 30 SI (g]
44H Phenan the ene (85 01 88 45R. Pyrene (129 00 Of 468 1.2.4 - t o 6 chlorobentene f120 8211 GC/MS FR ACTION - PESitCIDL5 1 P. Altteen
309 oo 21 (11 7P. (I HHC i319 H4 bl 3P O RHC
f 3 t9 85 73 4# 7 ftHC
('a8 09 9)
SP II HHC (319 86 8)
SP Chlortfarse
(*s? F 4 9) f P. 4.4 DDT GO 29 3)
RP. 4.4' DD E -
(72 B5 91 9P. 4.4' DDD 172 54 8) 10P. Dieldeln (6057 11 11P, G E ridoeuff an (11S 29 79 f /f'. O E ridosol'on (115 29 71 13P. E ndosuiten swifsts (103107 el 14P. Enttrin (72208) 15P. E r*drin Ald;hyds (7521 93 4) 1LP, Heptachfor (76-4.28)
EPA Form 3510-2C (Rev. 2-85) P A G E V-8 CONTINUE ON PAGE V 9
LPAiD N sPM t1E M (A rrf* 4 fres**t ife #-f i t*f f or* rft J ,1 QUT F A 4N MUL H M .
om # aw*'4*
Ei88 t3WiI w ms9- ;
16
' CONTINUE D F ROA1 PAGE v s '
TX0065854 102' Awe e.o-es 72 38 35
1. POLLt# T A t4 T a ad e u ss 'n 1 E rf~ t.t#t ti l 4 O telT S S. IN T A M E f.sf*ree pwk Pets HLi .
" " . ,,* M , h *, , s. u m meMuu castv V ALur ' " ^ ^ '1,W,.J.?.,Me* * * " ' "U""
'A/Nadal}@ *^ a v' de'iTi_ 'v'a"t$ t h,a,Q{'
q. ':n, a .',
' ,H o, ",' ,concan
<,i ..nw. , _.,,,t,i,,,,_ , , . . . . ,,,_,t>A,,,_ . . . . , , _,,, ,11, , . .,, ...e ,nso $ aama o u r,,<,;- i,i.... -,$ts GCAts F RACTION - PESitCIDES trosoftnards 17P, HeptarMar
( pc a ide
1024 sr 3i ( 11 )>
18P. PCB 1242 (53469 21 9) 19P.PCB 1254 (11097 69-il 20P PCB 1221 (11104 28 2$
21P.PCe 1232 115141-16 Si 22P,PCB 1248 (12672 29 6) 23P. PCB 1260 (11098 82 51 24P.. PCB-1016
!12674 11 2) 2SP.Tosenhene (9001-35 2)
L
"" U E V
EPA Form 3510-2C (Rev. 4 84)
See comments for a list of footnotes.
F EPA Form 3510 2C (Rev: 2 85) '
_.___ _ . _ _ _ ____.___~___-______-i_- _ _ _ _ .-_ _ _ _ . . _ _ _ , ., __ _ _ . _ _ _ -
_. . . . . - - _ - . __ . _ ~ - - - . . . ~ _ - _ _ . _ _ _ _ _ _ _ . - - - _ - . . . . . . _ _ _ _ - - - . . .
)
Comments EPA NPDES Permit No. TX0065854 ;
Page 1 Comanche Peak S.E.S l Form 2c, Item II.B l The Comanche Peak Steam Electric Station (CPSES) is a two-unit nuclear-powered steam electric genarating facility owned and operated by Texas Utilities Electric Company (TU Electric). The plant is located on Squaw Creek Reservoir along HWY 56 l approximately four and a half (4.5) miles northwest of the City of i
Glen Rose, Somervell County, Texas. Wastewater discharges are l authorized by NPDES Permit No. TX0065854 (U.S. Environmental l Protection Agency [ EPA]) and Wastewater Discharge Permit No. 01854 (Texas Water Commission [TWC]). Wastewater discharges are to Squaw Creek Reservoir, thence to Squaw Creek, thence to the Paluxy River in Segment No. 1229 of the Brazos River Basin; or, to Squaw Creek l Reservoir, thence to Lake Granbury in Segment No. 1205 of the Brazos River Basin. Squaw Creek Reservoir is the source of all water used for cooling and industrial use. When needed, make-up water is provided to the reservoir via a pipeline from nearby Lake Granbury. Potable water is obtained from groundwater and is delivered by Company-owned wells.
The generating capacity and date of initial commercial operation for the facility's two units are as follows:
Unit Capacity (Mw)
Date 1 1150 1990 2 1150 1993 Wastewaters generated by the facility are collected, treated and discharged via five (5) permitted outfalls. TU Electric's operating procedures and wastewater handling practices are designed both to comply with all applicable environmental regulations and to provide operational flexibility wherever practical.
The five (5) permitted outfalls are listed below and a description of the wastewater system pertinent to each outfall follows:
EPA /TWC Outfall Tvoe of Wastewater 001 once-through and auxiliary cooling 002 Safe Shutdown Impoundment 003 treated sewage effluent 101 low volume vastes 102 metal cleaning wastes / low volume wastes
% T$id N-b '
dN.Dd8DFff;h ElW$$Mii$W$?$$h$1Y8-% ..$N
Comments EPA NPDES Permit No. TX0065854 '
Page 2 Comanche Peak S.E.S EPA /TWC Outfall 001 (Once-throuch and Auxiliary Coolina)
Water from Squaw Creek Reservoir is withdrawn at the intake f structure, treated chemically and then passed through the main condensers or auxiliary heat exchange equipment to condense steam -
or cool system components. The intake water is treated with sodium ,
hypochlorite to prevent biofouling and sodium bromide as a chlorine '
enhancer to improve chlorine conversion thereby reducing chlorine feed rates. Application of these substances is intermittent and ,
does not exceed the regulatory maximum frequency of two i hours / unit / day. A mixture of hydroxyethlidimine diphosphoric acid (HEDP) / polymer and a mixture of phosphorous acid /HEDP is also added as a corrosion / scale inhibitor. This "once-through" cooling water, ,
, elevated in temperature by the cooling process, is then discharged i via Outfall 001 back to the reservoir through a submerged discharge structure. A small slipstream, approximately 18.7 MGD, can be '
diverted through an opened valve for discharge to the Safe Shutdown Impoundment (SSI) to provide make-up and flow to this structure (see Outfall 002).
r EPA /TWC Outfall 002 (Safe Shutdown Impoundment) i The Safe Shutdown Impoundment (SSI) is a safety component of the facility required by the NRC to provide a source of emergency cooling water for safe reactor shutdown in the unlikely' event of a failure of the Squaw Creek Reservoir dam. This 367 acre-feet impoundment was created by constructing an earthen dam across an arm of the reservoir. The SSI and reservoir are connected by an equalization channel and underwater weir (top elevation 769.5 ft MSL) located immediately southwest of the SSI dam. Outfall 002 is I located in this channel; discharge occurs whenever there is a net flow of water into the SSI. This net inflow will normally be achieved by diverting approximately 18.7 MGD of condenser cooling water as makeup to assure the SSI remains full. Storm water runoff ,
from portions of the plant area and surrounding undeveloped area l also contributes water to this impoundment. j The Service Water System provides once-through cooling to plant I components designated as safety-related reactor support systems by {
the NRC. To assure the availability of this cooling water under !
emergency conditions, the water must be extracted from the SSI; it is then circulated through reactor support components and is discharged back to the SSI. NRC regulations require treatment of this safety-related auxiliary cooling system at the Service Water System intake structure to assure its reliability. Treatment consists of Betz Clam Trol CT-1 [N-alkyl dimethybenzyl ammonium i
T W " e T
l l
Comments EPA NPDES Permit No. TX0065854 Page 3 Comanche Peak S.E.S chloride (Quat); dodecylguanidine hydrochloride (DGH); ethylene glycol; isoproponol; ethanol) as a non-oxidizing biocide; sodium hypochlorite as a biocide; sodium bromide as chlorine enhancer to I improve chlorine conversion and thereby reduce chorine feed rates; :
and a coordinated system of hydroxyethlidimine diphosphoric acid !
HEDP/orthophosphate/ polyacrylate or polyacrylate co polymer as a ;
corrosion and deposition inhibitor. )
EPA Outfall 003 (Treated Sewace Effluent) !
This facility employs three (3) package treatment plants for the :
treatment of domestic sanitary sewage by extended aeration, activated sludge processes; pretreatment is provided by aerated '
surge basins. Final effluent from the treatment plants is commingled in a common chlorine contact chamber and transferred to !
a settling tank prior to discharge to Squaw Creek heservoir via Outfall 003. .
i
)
EPA /ThC Outfall 101 (Low Volume Wastes) i Certain low volume wastes; namely, those generated from primary plant operations (operations directly asscciated with reactor l systems and functions) may become contaminated with low level !
radioactive material. These wastes must comp 1.y with both EPA-NPDES effluent limitations as well as those limitations imposed by the Nuclear Regulatory Commission (NRC). As a result, two separate low l volume waste treatment systems are employed; as described below, one system is dedicated to the treatment of these potentially radioactive wastes and the other treats wastes generated from non-radioactive secondary support systems. i The low volume wastes from primary plant operations are principally i composed of wastewater from floor, equipment, laboratory and sample ;
drains as well as the periodic drainage of various system components. These wastes are collected in holdup tanks and are ,
then processed for the removal of radioactive material and '
conventional pollutants by one or more of the following treatments:
filtration, evaporation, demineralization. Treated effluent is !
collected in a monitoring tank where it is sampled and analyzed for 2 compliance with both EPA-NPDES effluent limitations and the NRC ,
Technical Specifications for radioactive parameters. The monitored l wastes are then batch discharged via Outfall 101 into the condenser ,
cooling water. The discharge of these potentially low-level i radioactive low volume' wastes into the condenser cooling water is l a practice approved by the NRC. I i
l J
.A- , _ . _ _ _ _
1 l
l l
l l
Comments EPA NPDES Permit No. TX0065854 Page 4 Comanche Peak S.E.S I
I i
The non-radioactive low volume wastes from secondary support systems-include equipment, floor, laboratory, and sample drains; water treatment wastes from demineralizer regeneration, reverse osmosis (R.O.) systems operation, condensate polisher system and I other miscellaneous water treatment blowdown and backwash operation; periodic drainage and flushing of various system components; and intermittent boilerblown from the plant's auxiliary boiler. With the exception of one of the two R.O. system wastes which are segregated and treated separately, these low volume wastes and the previously monitored wastes discharged from Outfall 102 are routed to a low volume Waste Management System (WMS). The ,
WMS consists of the following components: sludge basin, API oil / water separator, clarifier blowdown decant basin, three separate but interconnected low volume waste retention basins with synthetic liners and leachate collection systems. The WMS provides for oil and grease removal, suspended solids reduction and pH control. Provisions for in-situ chemical treatment of suspended solids and pH are incorporated through the addition of polymer and acid or caustic. Recirculation / mixing of the wastewater is achieved by either of two recirculation pumps. Interconnecting piping and valves allow wastewater transfer between the three (3) basins to add treatment flexibility. The R.O. system waste stream which is not treated by the method described above is treated in a lined concrete equalization basin, a limestcne neutralization basin for pH control and solids reduction. These R.O. system wastes are then commingled with the other treated low volume wastes prior to discharge.
1 The treated non-radioactive low volume wastes are normally commingled with those wastes which are potentially radioactive and are discharged via Outfall 101 to the condenser cooling water; the l commingled waste stream is sampled prior to mixing with the cooling water for compliance with the appropriate effluent limitations. An alternative practice is to discharge the treated non-radioactive l wastes via Outfall 101 directly to Squaw Creek Reservoir; this !
approach produces two separately discharging waste streams. l Appropriate physical or mathematical flow-weight compositing is then employed for determining and reporting compliance with Outfall 101 limitations.
1 I
EPA /TWC Outfall 102 (Metal Cleanina Wastes) '
A retention basin has been dedicated for the storage and treatment of metal cleaning wastes. Metal cleaning wastes are generated by the chemical cleaning of plant equipment and are evaluated for treatability prior to their collection and retention in the basin.
t P
Comments EPA NPDES Permit No. TX0065854 Page 5 Comanche Peak S.E.S i
Unsuitable wastes are treated and/or disposed by alternative .
methods; e.g., off-site contract disposal.
k Wastewater in the basin, as well as treatable metal cleaning wastes which might be collected in temporary facilities (frac tanks), is '
treated for metals and pH adjustment prior to discharge via Outfall 102 to the Low Volume Waste Basins associated with Outfall 101.
The treated wastes so discharged will be commingled with the non-radioactive low volume wastes and will receive the same treatment (oil / grease and solids reduction) as these low volume wastes prior to discharge via Outfall 101. ,
i Form 2c, Item IV.A.
The Company is currently in the monitoring phase of a Texas Water Commission (TWC) enforcement order to close on-site landfills. In the Company's opinion this enforcement order does not affect discharges, however, the following information is provided for general information:
Enforcement Order Date: December 4, 1989.
Enforcement Order Requirements: To close on-site landfills and monitor groundwater for thirty years post closure.
Subsequent Requirements issued on November 27, 1991: Collect leachate from specified landfills for five years post closure.
Date of last landfill closure: February, 1993 Leachate collection period: July, 1993 to July, 1998 Groundwater monitoring period: July, 1993 to July, 2023 Form 2c, Item V.A-C (1) < = less than; actual value is below the listed detection value.
(2) The analyses reported represents untreated reservoir water which is characteristic of the intake water.
(3) MGD = million gallons per day (4) This is the largest daily maximum flow for the period June
l 1
. ~ . .
1 l
l Comments EPA NPDES Permit No. TX0065854 Page 6 Comanche Peak S.E.S 1992 through May 1993.
(5) Whenever multiple analyses are indicated, flows and concentrations are based on analyses performed during the 12 month period June 1992 through May 1993. All mass values are calculated from the respective flows and concentrations. ,
(6) Mass values are an exception to footnote (5) above. They are based on individual mass values reported during the 12-month period June 1992 through May 1993 and are not calculated from flows listed in Item V.A.1.f above.
(7) This outfall was not discharging at the time this effluent -
characterization sampling was conducted. Except where noted by a multiple number of analyses, all analytical results were obtained from a single grab sample of the impounded water.
(8) NA = not applicable.
(9) Not reported by the contract laboratory because this parameter has been deleted from the list of GC/MS Fraction-Volatile Compounds. ,
(10) Testing of GC/MS Fraction-Base / Neutral Compounds in once-through cooling water is suspended by 46FR35090 (July, 1981).
(11) T.esting of the GC/MS Fraction-Pesticides is not required of steam electric power plants; see 40 CFR 122.21, Appendix D, Table I.
(12) This outfall has not discharged during the 12-month period '
June 1992 through May 1993; all analyses are the result of a single grab sample of the impounded water and no prior treatment has been provided. Mass values are not applicable because there is no available flow upon which to base the necessary calculations.
(13) N/A = not available (14) Because this outfall has not discharged, only one pH value is l available and both a minimum and a maximum pH cannot be provided.
(15)-These are the averages of the minima and maxima recorded during the 12-month period June 1992 through May 1993.
(16) This outfall has not discharged during the 12-month period I
i
, . es 5 p g .
)
Comments Page 7 EPA NPDES Permit No. TX0065854 Comanche Peak S.E.S June 1992 through May 1993.
associated impoundment and Also, due to limited use of the ,
empty at the time performed.
effluentevaporation, the characterizationimpoundment was As a result, sampling was for ef fluent characterization.a grab sample could not be obtained remain empty for'the foreseeable future.The impoundment is expected to t
i i
I i

TXX-9333, Forwards Copy of Application for Renewal of NPDES Permit TX0065854

Contents

Text

Dear Mr. Holly:

Navigation menu

TXX-9333, Forwards Copy of Application for Renewal of NPDES Permit TX0065854

Text

Dear Mr. Holly:

Navigation menu

Search