Text

Forwards Application for Renewal of NPDES Permit TN0026450
	ML19305D814
Person / Time
Site:	Sequoyah
Issue date:	04/09/1980
From:	Elashry M; TENNESSEE VALLEY AUTHORITY
To:	Harvey S; ENVIRONMENTAL PROTECTION AGENCY
References
	NUDOCS 8004150551
	Download: ML19305D814 (2)
	v • d • e

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TENNESSEE VALLEY AUTHORITY Nommes. TENNESSEE 37828 APR ,

Mr. Sanford W. Harvey, Director Enforcement Division U.S. Environmental Protection Agency Region IV 345 Courtland Street, NE Atlanta, Georgia 30308

Dear Mr. Harvey:

SEQUOYAH NUCLEAR PLANT - NPDES PERMIT NO. TN0026450 - APPLICATION FOR RENEWAL Enclosed is an application for renewal of the subject NPDES permit which expires September 30, 1980. The application has been prepared using the !

same serial discharge numbers and conditions as'the existing permit with the following exceptions:

003--Operational Sewage Treatment Plant: The number of employees will increase to 1500 per day, and the average sewage treatment capacity will be increased to 36,000 gpd.

004--Construction Runoff: The discharge point from the north bank of the intake forebay has been relocated to the south bank.

007--Yard Drainage Pond Effluent: The effluent now contains small quanti-ties of boron, hydrazine, molybdenum, and citric acid which were not identified in the existing permit.

008--Concrete Batch Plant Settling Pond Effluent: TVA is requesting an increased limit for total suspended solids to 30 mg/l average and 100 mg/l maximum.

009--Chemical Treatment Pond Effluent: The effluent may contain boron, hydrazine, and citric acid.

010--Station Sump: Operating experience indicates flow should be increased to 3.1 mgd average and 5.0 mgd maximum. This discharge is also identified as an alternative path for discharge 014 and may contain boron, molybdenum, and hydrazine.

012--Cooling Water Discharges: This discharge may contain boron and hydrazine.

014--Condensate Demineralizer Regeneration Wastes: This discharge is now a combination of existing permit discharges 014 and 015. TVA is requesting the deletion of monitoring requirements for oil and grease since their presence in the discharge is highly unlikely and under these circumstances the difficulty of monitoring for such parameters would not I be warranted.

An Equal Ocoortunity Employer B004150(( hi 1

e b Mr. Sanford W. Harvey A;

015--AERCW Mechanical Draft Cooling Tower Overflow: This is a new discharge that was not identified in the existing permit.

016--Liquid Radwaste System: This discharge may contain boron, molybdenum, and hydrazine.

017, 018 (Prior Permit)--Office Building Sumps 1 and 2: Deleted because no discharge has occurred during the existing permit, and none will occur in the future.

017--ERCW Intake Screen and Strainer Backwash: This is a new discharge point from new structure.

018, 022--Construction Runoff: These are runoffs from new construction area.

025--Plant and ERCW Intakes: There is no application Section II included since the existing permit covers only intake monitoring. TVA is requesting deletion _ of a serial number for the plant and ERCW intakes and deletion of the monitoring requirements.

025--Construction Runoff: This is runoff from new construction area.

026--Yard Storage Building Floor Drains: This is a new discharge from a new building.

027--Security Diesel Generator Building Oil and Grease Interceptor: This is a new discharge from a new building.

028, 029--Construction Runoff: These are new discharges.

In the event these requested additions are not included in a revised or renewed NPDES permit or if there is some delay in issuing the new permit by September 30, 1980, we request that this letter be considered as a permit modification request for these additional and modified discharges.

Sincerely, Mohamed T. El-Ashry, Ph.D.

Director of Environmental Quality Enclosure cc (Enclosure):

.Mr. Harold R. Denton, Director Mr. Jack R. McCormick Office of Nuclear Reactor Regulation Tennessee Department of U.S. Nuclear Regulatory Commission Public Health 7920 Norfolk Avenue Water Quality Control Division Washington, DC 20555 2501 Milne Street Chattanooga, Tennessee 37406 Division of Water Quality Control Tennessee Department of Public Health 621 Cordell Hull Building Nashville, Tennessee 37219

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SEQUOYAll NUCL, EAR PLANT l

NPDES PERMIT TN0026450 RENEWAL APPLICATION '

I certify under penaity of law that I have personally examined and am familiar with the information submitted in the attached document; t

and based on my inquiry of those individuals immediately responsible j for obtaining the information, I believe the submitted information is true, accurate, and complete. I am aware that there are significant penalties for submitting false information, including the possibility ,

of fine and imprisonment.

r Mohamed T. El-Ashry, Ph.D. ,

Director of Environmental Quality

Date application signed 4-9-80 !

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e p o,, acg,,,cy ugt

5. F actitty/Acteesty (see instructions) .,%..,-

C.4ve tsie ei.nie, owneesnia, .nd

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i... Sequoyah Nuclear Plant t ,.,. .. si.e.. t n.. .. . r, .. i e o, n.. .. e.. ... ..x e. ... .: ieen aevo Orav 0m i,,. w. i,iene.. ....ni, i0s. kV o

. n., ,,,,e c. .n ...e... , co a" a' TN0026450 hu.ntpee 1Osd I oc.tinn 10$e E O- Rnv 2000 st reet 8. Ni.ent>er l

Cit y 10St ses, Hamilton cooniy 1,itte 10$li 10s.

peration Of 2-unit nuclear power

s. N.iu,e .e ous.nen st.ie nne

nat...e nt ti.e nuuness conducted

. ti.e pi.ni ne noe.. ting v.c sity.

generating plant 10se AcrNcv ust I

7. r.ctiviy Ini.k.* Water (see it.'itut.

l .n .) Is.et s. t.- w at er 6e.t.a.e wus..me a

gu , .i.. y 6, y .r .eC *-%. I Sil..l.te

.ver.sn.- ..loni. i.e' f AV in (tu nut.inct

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u...... ..... . n .. .i e ..ie, sv e en. 30v. ._.4 0 ,,,,,,,,,,,,,,,,,,,,,,,

s..,,...e..., iOi. l.,6,86.240 inou..nd ,.iionspe,d.y 3078 thous.nd gallons per d.y

( . r . a..al w .. 't'

1076 thousand getions per day I pince 0re 1,686,813 in .,nd nonse.,d.y i .,i . n c... ,

water veom Precipitation runoff

lorie leie.e is int..

. nio., ... .ource. 307r

.. . .. ... , w .ie , use rie. . e

& wet #pr WOlutne per day in tnnus.nd

.J.gi..dt". (Wf d4V IUf the f f loWiM9 lyt.e3 .sf esst. f ist F) : .t t he f atality, e,e ..u r . i ..,"

i0s.

1,686,360 inoo,.nd ,.no,,, ,e, da, e . . .., ... a ..ne.n ..i.,

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thous.nd 9.Hons per d.y it...h a f eed w.ter i

Pe rveu water (including Cont Cf 80sc Q3 too ,,.nd ,.,,ons ,or ,,y l . .. .n.s . .ie,i i0s, 30 ,,,,,,,,,,,,,,,,,,,,,

s. nH., y ..i-,

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o n'er ' sos. inoo no ,. Hon.o.,d.y l 100f 1,686,813 thous.nd g.Hons per day

lot.:tten 8 l -

if t hs se .se d.sch.e get to _

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otnt r.' sys tet y.

l u n.. . i. in.. ,y. . .ie, . , .e 2,600 poopie served tha ..u nher or pee. pie served. Iosa I-2 l'l'A I .a 7v.0 23 (1 7 3)

4 4 OMB No. H8-RUl00 FoR AosNcv use NATIONAL POLLUTANT DISCHARGE ELIMINATION SYSTEM APPLICATION FOR PERMIT TO DISCHARGE WASTEWATER STANDARD FORM C - MANUFACTURING AND COMMERCIAL SECTION I, APPL.ICANT AND F ACILITY DESClllPTION Unscu e theewtw spee itsett em this foem mH ltemt are in tie tsunpletett. If an item is nnt augeek aisle enttitale 'NA.*

lif f t H 10 Al at H i le nN At IN'.t ett ACTION 5 r on st B ECTED ITEM 4 A8TL AH IN 56 s' Art A t C INST NUCilON fulO8%Lt.1 A% INillC Afi lt ft(MIKI I i ti6 0 0181 1 ILLING OUT litt'SE ITL MS.

Please Peitst or Type no, Tennessee Valley Authority

i. i.e,se Name .f eppucani lsee imtructivos)

2. Maltant Aceress of Applicant tema Forestry Building __

NumDT 5 Net sort Norris city core Tennessee Siete npCode sore 37828

3. Appl 6 tant's Authottred Agent i e.in ieuct w i Wallace G. Carpenter Name and litte 103a Environmanent Fn o i n oa,- ._

Niseedier 4 *.treet Address 103b OIgnty Stilldino , _ , _ _ , , _

to3e Norris __ __

cit y siai, to3d Tennessee ..

/ipCode 103, 37828 r e.ephon. to3, 615 632-6450 FTS 856-6450 Area Numti.,

4. Prestews Appelcation Code if a ptevious artistication f of a National or rederal OttCharge get.

mn has ne.n maae, g v. the date 74 07 26 of Appletatton. Une nufDef eC des 69 nation for date. 604 YR MO DAY I testify that I am famsalar with the inf ormation Contained in thlt appleCallon afid that to the best of fny knowledge and belief such information is teue, complete, and accurate.

Mohamed T. El-Ashry ,,,,

Director of Environmental Ouality Printed Name of Person Signing Tttle 80-04-09 YR MO DAY to2f

.. Data Application Signed Signatues of Applicant or Authorized Agent 18 II.5M Sceruno 1001 forveidos that Winorrrr, on any motter wahur the part<dortune <>f any departusent sw agertry of the United State s L nowmgir armt wsffully falutin, reurceals covers up by any trsel, schrone, tw den see a unatusalfeet, or snak es one false, fielttious or fretuJtalent statement <w representaroon uset any J.olse wruunT or Jorumeret k n.nant sarne to contain any false, fictatious or fraudulent statement se entry, shall fue JincJ nr>t m .

$10,00tl or ernprassmed not more then fire years, or both.

FOR AGENCY USC OWICC: . _f.f*A f#eWon Nun @t su e.eived _ _ , _,St at.,

Ye Mo ursY

- " * *"'d I8 J P4"8 *

! E P A Fee = 7550.23 (7 .73) 1

vhv Ne si.g3.a.samm.4s.e-.a.wwwr.a mm(age m ne mp.ah, w a ...wu,. 4 es .d e.sm,w a a.hed 4ND-w mM4.4 4a44 ag.a. e. 4m haemp.m. sh.sk..4 m pas.W.mm. mas'yAge g jwg ,yars b mM2

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Uhtte No. I M-UtbitNs FOft 9CENCY USE i

9. All ratitely Olscharges and other Lesses. Numeer and Onsharge (see instsuctions) Vetume hpecify the **

nunicer of discharge poirts and the valuene of water dischareed or lost fenen the f acility actordeng to the cas .eentes belnw, t. stimate Number of Total Volume Used sectaien entunie per day in thousand Discharge or Delcharged.

4aHnn5 l*8 staW. points 1housand Gal /Uay 199a1 l4 199a8 1*bbb'b13

'urf av Water

!.asutary westewater transport 100sl 19998 sys tP8tt Lloem water transport system 100e1 88988 Cnnihined samtary and storm water transport system 199d1 19968 f.urface impnundment with no I of fluent 100et fSte8 Umteratuund percolation 100f1 109f 8 .

io..i setta D wei .niecn.

waste acceptance firm 10thi 19th8 Evaporation ftell 19912 ConsumpHon 10918 19918 ,

i 10041 80943 Uthee*

e a. u . .iini. artes and voiuine 19989 14 99918 1*686*813 lut.at elem 9

1f the.re are discharges to *other.'

specity. 109 nit >

10. Perrnses. Licenses and AppI4 cations i.est ait emissing, pending or densed perm 6ts,16conses and applications related to discharges from this facility (see instruellons).

o.i. o.ie osie e p.. anna

,,,,,,,,,,,,,, Filed issued oenied oste 1%um., A.p.nr y T of A ency 9 Use 10 Number O' 'I" '"" V 8t/MO/oA Y R/Mo/D A V ft/Mo/D A Y Riuo fuA 180 tal (D) (c) (d) (e) (f) (9) th) __ ;

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1. EPA NPDES TN0026450 74/07/26 79/07/01 -

80/09/30 i J

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2. NRC Operating DPR-77 74/31/01 80/02/29 -

LOP

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2. NRC Construc- CPPR-73 68/10/15 79/05/27 - 80/0/4 /0t **

tionUnit2 I

i is, uses and orawin,s Attach ait reau6ted maps and drawings to the escis of this application.(see fastructions)

12. Addettenne informatten er inf ormstlon lit

._.L10-2

LOP - Life of Plant 110-3** Extension request for Unit 2 was submitted on 80/07/03 with a request for CP extension 81/05 l

l Cf' A raem 7550 23 (1 73)

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a casCNance sERI AL.NUMSC R 001 f

SNP l rom AcENCY USE_

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Saunicipal storm Water Transport .

system O srs i

I wees tiniation Owat. w 3 t

goth

omer Condensor Circulating Water Discharge Canal et *etiMr* is checked, soecay 2ess

8. 04scharge Point - Lat/Long Cive the precise .ocation of tne point of distnarge to tne nearest secone. eac NA Oto MtN Lautuae 3 0s.l .

I OEQ MIN eEC Longituwe 204e I

7. Olscharge necetteng Water Name NA Name the waterway at the point 207a of alscharge.[see instructeens) i, For Agency Use ,

For Agency Use r 393, If tne discharse is througn an out. ,,,,, ,,,,, g g u , ,

20FD 20Fe fail tnet est*nos Devona the spore- ;

ilne or is tiesow the mean to, I

< J ,

I water line, comp 4ete item 4.

8. Offanere Otscnarse g ;

200m feet

a. Olscharge 04 stance freni Snore I sk Olscnarse Deptn setow Water g foot >

204D i surface l

9. Discharge Type and Occurvence i

a. Type of O*senarge Check i wastner the e.scharge es con. 20Da $ teen) Continuous tinuous or latermettent. O tints intermittent (see Instructions) tk Desenerge occurrence Osys per 7 seys per weses g Week Enter the a.erage nuen. 2095

')

Der of days per weena touring perlocs of encharget tnis alt. .

cnarge occurs. .

t NA '

c. 04scharge Occurrence -Montat

0*e OJAN Orts OMAa Omen Wjga ti tnis eistneree normaily oper ates leitner laterenettently. DAua N or continuoussyl on sets than DMAY DJUN OJuL O a year-around bases tescluonng snuiaowns eot rout n.ma.nt Ossa DocT Onov OOsc S .

noncel, check the montns eur. i lag tne year wnen tne distnarge as operatsas. (see enstructione J Q

Complete items to and 11 if **tator.

mattent" is cn+ches en item g.a. !

Otherwise, procese to stem 12. ?

NA : nens per eiseneros occureenee.

10. Interm6ttent Descharge Quantity -

state ine a.e,a,e oism. p.e eie. 2to cnarge occurrence en spousenes of gsHont.

13. Intermettent Discharge Ouretlee and Frequency l

a. satermetteat Oistnu, Ourou." NA hours por eey per Day State the average 29to nummer of nours per say tne etscnarpo es operstenS . I J , ,

36 Intermettent O.sanarge c re.vene, siais in. a.orage 2ii. .LeefMe,s .scur nc - e., I s

numeer of ancnarge occur.

rences per say curing ears when eIsenerging.

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13. Mastmum Flew pertes Cave the st2 srrem Jan.t,Jan._

unie period sa wn.cn in me..mum mentn mentn new .e in s e.senas,e occurs.

m www nso-n n-ns yg,2

a e 06tU Ns. IJs-hutuu I FOR AcENCY VSE STANDARD FORM C -MANUFACTURING AND COMMERCIAL I SECTIONIL BASIC DISCHARGE DESCRIPTION t e eage

. Comosess this sec9on for eacn oisenarge enescated in Section I. item 4. that is to surft aceilswaters must inas anc#

systemq en oneen the wastewater coes nat en throuen a treatment worus prior asunaree to being distnereed snould be repre, to surface be desent>ad where inere are aise distnarnes to surf ace waters from thes f acilitv. sternates.

REQUtRED sentative of sneEVEN twelve IF SEVER orevious AL OtSCH montns ARGES of operarson, ORlCIN ai snes ATC (N is a proposed TNC S wasues castnarge. AME FACILITY. snound refioct AllDent wAsueeng QtCATED REFER ADDITtONAL 8N57 RUCTIONS FOR SELECTED ITEMS APPEAR IN SEPARATE INSTRUC TO BOOKLET SEFORE FILLING OUT THESE ITEMS.

1. 06scharge Seelai No. and Name 2.ta 001 **

. oinnarge se,sai No.

(see instructions)

Construction Sewage Treatment Plant -

D. Descnarge Name 20lb Cive name of discnarge. If any. I (see instructions)

c. Previews oestnarge Serial No. '

If prevtous permit acositation 001 was made for snas ctischarge (see 20tc i Item a. 5ection II. orovice orset, ,

sus distnarge serial numoor. ,

t '

u

z. oitenar,e Operaung osies O

o. oascharie negan Caie ifene 69 12 9 l dacnarge oeurioed esiow is .a 202e operation, give tne cate (witnen best est6 mate) tne discnarge VR Mo g beten.

m. ottenarie to eegin case iftne NA disenarse nas never occurrea out 202t is planned for some future cate. YR MO give tne cate (witnin best esti.

snate) tne distnarge wins tregin.

c. 04stnarge to End Cate if ele, snarge is teneduced to be ciscon, g tanued witner the neat 5 years. 202e YR MO

ghe tne date (witnen Oest este.

mate) the gescnarge wilt one.

3. Engineering Report Amassante Cneck if an enese.eering rooort es avaitaDie to reviewing seency upon esavest. isse instrucieono aos O Environmental Statement .

4. Otssnarse Location Name the poilticai Downdaries weinen wnicn the poent of discnarge islocated, sees Tennessee state see. Hamilton County Daisy pf aseincamie) City oe Town zese

s. oeunar,e essai o scrisuon Desenarse es sato (cneck ones-(see snittuctions Stream (incsudes catenes, arroyos.

ene otnee intermittent watercoursess 2ese Os74 Lame OLxE ocean CoCE ,

tsunscleas Sanitary wastewater Trenaeort System QMTS naunsessei Comeined sanitary ane Storm Transoort System ChaCS yy , ,,,gg,, ,,,g,g,, y p,4,,,

E f' A f e*w 1550 . 23 (1. 73)

s ust$r.sen ua. . ...a . . . .... . .

001 I l frOft AGENCY USE SNP t .

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15. waste Amaienient This sanitary waste receives secondary , r

a. waste Amstement practice'ent 215e Narratlwei r Cescribe the waste anatom treatment in 30,000 gpd extended aeration package praCtlCes used on this discharge wiih a n,iee na.ratw (s ;

instructions) plant with effluent chlorination. _

I BACTIV CCLDIS .

PEQUAL (2)- . (s) .

siSe (1) .

a w.sie Anaiement c..es !

using the codes sisted in Tanie (4)

PSEDM . (S) . (e) .

j se of tne instruction sooklet. j describe tne wante amatement (3) . (9) .

processes f or tels cascna.go in (7) .. ,

the order in which tney occur . (11) . (12) - .

if poss Die. (10) _

,i

. (14) . (15) .

(13)

(17) . (18) .

(18) .

(20) . (21) .

(13) .

(24) . [

(22) . (23) .

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EP A Fenn 1554.23 (7 73) t I

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s s oug so. n ,_nu,u, 001 i SNP ,,,,,,,,,y,,

i s. a.u.siv oe..rieu.n ci.. a Sanitary waste is generated by approximately narrative description of octavely StSe

""""'"'** 1500 construction employees. l

[s%t ons l

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14. Actnetty causlag Discharge For each Sic Code wnicn descrapes j the activity causing this assenarge, '

suppey the type and man 6 mum omount of either tne raw materlaf s\ i consumed (stem leal er tne product proeuced ittem 140) in the units specified in t apte e of the Instruc- (

tion Booktet. For Sic Codes not (g v

tested in T acie 8. use raw material or production units normally used for measuring production.(see 9 instructions) t

a. flaw Mater 6ees Unit Shared Olocnarges NA Mamimum Amount / Day (See Table 1) (Settet NumDer) '

Name Sic Code (M (2) (31 (4) 31de (1) r t

l tp. produets Unit Shared 06senarges Masamum Amount /Oey (See Taele 1) (Serial NumDer)

Name i SIC code (4) i (s)

(3) t3l I 39 6 (11 l

Electric Power 2.442 Z-1 012-A. 024 1 4911 i l

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E P A Fer= 7$S0 23 (7 73)

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onscHAnce scas AL revuotst 001 FOR AGEPeCY USE SNP e

er. ceserspi .a es satsee aae o..cnar,e por eacn of ane eseameters sisted omew, enter in ene sopropriate nos tne vaive or caos ietter answer caised for.(see instructions:

in aceition, enin ene pararneter name ano code and ats reaueres vaevee for any or tne soitowen, parameters it iney wce enec=ee ammonia, cyanide, asuminum, arsenac, oerymum, caemium, eneomium, cocoer seed, mercury. necuei seienium, sinc. onenoes, .oia ana gre and cnsorsne tresseusti.

I Emuent Influent w

l- $ ,$ .c -

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g 7 . - m f 3 E 5 ;y; [

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h Parameter and Code 217e i 4 U

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et 4=

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z-o-u 8. 'd r, em 5-

?. .-s ,, CA= 4 o . ze w<

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z< m x

396 22--3 0 30ua< KOuQ (3) (4) (5) (6) (7) (8)

(1) (2)

Flow' I 0.017 0.010 0.078 5/7 160 G, MGD 0.017 t 50050 ;

plf 6.8 8.0 5/7 160 G

$$o I t i j Temperature (winter)

'F I 74028 Temperature (summer)

F 74027 Biochemica! Otygen De . snd (800 5-day) mg/l 8.8 4.0 24. 2/30 14 G 003t0 Chemical Onysen Demand (COD) mg/l 00340 Total Suspended (nonidterable)

Sobds

19. 6.0 36. 2/30 14 G

"'8/3 00530 I Specific Conductance micromhos/cm at 25* C 00095 !

Settleable Matter (residue) m!/t 0.1 <0.1 0.8 5/7 160 G 00545 ,

Other ducharges sharms intake flow (serial numbers)4sse instructions) l l

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{[.6 E P A Form 7350 23 (7. 73) l

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DISCHA%CE SERI A4 eeuwest M 001 I

POft AGENCY UsE SNP w--

is. w..iewatee enannteristics canu ine no= cesiae enn consutuent wann es sessent an ine erttuent leiun or best estimate.tsee instructions) E E Persmeter u Parameter g t:

le 216 a.

216 a.

Copper Color X 01042 f 00080 fron Ammonia X 01045 00610 Lead Organic nitrogen X 08051 l 00605 M4nestum i Nitrate X 00927 00620

[

Nitrite 5 Manbnese 010 >

00615 Mercury !

Phosphorus X 71900 _

00665 Molybdenum l Sulfate 01062 00945 Nicitet Sulfde 01067 00745 Selenium Sulfite 01147 00740 Silver Bromde 01077 71870 Potasaium X Chlorde X 00937 00940 '

Sodium X Cyanide 00929 (

00720 Thalbum Fluorde 01059 '

00951 Titaruum Aluminum 01152 01105 Tin Antimony 01102 I 01097 Zinc i Asdas: 01092 f O!!M2 '

~ Algicides' Ber> nnum 74051 01012 Chloruuted organic compounds

7 B arium 74052 l 01007 >

Festicides* i Boron 74053 01022 Od and greass i f

Cadmium 00550 01027 Phenois Calcium 32730 ,

00916 #

Surfactants X Cobalt 38260 01037 Chlorine X Chromium 50060 i 01034 Radioectivity* '

Fecalcohform bactena X 74050 i 74055 i

Specify substances, compounds and/or elements ut item 26.

FesticWes(inwetieges, funeicWes. and rodenticidest must be reported in terms of the sceeptable names spectiwd in Acceptable Commoru Names and Chemacal Semes for the intredent Statement on restrafe Labets. 2nd Edition. Environmental Protection Agency.Wastungton D.C. 20250, Jun required by Subsection 162.7(b) of the Regulations for the Enforcement of the Federalinsectic Funpcade,and RodenocWe Act.

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v .5 EPA Fora 7550.23 17 73) l

e i DISCHARGE SERI AL NUMSER coR AoEtsCv ust 1 001 SNP l ,

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a. Chem 6 cal composation of tnese attd aedelives (see Instructions).

Compoete 49 erne 20 25 If there is e thermas discharge (e.S. essociated wien a steam and/or power generetton plant, steet trutt. petroseum retenery, or any oener manufactuttng processi and tne total etscnarge flow es o 10 million sations per eay of more. (see 6nstructionsi NA 239

20. Thermal Olsenarse Seurse Chocts i the approorlate itemts) ino6cating the source of tne elsenarge. (see f instructions) ,

totter Slowoown DresO t Gotter Chemecas clean 6ng OSCCL l

Aan pond Overflow OA*07 ,

soller Water Treatment - Evepore. OEPSD t tor Slowdown Oli or Coal Firee piants - Efftuent COCFP from Air pollution Control Devices Condense Coosing water QCONO Coosing Tower slowdown . C CTSD Manufacturingprocesa , s QMFPR Other . , . DOTHR

31. 06scharge/Ressivtag Water Temper.

ature D6fference Give tne mastmum temper ature h

.I,, eve.. .etw n ine .ascn.,ge ;

ang receiv6ng waters for summer .

}

and winter operating condit6cas.

I '"'#" *"

331e op, Sumaner

' 33 0 #F.

winter

33. Otscharge Temperature. Rate of Citange per Hour 333 oF./ hour

[

Give tne manimum poss6ble rate of gN i temperature change per nour of l discharge under operating coe> i dellons. (see Instructions) 1 l

23. Water Temeerature. Peteent6te !

Report (Feequency of Oceurtense) ,

in the teele Detow. enter the i temperature wnica 6s enceeood 108b of the year. S% of tne year.1% of the year and not at all(man 6 mum yearty temperature). (see instructsens) 10% S% 1%

Maximum Frequency of occurrence

" 'P **

a. Intense water Temperature Saae (Svetect to naturas enenges) ** **

b D6scnerse water Temperature 33a4

34. water latase Veteesty 334 feet /tes.

(see Instructions)

$30 = minutes St. Notention Time Give the lengen of 46me. In minutes, from start of water temperature rose to elsenerge of cooling water. (see instructions) l l

l U8 l EPA Perom 7550-23 (7.m l

l FONnt Arrrws e.u OMB No.13$~NU100 DISCHARGE SE RI AL NUMBER poA moEceCv use 001 ,

SNP t

37. (Cent's.1 Emuent lannent i I

h ri i i

i h

4

>35.r i

>35k k Pararnetet and Code 3

i !

EI C;{ r se a ig b ?;

in, s

il y g Ji a 1 .l E 3 s, .! =E 3 2 MS

!!: " EW Ta

{3

,a

.r !

l ai3 *==s :c- a e .s a g w e.u < 's x8wo w< z< m (4) (5) (6) (7) (8)

(1) (2) (3)

<10 >2000 2/30 '4 G

{8o*styOjjrm,no./

Total Chlorine Ke81d- 1.6 0.8 1.8 5/7 160 G ual mg/l 50060 2.2 1.0 4.1 5/7 160 G Dissolved Oxygen, mg/] _

Ammonia, mg/1, 00610 <0.1*

Chlorine,iag/1, 50060 <0.1*

Estimated !

l

10. Plant Centmas Checes if the foi- SIS \ !

lowing plant controis are avastante for this distna,,e.

NA

\ )6 \ l l

Alternate power source for major O Aes .

pumping f acility. i D v Alarm or emergency per4eeure for O AtJd power or equipment f atture i

Coeno6ete item 19 af discharge is from coesing and/or stearn water generation and water treatment j edeltives are weed. 1

19. water treatment Asettiveo #f the elecharge is treated with any co#>

eltioner, inh 4Dator, or alg8cles, answer tne eossowing: Nme as Psame of Material (s) Stee l l

l h Pearne and acerees of manu- f facturer 2199 I

l l

1

e. Quantity trounes aseed per stee meniaen omanens of water tresseen.

1 Il7

$PA Feew T$$4-23 (7-73)

e a FOKW Avrsus eu '

OMB No.135 RO800 i

DISCHARGE SERI AL NUMSER roa Accacv usE I 001 SNP l

s. A. u.... i.e.,.n.u.a 1

n.= lateem u a are ,

217a Potable intake water is supplied by Hixson Utility District i

Water Company f

6 1

1 1

l 1

l l

l 1

i l

l l l l

l l ea r . rsso.22 (7.723 U-9

D t OtSCHAROC SE RI AL NUMcC R 002 ,

SNP f FOR ACENCY USE-- p hounscopaa storm Watee Transoort I CSTS ',

System weit (Insection) CWEl. t s i Ciner BOTN

I if 'othes* is checked, specify 2088 Plant Intake Screen *and Strainer Oackwash 011 !

l [

4. Denmarge pe6nt - Lat/Long Olve I

the precise socit:en of the omat g i of emnarea to ane nearest secone.

l Latitude Sete OEO ,_ MIN JC i

Longfu.!a Seet DEO MIN *EC

7. Olsenarge Receiveng Water Nawe Name the waterway at the pont 207a et discharge.(see instruct #ons;

i 6

For Agency Use For Agency Use If tne distnerge is through an out. p % Mh r

fate tnat entends Deyone the snore. 207D 207e ,

l time or is Delow tne mean low water line, compaete Item 8. ,,

8. Offenere Descharge NA foot

a. 04scharge 06stanse from Snete 200a b Oticharge Oseth Selow Wate' NA 204e feet Serface t n

S. Dessharge Type ane ossurrense

a. Type of Dascharge Chocu I whetner the costmarge es con. 200e h(con) Continuous L tlnuous or intermettent.

(see instructions) O (int) Intermittent i

h. Olsenarse occurrence Days ser '/ \ !

' Ween Enter the avetage num. 2099 A per weses O i Der of days per ween (during portoes of discnarget tnes see.

\ O. l

[ h f

Charge occurs.

O.sc, ,ge Oc.u,rer.ce -Monias NA O {\ l CJAN CFEe OMAR CApA i

ff tais discharge normaet * "09. !

operates (estner enf ermettently. !

et continuoustyp on iess than CMAY CJUN CJUL CAUG I a year.around Danes tesciveeng enutdowns for routine mainte. CSEP COCT O NOV C OEC nonce), checes tne monins dur.

lag sne year wnen tre eisenarge is opeteting. (see instructions)

(

Comp 8ete Items to ane 11 if " inter.

neittent"is checues in stem 9.a.

Otnerwise. procese to stem 12.

18. Intermittent Oessnarse eventity g' !

State ene average voiume see sie. Sie - m onisere per sneenerse occurrense. I cnerge occurrence en taeusenes of gossene. l 1

St. tenermittent passnarge Ourettee e.e pree..n.y a, latermettent Casanarge Ouretsen por Day State tne average atto .NAJteurs por ser nummer of neurs see say the seeharge is operatin6

n. t. stm.iieni Deun4,,e NA 84eemerge -

-- per ser Freemeney State tne average 21le numeet of eisenaege occur.

swnces per day euring says when e6seneeging.

13. esee: mum Ptew peesee Cave tne stone per6od in wn.cn ene maesmum ala Front MU

to18U*

flow et this e icnarge occues, sunense nientfe erar.r me.n(7.rn 11 2

rum a r e ru e. ..e 06 0 No. 855-JNIOO l

FOR AGENCY WSt l l

STANDARD FORM C -MANUFACTURING AND COMMERCIAL l SECTIONU. BASIC DISCHARGE DESCRIPTION r I )

} .p.a sew .

Tats enetuses asscn...es en mun f I C.mpe.t. Ines s.ction for ...n e.un.eg. enest t.e la Section B. Item .. th t is to sure.c. m t.,s. 6. w. tees. Ounines to weets must I I

syst.ms in wnun ene wasiew.i.e does not .n inrnu.n . t,.atment worms o, eor SEPAR ATEtoDESCRiFT40'eS 6.sa, oiscn. reed OF EinACs4 sus 8otSCHAnct. Amt f s

D. eeweib*e w w. In*** .r. .ase eiun.ca.s to sure.c. w. tees erom enes e.cmly.REQUtmED EVEN iF SEVE A AL l sent.tiv. of in. tw.sve pe.vious mentns of .oe,.tton. le taes is . propos.e casen.r, v.lu.s enoute e.fl.ct e.st en,in.eeing .stimet.s. i ADOsT 3ONAL INSTRUCTIONS FOst SELECTED ITEMS APPEAR iN SEPARATE INSTRUC t TO GOOKLET SEFORE FILLING CUT THESE ITEMS. ,

S.,s.1 N.. .no N.m. :

t. o6s.n. 002 .

o.ui . .,. S. ... N.. sei. . .

(s.e instructionst Construction Sewage Treatment Plant '

ca.. nam.oeo.unu , ie.ny.

(s Instrumonst

c. ru.a.us oeun. .. Se,.. N se.. iouso.,=.t .ooi.c w ea 002 soi.

ws vo, in.s

.un.,o. e,si..

. Secuen ti. o o...

Gus elun.,,. s.,I. nuent.f.

a. niun.r,.o .un,onu

.. neun. .n o.i. itin. s eium.,,. ..ur.nea .. ow .s ,a 69 12

.r.non. .. in. a.i. iw.inen roi.

ya uO nest uunic.: in. aiun.,o negen.

9 '

n onen. .i. se,in o n. isin. (s can.,, nu'n ., occure.a nut i eienn.a vor nom vuiu,. au ore NA ya uo 9 (

. in. i. swnnen o.n .n m.i.: in. eun.,, woi in.

c. Osun.r,. t. End O.t. is ele.

ener,. is an..ui.e is o. a.uon. NA sin .e wiinin ene no 5 yars, son.

. in. e.i. swnnin o.si eso. va uo -

me.: in. eiunar,. w.n .ne.

s. En,in...in, a ...n A.. ..

enum .e en n,.nu,. . ,..on is

.u.ni.io,e. w.n,.s.nc,u.on t u.a. is inn,wcuono me a Environmental Statement

e. oinnu..i..uu.a N.m. en.

p.illic. Dound.,4.s wita. A wn.Cn in. ni .e oun..,. is ioce

,,,, Tennesaee ,,,,

conney mode Hamilton 3, Daisy ,,,,

tw . uc.w. City ., Town sees ...

s. o s.a..w **ni oene u.a o.un.r,.isini.t.. um on.r.

(s Instructionst

$47..m (lactue.s $1tcn.s. .rteyes.

segg CgTA ene etn t ent.rrnett nt w.t.sseurs e3 L no Duss ca.a Docs .

t.unecle.8 Senet.,y W.st.w.s.r Tr.n. pert Syst.m Q4eTS Mun cle.s Comeinae Senst.ry n.

St.rm Tr.nse.rt Syst.no Q4.CS yy, ,,,g g,, ,,,,,g,, y p,g, ,,

E9A F.*w1SSO.23(1 131

08$CHAROC Srnl AL NUMet:1 002 '

'0 " ^G E "C ' "

SNP ,

r i s. w..i. an.i. .n.

' ' *' ** This sanitary waste receives secondarv ,

E.','Us e^.*i .n*'*~*Si..o.'i,.ni 215. N.tr.tiv.s practices usea on inst gestmarg.

. in . ,n.t n.,raiw (

treatment in parallel 5.000 and 10.000 cod extended se.smsoom) aeration nnekape ninnen wirb offlitone chlorinneton.

F L

PEQUAL g,, BACTIV ,33 CCLDIS a w.. . a.. .. ... c . . asse (1) , , ,

uun, ine coa . esii.a in T.oie i (4)

PSEDIM (5) (6) .

II of ine instruction soomi.t. , ,

a.scrie. in. w ste .e.i.m.at (g) proc.is.s for tnis disenare. an (7) , (s) , .

tn. oro.e in which tney occur 88 po*5st>86 (10) . (11) , (12) ,

[

(13) . (14) , (IS) ,

(to) , (17) , (le) ,

r (19) . (20) , (21) , ,

(23) (24) . l (22) . .

i (29) .

i I

k I

i

[

l 4

f l

h i

I I

t i

II"4 eea r- nso.n (7.73) 1

a .

u,,,,,,,,,,,.

002 SNP ran accuev uss

13. Activity Description Give a Sanitary Sewage iS gener3ted by 800 construction narrative description of activity 2taa orocucing this discnarge.(see employees.

Instructionst I

L

14. Activity Causing D6scharge F or each SIC Code which descreces I the activity causing this discharge, suopty the type and manimum amount of either the raw material consumed (Item laal or tne product produced (Item 140) in the units specif6ed in f acie I of the instruc-

b t6on Booklet. For Sic Codes not j listed in T acte I, use raw materlat or production units normally used ~ 'h{ \

for measuring production.(see h -

Instructions)

T'

a. Raw Materials Mansmum unit shared citenaries NA Amount / Day (See Taele 61 (Serial Numoer t Name SIC Code fa) (S) tal tal St ee (1) i s

i l

Shared Olsenarges D. Predests Maximum Unit j Amount / Day (See Tacle I) (Serial Numoer) '

TRz;

$1C Code (a) (S)

(2) (3) 3 t 40' (1) j Z-1 011 4911 Electric Power 2.442 l

i l

l l

II3 ;

E PA Feem 7550 23 (7 73) ,

1

l 04SCHARGE SERI AL reUMSCft 002 FOR AGEr*CY USE SNP ,

17. Destriellen of Ontalie and Deacnarge For eatn of tt>* parameters testee Deow, enter 6n tne appropriate boa tne value or caos letter answer calied for.(lee Instructional sn aoo,seen, enter one parameter name and come and eis reeuwee vaeun for any of tne toniowtas parerneters sr they were enecweo in itern asi ammon. craniae, aivminuen, arwnee, eerymuen caem.um, entornavn w cooper. iees, mercury, n.chel, seiensurn, sinc. onenois, o.: and ores .

l '

and cniorine teniouais. t Innuent EfDuent m

Fi !

1

- 1 -

1 I -

I 2 e- -

g EE=9 >355 2

f -

I >o5 x w b [

Parameter and Code 3k DE f !"3E !?35 d .3 $y $ i iE<i )a 217a Eik Eli 136 a

j h Eh 35 !!Ai kS154 5805 b

2A bee l (3) (4) (5) (6) (7) (8)

(1) (2)

Flow

0.003 0.003 0.001 0.005 5/7 159 G 50 pil Units 00400 6.8 7.8 5/7 159 G r

T. emperature (winter) y 74028 ,,

Temperatt te (summer)

F 74027 Caxherrical Otygen Demand i

(BOD Nay) mg/l 0n3lo 11. 3.4 32, 2/30 14 G l t

Chemical Daysen Demand (COD) mg/l 00140 t

Total Suspended (nonidterable) ,

Solkis

20. 8.0 42. 2/30 14 G 30 Spenfk Conductance micromhos/cm at 25' C 00095 Settleable Matter (rendue) ml/l 00545 <0.1 <0.1 <0.1 5/7 159 G l i

I l

'Other discharges thanns intake flow (serial numbers)4see instructions) i l

)

l l

1 E PA Form 7330 23 (7 73)

Il4

002 Fo" ^c w ev usc SNP

e. w si... . cn. .u. .su.e ennu ine nos oevo. enn censutueat = nasa m ereseas in in emuent temenares weext. This se er amt sumeie.lsee enstructionst -

Fuameter l2 Parameter 216 e

a.

216 a.

Copper Color 01042 00080 X l I

tron Ammonia X 01045 00610 Lead Organic n.trogen X 01051 00605 -

Magnesium Nitrate X 00927 00620 Manpnew Nitrite X 01035 00615 ,

Mercury f Phosphorus X 71900 00665 Molybdenum Sulfate 01062 00945 i Nickel Sulfide 01067 00745 Selenium Sulfite 01147 00740 I Silver Bromde 01077 71870 rotessium X Chloride X 00937 00940 Cyanide Sodium X 00929 i 00720 Thaihum ,

Fluoride 01059 00951 Titaruum ,

Aluminum 01152 01105 Antimony Tin 01102 01097 Z!nc Arznic 01092 01002 Algicides

Beryllium 74051 '

01012 Chlorinated orpnic compounds

Barium 74052 01007 Festicides*

Boron 74053 01022 ;

Od and greams Cadmtum 00350 01027 Phenois Calcium 32730 00916 !

surfactants X Cobalt 38260 01037 Chloruw ..

A !

Chromium 50060 01034 l Radioau.6 ,* '

Fecalcoliform bactone X 74050 74055

'Specify substances, compounds and/or eternents at Item 26. I Festicides(inwcucides, funprendes, and rodenticides) must be reported in terms of the acceptable common ,

names specsfwd in Acceptable Common Namer and Oemseni Names for the Ingredent Statement on '

festraisIcbels. 2nd Edition. Environmental Protection Apeney. Weslunston. D.C. 20250. June 1972, as required by Subsection 162.7(b) of the Regulations for the Enforcement of the Federellasecticide. ;

Fungistde and Rodenocide Act. I l

i 115 8PA Pam 7550 23 (7.TM i

DISCHARGE SERI AL NUMoE A roR Actacy >st I 002 SNP r

g ..

..o . ru s.v.. #e taee 8e84 --

addeteves twe instruct'Umi-Comtwete items 70 2518 there is a thermas descnarge (e.g . assaulated with a ste m and/or power generation plant, seces mist. petro #eum ref 6nery, or any other manufactue6ne processi ata the totat descnarge flow is NA to mdlion gallons per day or more. (see instructionsi 220

20. Ynerman Olsenarse Source Cnects the appropriate itemts) and6catlete the source of the discnargo. (see instructionst soiser Biowdown Q SLSO Boiler Cnemicas Cleaning C eCCt.

Aan Pond Overnow OA*OF Boeter Water Treatment - Evapora- OrneO tor Biowdown OoCrp Oil or Coat F6 red Ptants - Effluent from Air Postution Control Devices Condense Cocetag Water OCONO Cooelag Tower Snowdown OCToo Manufacturing Process O MFPR Otn.e OOTHm II. Desenarse/ Receiving water Torneer.

sture Difference Give the masamurn temperature '

ditforence between tne discharge and receivtag waters f or sumener e g ennt winter operating conditions. gg (see anstructions) g jQ her Winter tatt 'r.

22. Descharge Temperature. Mate of 'r.peur Q#

w\he D

Change per wour its Give the manerrium possiose rate of temperature tnange per houw of g Ys discharge undet operatang con- -

ottlons. (see instructions) ,

22. Water Temperature. sortent6te R6 port (F reguency of Occurreneel in tne taese below, enser the temperature wntch is onceeded 10%

of tne year. 5% of the year 1% of the year and not at att (manamum yearly temperature). (see instructions) 10% S% 1% vas ensum Ptwavency of occurrence

'F F ## F as intame water Temperature 222e (Suo6ect to natural cnanges) 'F 'F 'P 'F Ik 04scharge water Temperature 222e 224 feet /tec.

24. water Intase Velocity (see lastructions) 220 minutes

25. Roten.6en Time Give ene longen of tiene, la minutes, from start of water temperature reie to discnarge of coonne water. (see instructions) l l

R.8 E PA Ferai 7550 23 (7 73)

l FORM AVYNUs t.o 0608 No.15S-Nulu0 DISCHARGE SE RI AL NUMBER _

poa acuev usa 002 _ _ _ _ _

f;NP - . . . _

17. icent d.)

Innuent Effluent w

j - ll ; j I II Parameter and Code

= Ha 5I h y

>3$

gg, g E 3$Eo D D, p h

W g is <k =3ns e =5 -

3y. gu 3r74 3 <

3.x v m

< oyaj3 go u - Ecuj Mw E83 E I' l i 25 8 8hwo<.?! $5 3 h i!

zowc w<

D $l z< m E,

nic 32 C c (3) (4) (5) (6) (7) (8)

(1) (2)

Yecal Co11torm, no/ <10 >2000 2/30 14 G ;

100 ml. 74055 1.5 2.0 5/7 159 G gagg1 SbONO Resid- 1.75 Dissolved Oxygen, mg/l 2.3 1.2 3.9 5/7 159 G Ammonia, mg/1, 00610 <0.1*

Chlorine, mg/1, 50060 <0.1*

i

Estimated .

g is. piani ceni.ei. enui, ie tre roi. sie iowin, piant controis are avanene. \ B NA tor inis disenarse. '\

ane,nai, oower .ou,c. .. mai. o mes D h\go oumoin, eninty. g Aistm or emergency procedure for O ALM -

pow., or .ousem.nt sanure comoi.i. nom as ie disenerse is vrom coonn anda, steam water generat6on and water treatment additives are u w.

19. Water Treatment Additives if the disCnarge 6s treated with any cof>

ditioner. inntDitor, or algIC6de, answer the fonowmg' l

a Name of Materlas(s) 'alte .,,,,,.

l k Name and address of manu.

ex ture, alte

c. Quantity (pounds added per 219e manoa sanons of water treated).

117 E PA Fee = 7550.23 (7 73)

L

,w.....

ou3 ns.1ss-IN 800

- l I paa Aospecv USE l DiSCHA#gg ggn AL NumeER i 1

I 002 - t l [l t ia SNP i

F i.e v.a -

se. A m u. '"'*'**"*"

the Hixson Utility Dis *rict I_

im 234 217a In take potable water is supplied by I Water Company L

i j

i i

l i

l L

i L

i 4

l i

l l

{

l U-9 EPAFemTS W 3U=M

osscNanoc seat AL Nuueca i 003 1 4

P SNP FOm ACENCY USC e

Municipal Storm water Transport . ,

system O sTs w.ii (inactioan O wti- . 6 l Otter COTH Yard Drainage Pond

Sese, tv etw ;. enacted. specify 1

s. oischarge peini- Lautent cive the precise location of the point g of Gischarge to the nearest secone.

DEG MIN REC Latitude 204e DEG MIN *EC Longitude 294t

7. Discharge neceev6ag Water Name Name tne waterway at tne point 207a NA ef discharge.(see enstructions)

For Agenev Osa For Agency Use

I 3038 ff the esscharge is througn an out- g,,,,, Minor 0 Sue _l fait that entends Doyone the snore- 2073 2018 e une or is below the enean low , _

water Itne, compiete item 8. l r

8. Offshore Olscharge NA ,

20Sa feet

e. Olscharge 04 stance frans Shore b Olscharge Death Below Ws NA foot 200m surface

9. Descharge Type and Occurrence t

s. Type of Ossenerge Checu !

whether the desenarse is con- 309e @ (con) Continuous b tenuous or interm6ttent. I O (int) Intermittent g (see instructions) D b Descharge Occurrence Osys per \

2099 7 per woont Jys weet Enter the average nuen.

her of days per weem (during periods of discherge) tnet Ols-charge oCeurt d NA s

c. Deicharge Occurrence -wontns l' if this discharge normally 20ge OJAN Orts OMAa OArn 3 eperates (either Intermettently. Onuo (A Om*v 0;uN O Jut

.c continuousive on ess tnaa

. year-around cas.s to.ciua.ng ce '

shuidowns eot routin. ma.nte- Osa OOct DNOV O DEC Q ,

nonce), sneck ine enonths dur-

' [

one the year wnen tne essenarge !

is operating. (see instructsons)

Complete tierns 10 and il if " Inter.

r mattent is checkoo en item 9.a. F Otnerwise, proceee to etem 12.

90. Intermittent Descharge Quanetty NA " -

--r golsetus per Gestfierge occurrence. 7 l

state the average votume per ses- 214 cfierge occurrence an tnousands of geHont. ,

ll. Interm6ttent Ossenerge Ouestles and Frequency

e. Intermittent Dessnarge Oursuen NAT ;perWay PorDay State the average 21le number of hours per say tne r alscharge es oper ating .

b Intermettent Oessnarse gWege eesurrences per Way Frecuency State ine everage 2899 numeer of eistnarge occur-eences per day curing eays when discharging.

13. ensanmuns Flow persee Gavetn*

tatae period in anecn tne maaemum 212 Front Jan.to . Tan.

menes mentes 6 flow of taes e scnarse occurs.

EPA Forw 7550 73 (7.73) H.2

i

. OM3 Ns.135-hutw I

FOR AGENCY USE STANDARD FORM C -MANUFACTURING AND COMMERCIAL l e

SECTIONIL BASIC DISCHARGE DESCRIPTION coat sewee age r

I . Comesete this section ror enn drunases encicated in Section 8. Item g. f ters. U.sch.stges that is to surrece ta ocas must waters. Yn4s en i

l systemt in enica foe wastewater does not en throuen a treatment worms prior f n to being esistine descnareed discharee to sur ace waSE snould me repre-be described enere there are 48se discharees to surtete watert from this f acility. Dest engineering estimates eentative of the twetve previous montns of operatson, if this is a pr000 sed deMmer OOnLET AS INDICATED. REFER ADDITIONAL INSTRUCYlONS FOR SELECTED STEMS APPEAR IN SEPARATE INSTRUCTIO /

70 SOCKLET GEFORE FILLING OUT THESE ITEMS. I Desenarte Sertal No, and Name 1.

200s 003 ,

aw 04senarse Serias No.

(see instructionsi Operational Sewage Treatment i sein

n. oeune,,. N ene Cave name of disenerge,if any, I

(see instructions) r

c. Presteus Dissnarge Senat No. '

If previous permat aposicatio" 20fc 003 was made for this discnarge (see Item a. Section sl. orovide prev 6-ous discnarge eersa# nummer.

i

2. 04scharge Operating Dates

a. Descnarge Segan Data If tne ,

dunarie deurioed neiow .s in 74 05 l o,. cation. ,ve ine date i.itnin 2o2a !

vR MO onest numates the danarge ,

me,aa.

h D. Otscharge to Began Date Ifthe g u i dunarge nn never occure.d out NA 2429 :

is planned for some future date. YR MO O

. e tne date tw.inin ont ,m. ni.

maio) in. Gunar,e weis f t

c. Otscharge to End Oate tf dis-cnarge is scheduled to De discon- NA l tinued witnin the neat 5 years. 202e YR MO

g#ve tne date (witn6n best estm mate) the discnarge wist end.

r i

3. Engineer 6ng Report Avantatte f Check af an eneineering report es l evaHacio to reviewing seency upon reevest (see instructions:

2es O Environmental Statement l

)

Disenarge Location Name the Agency (Joe I

4. i petitlCal Downdaries wrtnen wascn the point of dissnasge islocatess.

88 204d State 294e Hamilton 2o<e County 204e Daisy 2649 f (if applica04el Ctty oe Town 1944 . . . . .

S. Descharge Point Centnetten Dsenarge le into (cneck ona;-

tsee instruct 6ensi Stream tincludes ditches arroyos, .

and other 6ntermittent watercourses 8 2eSe CSTR tame CLxt i Ocean COCE .

Municipae Sanatory wate ater !

Transport System DMTS l

punicises Comeined sanatary and Storm Transport System Ot#CS El This section contains 9 pages.

E P A F eae 1550-23 (7 . 73)

DISCHARGE SERI Al NUMSER I

' 003 roa AGENCY USC f SNP e

I tS. wasie Amatement fwret6ves The Operational Sanitary Wastes receive ,

I i t e was e eat t 21Sa oractices used on tnes eischarge wiin . ori.e n.rrete.e. (see secondary treatment in two septic tank-sand filter l

instructions) systems with combined effluent chlorination, i I

1 PSANDF m, wesee A iem.nt c.ee. asse (1) BOTHER , (2) PSEDIM . (3> .

usin,ina comes seeise in Talie.

(4) CCLDIS (s) . (4) .

is of Ine instruction soomiet. .

eescrime the weste acatement (9) l processes for tnis oisenarse 6n (7) . (s) . .

ine creer in wnaca tney occw

. (11) (12) . !

it paesese. (10) .

l (13) . (g43 . (15) e

(183

gggy . (17) r (19) . (20) . (21). .

(22) . (23) . (24) .

(28) .

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b 11-4 EPA Fans 1350 23 (7.73) b

um a c u. , ~- .. . . .

003 SNP FOR AGENCY USE

+

13. Ast6vely Dessrtetten Giv'

Sanicary sewage is generated by 900 (maximum Stae narrative oescript6on of activity eroeucia,inis oisenerge.(we shift) operational employees.

Instructional b

P I

f i

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94. Activ6ty causing Desenaste fror eaca SIC Code whicn descrioes tne activity causing this 46senarge.

suppiy the type and mantmum amount of entner the raw materlat consumed (6 tem leal er the erocuct t produced (1 tem 140) in tne units b

specified in Taele 1 of the instruc-tien somiet. For sic Coan not 0 aD usi.e in iamie i, use ,aw mai.ria' y .

l or proauction unns normeur uses ,

ear surine Deoeuction.(see insi,uniens;

a. n uaiortais Sneces Osunar,es ue=amum unit NA Amount / Day (See Tatiei) (Serial Numeer)

Name SIC Code (si as an e.>

tai s.i as !

f I

l l

o. proeven. unit Snered DiMmerget Moulmum Amount /Dey (See Taste 1) (Series Numoer)

Poeme sic Code (en at un an stes' m 2.442 2-1 007s 024 4911 Electric Power U+3 EPAFue HSO.D U.nl

onscHAncE stas At. NUMSER 003 FOR AGEpeCY USE I SNP

u. oeienoteen es satame and ossenares por eaen of sne eseameters sisteo emow. ente in one sooroeriate non the saive or cooe settw answer canoe foe. ties instructionen in sosition, enew ine parameter name and cose ans est reeuves saaves foe any of tne sonowing oarameters if iney =we enecsee in item f o ammon.a. cvanuse. asuminum, arsenic, nerymum, caemeum, enromium, cooper. sees, mercury, necuei, insenium, sinc. oneness ois* one eruas ano sniorine tresnais.

Emuent Innuent w

j -

1 - 3 I i Yl 5 !E 3 3 m 3 h

'~

Parameter and Code I $ US I

?Lw !??E d3 im 1

217e

- w !g*E,4 icG2 4

)Es s "l t ] :5 3.x WLe p =

as= $11 @

'10 : 5 1806 CI E< d

$$$ SES &

(6) (7) (8)

(2) (3) (4) (5)

(1)

Flow

MCD 0.005 0.005 0.001 0.015 1/1 215 G 50050 pil Units 00400 Temperature (w mter)

F 74028 Temperature (summer) e g:

74027 Biochemical Otygen Demand (BOD 5<!ay) mg/l 0"3'O 21. 6.8 38. 2/30 L3 G Chemical Oxysen Demand (COD) mg/l 00340 Total 5uspended (nonGterable)

Sobos mg/l oo5m 14. 7.0 40. 2/30 13 G Specific Conductance micromhos/cm at 25* C 00095 Settieable Matter (renduel mus OU5'8 0.2 <0.1 3.0 1/1 215 G

'Other ducharges shanns intake flow (nsnal numbersMsse instnsctions)

PA Form 7550-23 (7.73)

N4

l DiSCH A%CE SICome, reumuqLM ,, , ,,,,,,,,,

003 rom ActNCV USE ggp I

s e. w..ie..eer cametensu e cnoca one nos besiae esen constituent wnsen is present in tne etnuent (esseneros water). This setermaneuen se to se seems on ectvee ane#yses se e.it estamete.tsee instructionst ,

Persmeter Peremeter 216 f

t 216 G a.

Color Copper 00080 X 01042 Ammonia Irm 00610 X OIWS Orgsnec nitropn 1.ead 00605 X 08051 Nitrate M nesaum t 00620 X 00Y27 ,

I f

Netrate Mangsnene 00615 X 01055 I

Phosphorus Mercury '

00665 X 71900 Sulfate Molybdenum 00945 01062 Sulfde Nickel i l

00745 01067 L r

Sulfite Selenium '

00740 01147 t

Bromde Sdver 71870 01077 Chloride Potassium X 00937 X 00940 Cyande Sodium 00929 X 00720 FluerWe nallium 0093g 01059 ;

Aluminum Titanium 01105 01152 Antimony Tin 01097 01102 Arsenic Zinc 01002 01092 Beryllium Algicides

01012 74051 Barium Chlorinated cryuuc compounds' 74052 l 01007 t Boron Pesticides

01022 74053 Cadmium Od and greens 01027 00550 Calcium Phenols 00916 32730 ,

Cobalt Surfactants X t 01037 38260 ,

Chromium Chionne 50060 X 01034 Fecalcoliform bactena Radioactivtry*

74055 X 74050

'Specdy substances, compounds and/or elemsnts m item 26.

Festicdes(insectiedes fur:sicides, and rodenticidest must be reported in terms of the acceptable common names specified in Acceptable Common Namer and ChemscalNames for the Insminent Statement on festicate Labels 2nd Edition. Environmental Protection Apney.Wailungton D.C. 20250. June 1972.as required by Subsecuon 162.7(bl of the Regulations for the Enforcement of the Federalinsecucde.

Fungscade,and Rodenacade Act.

11-5 tPA Fwa 7550 23 (' .73)

s e DISCH ARGE SERI AL. NUMSE A conAosacyvssi 003 SNP a

d. Cnem6 cal compoeltlen of these St$d s

aceitlwes (see instructional.

t Comgeese stems 30 35 it there is a thorsnee essenergs lawsw. assectates witn a steem and/or power generassen plant. steet melt, petro 6eum retenery, or any Otner j manufactueing processi and the totee eischarge flew is 10 motion geolons per say or more. (see instructionen g [

380

30. Thermae 06senarse seures Check the sporopriate stemts) indicating the source of the discharge. (see lastruc11ons:

DoHer esowoown Q B4.80 soiser Chem.cas Ci.ening OsCCL

.I A.n pone Overnow OAPOr '

seuer water Treatment - Evesors. CEPSD tor growdown ,

O OCFP ,

Ole or Coat Fires Plants -Efftuent from Air Postution Control Devicae Condense Coostag water CCOND Coosing Tower stowdown . OCTSO Monufacturing Process 4

..(.. OWPR Oth.t 3g OOTwa '

- it

31. Deesmates/Reesseine water Temper-sture Differense g Give the masamum temperature g difforence ceswoon the mesenerse y and receeving waters for summer .

and wanter oeerating conestions.

I"'""" "

38te ep, ) e Sumener i

.: QN

'P.

winter 3310 S

33. Descherpe Temperature. Rate of *r.3es.t C nge , ores.u, ::

f Give the mastmum possette rate of temperature ca.ange per hour of 9 ,

discharge unr.ar operater.3 con. ?

dellons. (see inst. actions)

23. water Temooreture. Pereentile '

Capert (F requency of oscurrensel In tne tasse nosow. enter the temperature wesch is esceeeed 10%

of the year. 5% of tne year.1% of the year end not at all(memimum yeerty tameeraturel. (see 6nstructsens tog 5% 1% wassmum Freevency of occurtrace as latene water Temperature asas (Sweeoct to naturae enangeon N

tw Dessnerse water Te% oreture 3838 384 feetAes.

se. water tatase veseesty (see 6nstructionst 3s. mesention Time Olve the tengen of ass a sautes I time,in enanutes from start of water temperature esse to elecneege of cooting water. (see lastruational U8 SPA Ferse 1550-23 (7 73)

PDNnt AYYttus su CRGB No.138-N0100 DISCHAnO(m@l AL NUMe(M from AGENCY USE SNP l

3 7. tcent'8.1 (

Emuent Innuent e m

i ; 1 EI;- . 1{

>3o i

>35E il -

3 h Farsenetet and Code 3

I

' I E n- ! I H O f I $N l, a'G},

i, l sc s,o j If.E' TMg int 244 1

- E

.s ul g *3 ,

a Q a g-3

_2. c 2 w < XQwo 6< Z< m D

(5) (6) (7) (8) ;

(2) (3) (4)

(1) r ecaJ. courorm, no. / <10 >2000 2/30 13 G 100 ml. 74055 Total Chlorine Resid- 0.8 <0.1 3.0 1/1 215 C ual an/1. 50060 _,

Ammonia, mg/1, 00610 <0.1*

Chlorine, mg/1, 50060 <0.1*

I r

Estimated r

is. piaat ca.ime. ch.cu if the foi. aie 3 h ,

iowin, meant contros. *'* *'*"*** NA nV ,

for that discharge.

Asternate power source for maler C APS h ,

pumping faculty. g Alarm or emergency oroceeure for O ALa*

power or seulement f a6 dure Complete item 19 if discharge is !

from coeiing and/or steam water generation and water treatment aeditivet are used.

l to. Wales Treatment Additives if the c6scharge is treated witn any cor>

Gitioner, inh 4Ditor or altiCide, an.w.r the .oi.owin, stee None

s. Name of uatori.ici l

g. Name and aggrees of manu-fatturer IIN l

e. Quentity teounds seeed per alte en4466en teilens of water treeted).

EPA Penn 7590-23 (7 73)

onB No.158 R0100 l

OtSCHARGE SERF AL NUMSER )

FOR AGENCY USE !

003 ,

SNP l

s. A.eu.a. oat.na u.a l '

latena*Hea I 3M st.m I Intake potable water is supplied by the Hixson Utility District f 217a h Water Company . ?

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U*I EPA Per= F530-23 (7.73)

i 1

oISCHAIGC SE18 AL. NUMcCn t

004 i

SNP ron Actacy use Mun6cleae Storm watee Trevueert .

System QSTS P b

West (Ingett6eng Q wet. ,

b Otner DOTH e 3484 If 'etfier* le chechell. spectfy I S. otscharge Point - Lat/L'ong Otwo one e,uise iocanon .e ine ee.nl

.e eiunu e to ine nenut vs.ne.

Lentuee sees 35 og, 4 _u t,

_1_4, 04 .aC t.,,,, t,,de zee. 85 ,,, 05 ,,, 15 e,e

v. o une,e nue...n, w.ie, name '

name ine weie,way anne eo.ni sera Intake Forebay

.f descnarge.(see 6astructeens)

For Agency Use For Atenev Use if tne discnarge es tnrough an out- u,, ,, uma,) Sue 303e feel that estends beyond the shore- 2e79 ggy, line et as below the fnean low water Nne. compaete sten. 8. ,,

l

s. offsnore 08ssnar** NA

e. osun.r,e o.stana er.m Sn.,e seea eget n connar,e oeotn seiew wa*= NA .

i Seartase 200m feet S. oessnarte Tree and osservense

s. Tyee of oessnarge Cneca '

i wnetner tne esscnarge es con- 30ea Q (c.nl Contineseus g i tinuous or 6ntermettent. N (see lastructions) E (lat) Intermettent ,

eh, oischeese oneevenes pays eer (

f weet Enter tne avert se num-bor of says per ween touring 20et eevepor ween Dependent on rainfall, c^ <

i W j eartoes or sescnaroep in.s eas. ,

eneese occurs.

s. oenner,e ouverene. -na.ntas NA -

If tMs d6stnarge normally 299e CJAN OFra O Man C Ap.i .

etes ,e.tn .nt.._tt.n.

.a continuoussyl on lese snen CMAY QJUN O jub QAUG l a year eround Dates (esciuosag snutdowns for toveme ma.nte- CSEP CoCT O NOV CoEC nonce), cnoci tne monens due-Ing sne year wnen tne eescnarge is eseratene. (see snstructs.ns:

C.mosete s tems 10 and it it atater. i mettent"is cnocuee in stem 9.a.

Otnerwise, orocese to stem 12.

11 toteen.6ttent ossenarse QuanHty l

State the averses volume see see, age - - r gossens ser eteenerse occurronse. , unk'own n

estarse .ccurrence en taeusanos et Gemene.

tt. Intern.ettent ossenaege cuentose .

e.d a - .en.,

..e,..ite, i ..sena,,o ou n per os, siaio in. a. ore,e atse nounesee.,, unknown .

..r. . n.u., se, es, t e e.e .e., sis.o., son

' lr",:l,""e'"'," *'"e't,'" ersee siit , - ._ es, es, , haknown

~m ., e.unar,e o-u-

,er .s - e., eu..n. .e.e w e ..s. . .

... ...n.um ,t.w ,e ee o, e 9.

ans pr.=Jan.,, Jan.

u..a.

eur ..eeri.e in wn.cn in.s ..u .r.o .c ine

,0. me..m m.n. t.t enr Fue-n(r.ni u.2

r uue as e ru e. ..s.

l Ostu No. Iss-Kosoo i

FOR AGENCY USE STANDARD FORM C-MANUFACTURING AND COMMERCIAL i

SECTIONIL BASIC DISCHARGE DESCRIPTION e

Comosete tnts secteen fe, seen ciumarge mescates 6a Section 8. ftens g. Inst #s to surface waters. Ynis encludes desenasses to m ,

t systems 6n waecn the wastewatee does nnt go sneoven e treatment wores ereo, to being etunareed to surf ace watees. Dest he eeutet*G wnese snees see esso signetees to su, face waters from ines facHesy. SEPAR ATE DESCRIPTIONS OF E Atee REQUtmEO EVEN IF SEVER AL OlSCMARGES OmtGINATE IN TME SAME PAC 8LITY, Ass values fee an enestine e.unaree snovie eentative of tne tweeve proveeus moment of ese,eteen. If tais 6s e erososee etunarge, wenses enouse reflect best engineering estimates.

ADOstaONAL INSTRUCTIONS FOR SELECTED tTEMS APPEAR iN SEPARATE INSTRUCTION SOO TO SOCKLET SEPORE FILLING OUT THESE 87 EMS.

i. oenna.,e Serias No. ane N. 004 ,

a. Descalarge Sersas No. 2ete ,

(see instructions)

Construction Runoff to Intake Forebay os,e n.me es emne,w. se eav.

que i ei,uctions

c. Peeviews oisenare. Senes No. 1 se e,e.ieus eermit se .catiea 004 I wu m.ee v , in.s .xnare is.e sese '

nom 4. Suuon is, erovies e,e+

out siunar,e weiei numeer.

l

3. 06sena,, Operaung catn

e. Dessnafge eegan Date iftne I eiuner, eex, oes me.ow es ia 80 04 r eseration. give tne eate Iwitnen toie ,

nosi unai.iesine e.un., , vR uO '

nowa. i B

n. Omen.,g.te se,in o. sein. l i

einner,. nu'a..., occure.e out NA -

m e .n. re, se,ne eviun esis, u s.

give tne este (wetnin best est> YR MO meienn. eiun.,,e w.u .a n.

l

c. oinna,, se Ene cate te eie. I caer ,= uneevie to.ee,=.n. i tenues witnin tne nest S yws. Jeae _80 12 i VR MO

esve the sete twetnan nest esu-mete) the etunarge wiss one. ,

l

3. Engineerlag meeert Ave 6seees I Caeca 6f an eneeseeeing reeert es I eveHette to rev.ewang aeoncy veen 263 g Environmental Statement .

eseuest. (see lastructional

4. Olseneeve Locauen Name tne A'***W "

po sitical moundaries witnen wn.cn tese poene of eisenerge se eccetes. - - ,

Tennessee Iced State 3ese ton ,,,,

eevn,, see.

Stee 2tef (If esostcessel City or Town ..

S. Desenoege Peent Deserteilen Desenarge is into tenects ener, tese instructional Stream Elactuees detenee. e, copes.

ene etne, latersnettent wetesseurteel Rese $5TR une Ousa cosen DOCE ,

uvanciese Senner, watowess, Teenspeet System QasT5 uua ciese C.m.i e. Sea ier, one

Storm Treasseet System OneCS Rt TWe sectlen confeine 9 pedes.

EPA Fes= 7338 23 U.73)

e .

OIICHA%GE SCKIAL NUMSEa ,

004 SNP

'oa actscv use l O

n. wai. no. . .n.

w.... a..i..n.ai erni c Construction runoff will be handled by best .

o c.i in..ni.. . ni tu. m.erete

,,.ciicn a ninisaisca.,,. engineering practices (riprap, burlap, and hay ,

.in . o,i.e n ,r.iw (

'""'" bale check dams) to control sediment before being discharged to the intake channel.

I i-(

sise (1, POTHER (33 , (3) .

a w.. . A .n ni c. . ,

uun,in. coaa iiii.a en f.ese is or ine instruciton soceitet. (4) . (s) . (4) .

a.scese. in. ..st. .o.i.en.ni proc u.e for inns discners. in (7) . (e) . (9) .

ine oro.,in wneen an.y occut it possabs (10) . (11) . (12) .

(13) . (14) - . (15) . i t

(16) . (17) . (le) .

t (19) . (20) . (21) . ,

(32! . (23) . (24) .

i (SS) .

i o

l l t IP A F = 7550-23 (7.73)

t.,,o..........

004 SNP F081 AGENCY U$1 l

13. Astevity Deististion owea Precipitation runoff associated with areas ,

narrat6ve eenctiot6on of actively at3a '

proaucm inis aisener,eaies under construction. Annual average precipitation l iniiructionii _

is :nches per year on an estimated 25 acres.

i i

I i

l te. Activity causin, ossenare For '

exn sic Cooe wnsen courines Ine Mtivity causing tnis discnerge.

suppiy tne type and man 6 mum amount of entner tne raw material consumed ittem lean er the orocuct produced (Item 14D) in the units n specified in isoie i of the instruc- n U g tion Booklet. For SIC Coses not V itsted en iamie I, use raw material O or production units normaily used for measuring production.ceae instructions)

a. Raw Materlats NA unit snarea oisenar,es e ie= Imam Amount / cay (See Taote 4 (Serial Numoer t Name SIC Code tai

<an tai tu esi sie.

6. Products Un64 Shared 06scnarges nessimum Amounifoey isee Taoie 4 ts. ries numvers sic Cooe == -

m ' m an.' m m tai 2.442 Z-1 None 4911 Electric Power 1

113 e n r - m a. n ir.in l

4 o .

OtSCHARGE SE Rt AL NUMSEft 004 FOR AGENCY USE SNP l

s7. o serspisen et tatame one oessnarse por eacn ce tne paeameters i.stee sieow. enter en the aseeoonate non tne ecue se cose settw answer canee tor.tsee instruct onst in see.teon, ente ine omameter name ene coes ans eis reeustee emues ici any of tne eonowing oarameters is iney were enecue en item tot ammonia. cvan se. muminum, arsanes. serytuum, cosmoum, enromeum, eoeoer, seas, mercury, nacum, weenium, sinc onenoes, oil aae greese. '

and sniorine tresneuaq.

influent Effluent m

ha 3 y . j Y j b ,

II I >35 >35EE

g b ruameter and Code 217e ] " $ <g f { 3g3

!?]l 43 N

gy si

!? die 21$

n E15 !!i

{}5354 5805 CA E< a?

$$$ 8 's (7) (5)

(3) (4) (5) (6)

(1) (2) -

Flow '

MGD 0.105* 0.105* ,

50050 pil Units 00400 Tempetature (= inter)

{ *F

! 74028 Tempeinture (summer)

F 74027 Binchemical Otygen Demand (800 54f ay) mg/l 003I0 Chemkal Onysen Demand (COD) s mg/l 00340 Total Suspended (nonidterable)

Solids mg/l 00330 Specific Conductance r mieromhon/sm at 25' C 00095 Settleable Matter (rendue) ml/l 00545

'Other discharges alianas intake flow (nortal nunbers)4sse insenscalons)

Estimated EPA Form 7550-23 (7 73)

II4

. 004 SNP 1 com actNCv uss

16. vvastewatee Cnaretteresties Cneck ene Don Dessee each constituent wouch es present en the erffwent (eacharge water). This seterrmnation to to De meses on a et best estamata. see instructionst E

e Parameter z Pusmeter 216 g 216 Copper Color X 0!O42 00080 fron Ammonia 01045 00610 Orgame mtrogen Lead 01051 00605 Nitrate Magnesium 00620 Ow27 Nitrite Manpnese 01035 00615 Mercury Phosphorus 00665 71900 Molybdenum Sulfate 01062 00945 Nickel Sulfde 01067 00745 Selenium Sutrite 01147 00740 Silver Bromde 01077 71870 Fotasaium Chloride 00937 00940 Cyanide Sodium 00720 00929 Thaihum Fluoride 01059 00951 Titansum Aluminum 01152 01105 Antimony Tin 01102 01097 t

Arenic Zinc 01002 01092 Beryllium Algicides

74051 01012 Chionnated orpnic compounds

Barium 74052 01007 Festicides*

Boron 74053 01022 Od and grease Cadmium 00550 01027 Phenols Calcium 00916 32730 4

Cobalt surfactants 01037 38260 Chlorine Chromium 50060 01034 Radioactavtty*

Fccal couform bactens 74055 74050

Specary substances, compounds and/or elements es item 26.

Festledestinacticdes, funsicides, and rodenticidest must be reported in terms of the acceptable common names specttwd in Acceptable Consmon Names and Otemscal Names for the inredunt 5:erensent on festrafe Labels. 2nd Edition. Environmental Protection Agency. Wastunston. Dr. 20250. June 1972, as required by Subsection 162.7(b) of the Regulatsons for the Enforcement of the Federallnercracide.

Fungsctde,and Rodenocide Act.

HS EPA Form F558.23 (F 73)

l DISCHARGE SERI At. NUMsEn 004 roa acENCv usa i ;

SNP .

t

& .%.ss v.we'soes t vos er taee 80fd . . .

additives (see inst Fuc tions). __

Compoete items 70 2548there is a thermas disenarge (e.g. assmtated with a ste.sm and/or power generation plant, stces m*II. petroseum refinery, or any otner manufactueeng process) and the totat gescharge flow as I 10 milHon gastons per gay or encre. (see 6nstructions) NA

29. Thermat Otscnarse Sourse Chects 220 the appropriate stemts) 6notcating the source of tne discharge. (see anst ructions)

Boner Slowoown O scoo sauer Gn.micai Ci.aniat O sCCs.

Aan Pond Overflow OA*or so6ter water Treatment - Evapora- OCeso ter saowdown Oil or Coas Fired Plants - Effluent DoCr*

from Air postution Control Devices Cranaense Coosing water DCOND *

\

Cocaing Tower esowdown Manufactunne Process OCreo O n*F*a Qk ,

Other OovHa St. Olsenarge/meceeving water Temper-ature Ottforence 9

06ve tne maantnum temperature dif forence between the cascharge and receiving waters for summer e and w6nter operating conditions.

(see instructions) g I Smr winter 221s 'F.

22. Descharge Temperature. Mate of Change Per Hour 222 'F./nour Cave the mamamum possante rate of I temperature enange per nour of ,

discharge under operating con- ;

oltions. (see instructionsi

22. Water Temeerature, Percentile Report (Frequency of Occurroneel in the tasse netow, enter the temperature wnsen is exceeeed 10% ,

of too year 5% of the year,1% of the year and not at all(mansmum >

yearty temperatures. (see instructions) '

l 10% S% 1% Maximum l

Prequency of occurrence aw intaise water Temperature faae !

(Sue 6ect to naturas enangest *# *# #

tw Descharge water Temperature 222e

)

2e. water satase vosocity 224 feet /sec.

l (see instructions) 2s. metentien Time Give the sength of ass w anutes i

terne, in minutes. from start of I water tornoerature rise to eiscnarge of cocaint water, (see instructions) l 1 ,I 11 4 E F A Feee=7550-23 (7.73)

l FORD Al*VNUs to OttB 140. !$3-Nulu0 D15 CHARGE SERI AL, NUMete 004 pon AcenCv use i SNP l I

t r. (Cent e.

Influent Emuent w

ParamCter and Code h7 5

9 I

W I 7 EEI Ha #

=W4 I

=

j

>3o g,g g hE

>35 Egg 8w3P 5

w D

5 D, wk

y 2 < 4 mya b M=

$I74 3.m *ww 'g Etuj = g E53 $] $ t I. h.g U j $- ljhy Q ,)

Z<

E 8 o 2Owo< Xowc 6< m DR O (2) (3) (4) ($) (6) (7) (8)

(1) t I

i ts. piant contmas Check of the fos- 31e NA towing piant controls are avastante ,

i for en6s distnarge.

Alternate poww source for maler O A's pumpane f acasaty. -Q Alarm oe emygency procedure for QALM 3h ;

poww or equipment f aesure Complete item 19 If distnarge is !

from cocaing and/or steam water 1

generation and water treatment +

edditives are used.

19. water Treatment Adestives If the dissnarge es treated witn any Cor>

ditlener. annsestor. or algic60s.

enswer tne follo='a5 None as Name of Materlants) 2188

. ~.m. .n. .,.s o, me,,u.

facturer 3e99

c. Quant 6ty (pounds ti.eed per 319e memon season ,e water treates).

EPA Fwe 7$30 23 (7 73)

f FOAW AWhus e,u one No. us-msoo l

{

DISCHARGE SERI AL NUMSEft

"" ^ * * * * * " S " I !

004 ;

sur se. A ne intw noa i

entymetten j

SM 8 tem 217a Precipitation runoff .

r I

i l

t r

P I

l, 1

l l

a 1 I

I I

s era r rsso n p.n> H-9

DISCHARCE SERI AL NUMSCR 005 SNP FOft ACtNCY USC Municipat Storm Water Transport .

System CSTS West (Infection)

OWEL b omer DOTH .

l ff ' ether' it checned. spectfy 3980 .

6

6. Otscharge point - Lat/Leng Clos the precise location of the point et distnerse to the nearest secone.

294e M OEG NMfN MEC Latitude 3469 DEG kMIN bEC Loneltuce .

7. poenarse necetesag Water Narne Name tne waterway at tne point 207a D(({gggy pond ,

of e6scharge.(see anstructrona)

For Agency use For Agency Use i 393, If the distnarge is througn an out. ,,,,, i ,,,,, ; g u ,

ten that esteries oeyone the spore. 207e 207e ,

Nne or is Deiow ine mean sow .y_ !

water tene, cornp#ete etem s.

8. Offshore Desenarge 2esa NA ,,,,

s. Desenarse Oestance from Snere b Olscharge Depth setow Water g feet Surface 2049

9. Dessnarge Type and Oscurrones

s. Type of Distnarge Chec k s wftether the cesCnarge es Con. 2094 C (con) Continuous f-tinuous or intermettent. g TJ tint) Intermittent I (see lastructions) cd !

n. Denmar,e Oscurren.. Days pu dependent on rainf all. 6 2ee. eve sar wes= , M ween rain ne a. ora,e num.

mer os esys oc weeu educing seriods of aescharges in.s dis.

g -

charge occurs. i NA l

c. Deunu,e Oc.urrence -Montas OJAN OFEg CMAR CAPR If this eischarge normassy 209e ,

eperates (ettner latermettently, QAUG or continuousivl on sess (nan CMAY CJUN QJUL I e year arouno Dates teactuonne S -

snutdowns for routine mainte. CSEP CoCT ONOV COEC #

nonce), cneck tne months out.

leg tne year wnen tne discnerge is operating. (see anstructions)

Compoete items to and 11 If " inter.

mMtent"is checueo en stem 9.a.

Otnerwise. proceee to item 12.

I 10. f atermettent Onanarse Qusatity -

gottens ser descharge occurrence = , unknown r State the aversos eosume per ass. 2te I

charps occurrence an tnousenes of geNene.

St. laterm6ttent Osunarse Ouretten one Frequency a, latermittent Oessnarse Ouretsee siis m eer esy , unknown 1 o

aw pay Siai.ine a. ora,.

enemeer of nours ser say sne eischarge is operatens .

i k Intermettent Oessnarse res.uency State tne aews,e site stecaers* - - **' **r , unknown i

numeer of eessnares occur.

conces per ear curene says unen discneegine.

Cae* * **

is. saaestnum piew p see perios in wneta the maaemum 352 From Jan.to Jan.

susesses month new of enes cessnarge occurs.

EPA Forw F550-23 (1.131 g

06t2 Ns. IJs-hutuu FOR AGENCY usE l

' STANDARD FORM C-MANUFACTURING AND COMMERCIAL .

e SECTIONH. BASIC DISCHARGE DESCRIPTION s = age t ns must Comoseee ersteens en wneen taas feie section toe each weseewater doesemnaese sne acates not en snenuen an Section treatment woves oveer 3. stem to oeing 9. discnetees tnat is to -

stine egnaceo snuuta ne repre=

be eescrehre enere there are esta citenaraes to susf ace waters from enes f aciinty.

RCQuenEO Evtre eF $CVC A AL Ot$ CHARGES ORICIDeATE IN THE SAnet FACILITY, Ass v.itues for an esi sentative of the tweise peevsous montns of operation. If In6s as a eresosee dischares. values snouit reHoc 00stLET AS INOLCATEO. REFER ADDITIONAL SNSTRUCTIONS FOR SELECTED ITEMS ADPEAR IN SEPARATE INSTRUCTION 5 TO 900KLET GErORE F eLLaroc OuT THESE ITEMS.

Dissner,e Sertae No, and Name 1.

2813 005 *,*

a. Deschar,e Serias No. .

(see instructionsi Construction Runoff ,

l D. Olscnar,e Name 29th cive name owna,,e. ir any.

(see instructionel I

c. Previous Otsenar,e sertae No.

If previous permet aposeCatton QQ3 was made for tnes ciscnse,e (see 20lc stem a. Section 11. provies prev 6-out e=nar,e n,.a. numoer.

3. Denmarge Operaten, Qata 69sb h

e. Desen. ,e me,an Osi. ifine oisena,,e om. .ee meiow is ia 76 06 o aison. we ine asie iweinen 2eSe yR wo g ;

mest niirnatei ine e xnary '

me.a= 9 !

Descna,,e i. ee.in Oais is in.

ein ur,enu wev.,occo v.c out g g la planneo for sofne future cate. 202e vm no ,

c.e nn iesine ine este eiuna etww.uinin oui nin

c. Discher,e to End Cate af sis, :

ener,e is unequiec to ne cuoa- 82 08 unu.e witnin ine ne.i S ves,s. 2eSe vm mo - .

c.e m inedanar,e ienne este tweinin win ene. ont an. I S. Engineeetn, Repers Avaassese J Caece af an enoineeren, recort es ,

avananie to rev. ewing agency upon esquest. (see instruction 4 20 2 a Environmental Statement l l

l

4. Odena,se i..cau.n Na,no ine poistical counearies wet min w#s cft ene poens of disceae,e is socates. -

Tennessee toes State 2eee Hamilton 2oes County 2 eat Daisy es ,ncamie Cny or Town 2ede . . . . .

S. Dessnarse point Oescristion Desenarse as into teneca oner (see lastruct6ons)

Stream (incivees estches arroyos, and other inteemittent wetorcoursest 206e ESTR Lane OLxt .

ocesa DoCC ,

neunacleas san 6tary watowner Transoort System OmTS mun ci Comeine Sann.,y ane Steam Transoort system OnsCS y y , ,,,,,,,, ,,,,,,,, ,p,,,,,

EPA Fww T550-23 0.T3)

us w .. . . . . . ... _ _ . .

005 ron acancy use SNP

I e

is. wenie a.eie .

Construction runof f will be handled by best .

a wa* **a'a* P'a*** narretwo.

engineering practices (riprape burlap, and hay mise [

oeunne ine wous emetemeni '

Si n ".,ieNerr'e U*i e nnn.co ns) bale check dams) to control sediment before being_ i discharged to the diffuser pond. ,

f I

l

?

(3) . . '

POTHER , ga) _ _,

site ( L) a weete asetement coees ' -

vune the coces instee 6n Toese , (S) . (4) .

se et one instruction sooklet. ( s) i descrise the weite oestement , (e) -. (9) ,

processee for this asseneres in 7) _

f the order in wnach they occur (12) - .

J

! It poesitee. (10) _ . (11) .

(14) . (15) .

(13) .

l (18) .

(14) . . (17) .

(21) _ -.

(19) . (20) .

(23) . (34) _ .

(as) .

(-) .

l I

i l

t l

11-4 EP A Penn FS$4 33 (7.73)

. on3 u,. m av.v.

005 ,

SNP l FOR AGENCY USE !

f ll

I r i

Give a precipitation runoff aSSOCiaMed Vith ar_e85..un. der -- . .

asse l construction. Annual average precipitation is 57

13. Astletty n.,r.i ,e D.e.srestaea..cri s e.on e ut .iv

*"*'"d

F','*'dy,',"" I r

inches on an estimated 7-acre construction area.

l

'I P

se. Asu iy c. .in, oe..hme F .,

f enh sic coee hich ee.cnne. j the Mtivity Ceuting this estCharge, supply the type ene menimum n h [

U emount of either the few meterial consumee (ltem lea) er tne proeuct g I proauced (Item 3et)in the units [

speciftee in T able i of the inettut- l tion Booklet. For Sic Cases not thetes in T able 1. use asw meterial !

or production units normatiy usee t t

for mecouring productlen.(tes initrucuenos l I

new mueriele sheree oinnario. l NA mwmum unit (serie Numt er, Amount /oey (see Taoie n sic cose

=: (El l

- G) fe)

(if G3 398e 1

Unit Sheree Dietharges

9. presuels Mesimoese Amount / Cay (See tao 8e I) (Sertet Nurneer)

Nome (Si

$1C Case (4) '

G) G)

$lep' (1) 2.442 Z-1 024 4911 Electric Power II-3 PA For= rsso.2s (7.73:

l . .

otscHance seni AL.Numeen 005 FOn AGEPeCY USE l SNP sy, oennessen es natase one oeienarse ir o, eacn os ine parameters e.ited neow. ente in ene soproeriate non ene waive or coes settw answer canee tor. tie. enstructions en eettion. enew ine parameter name ene come and ass eseuwee vasues for any or tne sonowing parametesit eney wwe comee in stem is ammonia, cyan se. asuminum, armenee. serymum caemsum, enromeum, coooer. sese, meecury, necues, ineeneum, sinc. oneness,. oss ane g and cniorine tresiduas1.

Ef!Ivent Influent e.

$ . $ R

$ ^

5 !E $35 5 w k l Parameter and Code II 58 1 I@ w 115 !III,

-lIIh 1 w 8.

T4

}i E 51 ds 3s s s

5806 CE i<

$$ae 251 '$

$ & x8254 (4) (5) (6) (7) (8)

(1) (2) (3)

Flow * .

MGD 0.029* 0.029*

0e061 50050 F pH Units 7.9 8.0 3 G

oo40o Temperature (winter)

F 74028 ,

Temperature (summer)

F 74027 BiochemicalOxygen Demand (BOD $4ay) >

mg/l 00310 Chemical Oxysen Demand (COD) ;

I mg/l 00340 l

Total Suspended (nonfdterable)

Solads mg/l 40. 17. 83. 3 G 00530 Specirc Conductance macromhos/cm at 25* C 00095 l I

i Settleable Matter (rendus) i l

, ml/l <0.1 <0.1 <0.1 .3 G 1

I 00545 l l

I l

Other discharges shanns intake I)ow (serial numbers)4see inssnsedons) l i

Estimated l

E PA For= 7550-23 (7.y3)

II4

DiscHA a2sIrm tavume,w o,,,_,_,,,,

005 rom AGENCY USE Syp 1

e s. wastewater Characteeneties caecm sne nos oesiae eacn consutuent waecn a present in ther e nuent tencnarse waters, inse seternunessen se to me neees on ecives msysis er nese estem te.tsee instrustionst e 1 Psameter Perenw ter 3 216 e 216 n.

Color Copper 00080 X 01042 t

Ammonia fron 00610 01045 !

Orsame nstrogen Lead 00605 01051 Nitrate Magnesium ;

00620 00927 Nitrite Manganese 00615 01055 Phosphorus Mercury 00665 7I900 Sulfate Molybdenum 00945 0I062 Sulfde Nickel 00745 01067 Sulfite Selenium 00740 01147 r

Bromde Silver i 71870 01077 o

Chloride Potassium 00940 00937 l Cyande Sodium !

00720 00929 Fluorde Thalbum !

00951 01059 !

Alununum Titaruum 01105 01152 .

Antimony Tin ,

01097 01102 Zinc l Arenic 01002 01092 {

Bery11ium Algicides * '

01012 74051 Buium Chlorinated orgaruc compounds

O1007 74052 Boron Pesticides

01022 74053 1 Cadmium Od and grease l 01027 00550 l i

Caictum Phenols 00916 32730 l Cobalt surfactants ,

38260 l 01037 Chromium Chlonne 01034 50060 Fecalcohform bactens Radioactivity' 74055 74050

'Specify substances, compounds and/or elements e item 26.

Pesticides (inweticules, fungicides, and rodenticidest must be reported in terms of the acceptable common names specitwd sn Acceptable Common Nanes and ChemicalSemes for the ingrednent Srarement on Petticate Labels. 2nd Edition, Environmental Protecten Agency Washington, D.C. 20250, Jurw 1972, as

required by Subsection 162.7(b) of the Regulations for the Enforcement of the Federalinacticide, Fungicide,and Rodenocide Act, 115 EPA Feem 7550.23 (7 73)

e s O4SCHARGE SERI AL.NUMSER POa ActuCv un 1 005 SNP i e

e. Chem 6 cal composition of these 389e r I

asettives (see instructions). t g

Compeete 6temo 20 25 if tnere is a thermas etscharge '

laws esencested with a steam ane/or power generation plant, stret mall, potecteum retenery, er any etner manu serturene processi sne the totes seechstge riew is 10 mist.on gassons per eay or more. (see instructeenet NA

30. Thermes 06scharge Source Cnects 339 ,

ene soproortate stemts) inescating the source of the eischarge. (see .

Instructionst '

eoner niowoowa 0 84.80 e u.e Chemicai Cieening O oCCt.

Ash Pone Over#1ow 0APOF

)

Souer Water Treatment -Evesert. OEP90 io, siowsown On of Coas Piree Plants-Efftuent OOCrP I

from Aar Pollution Control Devices Condense Coo 66ag Water OCOMO Coosing Tower esowdown OCT90 ,

Manufacturing Process t OMPPR I Other ;. . C OTHft i

St. Desenerge/mecesvtag Water Tomser-sture Detteeense Give the manimum ternperature eetforence between the e.scharge k3 anc rue. wing waiers for - .

\

and winter operating conent ans.

(see instructsens 3, I Winter $$ht #.F !

s

23. Descheese Temperature. Rate of Change Per Heer 233 'F./teour Olve the mestmum ponenese rete of temperature change per hour of Q steenarse und.e o r.iing con.

ellions. (see Instruciataesi

33. Weter Temperature, pereentiae Report (Preguency of Oceverensel in the latie Delow, enter tne temocrature wnich is esceoged 10%

of the year $% of the year 1% of tfes year one not at alt (messenum yeerty temperature). (seeinstructsens) 10% S% 1% Menemum Prequency of occurrence

'8' 'P *P 'N

a. Intesse Water Ternsereture 333e (Suteoct to natural changest 'N 'P 'P E Osecheres Water Temsersture 333e

34. Water latene Vesosity 334 restAsc.

(toe instructions)

35. Retention Time Give the tengen of 334 sestutes time. en m6nutes, from etart of water temperature rise to eischarge of cooling weser. (see lastructionel 0

II-8 EPA Fene FS$4 23 (T.73)

1 l I FONht AYYnus eu i OMB No.ISS-kvl00 OsSCHARGE seal At. NUMsER 005 con AoraCv use '

SNP

17. (Cent's.) ,

Effluent ,

Innuent r h

rg i

a E

i li

[F 4g

>a i

>354 %

g; E :

raremeiet and code m, 1ggI t i. <f 1 "15 - e o J e3 3 !]15 Es n-4, ;c. ;

mic (si=

i c

.s a wgi E 13E=

< zowd in!

w<

si z< m s

(8)

(4) (5) t6) (7)

(I) (2) (3) L 8 13 3 G Turbidity, JTU, 00070 11 I

f

. I afg O l

18. Plant Contmas Cneck if the fes. '

lowlete plant contrees are avaHates for this dietnarge.

Asternate power source for Mer Q APS g v

k\ h y i

purnping f acialty.

0 ,

Alarm or emergency precoeure for O ALM power or seulement f aMure h l Complete stern 13 If discharge le '

from coesing anear steem water i generation and water treatment seditives are used. ,

I

13. Water Treatment Adeltives If tne discharge is treated witn any cor>

Getioner,inntbetor. of algiclee, answer tne tonowing None

& Name of Meterial(s) 219e o

N facturer Stes

e. Quantity (Soundt aGGod per afse meglion goitene of watt a treeteel.

l LI7 ara r.r rsm-23 (r-rs)

OM2 Ns. !$6-hvtvu l

OSSCH ARGE SERT AL NUMSER FOR AGENCY USE 005 SNP .

34. Ade6tlenalleformatien Informatten gg ,, l 217a Precipitation runof f ,

e

?

{

I l

l e

l I

t I

,t l

M sea e.-rsso-22 turs)

I

l t

OtSCMAROC Seis AL reUMcC A 1 006 ,

SNP POa Accuev use havnecipes storm water Traemeert -

System Osts .

OwSL Wees tensectical t h

Other DOTH .

If ' ether

le chechsel. specafy 2000 t

4. Diesharge Point - Lat/Long Give ,

the precise tocation es the peint -

et e6scnarse to Ine nearest secone.

35 0 .0 ,1,3_ .. ,,L, e j

t.eetwee sees >

l Leavives sue 85 Osa .9LMiN _11 sac t

i

v. Osuna,,e n..e .n, wate, nam.

2e7a i Name ene waterway at ene po.nl of e6scharge.(see tastructeensi Tennessee River ;

I l

Irer Aeoney use Per Agency Use tf tne distnesse es througn an out. Maior MenorI Sue 3038 feel that estones oeyone tne snore. 207e 3878 gene or es pesow the eneen aow f water sine. compoete atom 8. .

S. Offshore Olsenarge NA foot

e. Descharge Destance from Smere 2ces D. 06sshaege Death estem wat*' NA Sureau seso feet ,

P

9. 06schaege Type and Occurrease !

e. Type of Descharge Cnects l whether tne descnarge es con. 2e9a O (con) Continuem tinuous er intermettent.

E tlatl Intermettent

.sQ' g l (see instructions) < l

t. Deatharge Occurrense Days see weet Enter tne average num. 20M _seye per week, dependent On rainfall. ;N

H (i ter of days per ween leuring !

persees of e.icnarset inte ees. %N A

cheogo occurs.

s

s. Descharge Occurrence -Month. NA If tnes e6stnarge normeely 2sse CJAN QPES Q M Aft C APft /D '

'y operates (entner laterrnettently. , M

or continuoussyl on sess snen OMAY QJUN OJUL QAUS fr - e e year aroune eases touctuosag !

QSEP Q OCT Q NOV COEC /

shuteowns foe routine mainte-nonce), snech tne months eur.

M e Ing tne year wnen ene sesenaroe '

le eserating, teos snotructions)

Complete items 10 and 18 af " Inter.

mettent"is enepee 6n stem 9.a.

Otherw6se, proceed to stern 12.

te latermettent O*senarge emantety State the average eesume ser see. 2le ^^ - : cettese ser etteherte - - , unknown energe occupaona in inov ease ce Se#ene.

t9. laterm6stest pesensege Ovesteen one Freeveasy a, latermittent 06senarge Ovestsee Pee Osy State tne average 319e W per sey , unknown easmeer of hours per say the etcherge is operalene, bn latermittent Des 4#arge Pecomeney Sisee tne average Sttt W4eenerge eastsaenses per esy s UnknCWn numeer se e.scaan, escue.

fenses per eay during Gays when elesnesispg.

18. Mestatuas 8 Plow Petoes Give tite teme perses en wn.cn the mensmussa 213 Presse jgg, to Jgg, eeer elin8s 8Hflerge e4etfes.

NtedtG futeAWB en r-w me n n.m g.2

i l

L rursn arrts.ese..

0610 No.IM -Kab800 l FOR ACENCv usE l STANDARD FORM C-MANUFACTURING AND COMMERCIAL .i SECTIONU. BASIC DISCHARGE DESCRIPTION ,

t I

Comse.4. Ints sects.a one .esh e.nenug. .ac.utee in S.ction 8. Item e. enet #e to our'.c. w.t.rs. Yn.s sacive.s Q.Mn.ewssleento w.ute.es enugtto c.un.rio.1 s.w.

Syst mo 6e wnwn eh. wagitw3tgi ggM nnt go intnugn 3 li(&tment woe.s Of.ef to D..ng e.unM.e. to tuf f.c. watert.

e. ca..t,,e wn,.. in... ... ..n e.unn s in .u,,u. wnus e,em en,s e.cn sv. SE Pan ATE DEsenieficas Or E aca oiscwance a n E ,

sawE raciufv. an .mun e . n.u.a. a.unun in wie .. ....

REauinto EvEm ir sEvEnni.oisCwancEs

......u. i, u tt a= TwE. .,o.ee e.un.u- ...u .nou.e ,.nni u .ag.nu..a. .u.n.. .

-tn. ., .eu.t.ea. Cassina unuo.. .e in. tw. .

ADDITIONAL gNsTRUCTIONS PC A SELECTED ITEMS a# Pean IN SEPARATE INSTRUCTION SOCKl.ET AS INDICATED. RE TO SOOKLET SEFORE PILLING OUT THESE f fEMS.

i. oenne s.om n....e u.a. ;

006 oinue,. so.. n..

set. . }

c iait:vcuens Construction Runoff l

m. ce. ..,.m.m. seee os.. a.m. .I a.sen.,, av ny.

c snaructs.m

c. p .us oinnu . sene m If prev 6ous perm.t .00He.t.en NA ti zes.

wu enee.

95 50 eee4)in.of OW.e

4. S.ctica e.uneen. Dr.v.=

eus eles .rg. S.,6 6 nume.t.

i

3. oos .n.rg. co.a ung o.s.s I oeunon sena om itin. l einu,w een .n.e .s in g <

6 o .uen. ... in. . . .inen aer. . _ _ !

ya uO !

non .nimmi m. c.unn, m.o.a. of 9 Y

n. omenm. t. s...a on. ee in.

enc u , nu a .,.ccure.e *vt aca. _

80 04 3 QT ,

r m e.ienn.e ya no

. in. a.i. v.,

tw.son..

min vutu,.

o.n .u-om. j m.i.: en. eiuur, w.a e.,m. !

I

c. ole.n.ey. to Ene o.t. If ele.

en.tg.lescn.eu..e to D. e.g .a. 82 31.,

sea. .

u.nu.e

m. eu.witnia en. ani iw. min n an. s v.. va uO * (

en.t.l In. eiscn.tg. w.se .ne. f

s. Engsaunas n.e.rt aven.ne. '

Caeca af en enen.or.ag report es

.n.oi. to .. .ewang . ncy ve.a e u.st. (s lastructeens: se O Environmental Statement i l

n. oinn.,,.i.u.u.a m. t . ;

poistic.e Doune.r.es w.tn.n wn.cn ;

' ,y in. poent of elecnere. Is estet.e.

see. Tennessee soe seee Hamilton ,,

Cooney 20ef (98.seHc.ee.) Oty or Towa 294e . . . . .

S. o6s.n.eg. potat oes.riett.a l ossenerg. is 6nte ten.cs ener. ?

(e instruct 6ent) ,

j Str..m (tassue.s eatenes. .eveye ,

sas eta.t tat.rmett.at w.e.s.eurs.e8 2ess DSTn ;

i tame Outa .

Oa DOCE ,

t.unicio.e S.ait.ry w.se .eer i Tsen.oort system QMTS l Muancio.s Comeen.e Sen6t.ry .ns

f Storm Te.asperI Syst.at Q CS H1 73de sectfon eenfeins 9 ped...

EPA F.se 7554 23 (7.73) l

DescHAIGE SEEI AL. Nusset:1 006 pose Act..v ust l gg e

15, weste Anatoment a wesse Aeasement Presteses Narregeeen plow from this construction area will be .

Descrifie the waste asetement 21Se

["n","eU.,*,",t'"I

, '(*see"* handled by best engineering practices (ripraps enun.ctionsi burlap, and hay bale check dams) to control _

sediment before being discharged to the river, ,

D. Weste Amatement CeJes 5th (1) . (2) . (3) .

Ussng the codeslastee an Taele 11 of the lastruction socealet. (4) . (S) . (4) .

eescrete the waste seatement processes for this eiscnerge en p) . (e) . (9) ,

the oveer en which tney occur if possare. (to) . (13) . (12) .

8%3) . (14) . (IS) .

(14) . (17) . (le) .

(19) . (20) . (21) .

(RS) . (23) . (24) .

(25) .

i I

l l

m ,_ ,, ,_n, ad

t . .

<m a . . - . . . - -.

006 FOn AGENCY USE \

l

*" Precipitation runof f associated with areas under

"' n*l,',*a$,'. *e'",'i,'iio cia$*u',ii, ass.

[,'*",',,',n',"*"*'""

' construction. Annual average precipitation is 57 inches on an estimated 4-acre construction area.

The runof f ef ficient of 1.0 is assumed.

t 4. Acts.ii, c ..ine o..ena.g. r o, -

each sic coes wnsen oeecrioes I tne activity causing this esecnarge.

Suppey the t/pe and fnanimum amount of e6ther Ine ra. material conturned it tem 144) er the of odvCt proevced (Item 14e)in tne units toeCitied in T able e of the instruc.

tien seiei, ro, sic coe not.

D 0

ieit.e in T ami i, u.e ea. mai.ria . i

,,0.ucilon unii. no, mali, u g for measuring production. tees instrvClions) 1

.. na. ai.,ia u imum unit shee.e oi.cnarw.

NA amount / cay (see Taoie in tseries Nuenseel Name I sic coa. m)

(2) (3) (4)

Stee (1)

t. Predetts Unit Snated Descnarges Aae.lfnum in; Amount / Day (see Tao's il (sorte NumDett SIC Come at at tai tsi an ' m 2.442 2-1 None 4911 Electric Power 113 ea re.. rsso.23 7 73

I OtSCHAnGE SERI AL.r UMf. CR 006 FOR AGENCY USE SNP i 97 Dessetation of Intasie ane 04sesharge For eacn of tne oarameters lettee beow, enter in tne appregalate bom tne value or coes letter answer calice for.tlee Instructionll i in aseition, entw one ewamete name ans cose and me resuerse veues for any os tne tonowing owametwa is they were enechee en stem 16 ammonaa, cvanwe. asuminum, arsenes servenum, caemsum, encomium, cooper, mas, mercury, neckel, se+enauw sinc. onenois, o.a and grosse. .

ans encorine tressousL InGoens Emuent m

,I ,E i 4s 2 2 T-EE a

y .

F

,3

>g3

[

>334

m h (

Parameter and Code 217e ] -*4 y$<g 4

f ! ? ] *= 3 !EEa j8uE l,y -5 2 y E7

? ]. 2*= g .g rs ,=

3 3 ;x t

g 1

=m= CA i< d

$$$ 21=$

21 d x8254 x806 (4) (5) (6) (7) (8)

(1) (2) (3)

Flow * ,

MD 0.017* 0.017* ,

50050 pil Units !

00400 l F

Temperature (wmter) '

eg i 74028 ~

l Temperature (summer)

F ,

74027 l

BiochemicalOxygen Demand I (BOD 54ay) !

t mg/l l 00310 l ChemicalOnysen Demand (COD) mg/l ,

00340 i l

Total Suspended (nonniterable)

Solids mg/l 00530 .

i Specinc Cunductance 1 mwromhos/cm at 25* C :

I 00095 1 t I I

Settleable Matter (rendue) pl/l I 00545

'Other discharges sharing intake flow (serial numbers)isse instructions)

Estimated i

II0 l EPA Fwn 1550 23 (T.73)

i 006 roa actuCv use i, SNP i

le wastewatee Chaestterestnes Check the Dos Dessee each constituent wowen to present in the efftwent (encnaree wateri. This seterrninatten is to te neced[

f er best estinute.tsee instructionsi '

Puuneter Parameter {

216 216 g r

g Copper Color 01042 00080

fron l Ammonia 01045 00610 l Lead Organsc nitropn 01051 00605 Magnesium Nitrate 00927 !

00620 Manpnew Nitrite 01055 006l5 Mercury i Phosphorus 71900 00665 Molybdenum Sulfate 0I062 00945 i Nickel Sulfde 01067

[

00745 ,

Selenium i Sulfite 01147 00740 Silver llromde 01077 71870 Potassium Chloride 00937 00940 ,

Cyanids Sodium >

00929 00720 i Fluoride lhalbum ;

01059 00951 Titaruum !

Aluminum 01152 01105 Antimony Tin 01102 01097 Zinc Arunic 01092 01002 )

Algicides

Beryluum <

74051 01012 .

Chlormated organic compounds

i Buium 74052 01007 Pesticides

Soron 74053 01022 Od and gueese ,

Cadm6mm 00550 01027 Phenols f Calcium 32730 J

00916 Surfactants Cobalt 38260 i

01037

- Chlorias Chromium 50060 01034 Rad h ..u,*

Feent coliform bacteris 74050 74055

'Specary substances. compounds and/or elements a item 26.

Posticides(inscricides, funpcides, and rodenticides) must be reported in terms of the acceptable common names specitned in Accepteese Common Nemes and OrmuelSemes for the Ingsdent Statement on Festirade le6els, 2nd Edition. Environmental Protection Apency. Washington. D.C. 20250. June 1972. as utred by Subwetion 162.7(b) of the Regulations for the Enforcement of the Federalinacticide, and Itodenacede Act.

I l

t III EPA Para 1558 23 (T-73)

I

DISCHARGE SERI AL NUMSER 006 FO= AcrNCv usa l

SNP e

l l *

, ;,w .o v.,.v., ..u.. e ca.e sier . - - - . - - -

l additswes (see anstructions). _

l Comteste items 70-25 If there is a thermat asscharge i

(e.g. assewtated with a stearn and/or power generatson piant. steel meII, petroteum refinery. or any otner manufactur6ng process) and the total discnarge flow is 10 m61 tion gaa6ons per day or more. (see instructions) NA

20. Therman 04senarge Source (neck 229 the appropriate stem (s) ino6cating the source of tne discharge. (see inst ructions) 5060er Slowdowa OeLa0 soeler Chemical Clean 6ng OSCCL Ash Pond Overflow OAPOdr Botter Water Treatment - Evapora- DEP90 tot snowdown ,

Ost or Coal Fired plants - Effluent DoCrp '

from A6r Poelution Contest Devices Condense Cooe6ng Water OCOND Coosing Tower Stowdown OCTSO l Manufacturing Process OMPPR Other OOTHR al. 06senarge/fteceeveng Water Temper.

ature Difference Y Give the man 6 mum temperature Q dif fe#ence between the d6scharge and recesving waters foe sumener .

and winter operating concet6ons.

I '""* "'I op, ,.[

Sale I

Sumaner Winter 3398 'F. Qi l

C'- 4

23. Descharge Temperature. Rate of l 232 *F./tsour l

Changs per Meer '

Ceve the manernum powbio rate of F temperature change per hour of A aisenarge under operattag con-attions (see instructiv ens)

23. Water Temperature. Percentale R.p.ri in,e.v.ney .e Oc.u, renes)

In the taose below, enter the temoetsture which as enceeeee 30%

of sne year 5% of the year.1% of the year and not at alt (manimum

! yeerfy temperature). (see instructions)

Prequency of occurrence 10% 9% 1% %sanimum D D * *

a. Intame Water Temperature 223e (Sue 6ect to natural changes)

D 3234 N

E Descharge Water Temperature 2e. Water tatsee veessity 334 foot /tec.

(see instructions)

29. Retention Time Give the lengtn of 338 w inutes 16me en minutes, from start of water temperature else to discnerge of coollag water. (see instructions)

H-8 EPA Ferm 7550 23 (7.73)

l . .

FORAfAfPNotPso LMtB No.1.45=NU80i>

OISCHARGE SERI AL NUMete --

006 con accuCv ust SNP

17. (Cant *d.)

Innuent Emuent m

3 I Ij

$0 S I 1 c

\EI h 33a I

)354; Y I.

Parameter and Code n= ; { t. g { <

r e. ,v2 s ,

g222 E, .

l.,1 #.

uk ik u .E *n=i .

3EM E2 2

E2 E, i

E2 2 3 1 53 E .M t 4 an c 6 2.3 o zowo< : owc w< z< a (1) (2) (3) (4) (5) (6) (7) (8) i

18. Plant Centmas Check if tne foe- ate j

sowing plant controts are ave 68atee for this dischares.

NA g i

Ailernaie power source vor mwor O Aes D sumpin, eacmtv. g ,

a - o,emer em y p,ocedu,. ,o, o, D power or equipment f a6 lure Compiele item is i, discnar,e es ,

eram coceine andar ste. n water ,

seneration =4.sier treatment ;

additives are used.

19. Water Treatment Add 6tives tf the disCnarge 68 treeted with any Cork ditioner, inneDitor, or algicide, answer tne foisowing:

None '

a Name of Material (s) 31te i

k Name and address of menu =

facturer alte I

l 1

1 I

e C. Quantity (pounds added per 2tge entstson gessons of water treated).

i era r rsso-2 (7 73)

l FORW AVYhu6 LU >

OMB No. 235-R0100 i OlSCHARGE SERI AL NUMSER

con Acancy uss !

l 006 .l SNP

.. Ae u.a. i.e.,= u.a !

i gg, em safermetten '

217a Precipitation runoff r

i e r

[

t l

i i

1 l

r i

k i

t

(

?

[

l T

T I

i I

e f

P aeA r.-.rsso-as(7.73: U-9 i

e L i

- , - . . . _ . , , , , , . ..-y._.. y, , - .-,,_.___.-#m, ---,.~ -., ,

OsSCHARGE SERI AL NUMSCR 007 SNP FOR ACENCY USC I e

Municipaa Storm Water Transport .

System OSTS I

West (infection)

OWEL h i

i t

i caster DOTH .

M ' ether' is checked. specify 20$6 4 i

S. Discharge Poinq = Lat/Leng Cfve the peecise location of Ine point of discharge to the nearest secone.

Laueuse 2na 120Ea .llMm 25sEC 38,,, OS ,,, 35ege l Longitud. 2u. '

. P t

7. Discharge steceteing Water Name Name tne waie,way ai ine po.at 2o78 Diffuser Pond i r

of dischaege.(see instructions)

For Agency t>1e '

For Agency Use 1 303e if the etscnarge is terouen an out. Malor' M.corI sue fall that entenes Deyone tne snore- 2070 247e sine or is below tne mean tow _ , _

water sine, compeete item 4.

i S. Offshore 04schstee 200a NA ,est

a. Olscharge Distance from Shere

t. Discharge Depth Selow Water g feet 294D l Surface .

9. Desenarse Type and Occurrones

a. Type of Discharge Cneca whether tne discnarge es Con

20ga E (coal Continuous %'- [ l tinuous or latermettent. t O(ints satermittent (see instructions s

f

n. 06scharge Occuerence Oeys per 1eeysserweses ;

Ween Enter tne average num- 20s>

her of asys per ween touring i pertoes of oisenargel anos eco- '

l charge occurs. !

NA

s. Descharge Occurrence -heontns I

18 tnis oiscnaese normatly : ope OJAN OFES QMAR CAPR Sg !

i eoer ates (eitner intermitteatty. QAus er continuountyl on iens than CasAY QJues QJUL i a year-around bases tenciuoeng shutdowns for routine mainte- CSEP Q OCT ONOV COEC Q nonce), enecu ine months eur. f ing the year wnen the discnarge is operating. (see enstructions)

Compiete Items to and 11 ff " inter

I mattent"is cnocmed in stem g.a.

Otherwise,procoes to item 12. F

19. lateemittent 0.scharge Quantity NA ^^

-. : gottens per elscharge occurrence.

2ts j State the average voiume por dis-citerge occurrence 6n snousenes of gestent.

t1. latermettent Ossenerge Duration one Frequency ,

lat.,mm.ni Disenar,e om.ouen NA l por Day State tee average 25te W see eer numeer of nouri per ear tne elecharge It oser atanS h

t. Intermettent Desenarge NA 211e wesenerge escurrences por esy Feoguency State tne avesage numeer of e scnarge occue-rences por cav curing says when discnaeging. r ca et**

12. Moeimum riew ee..

Ume pertoe ln wnecn see maaemum 282 Frons Jan. to Jan. l sesessen n entn new of ines essenarge occurs, t P A Fer= 1550 23 (7 72) g

. e 06 TLC Ns. in-hutuu POR AGENCY VSE STANDARD FORM C -MANUFACTURING AND COMMERCIAL l SECTIONIL BASIC DISCHARGE DESCRIPTION i cnaeges to niun.ciosi sewerage

. Compaete t%ss section for each desenwge snescated in Section e, item e. that is to survue watoes. Tnes anc systems an enten trie wastewater ones not es insowen a treatment worms pesos to neing discnareedSEPAR nould ce ecore. ATE O be dette. tied where snees are dese desenaraos to surf aceflectwatees from Dost engsneering tais f acitety.stEQUIR esternates.

sentattve of the tweeve previous montne of ooerasson, if inis is a proposed Gescfterge. values should re ON SCOMt.ET AS INotCATED. REFER ADDITION AL INST RUCTIONS FOR SELECTED ITEMS AP9 EAR IN SEPARATE INSTRUCTI TO SOOKLET SEFOSIF. PIL1,.lNO CUT THESE ITEMS.

i

1. D6scharge Sertae No and Name

a. Discasete Saeise No.

Sete d .

(see tristructions)

Yard Drainage Fond sets

m. Dennarse Nan.e cave name os d.uner,s. sf any.

(see snstructeone)

e. Provtous 06scnarse Serial No, e If prev 60us permit aconcation 007 was made for tnis eiscnarge (see 20lc itsen 4. Section 1). provies prov6- l ous dinner,e wrias nummer. i

2. Denner,e 0,eraung Dates Dennarie se,an Daie iftne I

L esense,e desce.oed ooiow .s " 74 05 g operatton, give the date twetmen 202a rg , ' ?

Ya MO V '

best estlenetel tne cescnarge megen. O U i

t. Olsenarge to seg6n Date iftne disena,,e nas nevee oou,re* *** NA ,

is planned for scene future date. 2029 VR MO give the date (witnin Dest est>

male) tne distnarte want begin,

c. Otscnarge to End Date if die. ;

cnarge is schecuted to De g.sCork NA 202e j Unved witnin the nemt 5 years. YR MO * <

pave the date (witnen best este-mase)Ine 66stnerge will end.

S. Engineeeing Resort Avaisseis Cneck 68 an eng.neeeene report is ;

avessance o rev. ewing aeoncy voon sequest. (see lastructional 203 O Environmental Statement !

a %

4. Olsensese Locamen Nametne t positical counaavies witnen weiecn tne poene of disenarse to socated. l gu, se4e Tennessee State

,,,, Hamilton c., ,,,

2049 (if apostcatiel City or Town 2044 w... 1 I

S. Dischaege reent Desersetten Olsenarge es into (cnecas ones-(see insteuctions)

Strearn (includes dett nes. arroyos.

and etnee lateemittent watercovenema 249e ESTA 1 Lake QLMa Ocesa CoCa .

i

. l Municipes San 6tary wastewater l

[ Transoort System QMTS J

Municipes Coeneanee Sanitary and ,

Steam Transeest System QMCS I l

H1 TWe sectioes confeine 9 pedes. l I

EPA Fes'w F350 23 (7 73)

us.%e m a . . ... ..........

007 FOR AGENCY USE SNP

\ 6

. I e

l

.e ....e.ne.t t..

. .. e . ...et pr t o.

The 5-acre yard drainage pond receives ,

atte Pearratives i Describe tne weste enatement preClices uses on (net discnerge witn e erief narrative. (see sedimentation and oil skinenh erior to balne instructionst discharged to the diffuser cond.

i

)

i h

. r PSEDIM (3)

PSKIMC , (3) . '

t cose.

,sise (1) ,

e, w te 4 ie - ,

Using the codes ustee 6n Taese (s) . (4) .

il of tne enstruction sooklet. (4) ,

esecrate the weite aoatement ge) . (9) . '

processes for this oisenarge en (7) ,

}

ene oreer in wascn they occur . (III _ . (12) .

if poesh (10)

(14) . (15) .

(12) .

f (17) . (18) ,

(16) .

r (21) . . ;

(19) . (20) . ,

(24) -. !

(22) . (23) ,

(as) .

I l

l l

1 1

1 l

l I

i l

1 11-4 EP A Fes. 73s0 23 (7.73) l

a .

on s n ,. n s-nu,u.

007 I

FOR AGENCY USE >

u.n ce

Discharges from the yard drainage pond consist of

13. 4.u..i, oe.., ais.

na,rauve e.x, .uon os ecc .iy miscellaneous site drainage, sanitary waste treatment

,",'7,'y' *"*'*d'**

l effluent 003, metal cleaning waste 009, station sump 010, service building sump 019, diesel generator ;

building oil and grease interceptor 020, sodium j

hypochlorite building 021, yard storage building 026, l

and security diesel generator building oil and grease '

interceptor 027. Precipitation runoff associated with areas under construction. Annual average precipitation is 57 inches on an estimated 120 acre construction area.

Hydrazine and citric acid can enter this discharge via chemical treatment ponds 009. Also, due to primary f

t secondary leakage, hydrazine, boron, ammonia, moly-is acu,ity cau in oi..naMo por bdenum, and radioactivity waste can enter the yard eacn sic coce wn=n aewn drainage pond via station sump 009. l f

i

',",g,",/,*,',","",','[ ,*'.","','"a ,

arnount of etther the raw material ,

consumed (Itern 14a) er the product produced (Item 14e)In the units specifled in Tsole I of the Instruca ?

tion Sooklet. For SIC Comes not insted in Y ante I, use raw matertal ;

or production units normealy used for measuring peoeuction.(ses i instructionst i i

new as.ieries. Snared Desenerges 4

NA heam# mum Unit f Amount /Osy (See Table I) (Serial Number)

Name W SIC Case m tel (2) .

glas (11 l

{

l Unit Snared Olscharges D. proemete neemisnum - ;

Amount / Day (See Tatie 1) (Sortet Murnber) j Nome m SIC Code m <4>

m m ase~ Z-1 024 Electric Power 2.442 4911 II*3 E P A Ferw 75$0.23 (7 73)

OtSCHARGE SERi AL. NUMSER 007 FOR AGEPsCV USE SNP er. ce.u.eu.a se intase ane oit nar,e For each of the parameters tested Delow, enter in the appropr6 ate hos the value or cose letter anewer tailed for.(see instructions) 16; in socition. enter the parameter name and code and oil required waause for any of the foslowing oarameters at eney were eneceed in teem ammonia. cvanide, asuminurn, arsenac servusum caemaum, enrom6um, cooper, sees, mercury. necket, seien6ures sinc. onenoas ois- saa eresse l ,

an. cn.orine i,e, ua. .

j -

Effluent Innuent m

- 1! ; y I ,1 Vi c- -

1 g . 2

>3$E

h 3 - -EE I >35 -

Parameter and Code In,m?c } ? Ya m l l! ? ?,> d; y- 33 ;, '=

217. t i. <m

=

! "E k j '=3se-9 0 W d.i T "4 ij E 52S E1' % W

'x 8 2 5 4 5816 CE i< a BSE si$ 8 (4) (5) (6) (7) (8)

(1) (2) (3) .

now+

c=ar,-=x MDG 2.726* 2.726*

AW 50050 pil 26 G Unit $ 7.3 7.1 8.7 1/7 00400 Temperature twinter) ,

I r

7402s 38 .

Temperature (suremer)

F 84 74027 BlochemicalOiygen Demand (BOD $4ay) mg/l 00310 1.4 Chemical Onysen Demand (COD) mg/l 00340 Tot.1 Suspended (nonidterable)

Sobos 23 l mg/l 66 14. 1.4 42, 1/7 G 00530 Specific Conductance '

micromhos/cm at 25' C 170 00095 i Sesticable Matter (renduel ml/l <0.1 <0.1 <0.1 1/7 31 G 00545 <0.1 r

l

0ther d ascharges shanns intake now (serial numbenlfsse instructions) 4

Estimated l ,

1 era r rsso-n (7-in H4

e e DISCHAIGE SIF.t Atoreuutetu ,m, ,, ,,

007 FOft AGENCY USE SNP t e. waise.. , enerectoristies check the bon nessee each constituent wnacn to present in tne etnvent (einenerse watal. Tnes eetwmanation se to se meses on actwee anatyses ee oma maim.ie.tsee anstructiono Parameter I Parameter 216 l

t 216 C a.

Color Copper X 01042 X

00080 Ammonia tron 006l0 X 01045 X Organic mtrogen Lead ,

00605 X 08051 Nitrate Masnesium X 00927 X 00620 Nitnte Mansanese X 01065 X l 00615 Phosphorus Mercury 00665 X 71900 Sulfate Molybdenum X 01062 X 00945 Sulfde Nickel 01067 X 00745 Sulfite Selennem 00740 X 01147 Bromde Silver 71870 01077 Chlorde Potasaium 00940 X 00937 X Cyanide Sodium E 00720 00929 iluorde linallium 01059 l 00951 Aluminum Titanium 01105 01152 Antimony Tin 01097 O!!02 Arwnic Zinc 01002 01092 Beryllium Algicides *

)

01012 7405I Barium Chlorinated organac compounds

01007 74052 Boron Festicides*

01022 X 74053 Cadmium Od and greens 01027 00550 X Calcium Phenols 00916 X 32730 Cobalt Surfactants X 01037 38260 ,

l Chromium Chlorine 01034 50060 X :

I Fecalcoliform bacteria Radioactmty*

74050 X i 74055 i

'Specify substances, compounds and/or elements m Item 26. l i

Pesticides (inwetsedes, fungicides, and rodenticidest must be reported in terms of the acceptable common '

names specstwd nn Acceptable Consmon Names and ChemscalNames for the ingraisent Statement on resticate Labels. 2nd Editen. Environmental Protection Ageney.Washanston, D.C. 20250, June 1972, as l, required Sy Subsection 162.7(b) of the Regulations for the Enforcement of the Federat inweticide, Fansicode,and Rodenocsde Act.

I' 115 EPA Feem 7550 . 23 (7 - 73)

f OtSCHARGE SERI AL. NUMSER ,g 007 I e bNY e

s. Cnemicas composition of inese sted .

meettives (see instruCitonsl.

- i I

Composte llerne 20 25 If tnare is a thermal etscnarge

(

(4.aseectated with a stearn and/or power generatson i plant steet meat. petroseum ref anery, or any otner ;

manufactuttne processi sne the totes etscharge flow is g le meillon geolons per day or enere. (see lastruct6ons) I

[

3e. Tnermal 04scnarge seurse Cneck 239 l Ine soproprLate 6temts) ane6cating the source of tne discharge. (see Instructions) se6ier slowoown Oetso -

I soller Cnemicas Claening , CSCCL '

a.n pone overnow O A*Of' f

Seeler water Treatment - Evesere- CEP90 I tot esowoown . . ,

Oil or Coat Firse plants - Effluent COCFP l from A6e Postution Control Devices ,

l Condense Cose6ag water OCOND [

Cooe6ng Tower slowdown .. OCTWO Manufacturing Process ,14L O f *'rPR 2 Other Vg h COTHR N :

St. Dessnarge/Roceevens water Temper-sture Difference ,

Give the masimum temperature !

elfference tietween the discharge G. l and receiving waters for surnmer .

sad winter operating conetticas.

(see 6nstructions) ~3 winter '3316 'f'. Q ;

33. Desensege Temperature. mate of 338 'fr./ neur CnensePerHour ;

p Give tne maalmum poossese rate of i

temserature change per nour of eenenarse unser coerating con- !

estions. (see instructional Q f i'

[

33. water Tomooreture. Pereentlee '

Report (Freewoney of Oscurrensel ,

la the taese Delow, enter the f temocrature wneen is exceseed 10%

of the year. 5% of tne year.1% of !

the year and not at all (memimum yestfy temperaturel. (see tantructsons) 10% 5% 1%

Maarmum Frequency of occurrence

'P %

l

a. Intane water Temperature saas (Svesect to naturar changes 333e

- 'F 'F l

% Desenerse water Temsersture

34. water entsee veseetty 334 feetw 1 (see 6nstructtens) j

35. metent6en Time cave tne lengen of ass wenutes '

time. in minutes, frorn start of ,

water temperature rise to etscharge j et coesing water. (see enuructions) i h

f EPA Fene 7550.23 (7 73)

. . i i

FONM AYt'esus r.u ort 2 Ns.158 lO!00 OISCHARGE SERI AL. NUMSER 1 roR Accucy ust '

007 SNP

17. tCoat'd.)

Emuent [

Innuent 1 m I

$n

^

1 } f E 4 3, gi8*

=g - .,t

>3m >s2< !

Parameter and Code ', i g g,,g

'g 7 y g, Ie 3. g g'nq m < z i< < =

$_ 2EME3 =, sesa 1 ::. j3 [s . ;

Es 3;c{ f55 i wo<

35 EM mowc U

S4

=3

- 5

l 3=c o a (5) (6) t?) (8) gy g) (3) (4) f

15. 0.2 38. 1/7 31 G Turbidity, JTU, 00070 f 1 G oil & Grease, ag/l <5.0* <5.0 t

t 00550 An:monia, mm/1. 00610 0.13 <0.1* i Copper, ma/1. 01052 0.1* <0.1*

Chlorine, ag/1, 50060 40.01* <0.1* i Nickel, mg/1, 01067 4.1* <0.1* -

i

Estimated i I

se. eiene cenimi. Ch== if the foi. 3ss ;

sowing piant Conteoie are **** NA for that discharge.

Alternate power source for maior O APs pumping f 4Cifsty.

Aiorm or .mergenCv eroC. dure for O Aue power of equipenent f ailure Complete item 19 If discharge is l from Cooling and/Or steem weter !

generation and water treatment '

additivet are used.

[

19. Water Treatment Additives if the ditCharge it treated w6th any Cork ,

i dationer,innaestor, or esgicide. '

answer tfie foscowing Site None

4. Psame of Meterde(s) j f

I

b. Name and addrene of meme=

feCturer Site l

C. Quentity (pounes esdod per 319e .

mainen gessons of water tresses).

1 1

H-7 EPA Petw T5M.23 (7-73)

<w.-....

Ont8 No. !$$ M100 osscMARct SE RI AL NUMSER FOR AGENCY USE 007 SNP as. Aeeu..e i.e rm ti .

Informetlen stem !

326 216 Radioactive isotones which may be cresent in lionid radwaste include:

7 Cr-51, Mn-54. Mn-56, Fe-55, Fe-59, Co-58, Co-60, Br-84, Rb-88, Rb-89, l Sr-89, Sr-90, Sr-91, Sr-92, Y-90, Y-91, Y-92, Zn-95', Nb-95, Mo-99, Te-132 Te-134, I-131, I-132, I-133, I-134, I-135, Cs-134, Cs-136 I Cs-137, Cs-138, Ba-140, La-140, Ce-141, Ce-144, Pr-144, F1-18, Co-57, Ru-103, Sb-124.

217a The intake water consists of about -

90% raw river water 5% of potable water furnished by Hixson Utility Water District 5% of in plant treatment water-treated by coagulation, settlir.g, filtering, and demineralization including degasification f and final polishing.

I I

t t

e i i

f l

\

l II9 EPA Perm 7550.23 (7.73)

o6SCHA2o3 SEEI A4. NUMSCSI 008 i SNP

- FOR AGENCY U$E ,

Munecipes Storm water Transeert .

i System OsTS .

West (tneettion) OWEL b

r 4:"*er GOTH

Condenser Circulating Water Discharge Canal sue' t

it os.w is checked, wecify i

s. osamerw reini-i.aut..ng cie. ,

tne prune incanon se in pe."'e. NA of stunary to tne nearnt secon s.setwee seee oso s in <sC Leagetue. swa oEo MIN *(C ,

7. Osocharge Rece6,eng water Name !

Name the waterway at tne poent 2efa NA ;

et eescnarge.(see anstructsons) t For Agency use For Ageacy use If the cascharge is encougn an out- u,, ,, y,,,, l g , , 3n3, fall that eutenas oeyond tne snore- 2e79 -

207e i eine er is below tne mean sow water line, compiete stem e. _

s. oveshm oeuna,w 2esa NA ,,,,

oisener, oaisace e,em snees l

I l w counar, o. pin sei.w w'*' NA i suruce zee. vest f

9. o6uharge Type ame Occurrense

e. Type of 06scharge Check % !

whether the 46scheres es cen- 2094 E (con) Continuous !

tlnuous oe intermettent. i (see instructions) O (int) latermettent I

t. oescharge Occurrence Days por Weet Enter tne average num. 2eet W perwoest her of cays per ween (during pereses of esscharge) tais ses. ,

charge occurs. ' . !

s. conner, Oaureene. -wonta. NA 18 th6s discnarge normasty 2ete OJAN Ores Q uan O mpst operates (eitner interrmttently. ,>

or continuouslyI on less then OuAv OJun OJUL Dave .

a year erowne bases (esciugeng Osce coCT Omov CoaC :

enutenwns ee. . uiia. ma.nte- l nonce), check sne montne que.

ing tne year wnen ene essenerge i es eteraune. (see instructions) i Compeete stems to one 11 If "later.

snettent"is chechee 6n stem 9.a.

otherw6se. psocese to etem 12.

l tA satermittent o.unar,e ouamety NA sian ene meege gesume es, es. ate

waens ,enuneeseoccu m nee, charge escurrence en taeusense of Sessene, i 99. lateemittent oeseharge Duveteen I ene 9requency e lateemettent 04senarge ouveme" pee oey stueine .e,ew atto N b g sereer fltffst ;

et eef,ge of neuft .s . per eeV ine

.t ,g.

..te-tee.t o.se..

F.ecue , stats ine . ore,e stio 3.3meswem :eeeser stumeer of eeuraege occure rences per say euttag eeyt whose eischertent.

13. Meelmune Flow persed oive tae Jan. Jan.

time person te wn.cn the enasamuse 318 From to lleur of thet ertenetge escurb IUteAS fneftth f EPA Fore 7550-23 17-731 H.2

e .

i e urae a u r un n o e.s.

0680 No. Iss M200 FOR ACENCY USE ,

i STANDARD FORM C -MANUFACTURING AND COMMERCIAL

. i SECTIONH. BASIC DISCHARGE DESCRIPTION a

L amplete 19 tis section for eaan gescharge eneicatee la Sectlen I. Item 9. that is to survue waters. This anctuees elsenaroe systemt an wPern ene wastewater does net so throuen a treatment wereis SEPAR ATE petor to Oesng DEScalpTIONS OF E ACM06scharees OlSCHARGEto AREsurf ace waters. C te seurebed onese these see aism eiunarees to surf ace waters froen ca .s snouis thee r.eint f acesery.

si .n,.neer.no REQUIRED EVEN sr SE een,nai.s. ;

unieuwe oe in. two.v. r.v.ou. m.ntn. . oce,. .en. in.. .s . erosos.e einne ADO 8780N AL INSTRUCTIONS F OR SELECTED ITEMS APPEAR IN SEPARATE INSTRUC' ,

TO SCOKLET SEFORE FlLLING OUT THESE ITEMS. ,

O. Desenerge Sertae No ans Nesne aese 008

a. Oiuna,w Serias No. . .

( e instrucuens Concrete Batch Plant Settling Pond Effluent !

oive name se e.une,,,is any.

(see lastsuctione I

c. p.eview. Osunarge Sereae No. .

j it e,esme eermit so .cateca 008 was fuese for tnes e*Mnarge (see 20se f stem 4. Section 1), provtes prevk i eus elegnarge ser6al nummer. i S. Olsenarge Operating Dates

e. 06senerge Segan Date itthe eeunaan seur..ee oe..w...a fois 74 07 e; oration, gave the cate twetn6e YR MO g ,

test estimatel the essenerge Q

h f

t. Olsenarge to Segen Date aftne l discharge has' news, xcurree put NA nv t In paenned for some future cate. 202e ,

gave tne cate (within best ents- YR MO j mete) tne eischerte well tegen.

c. Olsenarve to Ene Date et eie. NA !

caer, is uneevice ie no e.xe . '

tenues witnen tne neat S years. 203e g8ve the este (within Oest esth YR MO

j meta) the e6scharge wue one. i S. Engineering Aspert Ava61sete ,

Cneca af en engineereng report se evellaese to reviewsag esency upon reevest. (see instructions ses / Environmental Statement t

e. Osunar,eLuaUen Name the *****Y*

switicas soundaries witnen wn.cn the pens of signerw is secates.

see.

Tennessee ,,,,

State county sees Hamilton , , ,

Daisy (is seesiseews City er Town asse S. Deseneeweesnt Deserveteen osumer, is into (cnun ener (see spotruct6ensi Stream tinciuses eitches. erreyes,

one etsier latermuttent wetesseursest atte CSTA .

Otssa casa Docs .

Reunicises San 6teev Westoweter Transeert System QMTS Munacleos Coenennee Sanetary one '

Storset Treneeert System OneCS EFA Fesun F$$4 23 (7.73)

DiSCHAEGE SEEB AL NUMSEQ 008 i

'on acancy usE '

SNP is. ..si. ...i. ...

' $",,',',*,**,,, 3,,, u,,,,,,,,,

The concrete mixing plant wastewater under- ,

i

",'0*, ", *,*,."a 'o,",nl,inis a i cn ,

,,.ciica vs

. in . n,i.i n.,,n e. (

goes sedimentation and skimming in 0.2-acre

( insieucuens) settling cond prior to discharge to the condanner circulatina discharge canal.

I PSM ME a .siea .. nic. i Sise (1) , (,, , ,3, ,

wn, in. ccan i.ii.a in T.ne.

is or in. anstruction soo=i.e. (4) . (s) . (*) ,

a.ic,io.in. . ni..o.i m.ni proc.si toe this oisenary in (7) . (s) . (t) .

in. oeaer in wn.cn they occur if posses.. (to) . (11) . (12) .

(13) . (14) . (1s) .

(le) . (17) . (18) .

(19) . (20) . (21) .

(22) . (23) . (24) .

(as) .

l l

1 i

l EP A P.a= 7530-23 (7 73)

e .

v==.~....-....

008 SNP Fost ACENCY USE l 8 3. Actively O. srsption ca.. .

This discharge consists of concrete mixing naerative description ni attivity 293e pendusing this distnarge.43ee plant WGHteWutOf.

insiructiceist o

l 34 Activity causene 06sch.rge For each sic Code venich descreDes the .ctiv6ty causing this distnarge.

suppsy the type and maximum a mount ce eitner ine re. materies i consuened (stem 144) er the product e i produced titem lae)in the units s ect,.. te, t ..te , o, t.e ,nstruc. 9 -

tion seasilet, ror sic Codes not iisted in , a.co i. use ,.wr .n.ie,s., .

9 r produClion units normesty used o,or measuring production.(see h

instructions) i n . wateri es shared oisenarges mensmum unit NA Amount / Cay (See T.oseil (Seriet Numoer)

Name s:C Code te, (si tai tai ste. cas i

i i

Unit shared Oescriarges tp. Products Mesimum Amountfoey (see Taoie il tseriet Numeer) sic Code

==: ' (51

3s (4) tas a s e' (as 2.442 Z-1 012-A. 024 4911 Electric Powe r i

I l

II3 E P A Ferai 7550 .23 (7 . 73)

. e OtSCHARCE SERI AL. NUh8SER 008 FOR Ap.reCY USE SNP

17. Desertation of Intame and Oessharge o

Fo# eacts of the parameters tested t> mew, enter 6n the approcreate boa the value or Coos letter answer tailed for.(see nettuttoons) in addetton, enter the parameter name and toes and eel reeuwed weevet for any of the fostcpwing paraeneters if they were anecked in item 16 ammonia, cvan,ee, asununum, armenec, norymum, caemium, chromium, coseer, iead, mercury, n+<hes, seiensum, sinc, prienois, o.i ane grease, * ;

ane theorine treseevaal.

Infhseat E m uent _

w i

1 ^

, j I J II 2 EI F >35 L >35EE - k Parameter and Code j 3 !

m (1 jy 217. 1 i ist s;s "S<

fi'

_Il a

w

]li

}]52axisca 94

f. !]v ]li.3 ca si i<

t a

(4) (5) (6) (7) (8)

(1) (2) (3)

I kiw *

~

MCD 0.0098 0.0001 0.029 1/7 31 G 0.0098 l 50050 pil Units 7.3 7.1 9.1 1/7 31 G 00400 Temperature (m mtcr)

F 33 74028 .

Temperature (summer)

F 74027 34 Bbchemkal Otygen Demand i (BOD $ day) ms/l 1.5 l 00310 i

Chemk:al Osysen Demand (COD) mg/l 00340 Totd Suspended (noordterable) ,

Sohds

' 66 17. <0.1 47. 1/7 31 G m,fi 00530 I

$pecstk Conductance micromhon/cm at 25* C l 00093 180 Settleable Matter (reshtus) '

"3/8 <0.1 l 00545 l

I

0thef discharges alwW intake flow (senni numtpersMase imetnscalone) l e ra re,. rsso.n (7.n)

II4

D - S D

008 gyp y con ActNcv uss as. wasieweier enecutee.s ses cnoch one saa nessee eacn constituent wnesn is peement in ene evnvent teisenarse waterk This setermination is to be neee er teost estimate.(Lee instructions) e a '

e Parameter u Fwameter 216 t 216 a.

Copper Color x 01042 00080 Ammonia Iron 01045 00610 Lead Orgame merogen 01051 00605 Magnesium y Nitrate 00927 00620 blanpnese Nitrite 01035 00615 r Mercury '

Phosphorus 00665 71900

&lotybdenum Sulfate 00945 01062 Nickel Sulfde 01067 00745 Selenium Sulfite 01147 00740 Silver ftromde 71870 01077 Potssaium Chloride 0C937 00940 Cysnde Sodtum 00720 00929 ,

p Fluorde 11talbum >

00951 01059 e Titanium Alemanum 01152 01105 Antimony Tin 01097 01102 Armnic Zinc 01002 01092 Beryllium Algicides' ,

01012 74951 Chlonnated organic compounds' Buium 74052 O1007 Pesticides

Baron 01022 74053 Cadmium Od and 3: ease 00550 X 01027 Phenols Calcium 00916 X 32730 Cobalt Surfactants 01037 38260 Chromium Chionne 01034 50060 Radioactavity' Fecalconform bacteria 74055 74050

Specify substances, compounds and/or elements in item 26.

Pesticides (inactacides, fuppicides, and rodenticides) must be reported in terms of the acceptable common names apecaterd ta Acceptable Common Kenes and Ch emicalNames for the ingmtarnt Statement on festJente Labels, 2nd Edition. Environmental Protection Apeney. Washington. D.C. 20250, June 1972, as requeed by Subsection 162.7(b) of the Regulations for the Enforcement of the Federallnactiede.

Fenpende,and Rodensacide Act, 115 EPA P== 7530 23 (7 73) i

e .

DISCHARGE SERI AL NUMSC A roa acEnCv uSs I 008

SNP .

e l

( a. .Te. s e own.rves t 9.e #e tame 4e$4 . ,

additives (see InstroCilunQ. .

Comfeete items 70 3S If there is a thermal discharge (e.g..ansatiated witn a steam and/or power generation plant, steel enill, petroleum refinery, or any other manufacturing process) and the total discnarse flow is to million taisons per day or n= ore. (see Instructions: NA

20. Tnermat Desenarse source Cnech 330 the appropriate stemes) and6cating tne source of tne discharge. (see instructions)

SoHer Slowdown CSLSD r

Soiler Cnemical cleaning O sCCL Aan Pond Overflow OApor Soller Water Treatment - Evapora- OEpeo ter Slowdown Ott or Coal Fored Plants - Effluent OoCr*

from Air Postution contros Dev6ces j Condense Cooien, Water OCoao Cocaing Tower slowdown QCTPD Manufacturing Process Q h6FPR Other Oo7Ha

31. Otscharge/Receivtag Water Temper.

ature Ostforence ,

Olve the maanmum temperature g dif ference between tne discnarge and receiving waters for summer .

and winter operating conditions. N (see instructions: x 231b OF.

Winter

33. Discharge Temperature. Aate of change Per Hour 333 'F./nour I

oeve tne manimum possinie rate of teenperature Change per hour of disCnarge under operating Cors-dettons. (see 6nstruct6onst g

/

23. Water Temperature, Percentile Report (F requency of Occurroneel in the table Delow, enter tne temperature wnsch is escoeded 10%

I of tne year. 5% of sne year,1% of the year and not at all(masamum yearly temperature). (see lastructions) gg ,

Frequency of occurrence g D % % %

as Intake Water Temperature 333s (Suttect to natural enanges) D D 'r 'F E Desenaron Water Temperature 3339 i

1 l 334 venggec,

24. Water Intate votecity l

(see lastruttloas)

39. metent6en Time Give thelongen of 338 winutes t6me, in m6nutes, frcan start of water ternperature #4se to disenarge of coo 66ag water. (see lastructions)

H4 EPA Fwa 1550 23 (7 13)

FORM AVYNUs hu CNB No.153-RJIU0 085 CHARGE SE RI AL N';MBER 008 roR accucv usE

~

SNP

n. tcent d.)

lanuent Efnuent n

O 1 7 . 2 I 2 I b5 -

Parametef and Code 5 y - -E5y -

I >Bc >3,E Ey =

0' D s m l

= E a y Eww& 5 -

2 < e- k <# < s=3 b =~3 *5 Mm Jy. =

3r74 33 ==> 'g E w j - Ecu2 E g ii n cyc f*=Q1il 2i c

s 1 Eu !

zowc<

1351 zowc ini w< z<

si m

(2) (3) (4) ($) (6) (7) d)

(1) 011 & Grease, mg/l ' 1/30 00550 <5.0 6.4 <5.0 10.0 6 G .

t I

r i

t8. Ptent Centgle Check If the fot. 318 j

sowing plant controis are ava61stHe g for this discharge.

Alternate power source for maior Q APS pumpin, f acwitv.

Alarm or emergency procedure for CALM power or equipment f ailure comp.ete iiom n if diuna,,e is D

from cocaing and/or stearn water ~

generation and water treatment additives are used.

19. Water Treatment Additives if the discnarge 6s treated witn any con-detsoner anntestor, or aegicide, answer the fonow+ng:

None as Name of Maternal (s) 219e l

l k Name and addrest of manu-facturer Site c- Quantity teognes added per 219e mH14cn gessons of water treated).

EPA Fer= 7550 - 23 (7 - 73)

i t

FORM A Yrhu s c v OMB No. ISS-RO200 D6SCHARGE SERI AL NUMSER 704 AGENcv usE l 003 ;

SNP l j as. Acessiones enfermauen ,

Item enformation 226 217a Intake water consists of raw river water. l r

L f

?

i

.i L

I I

k e

f I

l f

i

?

6 n rn v.t. tsse. n o . n) W9

~ ~ . .

e .

oiSCHARGE SERI AL NUMSCR 009 SNP erOR Acc=cy use e

Municipal Sto in watee Transport .

System Osrs O wCL. s we.i tenenueas EoTH oisim Yard Drainage Pond

tv 'etw i chectied, speciey 2ese

4. oischa,se Pelat - Lat/t.ent Give the p,ecise iocation of the noent g .

.f discha,oe to the nearest second. SEC oEG MIN i 2064 Latiti de ?

oEG MtN *EC Longitude 206D

7. oischarge Receev6ag Ware, Name Name the waterway at tne poent 207a NA

.f Glschaege.(see ins. ructions)

Fo, Aeency Use Fe, Agency Use i 393, y y, g !

if the distnarge is tn,ough an out.

2079 247e ,

fall that estends Devond the snore-itne o,is De sow the mean low wate,line, cornpiete item 8.

S. Offshore onscnarge 284a foot i l

S. o6scharge 04 stance fr.m Sh.re 6 pincha ,e oepth seie. w' 2een NA vest sueen. I

9. Descharge Type and Occumace

a. Type of onscha,se Check 2ees O sc.n> Continuous \

s\ ,

l waethe, tne disenerge es con. i tlnuous or intermettent. >

(see instructionsi Q(irst) Intermittent '

t. oescharge Occue,ence osys pe, _7says per . eels s Week Enter tne average num. 209D t be, of days pe, wee. (during pe,lods of deschargel ines dis.

charge occu,s. ;

NA

c. oescharge oa..,ence -Montns if this discha,ge noemanly 209e OJAN OFEs OMAR OAPR g 3 coevates teetne, inte,m ttently. CAUG or continuously) on sets tnan CMAY CJute CJUL l

a yea, a,ound bas.s tescluding shutdowns for ,outine ma.nt OsEP OoCT ONOV OoEC j nanceh check the montas dur. i ing the yea, wnen the discna,ge !

Is operating. (see instructionsi C.enotete items t o and 11 If ** late,.

l mattent" as checnee an stem 9.a.

Otnerwise. proceee to item 12.

l >

I se. inie,m.neni o.sena,,e asanat, 10,000 -

,u , ei.ch.,, .cc , renes, siaio in. a.., age aiume p ..s. 2:e case, occue,.nc. in in.us.n .f geMons.

I is, int.-m.nt o sc a.ge ou,en ane a,.euens, interminent o.sca.,,e ou,ea..

24 fue n.ue ser e.,

pe, car siai.in. a e,a ,e numes, .e nou,s ee, av ene l

.isc ,,e is o ,ai.ng. .

n. in ,m.usni o.s.na,, 1 m per es,

2. e.g u -

,,e eny siaie in. a.e,a, ;

nom.e, .e d.una,ee occo,.

nces per ea, u eng.ays i

.nen sisena,s.n,.

u. wasimum rie- *e,..e Gea 'a*

r,.m Jan. i.

Jan.

ume poeio. in wn.cn ine mas. mum 2:2 m.nei ==

n .e in.s ..una,,e .cs EPA Fes 1$50.22 (F.72) g

_ _=_______ - -__ - - --.

l 0618 No.IJs~hutuo

^ "

STANDARD FORM C -MANUFACTURING AND COMMERCIAL SECTIONU. SASIC OtSCHARGE DESCRIPTION i

a.c.eae uwe,a,e *

. C.=,se.e inn mie n to, enn e.una.ee ine.cai.e in secuen i. nem e. tnat to to so,eace waters. vnis t inuuan aiuna

.Tsiemiin wn.<n t .e waseewaee, em ani en in ouen a i,uimoni w..

s one, to oe.n, e.me eru..e.,o wn..e in,,. .r. 4,sn e.una,an mforsu.ex. an esistine waim emneste snouie erom in.s tumiv. ste De repre-fiEQUtnEO Evt.N it sCVEst An. DisCHAnGES ORIGIN ATE IN THE S AME F ACILITY. Als valuesie veneci een en,. nee.. , ni. main snou

.enian . e in. tw . .....ous monins o, o,e,at.on, se in.s s a er .see aiunar,s. ,siv SCOKLET AS tNOiCATED. REFER ADDITION AL IN57 puCTIONS FOR SELECTED ITEMS APPEAR iN SEPARATE INST RUCTION TO SOOKLET DEFORE FILLING QuT THESE ITEMS. >

i. Osuna . se,ia. No. ane Ms.no set. 9Q2. ,

. Oiun a,,e se..a. N..

isee imi,uu.. s.

sei.

O"kd U " "" N"O

m. Discna,ge Nam. .

cive name os omna,e iv any. 1 (see instruct 6.ns) i

c. e,e.i.us Oiunargesense N.. 009 se e.ious.e ..i aoonoi. n Joe.

. n aeeso,in.s e.unarseis.e l n.. a.Snoon n.erov.dee,e.n [

out diunarge serial nummer.

\

Descharge Operating Dates b

2.

Daunarge e.gan Daie itine einna ge onc..oea oe..w .s ." 78 01 @ (

r operation, yve tne cate twetnin 202a ;

best estimate) tne e scnarge VR MO .'

se,en. Q I i

D. Descharge to Segin Date if tne i eisenar,e an n..., ouunea aus NA 202p _

In pianned for scene future cate. YR MO g6 e tne este twetnin test esta i mate) tne discnarge weis D. gin. [

c. Discharge to Ene Date it ans.

charge es scheauted i. De Gesco,n NA .

i tenued within tne nest 5 years. 202e YR MO

gi.e tne este (witnin best esti-mete) the e.senerge wds one.

S. Engineering Report Avaustle Cneck of an eng.neering report is pysHabie to reveewsng agency upon toevent. (see instructions) men a Environmental Statement

4. Desenerge Location Nameene positical coundaries witnen wn.cn the poent of disensege is located.

seas Tennessee Staie Hamilton zoge County 364e Daisy test JSee w...

(if applicaDsel City or Town I

S. Discharge Point Destnplien Olsenarse is into tcneck oner.

I (see instructionsi

l Stream (sactuees estches arroyos.

.no einer interm.itent watercourses 8 20$s CSTR i t

Lake CLME Ocean COCE .

i Municsoa Sanatary wastewever l Transeort System QMTS l

l Munacleas Comminee Sanitary ane Sierm Transoott System QMCS 111 Tlife cecilors confeine 9 pedes.

EP A Fe*= 7350.23 (7.m

us w.m . . ~ . . . ... . . . .

009 rom AGENCY USE SNP w... lined pond, a Wa stes are discharged to 1.0-MG t s. 4....n nt was. anum.at er=== .,n.at sis. e n.te ;

o.uritie in. ni. .

""' * '""*"' 1.0-MG unlined porid,' and a 15-MG unlined pond where l

','.*n'7 ",,i. n .,, .,'"[ *,

Inttnsetlens) they receive one or more of the following treat-ments: chemical precipitation, sedimentation, l

biodegredation by aeration, and pH adjustment. !

t i

PSEDIM COTHER t CNEUTR pl . '

.asse (1) . (a) _ .

es waiea . ntc..a Uteng tn. codes listed in T. Die RACTIV (s) . (6) .

se or ine instruction soomlet. (4) .

eescrime ene wate .o.ternent (s) . (s) .

proces.es for tnis discn.rge in (7) .

tne order in wnsen eney occur

. (11) . (la) .

if poesiese. (10) _

l (14) . (15) .

(13) . l (17) . (1s) .

(16) .

t (20) . (21) .

(19) . .

(23) . (24) .

(22) .

I

. I (25) f t

t l

r F

f r

I l l l

H4 EP A Perm 7$50.23 (7.73) >

009 ons m. ne num SNP POn AGENCY USE e

9 3. Asissity Dessetessoa Cl=e a Wastes from Chemical Cleaning Of Condensate,

-- -.--... . = - -

neerative oescreation of activity 283.

feedwater, and steam generator systems and the

'",%','"jo'," '"* "*"* d '**

temporary water plant makeup and demineralizer systems. Waste from the station pump (010) and cendensate dcmineralizer (01/.) can be diverted to the trea tro:u una s. ". _ e :l e . ec 1 H t % c l e:ining hvar i Hn Tr!ran X-100, rr.ca.ses .u e : c 1. r i .,

id :nn: md Eodine 31As surfactant. Triten -

>- : ., phosphate.

' 11linur ton M-i.

Also radic.ictici . m ;: .

and hrdra:ine may be i

released to :he cher.;c;_ t r eament nonds via discharge 010. _

is. Acuvity c.usin, oncame For eacn sic caos nien aew,.ees the activ6ty causing this discharge, supply the type and maner'tum i

amount of either the raw materiat '

Consumed (item 144) er tne prCouCf l produced titeen loo)In too units $

spectfled in T sole l of the Instruc+

tion 5004tlet. For slC Cocos not h

16sted in T aole 1. use raw material h .

or production units norrnalty used 0 for measuring productlen.(see Instructions l

ne. u ternes snarea os cneree.

wesimum uner !

NA Amountfoey (see Taoie o eseries numoers Nem. f sl- cese (M _

(2)

(3) tel I Slee (1) l I

i I

t Unit shared Distnerges D. Pressets teesimufn eserm numoers Arnountroey csee Taoie o Nem. m sic cose m ca) i m m 6 '

ase ' ( 007, 024 2.442 2-1 l anii Electric Power I

(

l II3 an re, rsso-n (r.ni

e .

015 CHARGE SERI AL., NUh4SER 009 ,,,,,,,,c,o.,

SNP 1

e

17. Deserest6en of latame and Dassharge For esfft of the pa,asnote,s liste. beow, entee in the oppfoottate boa the ,atue of CoGe lettet answe, C alled fot.(see entteuttient)

,0...,0,in.. ..wi . . . ...in.,w ... ...i ii. i..

..t.,i...... .., ... o.. .,e... ...

.. o .t l

I emmoa... cyan.oe eivminum, aesenic. eerymum, caemavm. enremtum, coopee. sees, mercury, nachea. wi.a.um. ainc. oneaeas, '

ou eaa

. .nio,io. i,.. .. .

Emvent innuent x

3a 1 O I f } [

r - 'a >"dcad' 217e i

s.

!!I is <

I

< h f 3r.2 136i o .-

= *s; }. a 1 w 5

.3 c

4 -u s5 Ecws

- e.e il ei e 59% 3= s C< d

$$E 21$ 8 k8054 5805 z< -

(4) ($) (6) (7) (8)

(1) (2) (3) rk=*

cdorumsm MDG 0.319 0.312 0.0 3.0** 2/ batch 3 Cal.

00e#x 50050 pil Units 00400 6.5 l Temperature (winter)

I

l' 74028 Tempersture (sum.ner)

. g.-

74r)27 9tochemical 0tygen Demand (80D $4 y) mg/l 00310 Chemical Oxygen Demand (COD) 8-hr

"'I' 100. 2/ batch 1 Com; 34a Tota Suspended (nontdierable)

$ohds 41.0 6.0 4.0 8.0 2/ batch 2 Com; ms/l 00530 i spectric Conductance micromhoi/cm at 25* C 40.1 00095 Settleable h4atter (rendue) ml/l 00343

0thes discharges sharing intake flow (serial numbers)4ase instnsctions) l ** Based on Expected Maximum.

II4 PA r . rsso.22 (r.73)

DISCH.^. IGE SE%e nt, revert M vneu ,ew. ...-....

009 SNP con acusev uss i s. w..ie..i., cm ,utu.inee cnoch sne ties possee enn consutuent waien es present in the efftvent leiscnarse water). Ynas setwmanation is to se seees on wtues anetysis (e best estimate.tgee spettuctions)

Parameter Parameter 286 l

g 216 g Color Copper X 01042 X 00080 Ammonia tron X 01045 X 00610 Organic nitrogen Lead 00605 08051 Nitrate Magnesium 00620 00927 Nitrite Manpnene 00615 Ol M5 Phosphorus Mercury 00665 X 71900 Sulfate Molybdenum X X 01062 00945 Sulfde Nickel 00745 01067 Sulfite Selenium 00740 X 01147 Bromide $dver 71870 01077 Chloride Potassium 00940 X 00937 -

Cyanide sodium X 00720 00929 Fluoride Thalbum 00951 01059 Aluminum Titanium 01105 01152 Antimony Tin 01097 0!!02 Aru nic Zinc 01002 01092 Beryllium Algicides

01012 74051 Batsum Chlorinated orpnic compounds

01007 74052 Boron Pesticides

01022 X 74053 Cadmium Od and greass X 01027 00550 Calcaum Phenols 009I6 X 32730 Cobalt surfactants 38260 X 01037 Chromium Chionne X 01034 50060 Fecalcoltform bactens Radioactivity

y 74055 74050

Specify substances, compounds and/or elements e item 26.

Festicides(inwcucules, fungicides, and rodenticidest must be reported in terms of the acceptable common names specitwd in Acceptable Common Names and Chemicalbemes for the ingredent Statement on festiente Labels. 2nd Edit on. Environmental Protecten Ageney.Waslungton. D.C. 20250, J une 1972, as required by Subsection 162.7(b) of the Regulations for the Enforcensent of the Federallasecticule, Funpcide,and Rodenocide Act.

EPA Fes= 7550 - 23 (7 . 73)

L

e

w. . ....... '

Psa ace %e w= .

009

SNP o

e. ChemeCai composition of theed 2$$d e

seettivos (see instructionel, L

Compeese llente 20 3S ff there is a thermel discharge (e.S. estecletoe witn 4 steam ene/of power generateen plant steel fruit. petroseum refinery, et any einer I

I manufacturing osocesst one the total detenerge flow is N 10 mention gallons per day or more. (see instructions)

30. Thermal Dissnerge Seurse Checes 239 the appropelate etemtst inescating the source of the cischarge. (see instructions)

Gosier sloweown Q SL50 settee Chemical Cieening QSCCL Ash Pond Overflow QAPCF Bester w atee Trestment - Evesora- OEPSD tot Slowcown Oil or Coat Fired Plants - Effivent COCPD from Air pollution Control Devices Con en= Cooiing wate' Q COefD Cooling Tower esowcown . OCTBO Manufacturing Process , O MPPR Other

, COTHR st. oleshargermeesiving wowe Temper.

j sture Differenes Give the enantenum teenperature elfforence Detween the discharge one receiving waters for summer .

one winter operating conestione.

(see instructionst g s 6 winte, 'asi. e.r g ,

N 9 -

33. Discherse Temperetwee, mate of *r.me"'

Cis.nge pe. -r m D I Olve the mansmum posestie rate of I temperature thenge per hour of elecharge unsee operating con.

altions. (see instructionst l

33. Water Temperetwee. Percent #ie Report (P reguency of Otsurrensel !

In the teole Delow enter the tempoveture wnich is onceeees 10%"

of the yeet. S% of the year.1% of the year one not at att (maalmum yestty temperatueet. tese enetrucuenst ;

S% 1% 1 Mastenum Proevency of occurrence 10%

'F l

a. Intame water Temperature 383s op op (Suttoct to netural thenese 'l'

s. Deschafts water Temperature asse i

34. water antame veteesty 384 festM l

(see instructions 328 minutes St. metention Time Give the length of time. In enanutes, feorn start of water tempeesture rise to sischarge of cocalag watee. (see instructionel i

l H.8 EPA Fora 1$50 23 (7.73)

I F O Nat A Vt'rnes v.no OntB No. R$8 MJN0 ctSCHAnCE Scal AL, NUMggft ron Aos=Cv uss '

009 SNP

17. (Cent'd.)

Effluent ,

In hent !

an

- {4t 1 = u

^

. 4- i b

Parsfneter and Code 3 5 23[ I r

>3 a,ys-

>3 8 , = =e 4

E. 3 >

3.t74

=

m a-5

~~

i <

-a =Ex*R

js r _2 ;EMc!!aff!

Ha-D ja

.2 y .,

a.

C '! ! 2=t 3 3- ,l 1 a we< zowc u. < z< m my- m '

(3) (4) ($) (6) d) (I)

(!) '!)

"' <5.0 <5.0 2/ batch 2 G

<5.0 b50 I 0.15 0.09 2/ batch 2 lo=hr mp i

fg) Copper,eg/1, t 0.07 Total Iron, mg/1, ; 0.66 0.33 1.0 2/ batch 2 $$ ,

t m nts 0.08 0.05 0.1 2/ batch 2 !ok l gosghorus,fng/1,

}fjy8WN, mg/1, l 40.1*

I hh"*'"8/1'i l e.0.1 40.1*

l

Es t '.-u ted

. r 218 f

10. Plant Contets Chech tf tne foe.

towing plant controis are ava4tates .

for this discnarge. l Alternate power suurce for analer U AP5 l purnping f actiety.

(

Alarm or ernergency proceeure for CALM h power or oevisenent f aleure 0 l; g

Complete item 19 If eischarge is from cooling and/of stearn watot h

-ation en. wais, i,eairnent addit 6tes are used.

19. Water Trestrnent Adettives ifthe discharge is treetoe with any corp estioner,innitetor, or ad,6cies, answer tne fossewing: I

a. Name of Meteriel(s) 219e

a. Psame ans aserene of menu-factutet 2199 1 l

l e, cuantity (pounes edese ser stee i mattien geolens of wate treeted),

l l

l Il7 1 EPA Fone F590-23 (F-7J)

i

'. 00 8 N5158M800 DISCHARGE SE ml Al. Nutegem POm AGENCY USE I

009 SNP as. Asmu.a.I saew.neu.a i.e u.a n==

sse in liquid radwaste include:

216 Radioactive isotopes which'may be present ,

Cr-51, Mn-54, Mn-56, Fe-55, Fe-59, Co-58, co-60, Br-84, Rb-88, Rb-89, !

Sr-89, Sr-90, Sr-91, Sr-92, Y-90, Y-91, Y-92, 2n-95', Nb-95, Mo-99 Te-132, Te-134, I-131, I-132, I-133, I-134, 1-135, Cs-134, Cs-136, Cs-137, Cs-138, Ba-140, La-140, Ce-141, Ce-144, Pr-144, F1-18, Co-57, Ru-103, Sb-124, 217a The intake water for this discharge is in plant treated demineralized filtering, water.

The treatment consists of coagulation settling. ,

and demineralization, including degasification and final polishing.

i l

i ,

e l

I i

1 159 eea r-.rsse.23 a.rn

oISCHAmat SE AI AL. NUMGCfl 010 5 Nt'

Fon AGENCY USE hounstless Storm watet Transport +

i System O sts .

weet (teccisens C wet.

=

Cin, gom

Yard Drainage Pond' is etner is checked, sescis, a seen

e. osun .,e eesmi- uinone os,e the practse secation of sne scent NA ,

of eiuner,e is ine nu..si secone.

saatuee sees _ oso __M i N ASC ,

i I

Stet oto _ MIN aEC Loneltude

7. Osunarse Recoletag Watet Name Name tne waterway at the poent 20fa NA !

et descnarge.(see enstructeens) t For Agency use Per Agency use If tne discharge is tnteuen an out. ,,,,,,,,,,,g,,, 3n3, feel that estenes Devone tne snore. 207s 307e

. Inne or es Desew tne enean saw witer line, campsete stem e.

e. Offsnore oescastee sees NA ,,,, _

e. onener,e oestana from sneve , ,

as osanaeve oesta seiew wate' NA feet Sertne seen l

9. oessnarse Type ame Ocaverense

e. Tree of ossenerse Cnoch wnetner tne eiscnerge es con. 309e $cenl Continuous %

tinuous et inteernettent. .

(see instructions) C lint) Intermettent k <

.a.,e ouvereme o.,s p., i wee = c nie, ine .. ora,e num. see. 7.,_sey. ,w ween Det of says per ween teutsag .

periees of e.une,wi ines es. j Snerge occurs.

e. omenae,s onertence-mentas NA 1f In6s eiscnarge normally ree. OJAN CFEB CMAR CApst operates (estner intermettentty, et continuous yl on sets then 4 year around bases (esciussag snuteewns see routine mainte.

CMAY DauN OJ ut.

CSEP Q OCT ONOV CotC Dave g( '

nonce) checn tne mentne eur. ;

eng the year wnen ene eiunerse l le escreting (see instructionsi l (empeete etems to and il if "later.

snettent"is snochee en stem 9.e.

Otnerw6se, process to 8 tem 12.

[

te. Intermettent oesenarse ovansity Stees the everage veturne set eas. att N --

gottene set dischstge escurronse.

f

, sneese essettense 6a taewsenet of gessene.

l l ... .n.e,m.ttent o.sen.ege ouvet ene resevency a, laternsettent oisenatge oeveteen pee osy State tne averece 31te b por esy numeet of neurs per say the elesherge is eserattng e

h latetenettent ossenseg*

Pesquemey State tne average Sitt NAetschsege - _ _- poteer suomeer et eissnargo occue.

fenses por day euttne eeys unen elesnergeng.

13. Mea 6 mom Plow persed os,*iao Jan. Jan.

teme peries in wn.cn tne enessmuen als From to Gew of ines sessnerge estugg. Inenet eneath m r- me-n 17-m H.2

l r vroearrtw ....

Ont0 No.13t=K0800 POR ACENCY USE STANDARD FORM C-MANUFACTURING AND COMMERCIAL -

SECTIONU. BASIC DISCHARGE DESCRIPTION t

' Cemeeste tMs sution f or esen eeuneeve inescatee in Sect #en 8. Item 9. Inst is to sur'He waters This incivees oiscnarees to erstems an wn.cn ene waseews,ee goes nnt so enrouen aSEPAR teestment worms prior ATE DEscalpTIOPe5 OFto eeing E Acet OtSCMamCE e unatees Amtto suef ace we

+

be ette r.Dee w neee teeee see esso e icnatees to surrece watees from in s racenty.N ATE IN TMS S Ah8E P ACILiTY. All waives for an cassline segnaree REQusmEO EvtM :P SEVEm AL OssCHA Acts On#G sentative of sne tweise previous mentne of or.erassen, if inas es a proposee eaunargo, values snouse rettect Dost engineering est ADOif TONAL INSTRUCTIONS FOft SELECTED STEMS APPEAR IN SEPARATE INSTRUCTIO TO SOCKLET SEPORE FfLLING OUT THESE sfEMS.

9. Desensete Settet No ene Name met, 010 a osanage se,..i No. *

(see instructions)

Station Sump i

s. Dessange Name 89fD r as.. name or emner,s. it env.

(see instructioas: !

l

c. P,0,i.us Counsree seren No. ,

If previous permit sopi* cation 010 <

20le j was made foe this e senerge (see Iteen s. Section i), of evise prov>

ones e4Kn3fge ser6al nuraear. l l

S. D6senerge Operating Dates !

neuner,e se,an D ie isthe 74 03 I i eiuna,,e dewrioes . ow is .n :

e reuen. .e in. eue iweinen me:S ont utimaios one euna,,e vR uO !

O he n.

D

s. se..r,e te .4..n Dai. i, ine '

eiscna,,e nas no,e, occurves .".' NA is ,eennee to,sorne evivre saie 2one give the este twetnen test esta vat MO mates the cascnarge wees tegen.

c. 06uneros to Ene cate it efs. NA '

charge is uneous ed to se eiscoa.

tenued witnin tne nest 5 years. se2e give the sete (witnan nest est> vet MO

meten tne escnarge wiss one.

I

s. ;

Enginee.

enon . en ring neeertn.Ave en,inee, 6satie re.e.t s se. a e . .e. sew.n. .e.~, u.on eseunt. ines inueucuens, na O Environmental Statement

4. Oseenarse Locauen Narne tne A88"*V W positical soundaries winnin wn.cn the poent of e6eenaege as aesases.

Tennessee ,,,,

state zee.

seee Hamilton ,,

coeney Daisy ,

sw seensemet oty or Tow. sees ..

s. ONeherge Point Deser6etsen Desenerge is 6nto tenects ener.

(see lastrucf fens l Stream tinclueen estenes setovos,

one etner talermettent weesseeurues sese OsTR Lanie Outs oseea Does .

enunestees senatory watsweser Teenseert system casts neunasises comesnee Senatory ans .

storm T,anseert sveie= Ques TMe seetlen senteine 9 pages.

t9A Fenw 1$50 13(7. m

osscwA;ot st:as.L NUMet2 l 010 SNP Poft AGENCY USE b e

it. wate Amateme.t a wnie Anetemeat pennea The cumposit of all wastes flowing to the

Descrime the weite anatoment alte Norrettves

[**'[n ",Ue*,"et ,"2 *('.""*"'

station sump is pumped to the 13-acre yard drain-I

'"""*" age pond (007). The station sump can be directed to the chemical treatment ponds (009). Oil skimming is accomplished by the pump suction being set below a constant water level, CCLDIS PSKIMC ,,, , ,

a waio Aneieme.t c.eu mise (1) , ,,, ,

vun,ine caen uitee in towe (4) .

se of the instruction soomiet. (4) . (S) .

esecrime the weite esetement (9) ,

processes for this oisenerge en (7) . so) .

one oreer en wnicn tney occur af posseie. (10) . (11) . (12) .

(13) . (14) . (1st .

(le) . (17) . (18) .

(19) . (20) . (21) .

(33) . (tal . (24) .

(29) .

e i

l i

EP A Penn 7550. 23 (7.73) i j

vm o . . .. . . . -. . . .

01O SNP FOR AGENCY USE l

' **" ' This discharge is composed of various sumps and n ',','a!v'e e*e'ic,'iption .Is'[iivii, ass.

proeucing tnis einnatgo.aseo drainage systems. Also Condensate Demineralizer insi,uciang

_Remeneration Waetes (014) can be discharged to the station sump provided it meets the radioactivity limits. Hydrazine, ammonia, bcron, and radioactivity waste can enter this discharge via primary to secondary leakage,

14. Activity Causing Olscharge For eacts s#C Coos which eescrines the activity causing this eiscriarge, <

supoiy the type one mesimu m !

amount of esiher the raw matertai ;

consurnee setem leal es tne product -

produced intem lati 6a tne units specittee in Tapie i of the instruc-I tion Bookiet. For s4C Coses not insted in T amie i, use eaw maternat or proeuction unitt noteriaisy usee for eneaturing production.(see instructions) I

a. Raw Maternets Unit sharea oisenar,es ,

NA wamimum -

amount / car isee Taoie o iseriai Nummeri Name sic Coe. te n tai !

tsi (s>

sies tai t

n. proeven Shares oescnarges Meulenum Unit i amounticay ase.Taoie o <serian tvumoers Name sic coes as ta> m .

anae' m can 007, 009*, 024 )

Z-1 4

4911 Electric Power 2.442 !

l

\

l

Alternate route only l II.3 E PA Pere 7550 23 (f.F3)

~

l

Os& CHARGE SERi At. NUh4SER 010 FOR AGENCY USE SNP J

u. o. uieu.a ei saume ane oi..na ,

re, ..cn .e in. ea,amei.,. i.it ..... .nie in ine ..or ,iai. . in. ..iu. ., c e i.iie, .n ., c n.e .: e in.irucii.nis in seestion. .nier one parametee name and code m, d eel reeverse eeues tot any of tne foisowing parametes if they wwe teocked in item iti ammonia. cvan.se, aiuminuen, arsense, servusum, caemium, snromium, coesee, io.s. mercuev. nach ei seiensura. sine. onenois o+i ane m ,

one cnio,ine tenieuas).

T Influent Effluent m

f*

2 j

EI

^

j I

>e5 lf

>3$E 3 k Parameter and Code 217s ] 4 #5< I E l&w !??E d- -y

i Ise

$56 25'

1$

aba64 x Eli 283b lill ck <$' li<i Y a i (2) (3) (4) (5) (6) (7) (8) l (1) Flow' gyss 0 1.896 1.896 0.0 5.0 2/7 61 Cal, j pH Units 00400 7.3 Temperature (winter) e ge 7402M 38 Temperature (summer)

    *F 74027 84 i

Biochemwal Otysen Demand (BOD 54ay) s mgl 00310 14 ; Chemical Osygen Demand (COD)

    "s/l                                                         5.9 00340 Total 5uspended (nosiliterable)

Solids mg/l ' 00530 66 17. 4.0 360. 2/7 59 G i Specific Cunductance micromhus/sm at 25* C 00095 161 t Settisable Matter (rendoe) I "l/8 40.1 l 00545 t

     *0ther d ucharges sharing intake flow (serimi numbersMase instruedoms) l E PA Fw= 7550 23 (7.73)                                                   II0

010 ' FOft ACTPdCV USC ji gyp t e. we.iew.i , ene...i ,.. nee Cneth the tous treglos seen contillvent walen le present M IPs 6f ofuer.t (ellenerse weler). TNs Gotermination or meet esternate.tsee instructions ' I ! Parameter y Fernatter 216 g 2 14 per X Color X Cob Ol 42 00080 Iron X i Ammonis 00610 iX 01045 Lead Orssnic mtrogen 01051 00605 Magnesium Nitrate 00927 X 00620 f Nitrite X Manbnese 010 00615 Mercury Phosphorus X 71900 00665 J Molybdenum X ! Sulfate X 01062 00945 Nickel Sutfide 01067 X 00745 Selenium Sutfite 01147 00740 X I

Sdver i Bromule 01077 71870 j rotassium i Chloride X 00937 00940 Sodium X 00929 Cbnede O 20 i Halbum Fluoride 01059 00951 Titanium Aluminum 01152 01105 '

Antimony Tin 01102 01097 Zme Arsenic 01092 l 01002 j Algicides

j Beryulum 74051 01012 Chlortnated organic compounds * -

Barium 74052 01007 FesticWes* ! Boron X 74053 01022 ! 00 and gasess X Cadinium 00550 01027 Phenots Calcium X 32730 00916 Surfactants X Cobatt Ss260 01037 Ch5rino X Chromium 50060 01034 Radioectavity* X Feenicouform bactens 74050 74055

                               *Specafy substances, compounds and/or elements an item 26.

Festicides(insecticides, funsicides, and rodenticides) must be reported in terms of the acceptable common names specifw6 in Acceproble Commoor Narrer and Chemtari Semes for the Ingmient sistement on feericafe Leeels. 2nd Edif en. Environmental Protection Apency,WesNoston. D.C. 20250 June 1972. as j required by Subsection 162.7(b) of the Regulations for the Enforcement of the Federallasecticide. l Fansicode,and Rodenticsde Act. 9N g 9['Y I ! u, , . n5. 2 <1 75 p& , s .g X 3

e . DISCHARGE SERI AL NUMSER POR AGENCY U$L l pqg SNP . P l ' e

                                                 ' ge sd '             ..

l J. Jvao .veewm e e.* ** tame .. addeteves qsee anstructeuns3 . Camseste 6tems 20 25 et there is a enormas discharge (e.S. asserlated with a steam and/or power generation plant, steel melt, petroseum retenary, or any otner manufacturing processi and the total descnarge flow is l 10 museon gations per day or more. (see 6nstructions) g ( l

29. Ynermee Desenaege source Check 220 )

the appropetate stemts)ind6Cating the source of the distnarge. (see \ 'h Inst ruc tions) Soller slowdown O s's0 so+1er Cnem6 cal Cleanlag O sCCL g Aan Pond Overflow OApor Soiser Water Treatment - Evapora- CEPSO h tor Snowdown - Ost or Coat Fired Plants - Efflueat DOCFP g - from Air Poelution Control Devices Condense Cooting water OCOND Coos ing Tower slowdown CCTSO Manufacturing Process O h8FPR Otner O OTHs. l

21. Olscnatee/Receeving water Temper-ature Difference Give the masimum temperature dif rerence cetween the discharge and receiving waters for sumener .

and wanter operating conditions. (see instructions) Winter 22ft *F.

22. 04scharge Temperature. Rate of 8 222 F./ neur Cnante Per Hour Cove the manimum posseDie rate of temperature change per nour of discharge under opeesting con-dations. (see instructions)

22. Water Temperature. Percentile Report (Preguency of occurrenes)

In the teele Detow, enter tne l l temperature watch is onceeded 10% ) of tne year 5% et tne year.1% of the year and not at sit (maalmum yearly torneeratures. Isee anstructsons) Prequency of occurrence 10% S% 1% Mamemum D D *' D

a. Intame Water Temperature asse (Sut6ect to natural changest D *F 'F 223e '8' Ik Descnarge water Temperature 2e. Water Intaes vosocity 224 foot /sec.

(see lastructions) I

25. Rotentsen T6me G6se the songen of 225 winutes tune, en menetes, from start of water teenperature rise to disenarge of cooling water. (see instructionst

                                                                                                                                    , i I

i I Q-8 I E P A Forw 7550 23 (7 73)

e f

FORM APPNUs nu OMB No. 238-Nut 00 DesCHARot Senl Al. NUMSER 010 ron AceNev use SNP

n. tcentd.)

l Infhsent Emuent i m j l 7 . j h . Parametef andCode 2 - IIEr F > 3 c, g >3$E

4 .k m <* p3 y,
y E r, H

                                                                    ; >a <              oy       3  = 7 ,m e                     e 3r7q                                                       <

NIc i e.myihM h i li I as $_5f. m o $fwo< x mowe w< z< m (4) (5) (6) (7) (8) (t) (2) (3) Oil & Grease, ma/1. 25. <5.0 1100. 2/7 58 G 00550 Ammonia, mg/1. 00610 0.13 **

i Chlorine, mg/1, 50060 0.0l**
Copper, mg/1, 01042 0.01** !

Nickel, mg/1, 01067 0.05**

                                                                 *No data available
                                                                ** Estimated      -

l t8. Plant Centes Check if the fee- 318- ,

lowing plant controle are avalleDie i i for this discharge. i Attornate power source for maior D APS pumping f acility. Alarm or emergency orocedure for O ALM power or equipment f ateure Complete item 19 af disenarse is ' from coceing and/or steam water generation and water treatment additives are used. t

18. water Treatment Additives if the discharge is treeted with any cof> '

ditloner, sansD6 tor. or algicide. answer tne foscowmg: O

a. Name of Materlasts) 219e

t. Name and address of menu-facturee stee

c. Quantity (pounds added per asse entanton gestons of water treated).

I I i 117 l EPA Feca FSSO.M g-M) 1 1

FORM APYKt)Vt.u OMB No. ISS-R0100 DiscHAmot SERI AL NUMGER FOR AGENCY USE 010 SNP l 3.. A..ne . ... i.e.... ... n it.m

                              '                                   information 22s                                                                                                                     l 216                 Radioactivity wastes are produced by possible leakage from the primary system to the secondary system and the condensate demineralizer system regeneration system vaste. Rad'ioactive isotopes which may be present in liquid radwaste include: Cr-51.

Mn-54, Mn-56, Fe-55, Fe-59, Co-58, Co-60, Br-84, Rb-88, Rb-89, Sr-89, Sr-90, Sr-91, Sr-92, Y-90, Y-91, Y-92, 2n-95, Nb-95, Mo-99, , Te-132, Te-134, I-131, I-132, I-133, 1-134, I-135, Cs-134, Cs-136, Cs-137, Cs-138, Ba-140, La-140, Ce-141, Ce-144, Pr-144, F1-18, l Co-57, Ru-103, Sb-124, 217a About 95 percent of the intake water for this discharge is raw river water. About 5 percent is water treated by coagulation, settling, filtration, and demineralization including degasification and final polishing. h l l l l l l l I l U-9 ers r-nse.n v ns l

ceSce4A"GE SEl'I At. NUMSCR l 011 srtr l Fom AGENCY ust ! i i

! Muneeleae Storm water Transeert , l System Osts . l weet (treocuen O wai. s corH l ciner . 1 sese l j st ei w is cowcked, oscity l

e. oss har,e reic - Lauten, oeve i the preuse escauen se tne nl ,

et elscharge to the nearest setene. sue 35 ogo 14 u,u 04 ese l teatuee ! zwe 85 og, 0 5 ,,, 15 ese i Lenotue. I

7. D8senarte Receivent Water Navne Name the waterway at the poent 20?a of discharge.(see instructeenst Tennessee River 6 i

t For Agency use For Agency use (

   .If the discharte is througn an out.                                                                  333,                                4 y,,,, , , , , , . gu, feel that estenes beyone the spore.           Refe                                 207e                                                  j t

line er is below the eneen low i treter line, cornpiete atorn 8. i

9. Offshore otscharge

e. oissharge o6stanse from Snere tota feet

n. counata oseui seie. we"' NA feet Serface 200s I

( l

t. 06seharge Type and oscurrense

s. Type of ossenerge Check greether the eescnarge es con- 209e Q (coni Continuew

                                                                                                                    -N                       !

tinuous or intermittent. (see instructions) O (int) Intermettent kQi t

n. oesehar,e occureme osys por 7 pot weest Week Enter tne average num- toes W ter of days per weeu devring perloes of essenergel inie e6e.

y charge occurt i

s. oe..harge ouvreme -Montne If thes sestnarge normassy 209e NA CJAN CPts OMAR C Apa p3'N I l

sperates (estner latermettentty. l or continuous 8y) on iese enen CMAY QJUN CJUL QAUG ! e year aroune bases desciueang shuteowns for eoutine maente. QSEP COCT CNov Doac 9 nonce),checm sne monino eur. ing the year wnen ene essenerge is eseraune. (see enstructsenos 1 Comosete etems to and 11 If "later. i noittenta is chechee in stem 9.a. I Otnerwise, procese to item 12. ! i te. Intermettent onschargc evaneity 15 ! State the average eetume por est. 2tG e ,,% ,,, ,,,e a,,, ,s ,,,. charge occurrence en eneusenes of 9essena, i 99.1stermitsent ottenarse curettes ! ene Freemeney i

s. intermelwnt o.uner, o.rea.e g .

per oap State ene average 31te - _7 per dey { numeer of hours per eey the essenerge is oserating

                                                                                                            .                                [

n. Inte mastent oeune ,e 3

I l Pmeveney State the average 39to wesenerge _

per say I i l numeer of e==atw acut- ; eensa ese say euren, eeys , ) urnen ensawgene. !

18. tecelmum Flow pertos Cave tne ame ewies in wn.cn in ==. mum sia ree. Jan,e Jan. l no. of in.s eman,e saurs mene menin ;

en im me.n o.m y,3 i r

l

J"t.pr%M A rt c%e s e e.so l onto us. Iss-woo l POR AGENCY USE }

l STANDARD FORM C-MANUFACTURING AND COMMERCIAL .i e SECTIONIL BASIC DISCHARGE DESCRIPTION l Comgeste inis settlen for eeen eessneege taaecatee en SecHen i, from e. fast is to surface waters. Tnes sencluees sitenettes in savnett044 sew , systems in whetn the wagteweter sees nnt so (fgecugn e treatment weres greor to nesa, $scnetees f eJ suef ace wet.f s. D.Wn.neises to eeH

                                                                                             'EPAR ATE CESCR4PTIONS OF E AC8. OtSCHAnGC Amt f

be eescrib*e onese these eve a ssa e.icnaraos to surf ace watees from taes f acuity. n n ! REQUIRED EVEN SP SEVER AL OtSCMARGES C AIGIN

                                                            .o.a. it in.s es . <e.oso        ATE e,unces.     $N
                                                                                               .aiva     TNEreeint snouis  S AMEossi P ACIL87Y.

en,.noer.n, All values for an enestine [ esn=ces. unwove oe tne twei.e e.e .eus menins e es ADDITIONAL INSTRUCTIONS FOR SELECTED ITEMS APPEA4 IN SEPARATE INSTRUCTION SOOKLET AS IN , TO SOOKLET SEPont FELL 8NG OUT THESE ITEMS.

s. onen .,e Serise No. .no Non. ;

see. 011 ,

a. oinna,,e Se,.. No. - .

(see instrucueas) ,

             ,,,,,,,,,,,,,,                               ,,,,         Plant Intake Screens and Strainer Backwash on.e name es e. senn, is any.                                                                                                                   !

(see lastructions)

c. pse,s.us oisenare. Sense No.

If pre,6eus permet a00#6cateo" 011 f was mees for this oisenar,e tsee 201c j itsen e. Sectlen 1), erovies 0#ev6 ' Sus elsenerge ser6al nummer. 1

s. ossenerve Osereun, cenos i

s. onen. e ee .n one itine l emen ,,e sear,ote oei .s ." 78 06 ,

o,..uen,,,e tne eno tw.tnen rose ; sosi esum.wi tne un.r,e vn MO messa. b , n onen. e to .in o.ie e,ine Q 3

                     .      re sno,e,eaur,es.u.                         33                                                                                         3 m piennes e., some euture saw.        2,me                                                                                                    I 30.e tne este (wttnin test est>

YR M1 siistep tne esscnarse was se,en. # I

c. oinn.,,e se une oste av es.

ener,e a uneevise i. os .. won. NA sinues witnen tne nest s ve.,s. some _ glee tne este (witnan Dost est6- YR MO

mete) the eisener,e wise one.

3. Engineeren, Report Avesseees Cneca et en en,eneeren, reeert te areasaese to rev. ewing o,ency uten reevest. (see 6nstructions: to O Environmental Statement

4. ossense,e Location Name tite poettical mounearies witnen wn cn Agency use lne peone of siscner,e is locates.

                                                          ' sue Tennessee                                                     20ee                           ,

SMie

,                            ,,,,,,,,                        ,          Hamilton                                                      ,,,

Daisy ,, tw esenceme City te Tewn awe .. S. o6sener,e point oesertet6en ! cesenar,e is inte (snece ener. (see lastruct6 ens) Stream (lactuees estense, errevet

one etsier lateemettent wetesseursesp atte GTft Lesie Ousa Oseen DOCS .

Misnectees Senatory westoweeer ; Tsensoort Systern CMTS : Munictees Cemmance Senetary ane

Storen Transeest Systeen DMCS l H-1 ',

EPA Fan 73&23 (7 73) TWs sectleet contains 9 pedes.

osscwaroc seriai. svuun 011 pon acENCY U$C l gyp 9 il, weste AD. tem.at a w ie an.i.=e.i erama Floating solids collected by the screenn * ! oewne. tne w..ie anei. ni mise Nettethe

                           ",,'g ,",8, *",,',"[ ,* 'j' '"'        and strainers are washed back into the river.

instructionii i i i i l r PSCREE g,, SLANDD , ,3, , w w. e a i. at c. . aise (1) , v.in,ine coae. nii.e in v.we ; se of sne anstruction sooniet. (4) , (33 , (e) , eexrsee the weste .o tement procenes for inas 46senerse in (7) . (e) . (9) . tne oeser in wesen tney occur if poestie. (10) . (11) . (12) . 7 I (13) . (14) . (15) . (le) . (17) . (18) . (19) . (20) . (21) . (SS) . (23) . (24) . (SS) . i i I I l i I i l I ll4 EP A Parae 7550. 23 (7. 73) l l

011 sm o .. .. . . . . . SNP FOR AGENCY USE l . i s. Aci.eity oe arieiin m.e

n..r.ii.e o. script .n ne activity aese Tliin (Mwimme eimist9 is f Nid wrWi ,__

c j

p. ousu.e tnis oiscne.ee.oe.

insirveiiuns, water for Nereens mul stra tiwra i nc it ml _ on the plant intake structure.

14. Activity Causing Olscharge For each Sic Code wn ch descrites the activity causing this discharge, supply the type and rnes6 mum amount of either tne raw materias consumed (stem les) er the product penduced titem IaD)in the unHe specified in 1aole e of tne Instruc. n O tion tookiet. For $1C Codes not V Heled in T aose i, use raw materiet - Q or production units norfMity used

             ,or ,ne u.ing p,     uci n.i.ee instruCliont8
              .. R . uaioria s Unit      Sharea oisenarges uenimum NA                                rn. :             A mounifoey (See taoiet       (Seriai Numoori SIC Coo.                                                                                   (S) dan                   ts)          (4, Stee          til O. products                                                                      Unit      Shared Discnarges heemamum Amount / Cay (See Taone I)    (Serial Nurneer)

SIC Code feeme I'I '8I -

18) (33 Slesi (1) 2.442 7-1 Mnne 4911 Electric Power M

II-3 E P A Form 7550.23 (7 73)

OlSCH ARGE SERI AL. NUMSER , 011 FOR AGENCY U$E - SNP o

 $7. DessNetesa er latame and OestBarge                                                                  e for.(see instruct 6onti For eatn of the paeseneters gested speow. enter en the eoeroertate bom the value or coes letter answer taise d in atom its la meet:*on, enter tne parameter name one cose ane a40 reewares vsNes for any of the foHowens parame'ers of they were c

emmonia, cyan.e , aiuminum, erunac. serynaum, caemeum, snromium, coe,or, iese, eneecury, nec=m seiennum, aine,,

e one chtorine tresdual). Effluent Infhsent m I I E 1 a 3 '

j -

59 : = 4 t !

                                                 .      5         n2              ::   '3o
                                                                                       >           335        3       m Farameter and CWe 217e 3 4 g
                                                                  $$<g           j     !j e           5  ?. w3 ,y E f.

~~f3 am~~
~~-y T .3 m~~
~~g ., m g!3 ppg e m E3]~~
~~d5. Y o 3 3$w-28wo 8g 2 8 e;-l0<$ 58hd [l 6< Il m(E, Z< (5) (6) (7) (8) (2) (3) (4) (1) Flow~~
Oerancpuze MGD xinesen 50050 0.252* 0.252*
pH Units 00400 7.3 t Temperature (water) f l *F 38 , l 7402s Temperature (summer)
*F g4 74027 860chemkalOxygen Demand (90D 5-day) ms/l 1.4 00310 l Chemical Onygen Demand (COD) mg/l 00340 Totd Suspended (nonidterable)
Solads , mali 66 l 00530 Specific Condutance meeromhen/cm at 25' C 00095 170 Settleable Matter (residus) ml/l 40.1 00545
*0ther discharges shartas in,ake flow (serial numbers)4sse instructions) !
~~l l~~
*Estimatad \
l 1 II4 E P A F or. 7550 23 (7 73)
k OISCHAIOE SEMant. rwuustM w .. ,,,... , 011 con accMcv use gyp Is. wastewater cnwestwest6es cnocii ene nos possee eacn coaststuent waaca es present la tne effluent leiscnarse water). This seterm6aetion is to te meses on actwei analysis er Dent estimate.(see instructlonel > Parameter Persmeter l 216 f 216 f, Color Corper , 00080 01042 Ammonia Iton 00610 01045 Orsame mtrogen LeaJ 00605 0t05I Nitrate Magnesium 00620 00927 Nitrite Manpness 00615 01055 Phosphorus Mercury 00645 7I900 Sulfate Molybdeaum 00945 01062 Sultade Nicitel 00745 01067 Sulfite Selenium ; 00740 01I47 i Bromale Silver 71870 01077 , Chinrde Po tassaum 00940 00937 Cyande Sodaum 00720 00929 Ftuorde Thalbum 00951 01059 Aluminum Titaruum 01105 O!!$2 Antimony Tin 01097 O!!02 Arunic Zinc 01002 01092 Beryliium Algicides * ,
+
~~01012 74051 Barium Chlormated orgeruc compounds~~
01007 74052 Baron Pesticides

01022 74053 Cadmium Oiland greens 01027 00550 Calcium Phenots '
00916 32730 Cobalt surfactants 01037 38260 Chromieses Chlorine 01034 50060 Fecalcoliform bacteria Radioactivity
~~74055 74050~~
~~'Specify substances, compounds and/or elements m item 26.~~
Pesticides (inmeticides, funpcides, and rodenticidest must be reported in terms of the acceptable common , l nanees specnfwd sn Acceptable Common Names and ChemacelSemes for the Ingredaent Statement on Pestdedde Le6e(s. 2nd Editson. Environmental Protection Ageney.Washanston D.C. 20250. June 1972, as l t required by Subwetson 162.7(b) of the Repalations for the Enforcement of the Federalinwcticide, Fuegsside,and Redonocide Act l i 0 P 7' ' 11-5 EPA Form 7590.23 (7 73) d- O. . Jj a
DISCHARGE SERI At.NUMSER FOR AGENCY USE \ 011 SNP e
~~#,.t.o.. #e ra.e ' deed~~
~~s. .s. 4 , . -3~~
~~additives twe instructe uews. .~~
Comseete items 70 75 if thaea is a thermal discharge (e.g . assrwlated with a sie un and/u' power generation piant, etree miii. peiroieum aseinerv. or any oirie, g manufacturene osocessi and the total Oscharge flow ts 10 mutson gations per day or more. (see 6nstructions) att
~~30. Thermae Desenarse Source Check the appropriate itemts) ind6cattag the source of the disenarge. (see ;~~
6nst ructionst Sotter slowdown Oe'so 80eier Cnemical Clean 6ng OSCCL Ash Pond Overflow OA*07 So68er water Treatment - Evapora- O s*So tor 88c wown Olt or Coat Pie 4 *iants - Effluent OoCr* from A6r Pollution Contes b; Cone.nse Coonag weier OComo
\
' Coosing Tower slowdown DCTSO Manuf actunng Process QMPPR 9 OoTwR l Otner 1 g I I
~~21. Discharge /Itecoleine Weter Temper.~~
aiure o...emnce gy I Olve the manimum temperature alt forence weu.e the discharge Q and ece6ving waters for sumener . s d winter operating conditions. (see instructions: ap, Summt S2ID ' F. winter
~~22. Descharge Temeerature, mate of O {~~
222 F./ neur Cnance Per Hour Cave the manimum possIDie rate of r torneerature change per nour of ; d6scharge under operating con. dettons. (see instructionsi
~~33. water Temperature.percentue l mes., iip,e.vency of oav,renesi r~~
to the tanie netow enter tne temperature whicn is saceeeed 10% of tne year. 5% of the year. 8% of the year and not at ait (maalmum j yeerty temperature). (see anstructionst 10% $% 1% Manimum Frequency of occurrence 223r.,
a. intake water Teenperature (Sue #ect to natural changes) #

9. D6senarse water Ternporature 2238 334 foot /sec.
~~34 Water tatste vetecity i (see instructions)~~
~~29. metentien Time G6ve the longen of 338 winutes {~~
s t6me. In minutes. from start of ' water temperature rise to discharge of coosing water. (see instructions) i I H-8 EPA Fem F550-23 (7.73)
~~. s FORht A VYNus 9.u DatB No.153 NUNO DISCHARGE 54Rt AL huMegR roa AccNCv ust -~~
~~011 SNP~~
~~17. (Cent' .)~~
~~t Innuent Emuent h~~
> 1 I-Paramettf and Code i.E 5 I,* e. d. . $3 ka esuw_ 's E5hMk 35 .o n$ y hM ri s
El a_ 4 El t _se zowo< zowc m< z< ., ame ; (2) (3) (4) (5) (6) (7) (8) (1) i
18. Plant Centges Check if the fol. att lowing plant controls are availabee for this etscharte. NA Alternate power source for major C APS pumpeng fac6Hty.
Aia- or ...rgency oroc.eure '*' O ALM power or equipment f asaure Comosele item 19 If alscharge et p from cooHng ane/or steam water generation ene water treatment acantives are useo.
~~99. Water Treatment Aeontves tf the elecherte 6e treated with any cor>~~
~~estioner. innsattor. or eagicles, enswer tne foHow6ng-e Name of Materiet(s) 319e b Name anG aearess of menu. facturer 31Se i r~~
~~c. Quantity (pounes asses per asse eneHeen gallons of water treateel.~~
~~I I I l I l~~
~~!!7 l E P A Feem 7550 23 (7 73) l~~
~~TOKW Arenve ev OMB No.133-RolG0 OtsCHAmag sgn AL NUMSER FOR AGENCY USt l 011- 1 SNP I as. Aemu a.n.e.fa u.=~~
~~' inferrnet196 IN II.M 217a Inflow water is raw river water.~~
~~t I 0 l~~
\
l l t i t i aear rsm.n g.tn U9
DISCHARCE SERI Al. NUMOC R l 012 SNP a FOR ACENCY USE_
~~. I Munscleat Storm Water franseert~~
~~CSTS i System r~~
~~weii(ineectican O wet.~~
~~l oiner Dom .~~
~~M ' ether' is checked. specify 3086~~
4. Olsenarse Point - Lat/Long Olee the precise locat6en of the poent I of discharge to the nearest second. 13 ,,u ,1,6sEC 2es, 35 og, f Louivee 38_o,, 0 5 ,,, 26 e,e Longituae seen :

2. Oswas,te neces.in, water name Name Ine waterway at tne so.nt 207a g(({gggg pond l l
of distnarge.(see instructsonal [ For Aeency use For Agency use , 303e If tne elscharge is terougn an out. M af of MinorI Sue 2.,. 287e es., inai esier,es .e.one ine snore. , l Itae or is besow tne enean low L,_ i water line, complete atem 8. 9
~~8. Offshore 06senarge ;~~
~~200s foot~~
e. 04scherpe Destanse from Smero I m, oisenar,e Doeta s.iew we NA feet 200m [
~~Surface Discharge Type and Occurrence !' 3.~~
e. Type of D6senarge Chocu I whetner tne discnarge es con. 2004 C (con) Continuous (
ttnuous or intermettent. : ; 5 (Int) Intermittent (see instructionst ,
~~m. oinna,,e Occurr.nc. O.ys per L ye-woe J ,~~
2... ween Ent., tne a.e,a,e num. Der of ears oc ween tourlag pertoes et e.senergeI tnes ois. W . f Charge occurs. , NA [
~~e. D6senarse Occurrence -neontns 209e CJAN CPES CMAR CAPR )~~
if taas eescnarge normarty ' ! eperates (ettner enterrmttently, CAUG et continuountyt on sess than CMAY CJUN OJUL i I a year e.oune Oms (esclueeng enuteowns fer routine mainte- CSEP C OCT ONOV C OEC Q t nonce), caech tne montes eur. ing ine ,.a, wnen ine disena,ge is operat ag. (see instrucuenos f f Carnoiete eterne o and i3 af ~ tater. mettent" is cnecmee in stem g.a. Otnerwise. procese to item 82. I to. Inte tieat O.senar,e ouant"'. NA -- gessons per elecnerge escurrence. , State tne average vosume por ess 2IS l charge occurrence en enousenes of > goftene. : St. intermettent Descharge Otsrettee , l ene Freeuency e, Internesttent Discharge Ouret#ea neurs por ser en osy Siete ine a.e,av 2 te f nursiger et nours per ses toe tecnarge $$ operatsn$ . l h. Intermettent 06samarge blec84rge seesserenses per day Frequency State tne average 29It f numeer ee emnares occur. rences per day euring days when eescnarging. I
~~13. essa 4 mum Plow perted Cave the 213 From M_ to d,$da Mme period in on.cn Ine menemum '~~
nta m.nin n.w .e in.s d.na,ge .ccu, , EPA Fww 75W23 (7 73) g
0660 Ns. t$5-hufue I srom AGENCY UgE STANDARD FORM C -MANUFACTURING AND COMMERCIAL , e SECTIONIL BASIC DISCHARGE DESCRIPTION l v . com, sees ines inLinn toe eacn asuneees nesc aree in section 1. stemU.sen.stees e 4. thatt.sismeits tomust nue oco water systemt en enu n feie easerwater enes not on snenuen a tre,tement woses pesor essenates l to being distnergee to sueface snould De eeeren be erwretsas whe#e snees see asses aestnernes to surf ace wasees from tnes f aci ity. t ItEQUIREO CVE,N 59r gCVC R AL OtSCH A AGES OnlGIN ATE IN THE S AME P AClLITV. 454 values foe an es*s sentathe of the twetve previous montns of Geef ateen. If Ones as a proposed etscharge, values snouse te ' Y AS INOICATEO. REfrEA ADOf 780N AL INST RUCTIONS POR SELECTED ITEMS ApptAR IN SEPARATE INST RUCTION SCOMLE ! TO SOOMLET SEFORE PILLING OUT THESE ITEMS.
l. 04stmarge Sertal No. ane Name

a. Oium.,,e se,.a. No. 2.Ia _Olt .. .
(see instructicas) Open (a) and Helper (b-) Mode Cooline Water and 2efe O,una,,e Navne cave name os e.unar,s. if any. Cooling Tower Blowdown (c). t (see lastructions) s
~~c. p sviews Oisenerte seriai No.~~
of eeevious oe, .i aoo .caiso" 20le 012 ; was snede foe this eiscnarse (see item a. Section a). orovice provb ous oisenarge serial numeer. t
3. 04scharge Operating Dates I

a. Olsenerge segan Date ifthe discharge described ne ow es in tota 78 08 oeurat6on. esse the este twitnan ya MO teet est6 mates the discnarge tocan.
~~'700 C #N\ h D. Olsenarte to sesin Date sf tne disenarse nas nee., occu,,ee .ut NA . ;)~~
~~r' is p8annee for sovne future cate. 2029 _ a g . in. c.ie tweinin esi esi, vn =O . mate) the discharge well begin.~~
~~c. 06scnarse to tne Cate of ein. '~~
~~charps is schecuted to De eisco'* NA tinued witnin tne neat 5 years. 2 2e V4 MO~~
~~98ve tne este tw6tnin Dest est> t mete) the eastnerge w.46 end.~~
t
3. Engineertag Resort Ava68at6e l Check of an en9 a'er'ng report to evenaanse to reviewmg agency upon esevest. (see instructioao 2sa B Environmental Statement f 4 Descharge Lecassen Navne tne Acencyt>se positical boundaries within wn.cn the po6nt of discnarse is tocates.
2e Tennessee 2044 sente Hamilton ,,, c ,,,,,, 20*e Daisy ,,, w... , pf aspeicassel City er Town l s S. 04scharge Peant Dessnetten Oesenarte n into teneca ener I (see instructionsi : Stream (lativees eatenen. arroyos. i
~~.ne .ine, int.,m.n.ne waters.u..o 2 .e SSyn l 1~~
Lane OLME 1 Ocean COCE . Municipes sanitary wastewater Trensoort System OneTS uunici.e. Comein san.ia,y ane . Storm Transto#t System Q4eCS 111 7We socitost confeine 9 pedes. EPA Feam 7550.23 (7 . 73)
I u.wr,.............. 012 l FOR AGENCY USE SNP is. w..ie 4.. . ... discharme. , 2is.
~~#4er.is , No treatment is orovided for this E*in.In'e".*.".ie$"'iIm.ni However, the condenser circuinting water (CCTJ) will '.,i,'~~
T N .,*,',"*(' f" IMtructlenst be treated with sodium hypochlorite to control slime l and algae during the Open and Helper mode operations. The chlorine will be added to the system by a shock , f method, two thirty minute periods each day. No : additional treatment is anticipated for the cooling i towers, however, in the event that slime buildup does l occur in the towers, provisions have been made to t
~~'_ chlorinate individual towers if necessary.~~
p) . sine (1) CCLDIS , ga) _ , s we.eea ie c . usine the coses testes in T. tee (S) . (8) . II of the instruction cooklet. (4) . i eescrime ene w sie .oetement , (s) _ . (9) . ' try processes for inis oiseneros an -. r sne oreer in wnaca they occur (11) _ . (12) _ If possatte. (10) . i
~~-. (14) . (IS) -.~~
~~(12) I (17) . (18) , (16) . (21)_ -. (19) _ . (20) .~~
~~. (23) . (24) .~~
(22) _ f i (29) _ l t I I 1 l l r i i 1 i H4 EPA Fann TS$4 23 (7.73) i 1 I
onr2 33. s3a_nu,~ 012 SNP POR AGENCY USE
' ' During periods of Open Mode operation this d,ischarge _ "' n'a'r'r'a'iIo'eYeU'oI.*o"n oia'c*ii..iy 2tse condensate '" '" " '' " will consist of ERCW cooling tower blowdown s "",.*i o'ns s
demineralizer regeneration (014), liquid radwaste (016), and steam generator blowdown (023). During periods of Closed or Helper operational modes the condenser circulating water concrete batch plant waste (008), and construction treatment plant (001)s will also contribute to this discharge, r Due to primary to secondary leakage hydrazine, boron, molybdenum, and radioactivity waste may appear in this discharge. is. Asuoity causin, ois harie For eacn sic Coos .nicn ae.cr.oes the activity caussng this desenargo, supply the type and masimum emount of either the raw maternal NA consumes (4 tem leal er tne orc,suct proeuced (stem laelin tne unets , spectfled in TaDie t of the lastruC* 16en Boomlet. For SIC Ceees not Itsted in Tasse 1. use raw materiet or production units normaety used for measuring proeuction.(see instructions)
4. Raw Matertam snarea oischar,es waimum van NA Amount /oay (See Tar >le 11 (series Numeert Nome (81 SIC Code (3) top f2)
Side til Unit Sharet Olssfierges D. Products Mastmum (Serlei Nurneer) Amount / Day (See Teole 11 Sic Cage Nome ($1
~~13) (4)~~
(1) (2) Slai Z-1 024 i Electric Power 2.442 ; i sqtt I i l II-3 E P A Form 7550 23 (7 73)
~~. e t OtSCHARGE SENI AL, P4UMSER 012 FOR AGENCY USE SNP~~
~~n. o....tei..n .f iniec e an o na 4997098 ste Don the value of code setter aneurer called fo#,(nee instructions)~~
F07 eaCh of Sne parameteet 181100 Delow, enter in tne ' In ede6tton, enter tne petafneter name end code end til Fe4W4 fed 1P84uet fer any of the feeleusing perpetett 4f iney were cnectied (n item 8 emmerva, cvance. aivminern, oriense, o ,ymum, commeum, enremeum, cooper, rees, mercery, necaes se<en+um, ainc enenois, ois ano . seeeee. ene chioeine (reiww.is. i Effluer.: influent m a j ^ $ . . ( {
!E 3b 3 3 b f Parameter and Code 3$ $ !?3y f, ;;- -E $_
~~217e EUe~~
~~$ S. .~~
4
~~! 3 }L$ 3-3 gta - u -~~
~~8.1 7 "4 3-1 c~~
s j EjE 21=$ 8 x8154 5805 ZE $]< d si (4) (5) (6) (7) id) ! (1) (2) (3) l Flow'
!!GD 70.6* 70.6*
i 50050 pil Units W OO 7.3 , l l Temperature (winter) i i *r 38 740:s . l l Temperature (summer)
*F 04 74027 i
Biochemical Oxygen Demand (BOD 54ay) 1.4 ; m6/l , 00310 Chemical Onysen Demand (COD) mg/l 00140 l T0tel Suspended (nonrdterable) kws 66 mg/l 00530 l Specific Conductance micromhos/cm at 2:* C 170 00095 l Settleable Matter (rendue)
mill 4.1 00545 i
*0ther discharges thanns intake floor (senal ausnkrslisse Wh)
~~Estimated S~~
l l ara Fe,. 7sso-23(7 rst II4
DescHAros stcoat,revuuses w ,,,,,,,_ , , 012 SNP ren accacv use l i e . . . .w. ., e n ..... .... e. cnam the nos twooe enn constituent waien is preous an tne ernment (secnerve water). TMs seterm6aation is to es neees on ectues aneiytis er twit estim te.tsee instructionsi 3 1 Fernmeier 3 Psameter 216 216 g Copper Color X 000s0 X 01042 Ammonia fron X 01045 X 00610 Organs nitrogen Lead 00605 X 01051 Nitrate Magnesium y 00927 X 00620 Nitrite Ma nese 00615 X 010Y3 Phosphorus Mercury X 71900 00665 Molybdenum Sulfate X 00945 X 01062 Sulfde Nickel 01067 X 00745 Sulfite Selenium 00740 X 01147 Bromde Silver 71870 01077 Chloride Potassium X 00937 X 00940 sade Sodium Cy?20 ou 00929 Fluorde Thalbum X : 00951 01059 Alununum Titanium 01105 01152 Antimony Tin 01097 O!!02 Arenic Zanc 01002 01092 Beryliium Algicides
01012 74051 Chlorinated organse compounds' Buium 01007 74052 Boron Festicides' 01022 X 74053 Cadanium Od and grease 00550 X 01027 Calcium Phenols 00916 X 32730 Cobalt Surfactants 38260 X 01037 Chromium Chionne 50060 X 01034 Fecalcolaform bactena Radioactmty' >
~~74055 X 74050 X~~
~~' Speedy substances, compounds and/or elements e item 26.~~
Pesticides (inweticides, fungicules, and rodenticidest must be reported in terms of the acceptable common names npecstwd na Acceptnele Common Nemes and ChemweiSemes for the incedsent Statement on festacaf e Labels 2nd Edition. Envuonmental Protection Agency, Washmston. D.C. 20250, June 1972, as aquued by Subsection 162.7(b) of the Regulations for the Enforcement of the Federalinncticde, Fungicule,and Rodensacide Act. 11-5 EPA Fem 7550 23 (7.73)
DISCHARGE SERI AL NUMSER ' FOR AGENCY USE I 012 _
~~SNP .~~
~~0 l Cnemical composition of these 21to~~
d. s additives (see 6nstructions), >
l Comosete items 20 25 If there Is a thermai discharge (e.g., asecciated with a steam and/or power generation g plant, steet meil, petroseum refinery, or any otner manufacturing processi and tne total disenerge flow as 10 m66 tion gesions per day or more. (see anstructions) 220
~~20. Thermal Dissnarse Source Cneck the appropriate stemts) indicating the source of tne disenarge. (see Instructions)~~
Sosser Stowdown O stSo Soller Chemical Clean 6ng C 8CCt. OApor Ash Pond Overflow 80iler Water Treatment - Evapora- DEP80 tor Beowdown OoCrp Ost or Coat Fired Plants - Effluent , from Air Pollution Control Oevices ! Condense Cooting water OCono Cooling Tower Biowdown OCTeo Manufacturing Process OMPPR
~~, CoTHR Other A~~
~~21. 04senargerneceiving water Temper.~~
g ature Difference Q Give tne masimows tempersture difference between the disenarse ane receiving waters foe summer Qg and wanter operating conditions. 29.5 o,
~~"'""'"**"" Stie r sum,n.t 2216 # fr.~~
~~Winter~~
22. 06scharirs Ternperature. Rate of oF./nour Change Per Hour 222 Give the enasimum possiele rate of temperature enange per nour of discharge under operating con- ;
ditions. (see instructionsi 23 water Temperature. Percentile Report (F eeuency of Occurrones) > in the taoie Oeiow. enter tne temperature wnich is eacceded 10% of the year. 5% of the year.1% of tne year and not at ail (maulmum yearly temperature). (see instructions) 5% 1% I Masamum Frequency M occurrence 10% D a, intame Water Temperature faae (Sue #ect to natural changest 'F 'F ** 36 04senerse Water Temperature 222e 224 foot /sec.
24. Water intame vosocity (see instructionst 228 minutes

35. Retentaen Time Give the tength of time. In m6nutes, from start of wstor tornperature rise to discharge of coosing water. (see instructionsi l
I 1 i II 8 l t P A Fer.=1$50.23 (7.73) i ! I I
FONht AYYrsuacu ont8 No. ISS-ko100 OfscHARGE SERI AL NuugER poR aasuCv use 012 SNP
~~17. (Cent's.)~~
~~Emuent Innuent m m * . b IE ky >B BM g- *b s Parameter and Code~~
~~I I a & E e3 j& E '.~~
~~y i',~~
~~- i M9 8~~
~~e;I 3 <~~
~~f.s 3A j ~I, -1~~
~~!II ( * *g I wgE< 33.n zow M El w< =2 z<~~
~~E, m pid o a (4) (5) (6) (7) (8) (1) (2) (3) Ammonia, mg/1, 00610 0.13~~
l
~~4. 0.1~~
Copper, mg/1, 01042 i 4 0.05

Nickel, mg/1, 01067 Oil and grease, mg/l 00550 4 5** $ I Chlorine, mg/1,- 50060 40.01 0.6a*
i
*No data available ** Estimated - l
18. Plant Centels Cnects if the foe. Ele lowirg plant controte are avanaD6e for this discharge. r Alternate power source for maior I pumping facselty. ;
Alarm or eswegs.. / procedure for power or seulement f aWure i Complete item 19 If discnarge le from cooung and/or steam water generation and water treatment additives are used.
19. Water Treatment Additives Ifthe discharge is treated with any con-eittener,inneDitor. or algecide, t an. wor ine fonowing stee
~~,S dium hypochlorite (Na0C1) a name.f waterisim -~~
o D, , e, name one see-w of menu. TVA facturer Site Sequoyah Nuclear Plant avantity c ounes aseos per ante 6.7 rnunon geuona of water treeteel.
~~Chlorination of the CCW system occurs only during the Open and Helper operation mode.~~
U7 EPA Fore 75SO-23 (7-73)
a w. . . . . . OMB No.135-80100 pisCHARGE SERI AL, NUMSER FOR ActNcv usE 012 uur l l as. Aamu.aes i.e.emauea information stem I 336 216 Radioactive isotopes which may be present in liauid radwaste include: ' Cr-51, Mn-54, Mn-56, Fe-55, Fe-59, Co-58, Co-60, Br-84, Rb-88, Rb-89, Sr-89, Sr-90, Sr-91, Sr-92, Y-90, Y-91, Y-92, Zn-95, Nb-95, Mo-99, f Te-132. Te-134, I-131, 1-132, I-133, I-134, I-135, Cs-134, Cs-136, Cs-137, Cs-138, Ba-140, La-140, Ce-141, Ce-144, Pr-144, F1-18, Co-57, Ru-103, Sb-124. Potable 217a Raw river water makes up about 95 percent of this discharge. ! water accounts for less than one percent and demineralized treatment water accounts for about 4 percent. rn AfA\%\b . r&\\\GP' l m e \% V l
~~\ M \\ W ,~~
u - I i e i I L I l l I 11-9 ara r.= rsso-as v.n> I
e e i l OSSCHA7.OE SEKI Ai. NUMSCf3 013 ; SNP
~~. FOn ACENCV U$E hounaclead Storm Water Transeert -~~
system Osts , i Well (Ingectlen) O WEL. 6 Ctnw OOtw . If 'ethee' is ettoctieel, esottfy Sete
~~e. Deunuw Point - uut.o Oe e e~~
tne e,uise secouen ce eiunup se tne e.a.nt to ine nea,eu .ne. i.eutwee sees 35 0 .0 .1s . Q.L e i.engstuve zu. 85 ,,, 05 ,,, 15 e,c
~~v. Osunu,e neu ,ing wain Name Name tae au,way as ine ni refa Intake forebay l~~
, et esscheego.(see instructsent) l Per Aeonty Use Per Agemtv Use If the discharge is througn an out- Malee Menor Sue 303e I fail tnat entends boyone the spore. 207e 2e7e l line et 85 below the mean iow erster lin comesete etem e. _ i Offsnore 06ssnarge ' S. 200a NA feet
e. 04senares Oessanse freni Snere h, Olsenarse Oseta sofew Wah' NA seertase Beet feet S. 06unarge Tyee one Oesuevense l e. Tyee se Oiun u ,e ennu we.eieier ine eiunn, s coa. sese 8 tee,i continuous on closed cycle mode l
[ tlnuous et intermettent. ; I (see instructionel O (latl Intermittent
b. Olsenerge Occurrence Days eet Ween snier tne s.e,aw num. see. 7 ye eer .sen i nw et ears en we.u touring emises ce e.unuwe in eie, sneege occurs.
~~NA l r~~
~~s. Des nu, Ouvere ee -menta.~~
j to tais einnar, normany neee OJAu Orse cuAn OAnn c%. eeeraies genne innum.ttentry. e, continuousivi en i.a taen Ouay DJUN O Jul. CAUG g l l e yeet ereune esses (estivaang j enutdowns foe routine mainte. Ossa OOCT O NOV ODEC i nonce), enects tne mentne sur. ine ene yeer wnen tne e6scnarge is eserating. (see anstructions) Q ! Camelete 8tems to one 14 If "later* mattenta is snecmee m Item 9.a. Otherwise, steceed to stem 12.
~~16. satermittent Oeunarge Owentity NA $~~
~~siete ine e,erate voeume ew aio : wne set esensees occurrense, i energe escurrence en eneusenes et~~
11. latermittent Desenarve Ouesteess see Freeweasy }

s. Imeeemettent Ossenarse Ovestfee PeeDay 21is b setesy
. ., State ,.. s tne ee.average essenerge le eeer stant, A latermettent 0.seneeve , ' ,,een.no , siate tne e.e.e.e sii. _ L .e.e e__ _--- : o. e.,
~~neemeer of eeunaese escus* veness ser eey curing esys erften elesneegent.~~
~~18. tSeele=um Plow esties C8,e efte vene owies in n.sn ine mee.enum sia r es,,, Jan to Jan new ee (n.s e.unww eauen, mene men.~~
EPA Fwe 7530-23 (7-FM g,g
r ,u o . . . ruros Oht0 Na,IS5-K0800 FOR ACENCY ysE f STANDARD FORM C-MANUFACTURING AND COMMERCIAL L SECTIONIL BASIC DISCHARGE DESCRIPTION Y,us inclu..s .iech.e e e. ,awavi..e www.g. C m.s.t. Ints i.<il a f., ...n isen.,,. ca.sc.f.. ta S.cti.a 8. It.m , in.: so to su, .c. w.t.,s. ; syst.ms in wheen in, watewet., . e . .. in,.uen . t e.tment we,mssEPAR oei., to ATE6.ia, .isen.en.. to oEsCRirTIONs Or su,f.c. wete s. Osun.i.e.s E ACn oisCHARCE ARE to went mu
~~..tc s.e w ne,. tn.e. ...~~
~~84. ..tCh.,eet to tu,f.C. w.f t,5 f, m tnet t.calsty, e.. gneul. .e e...~~
~~REQUIRE o EVEN In sEVE R AL oisCH A A GE s oRtGIN ATE IN THE SAnet FAC1U TY. Asi v.lun f ,.a~~
.inu,,. .. un in.ui. e u.a .a ia .s stoa. ..no..un niim.i. ;
c u is in.. . unt.u.. .e in. iw. .. ..... . m.ata. .e l acostio=At instaucTions eon sELEcTEo itEus Aa,EAn in sErAnArt instauction econtEr As inoicatto, mErEn l To soonLEr sEront a stuna out istsE ivEus. \
~~s. oenn.., s.,in n.. .a. w..=~~
se... n.. aoe. C , r on. n.,,. - . (e inst,vcts.ast l 3,,, Recycled Cooling Water to Intake Forebay oi.. ... . e.un.,, iv .a,. j ( in t,UC11.at? Pr.vt.us of.sn. .. i.,4 4 N., i u . . .. a vic. ' 013 w a . . e., in . .. n.,,*ii sei. it.fH .. s.c ti it. ... . ve.
~~.US .Ittn.,,. G.,l.0 au,'s5,.~~
i
~~3. ossen.,,. o.ee.ua, o.t l~~
ossene,,. .eg.a o.t. te(n. i einu,,. ..u..... .w .. NA
~~.u.a. .. in. .... iwanin nom.~~
~~i.ni.w.iin..uu,, ya ua~~
***" h 0 - ..... . ... o. ,,in. 9 \ i eiuu,, nu .. .a ,.* *".'
~~e., ..m. toi... .u. aos. 80 12 ; a~~
~~c. c..aa in. i. iwnain n uu. va uo [~~
m.t :in. iun.,, wns co. l l osum,, i. E on. is . i
~~.=,, i. .c n... . . i . . NA (~~
ua. witnia ta. a.n s vu, aos. t c tn. . c.<w onia n o. vn uo - m.t.: in. .==,, w .
~~3. E.co..,ia, a...n Anu.a.~~
~~caum w .. ..,a ia. . n i.~~
.u. . t. . w.a . aev o g Environmental Statement i ian,cu.au ses osu u ,w t u.u.. u. ta. **a., uw p.4itital ..un..el.S witnen wnstR in. .=w, i. in ,,, Tennessee ,,,,
~~su. Hamilton ,,,, e aty~~
=.
Daisy , tw.w =.u.ien,.,v.w. , I l osuu,,e.in o.u, u i
s. i o.un.,, i. ini. icn== ,-.
( i.et,wstle e) s.,.~a... .. .. *
.a. .tn., int., matt t w.t.s ua) 3 6. @Tn In es. dW os a COCE ,
~~heuatti a s. net ,, W t.w.te, Ts o t syst.m QMf3 sawasse e c.m.ia s. net.,, .a.~~
~~St.,m 7,.a , syss.,n Qaees g,, , g, EPA F.= F334 23 (7 73)~~
~~DISCHAIGE SERI At. NUMSEQ 013~~
~~'0" "CE"C ' "5 "~~
~~SNP t.. -ast. A..te~~
*'j'^*,*,",'"',",'['"',',*,",,, ,,,, ,,,,,,,,,,
~~Recycled cooling water is subjected to , UiIn$",ieU,,"u$*'t[*"'~~
~~' temperature treatment in the cooling towers. No f '""''**' additional treatment is provided for this discharge.~~
allt (1) (2) . (3) . a waste Anetenient coees . using the coces insteo in Taose (4) (s) . (6) . is of the instruction soomiet. . eescrime one waste amaternent (t) . peocesses for this disenarse in (7) . (s) . the crew an wnsen they occur 88 posseio. (10) . (11) . (12) . (13) . (14) . (IS) . (18) . (17) . (18) . (19) . (20) . (21) . (22) . (23) . (24) . (2S) . I EP A P sene 7350 23 (7.73)
v.,,,,.... 013 SNP FOR AGENCY USE - is. Aci ii,o...rieu.n c** When operating in the C losed mode this discharee narrative descript6en of SClivity IIIe proeuciav inss eisCnarg*4" will flow through the cooling towers then through Instructions) a channel back to the intake forebay. Normal chlorination of the CCW will be discontinued while operating in the Closed mode. Due to the possibility for a primary to secondary leakage the CCW may receive hydrazine borons amonia, and radioactivity waste. s 2 te. Activity Causing Olscharge For each Sic Code wniCn descrioes the attivity Causing this discharge, supply the type and maalmum amount of e6ther the raw material Consumed (item 144) er tne product (O \ , produce 4 (ltem 14D)in the units + speciftee in Table 4 of the lastruC-tion cooklet. For 54C Codes not 9 testoe 6n T acie 1. use eaw matersae g , or production units normally used v ' for measuring production.(see 6nstruCllons)
~~a. na. mar.risis NA wenimum un.t Sharea oisCnar s AmounUDay (See Taple il (Serial NumDer)~~
SIC Code Name (si e., esi inn ass stee li. Produets Unit Sharee Oescharges Menimum
. _- c ^ Amount / Day (See Taoie 1) (Serial Numoeti SIC code tsi t> tai tai siev to 4911 Electric Power 2.442 2-1 None ]
l l l l l l E P A Pere 7550 23 (7-73) l l l I L .
~~e OtSCHARGE SERI AL NUMSER 013 FOR AGENCY USE N .~~
ty. DestripHen of lata.e and 06ssnarse For each of tne carameters httee Deow, enter ten tne approorlate Don tne vaiue os coGe setter answer caHee for.tsee instructions) en see.tson, entee one carameter name and code and ees reevered vasues vor any of tne tonowing parametere it they were enecheo 6n s ammorus, cvan.oe, asum.num, arunic. Dervilium, caem6um, caremeum, cooper, sees, meecury, nichei, seienmen, sinc. onenois, one one grease. 3 ans ensorine tresievain. Innuent Effluent
=
~~j - 1 - 3 { 11 Fi~~
!E Y 55 3 k f g b Parameter and Code 217e 3 ] j gj j E jg !!jg E
~~7 f3 g 194 gi' E2 it 1l1 at his s5l 3 'al b .E11~~
~~;15 4 3838 ca i<~~
(4) (5) (6) (7) (8) (1) (2) (3) Flow' MCD 1440* 1440* 50050 pil I Units 00400 7.3 , Temperature (winter)
*F 740:s 38 Temperature (summer) *F 84 74027 BiochemicalOsygen Demand (BOD 54ay) 1,4 mg/l 00310 Chemical Onygen Demand (COD) mg/l 00340 Total Suspended (nonrdterable) kWs 66 mg/l ,
~~00$30 Specific (.unductance micrombos/cm at 25' c 170 00095 Seatteable Matter (rendue) myl~~
~~< 0.1 0054s I 'Other ducharges sharing intake now (serial numbers)isse instructions) l~~
~~Estimated II4 E PA Form 7550 23 (7 7M~~
013 DNY FOR ACENCV USE ss. w ie i., ener etw uas eneca ine tion nessoe eacii consiiivent iunun is present in ene ervivent tenscnares weteel. This oeiermination is to me me et test estimate.(see fa6tructions) Fwameter I Parameter { m 216 e. 216 I Copper Color X l 01042 00080 , fron ! Ammonia 01045 00610 X Lead Orsann nitrogen 08051 00605 Magnesium Nitrate 00927 7 00620 Nitrite klaripnew 01035 00615 Mercury Phosphorus 71900 00665 > Molybdenum Sulfate X 01062 00945 Sulfide Nickel X f 01067 00745 ! Selennim l Sulfite 01147 00740 i Sdver , Bromde 01077 11870 l Potassium , ChlotWe X 00937 00940 Sodium X Cyande 00929 00720 j FluorWe halbum : 01059 I 00951 , Titanium l Aluminum 01152 i 01105 ' Antimony Tin 01102 01097 Zinc Atwaic 01092 j 01002 i Beryllium Alsacides' 74051 01012 , Chlormated organt compounds * ! Barium 74052 X 01007 l Pesticides
Baron X 74053 01022 Od and grosse Cadmium 00550 08027 Phenols Calcium 32730 t 00916 Surfactants !
Cobalt 38260 01037 ; Chlorine Chromium 50060 X 01034 Radioer 'vity' i Fecalcollform bactens 7405C X 74055
*Specify sebstances, compounds and/or elements si item 26 PosticWes(inweticWes. funsicides. and rodenticidest must t a reported in terms of the acceptable common i nennes specifwd sn Accepta6le Common Nenes and Chemu si bomes for the Ingmtient Statement on festicWe Es6e(s. 2nd Edition. Environmental Protection A pacy. Wastlington. D.C. 20250, June 1972. as seguired by Subsection 162.7(bl of the Regulations for tiv Enforcement oc the Federallnacticide.
~~Fungicide,and Rodenactde Act J tPA Fe== 7558-23 F.TJ) l~~
~~. v OISCH ARGE SERT AL PoVMSER FOR AGENCY UM l ,~~
~~013 SNP e~~
~~& .h v so a.som e.ve. vs enee 'st9d . . . . ..~~
f
~~I additives (see testructions).~~
l 1 l Comfeete items 70 25 If tnere is e enormas discharge NA (e.g., assaulated witn a steam and/or power generation plant, steel nuh, petroseum setenery, or any otner manufacturing processl and the total erscnarge flow is 3 0 moltion taitons per day or more. (see snstructions) 229
~~20. Thermae casenarse Source Cneck tne appropriate stemts) Ind6cating tne source of tne disenarge. (see instructions)~~
Soiler Slowdown O scsO Soiler Chemical Cleaning OsCCL OApOr Asn Pond Overflow Boiser Water Treatment - Evapora- Caps 0 tor Biowdown Oil or Coas Fired plants - Ef fluent OOcr* from Air Pollution Control Devices Condense Cooting Water CCOND Coosing Tower Slowdown CCTSO Manufactureng Process OMPPR Other COTHR
~~21. Olsenarge/mesessene Water Temper.~~
aturs Difference Give the manamum temperatute dif feeence between the discharge and receiving waters Ior summer . and winter operating conditions. (see enstructions) 2 3, , 223D
~~'F. 9 Winter +~~
~~22. 04scharge Temperature. Rate of Change Per Hour 222 29~~
~~5 'F./nour 9 I Cave the mastmum posstDie rate cf temperature change per nour of .~~
~~discharge hnder operating cork I dettons. (see 6nstructions) r~~
~~22. Water Temperature. Percentile Repeet (F requeney of Occurrensel In the taene netow. enter the I~~
~~teenperature wnica is encoeded 10% of the year, $% of the year,1% of the year and not at alt (maa6 mum yearty temperature). (see instructions)~~
~~$% 1% %eastmum Prequency of occurrence 10%~~
Intake Water Tornoerature itae 7 7 70 ' 79 SO a. (Sue 6ect to natural snanges) 222. 106.9w LO7.9a 108.5'r109.Pr e, o.senerse waior Temperature 224 0.9 ,,,t. 24 Water Intese vosocity (see lastructions) 1
~~22. Rei.. ..n Time c.ve in. i.n,in of 22e 45_ rninuies l~~
time, in minutes, from start of water temperature rise to disenarge of consent water. (see lastructions) U-8 (PA Fore 73%23 (7 73)
a e FORM Al*Iwus t.0 ChtB No. ISS-Nu!UC DISCHARCE SE RI A4. NUMSER Poa AGENCY USE 013 SNP
~~17. (Cent *d.)~~
~~Innuent Emuent w Parametef and Code 3 3 g 2 ;~~
~~-E 5 ,-~~
~~I 4r~~
~~>3o m 2 i >3$< F~6 -~~
h
~~; { tg{ r* g oi s, g33; 7, 3. ; -~~
~~gne s-,~~
~~!"3 mio === $5]=~~
c
~~'g E t j = ECUJ 2jwo<~~
~~s EME 33EM zowc M1 D w<~~
~~}l =~~
z< {!! m (3) (4) (5) (6) (7) (8) (1) (2) Copper, mg/1, 01042 <0.01*d * ; Nickel, mg/1, 01067 < 0. 05**
l Ammonia, mg/1, 00610 0.13**
Chlorine. mn/1. 50060 < 0. 01**
l
*No data available ** Estimated f t. Plant Centmas Check if the foi- att sowing plant controls ars avattatHe for Ints discharge.
Attornate power source fo' major G APS pumping f acility. Alarm or emergency orocedure 8or rat.M power or equipment f atture Complete item 19 If discharge as from cooling and/or steam water generation and water treatment additives are used.
~~19. water Treatment Addettves ifthe discharge is treated with any Cork ditioner. Inned 6 tor, or algic6de- NONE aeswer tne fossowing:~~
~~& Name of Matettalts) Site E Name and address of marm- ,~~
~~facturer 310e > t I~~
~~c. Quantity (pounds added per 4tpe~~
~~' mm6en geisons of water treatest.~~
l I l 11-7 EFA Feem 7550 . 23 (7 . 73)
FOKW AYrhus eu ons no. sss-so too DISCHARGE SERT AL NUMSER . FOR AGEPsCV USE l 013 i SNP l as. Aeeuenal iae <=auea
! Infertnetten 336 Item 216 Radioactive isotopes which may be present in liquid radwaste include: i Cr-51, Mn-54, Mn-56, Fe-55, Fe-59, Co-58, co-60, Br-84, Rb-88, Rb-89, ,
Sr-89, Sr-90, Sr-91, Sr-92, Y-90, Y-91, Y-92, Zn-95', Nb-95, Mo-99, l Te-132, Te-134, I-131 I-132, I-133, I-134, I-135, Cs-134, Cs-136, Cs-137, Cs-138, Ba-140, La-140, Ce-141, Ce-144, Pr-144, F1-18, Co-57, Ru-103, Sb-124. 217a Approximately ninety-nine percent of the inflow water contributine to this discharge is raw river water. i i t l [ i i i i 1 i l l l e ! t I h l 1 l t ( l era r - 7sse-ss(7 73) H-9
s l OsSCHAnot SEnt AL NuMcCR 014 SNP rost Acency use Munsctpai storm water Transoort OSTS System OwCL h weet (Inlection ' goTN eine ' Cooling tower blowdown'(alternate paths are to the , sese " tt ' ether' ie checked. s,.oty turbine building sump or chemical treatment ponds) :
~~s. oisena ,e p int - tant.ng of..~~
tne precise location of the poent NA of sistnaese to the nearest second. MIN *EC Stee _ DEG Latitude DES MIN *EC Longitude 3440
~~7. Discharge neceiveng water Name Name tne waterway at the point 207' NA~~
.i elscharge.(see instruct #ons) ror Agency Uw For Agency Ow 3n 3, If tne distnarge is enrougn an out- y,! ,, ,,,,, g gu , J 207e 28I8 feat enat entenes Devono tne snore.
96ne or is below the mean low ..s ,. materItne cornatete seem s. S. of ten.ee Descharge g feet
e. ossenarge oestanse fr.m Sn.re 288a n, oistnae, oe in sei.. w' NA feet D Sete Surface l S. onscnarge Type one Occurrence

e. Type .f oisenarge Checa
~~.netner tne essenarge is con. 209e Q ts.nl Continuous #~~
~~tinuous or inteemettent. C(lat) Int rmettent (see lastructions)~~
~~n. o.s.na,,e ouvr,ence osys per (D~~
Q
,,een ente, tne s.erage num. .... lee is .er of e.vs ., w.eu <eu,eng perloes of distnafgel (nas afs. .
~~charge occurs. NA~~
c. nesenuge ouu,rence -monins OJAN QPEG CMAR C Apft If this distnerge normally *09e Q i
~~[ eeerstes (eitner Intermettently. QAUG I~~
~~.c continuouslyI on sess tnan CMAY QJUN QJUL e yese-erowne bas.s tosciveeng snuteowns for routine maant QSEP COCT DNOV COEC nonce), check tne montns dur.~~
eng tne year wnen tne eascnarge to reting. (see instructions) Campiete stems to one !I if **later. mattent'* ts snecnes og stem 9.a. e otherwise, procees to atem 12. ie. inie, min.nt cestaar,e ousa". r ie aie 18'000 - c ou.ne ser es enne .ccure Siai. tne a..,s coium. can, occurrence in in.usen .f gall ne. is, entermanent oisc a.,e ou,eu ene er .ent, ( ini.,mitieat oestnu, ou,eu.a l 4. site .l!_neurs ser s y
~~' p., os, . sum.or o,no .. ine sine sa.4.orage eascau, es.-at nA .~~
~~4. Intermettent osscharge b ^Wege .esurrenses per day F reesency State tne average 3839 num .e emn . .ccur.~~
~~cos eeaveur.ngear.~~
~~.nen sincaugang.~~
l is. se.eimum ri.w eer ca..'"* Jani . Jan 3:a re m uma eerios in wneca ine ma emum nm m.nm n . fin.se u n u p .ccu,s er A r . rsso.rs (7 ral gg4
0618 No.135-hutuis l_FoR AGENCY USE STANDARD FORM C -MAhUFACTURING AND COMMERCIAL ' SECTIONII. BASIC DISCHARGE DESCRIPTION i
. compene inii inuon ro, nen o.icna.o. enaicaeee in section s. iieaer . inairers. is o..camn to survue =aters t.. . sin n uu *nli acruce i,oenis m .a.rn Ine waere.aeer con ani en ineouen a treaimeni t ne descnJtee .oai inuuid orior t mates, to* neing eiu De ' eor I
REQutREo sentative of theEVEN iwel.eiForevioui SEVER AL oisCHARGEs eventne of operasson. ORICINATE IN THE If theiis a prosoie SAME glignarge. values FACILITY. inouac refiectAls values fo gest engl ET AS INOtCATED. REFER ' l Aco TeoNAL sNsrRuCTsoNs roR stLECTED ITEMS APPEAR iN SEPARATE INSTRUCTION S i To sooxLET ettoRE Fituno ouT THEst ITEMS. oinna.g serine No. ane Nanw t. sena 014 osuna.,e ser.a No. * - . goes snitructions) l Regeneration Waste
~~m. oeunarge Nan . seen _. Condensate Deminera izer ca.e name or a.unar,e. is any. (low crud and high crud)~~
~~(see instructionil~~
~~c. cre,ieu oinnarie sense No.~~
If previous permit acosecation 200e 014 was made for thei deicnarge ties tie:n 4. Section 11. orovide orev6- f
~~' oui discnarge iereat numoor.~~
s. o unar,e o,ersung osin * (

e. cen na ,e segan oei. itine eiunar,e a.urioee neio. .. .". 2 2.
~~79 02 0 e e,auon, gl.e i e aie i..in v. .o es . um.ienne ,u na,ge 9 began.~~
~~n. oinna ,e se eegin oais i, ine eiunu ,enu ne.eroccurr.a out is planned for some future cate. 2029 3va uo c e ene naie c..inin oni un.~~
~~maienne aiunarge ..n oogia.~~
~~c. oincnarge to End Osie if dei.~~
~~cnarge li uneduled to De 0 icon = ore NA unueo -unin the riesi s vuri. ya uo~~
~~w,e ine este i..inin oesi an.~~
~~mete) the cittnarge wise end.~~
~~3. Engineer 6ng Resort Avaisatie Cneck if an eng.neering report is evaliante to revee.ing agency upon seguai, tsee instructiono mes ik Environmental statement~~
[
~~4. otiansete Location Name the peitticas counaaries wetnen wn.cn tne po6nt of clienerge 1.locaied.~~
Tennessee sede State 204a Hamilton ,,, county see. Daisy , Gee (if applicatiel City o, Town
~~5. coisnerve point osieriotten oisenarse le enio (cneck oner ties Instructional Stream (inctuses ditenes arroyos.~~
ene einer entermattent watercoveisil stee CSTA Lasie Dutt ocesa Coca hunicipas Sanitary weitewater Transeert system CMTS Mun6 cleat Cornespeo Sanitary one Storm Transoort System CMCS TNs section conselna 9 pages. EPA Feae 7350.23 (7.72)
usw,,,....-.....__.. 01 4 FOR AGENCY USC I \ . is. w ai. 4.... .t Under normal operating conditions the ,
*$*8.*i0"wl'.YI"nt ais. ' um.ti..,
~~demineralizer waste are treated by neutralization,~~
*in'7 " ",0.*,,". 'w"I '('.""*' ;
instructione) and filtration then discharged to the cooling tower I blowdown (discharge 012). With some special conditions the waste will be treated by neutralization and then , discharged to the station sump (010) er to the I chemical cleaning ponds (009). _ i CNEUTR (2) _ CPHAD.1 _, (2) _ M f 0 N O X ,
~~,sese (a) , '~~
es w...a . tc. ' (s) _ uun, nn. <oe ii e.e in v.w. POIATO (s) . to of in. Instruction sooks.t. (4) , (g) eeserte. tn. w est. .e.t.m.nt (7) _ , (s) _ . proc.ne.e for tnis eteen.rg. In tn. ore.r en wnsen in.y occur (11) . (12) . if po.64W.. (10) . (14) . (15) - (12) .
~~. (17) . (18)~~
(14) (20) . (21) _ . (19) . (231_ . (24) (22) . (29) i \ r II-4 era r rsso. n (7. nl
l I oua ns, us aua- : 014 t POR AGENCY USE l l j
~~' This discharge is the combined waste flow from the "~ $i.,.7.$'.'Io".~~
na,r o$'ii .iy atse Due to primary-to- ; C.7,.*flo'n.7"*"*"'* condensate demineralizers. l ( secondary leakage, ammonia, hydrazine, boron, molybdenum, and radioactivity waste may appear in this discharge. ! I h 1 i por
~~i. 4.u iy Cau.ing on. ,ge l 5~~
each SIC Code wn6Cn descrimes the 4Clivity Cauling th49 dettnerge. ; supply the type and masamu m j emount of eitner tne raw enaserfas [ consumes (ttem leal er tne procust r produced (t tem let) in it.e units G L' specified in TaDie i of the InstruC* tien Booklet. For SIC Codes not h f listed in TaDie 1. use raw metertal
~~Or produttlen units normally used for measuring produttlen.(see instructions) t~~
a. Raw Materlate Shared Olsenerges l Maximum Unit !
^ Amount / Day (See TaDie 1) (Serlet Numberl . Ln SIC Code Gl tel f5)
G) . Sles (1) i i i I l l l l Unit Shared Descharges pr.d eu Meulmum Amount /Dey (See Taele il (Serias Number) Name (S) SIC Code G) la) i (11 (2)
$ $ 4D' Electric power 2.442 71 (1) 012. 024 4911 (2) 016, 012, 024 (3) 010, 007, 024 (4) 010, 009, 007, 024 II-3 EPA Forse 7590 23 (7 739
e . i l l OtSCHAlitGE SER: AL NUMSER I 014 FOR AGENCv uSE j SNP . 9
~~17. Desselsteen of intaea and 06sanarge For eacn et the parameIerslisted Desow. enter en the appropriate teos the value or Code letter answer called for.(see16:~~
instnactions) l in addition, enter the parameter name and code and aff required va#ues for any of the feelowing parameters if they were (neceed* 6n 6 t' emmorma. Cyande. asumenum arsenet. Deryttoum. eadmham, enromium. Copper lead, mercury, noches, teseneurn, atac, pneness. 0 I and Chlorine (resedual). l Emuent ; ( ' influent m
~~- g - y .F 1 Fi b~~
~~Parameter and Code~~
*- !E 3 3 m g -E $
~~217a 1g 4 $ I. <, k C'?$3 !?]I Eew 3 Xm !i 3- e j*Ex13 5 s~~
~~! =, @ r w W 8.1 fr' ,~~
~~x8164 5806 CE $)< a 1~~
~~$$$ $1=$~~
23 8 (5) (6) (7) f81 (1) (2) (3) (4) Flow' 0.014 0.002 0.052 1/ batch 28 G MGD 50050 0.014 l . I i pil Units 6.5 6.0 8.9 1/ batch 28 G : 00400 4 Temperature (winter) l
*F . r 74028 !
~~Temperature (summer) (~~
*F 74')27 i
l ; BiochemicalOtysen Demand (BOD 54ay) l mg/l l 00310 Chemical Oxysen Demand (COD) mg/l 00140 Total Suspended (nonfilterable) ; Solids 1 mg/l <1.0 49 2.9 150 1/ batch 27 G l r 00530 , l Specific Conductance micromhos/cm at 25* C <0.1 ; 00095 Settleable Matter (rendue) ! m(fl 00545
~~? *0ther discharges ihanns intake flow (serial numbers)ises instructions)~~
III i 8 FA Form 7550 23 (7. 731
OssCHAIGE sIRIM. NUMut;H m,,,,,,,,_,,,, 014 SNP ron actney uss ; to. wastewater charastatistses enam tne nos twstee exn consutuent weten is present la the effluent leisenerve wateri. This setermanetton is to to tesse on actuas analysis
~~.r mt.~e.t.. in..uctionsi a a ,~~
Parameter g Fernmeter 3 216 g 216 g Color Copper Z 01042 X 00080 Ammonia trus X OIC45 X 00610 Organu: rutrogen Lead 00605. 01051 l Nitrate Magnesium X r 00620 00927 i Nitrite Manganese 00615 01055 X Mercury i Phosphorus 00665 71900 i Sulfate Molybdenum ' 00945 X 01062 Sulfide Nickel 01067 K f 00745 sainte selenium , X 01147 l 00740 Bromide Silver 71870 01077 Chloride Potassium 00940 X 00937 j Cyanide Sodium 00929 X 00720 Fluoride nallium l 00951 01059 < Alununum Titanium 01105 01152 Antimony Tin 01097 01102 Arznic Zme , 01002 01092 Beryl!)um Algicides
~~01012 74051 ,~~
~~Buium Chlormated organic compounds~~
~~l 01007 74052 ,~~
~~Boron Pesticides~~
~~l 01022 X 74053 l~~
Cadmium Od and greses 01027 00550 X Calcium Phenois 00916 X 32730 Cobalt Surfactants 01037 38260 Chromium Chlorine 01034 50060 ._ Fecalcoliform bactens Radioactmty' 74055 74050 x
*$pecify substances, compounds and/or elements m item 26.
Pesticides (inwetiemies. fungicides, and rodenticidest must be reported in terrns of the acceptable common names specnhed in Acceptable Common Nemes and Chenucal Names for the ingmtwn Sretement on festicate Labels. 2nd Edttion. Environmental Protection Apency. Washington D.C. 20250, June 1972, as required by Subsecuon 162.7(b) of the Regulations for the Enforcement of the Federalinsecticade, Fungscade,and Rodenacade Act. EPA Fem F$$0 23 (7 73)
s 1 1 OtSCHARGE SERI AL NUMSER FOR AGENCY USE l i 014 I Sh7 . s r
~~d. Cnemeces composition of these 3494 asettives (see instructions l, -~~
Composte 6teme 20 35 If there Is a thermes eischarge (e.A essoclasse with a steem anator power generatien plant, steet meII. petroseum refinery, or any otner manufacturing peocessi and the total etscharge flow is 1O miellon goalons per eey or enere. (see Instructions) Sat NA 6 St. Thermes 06seherte Source Chech ! the appropriate 6 tem (s) ane6ceting the source of the alscharge. (see l Instructions)
-
O BLSD Soller Slowoown Soller Chemical Cleen6ng CBCCL Aan pone Overfiow OAPOP Sotier water Treatment - Eveoore- CEPSO ter Slowoown 011 or Coal Firee Plants - Effluent DOCFP erom A6r Poelution Contret Devices k Con ense Cooi6ng water OConO Coosing Tower Sloweown ,. QCTSO (
~~Manufacturtng Process , C, C hePPR b\ f Other Q[N COTHR~~
~~.. tp g~~
~~31. 00senerge/mesolving Water Tesaper=~~
sture 06fferesse Give the masamum teenperature h r elf forence between the esscharge > and receeveng waters for summer NA one winter operating conettions. (see instructionel g i l Winter '3319 'F.
/
33. Descharge Temperature. Rete of Change per Hour .333 'F./hout Give the manimum pens 4bir rete of teenparature change per IFAar of elecharge under operetira con =
~~ellionk (see InstructirAs)~~
33. Water Temperatu's. Pereontsee Report (Frecu rday of Oesurroneel in the table below, enter the temperature wn6th is emceeded 10% '
of the year, $% of the year.1% of the year one not et aii(meeimum NA yearty temperature). (seeinstructions) j 10% $% 1% Meelmum Precuency of escurrence D %
~~a. Intame water Temperature 383e !~~
(Suggest to natural enenges) D D N B6 Descherge water Temperature 3339 , I NA 334 restAss.
34. Water latene veseeety (see Instructlens)

39. Metenteen Time Give the length of $30 winutes time. In m6nutes, from start of water temperature rise to enesherge of coas6ng weter. (see instruct 6ons) l l
B-8 EPA Forw 7330 23 (7 73)
9 s FONN Arrrsu, c.u OniB No.158-kO100 00sCHARot sgRI AL NUMegn POR AGENCY USE _ 014 , SNP . t [
~~17. (Cent's.)~~
Emuent Infhsent I m i ; i 4{ 4 rg E E 5 ;- I >3o >3$< g k Farameter and Code Ik j !" E 3 !? E b5 -9 $
~~$Ek tr7q ape (5j ife Ia ]f$ $ $]$$ w<~~
wo<5 zown hi !i z< w l i _s. (8) f (5) (6) (7) (1) (2) (3) (4) i Ammonia, mg/1, 00610 l Coppct, mg/1, 01042 Nickel, mg/1, 01067
f
<5 11 1/ batch 27 C l 011 and Grease, mg/1 <5 00550 t k *No data available IG. Plant Centmos Checes if the foe. 318 '
lowing plant controis are avaHable for tnis alscharge. Alternate power source for maler 0 es pumping f acility. Aser= or emerosacy erecoeure for 3 As.m Radiation monitor will automatically isolate . pow ,orsoui e tfauvre this system. Com eie item to if ei cner,e a , from cooling and/or steem water y sen aiian ene weier tre.tment
~~.editives are uses.~~
i
19. Water Treatment Additives ifthe elecharge le treated with any con-ditioner, sansettor, or associos, enewer the fosiowing:

a. home of Mater 6 sits) 219e .
~~n Name ans eseress of menu-facturer 319e 5~~
~~s. Quentity toeunes aseos per asse muisen sessens of wseer treeteek 117 EPA Pene 7598-23 (7 73)~~
o$8 ko. 55S-R0100 DISCHARGE SERI AL NUMSER FOR AGENCY USE I , 014 SNP as. Aseittoa iinte,matiea enveemetion nem I sat R adioactive isotones which may be eresene in lia"id raduante inclinde: i 216 C r-51, Mn-54, Mn-56, Fe-55, Fe-59, Co-58, Co-60, Br-84, Rb-88, Rb-89, j S r-89, Sr-90, Sr-91, Sr-92, Y-90, Y-91, Y-92, 2n-95, Nb-95, Mo-99, T e-132, Te-134, I-131, I-132, I-133, I-134, I-135, Cs-134, Cs-136, Cs-137, Cs-138, Ba-140, La-140, Ce-141, Ce-144, Pr-144, F1-18, Co-57, Ru-103, Sb-124. 217a Intake water for this discharge is treated by coagulation, settling, filtration, and demineralization, including degasification, and final polishing. 201c Prior to this permit application, discharge 014 and 015 were identified separately. In this permit 014 and 015 are combined and are now identified as 014. i I 4 l k 11-9 EPA Fmm F330-23 (7.7M
e e otSCHA%QE (E[l AL, MUMSCo 015 SNP
~~FoR AG NCY UsE ,~~
Muneclose Storm watee Transe.rt ', , system Osts i Owas. ( West tinfectical oin. DotH . if 'othet' is snectied, spoofy Se64
~~4. ossenerge Potat - Lat/Lene Olve ,~~
~~i the precise locatten of the pe.at~~
~~.eeiunar ,isin.n.u.sisa sea _.11oso ll. min 42sse L.atw.~~
~~j t n,iiw. an. 38one 05 uiu 2.h.seC~~
e
~~1. oischarge Receiv6ag Water Name Name the wMerway at the poent 2074 Inggkg pogghgy~~
~~.e eunn,e toe. inst uci..nsi ,~~
Fee Agency Use Fef Agency use II tne eMnarge is through sa out- g g een mat e.ienes oe,one the snore. sero sere one er is meio. me mesa i.. j j wetw nae, come.co nem e. _
s. oetonom oannarc 2ese NA feet

e. olesmarge oastante esem Snore e, oestnu,e oeem esie. w'*' NA .
zeem vest I servase \
9. o6ssharge Type one Ossurrease

e. Type of oescharge Chech l grnether the e6scharge .s con. 30ee O(coat Coatiavoias tinuous oe Inteemattent.
~~(see instructions) Glat) Intermettent }) r~~
9. oesenerge Ossurrence osys eef l Week Enter the average num- 2eet $14 eye por .esst en oe says e., ween touria, s-t poesoes or eiunarwe tais es. !
~~energe occurs. ' NA > [~~
~~e. osetnarge Otsutrease -heonths Q ;~~
If this eischarge normeily 299e OJAN Orts Duasi OAest eserates leitner latermettently, < et coatinuousiyl en sess tnan CuAv OJun O Jut. OAue ! s ves,.u.une on.s te.< ue.n, : snow as eee r.uiiae ma.ai.- Osc= Coct Onov Cose ! neate), theCis the enonths auf. , ene tne year onea ine eisenerge l is e eratine. Isee enstructaens) . Comosete items le aae iI If "later. snMtent"is cnecues in item 9.a. t ! Otner.nse, proceed to item 12. i t
~~12. sai.,mmeai o,waar,e o"*"'"'. ase 15* -~~
r on sw seenn, occu,,enee. *Escimated flow siew ine avera, eesume en es ; en , new,once m ineu. ease .e i saaeae, i ei. sneenament oiseau,e ou,eise. em recevone,
~~4. satamaaat oinanoe ommu.a 8 n.w ,, ,~~
pw o., siaie in. a.oraw asis sussneet of hours set say the essene,, is e =stm. , n, sam mene i o.uauw 1 - : per esy Pseguency Stsie tne average 3119 44.shes ,- i eu,m ee eman, usue. I eenees en ea, eu, a. my.
~~.noa eiesna. a,.~~
is. useimum rie es. w Jani . Jan time win.h.<nin. man cs.'m**um:: re m im mesam ae. ee in.s e nuw.aws SPA rer. rsso.23 7 731 g 1 _-. ~ , _ _ _ _-
e . P urm a t r ess o. ... OMB No.153-K0800 l FOR AGENCY USE l STANDARD FORM C-MANUFACTUHING AND COMMERCIAL SECTIONU. SA$lC DISCHARGE DESCRIPTION r Cosnpeets tafs section for each distnarge encicates an Section I. ttom e. Inst is to sur ace waters. Tnes encluees eiunatees in m systems in ensen the wastewaler does ont go intoven a treatment wores SEPAR ATE crear to esene DESCRieTIONS daunareed OF E ACM OtSCHAnCE to Amt tuef ace waters. [ be described where inese ere aise e icnatees to surface waters frorft enes facensy.REtluenEO EVEN 4F SEVE aantative of the tweeve preveous mentne of oeersteen. If thes so a proposee eischarge, values enould reflect test engineering estimates. AOOsTsON AL INSinUCteONS FOR SELECTED ITEMS AePEAR IN SEPA AATE INSTRUCTIONI TO SOOKLET BEFORE FILLING OUT THESE ITEhes. i
9. 04senavge Serial No. ane Masne as,, 015 ,

a. Osuna Se,ias No. '
(see anstructions AERCW Mechanical Draft Cooling Towers [ oive name s e.stner,s If env. Overflow [ (see snetructionsj t
~~c. pie.i.us Dianarse Serial Me.~~
If prevleus permit 300HCatton j 20le NA ' was ensee for this estCnarge (see ltem 4. Section 1). proveee prev > . eus sisenarge oorlat nurnger. \
3. 04seharge Operating Dates D i D.s.na.ge .e,a.i 08 . leine einne,,e eeu...ee .e ow .s .a 79 05 D esperation, give ene este twetnen best estinsalet tne elecnerge 2eSe YR MO h
.sg.n. A h 04senarte to setta Cate if the elscharge nas'never occurred tput NA In planned ter some future cate. 2029 gere the este (within Dost este- YR MO f svietel the eischarge wits Degen. !
F
g. DiMnarse to End Oate If als-Charge is senedulee to De erscor* NA i unues witnin the nest S years. sese i gsve tne este (witnen Dest esth VR MO
~~i scietsl the 46scherge west one.~~
i S. Engineeeeng meeert Avanates , Check 68 an engsneerine report to f ere'tasse to review +ng agency upon g Environmental statement tenuest (see lastructions: a.: ! I
~~e. Dessnarse Losaisen Name tne *****V W ,~~
~~peestacas sounearses witnen wn.cn ' the peans of altenarge is locates.~~
~~,,,, Tennessee g county see. Hamilton ,g.,~~
Daisy 2eef (It seesteettel C3ty or Town Rose I S. Dessnerse point Desertetion Dessnarse is ente teneca enel, (see instructionsi Stream (incIvees e6tches, erreyes,
~~one einer 6nterniettent watesseursest sees ESTR Lane OusE oseea CoCE .~~
~~Asunecimal Sanitary westoweser Transeert System QatTS neua.cio.: Com.in.e Sen.iar, an.~~
~~Storses f ransport Systone Qa8CS g,,,,,g,,,,,,,,,,,, ,,~~
Ef'A Fose F330 23 (NF3)
DiSCHA%CE SEEI AL NUMSE2 015 pom AcENCY USE l 5NY e es. wni A..iemen w.sie an.i..ent p,usie.s Narremes This discharge will be temperature treated , I Deuribe tne wnte .ptement 215e peactices uses on tais eiscnerse wein s tinee n.,rame. (see via cooling towers. Also, the ERCW water will be lastructions) chlorinated during clam spawning periods, usually late May to late October. Sodium hypochlorite will be injected continuously at a point down stream from i 1 the ERCW pump station. Chlorination will be dis-continued during periods of Closed Mode operation. asse (1, CCLDIS , g,, _ , g3) , n waie an.iement Ceees , usin,ine coen sintes en T.tise (6) . ae of tne instruction soomiet. (4) . (5) . l eescribe tne weste .o.tement (a) . (t) . processes for enes oisenerse in (7) . ine creer in wn cn they occur (12) . if ocssette. (10) . (11) . (14) . (15) . (13) . (17) (18) . (to) . (21) (19) . (20) . (22) . (23) . (24) . (2s > . l l 18-4 era v ~ isso. n tr- n)
l l i l v.,,,,,,...... ,, 015 l ShT com acCNCY USE ' I
~~13. Activity O..cription Give s The discharge consists of overflow from the ,~~
narrative description of activity 283a l I proeucing this discnarge.(see Cooling COWERS. l instruct 6cnol l l I I4. Activity Causing Dessnarte For f each Sic Code annen descrises the act6vety causing this discharge. supply the type and enaulmum a etnount of either the raw material ;' consuened (Item 144) er tne product produced (ttom 140) in tne units specifled in T able I of the instruc. 16cn socialet. For $8C Codes not listed in 7 atie 1, use raw material or production units normally used for measuring production.(see instructions)
~~a. Raw Materiais unit snared oisenarees NA me=imum Amount / Day (See Taose t) (Series Numeer)~~
Name SIC Code (St , (as (3) tat Sles til t r i Unit Shared 06scharges D. products Menimum Amount / Cay (See Taolo I) (Series Numeer) Name SIC Code to) (51 I (2) (M St el> tti 2.442 Z-1 None 4911 Electric Power II3 t P A Form 7550.23 (1 73)
oescHancE SERI AL NUMSEst 015 rom AcENCY USC . t SNP l e
n. oeisriessen es sniane one o.isnarse For enn os one oa ameterie.sies neow, enter in the seeroernate non ene veue or coes letter answer caned for. ties instructionis in ees.iion, enter one paremeier nome and cose and mi reeueres veuei toe any of tne tonowine oseemeters ie they *weie ene emmensa, cvasace, mumenum, erienac, nerviseum, caemeum, enremeum, copeer, sees, mercury, noche, seieneum, atac, onenois, l ene casortne treineuest.
~~Effluent Innuent m~~
~~- 1 g a 3 .[ 1 .Es i c- -~~
~~l 1" g - . 2~~
>?SE l, b " - E5 Y >3 5 3 -y Parameter end Code 217a 3s, k $$<g =w f $13fw gt jul,s1 ! ? 3 I*
~~li c81' 2 d .; 1-E' 4r~~
=
~~a : mz= 21= 2 x 8,3 i5 4 :i80 b 0; E E <2 a E~~
~~$$$ si$ d (6) 0) (5)~~
(2) (3) (4) (5) (1) ; Flow ' MCD 22.75** 22.75*" i 50050 i pil i Units ; 00400 7.3 i Temperature (winter) r 38 ( 74on Temperature (summer) 84 74027 i Skichemical Osygen Demand I (IK)D $4ay)
*8/' 1.4 t 00310 E ,i Chemk:alOnysen Demand (COD) !
mg/l 00340 , Total Suspended (nonrdierable) i Souds l ms/l 66 ; 00530 , Specific Conductance micromhos/cm at 25' C i M5 170 Settleable Mattes (rendue) . ml/l 00545 *0.1 \
?
~~i ,~~
*0ther ducharges shanns intake flow (serial numbers),(see instructions) ** Estimated maximum flow .
I i i II4 e ra rw. nso.n (7.n) i r I
015 5NY con Acthcv ust ' I is. wasiewatee caeretteresites cneca one non nessee enn constituent waeca is present in ene evnuent leisenarse =etal. Yms setweninetion is to tw neees on utues {a et best estimate.(see instFUClionsi E l 3 Parameter 3 l Psameter 216 E 216 e. Copper Color 01042 00080 Ammonis tron , 00610 01045 Orsamc nitrogen Lead 01051 00605 Magnestum ; Nitrate OM27 M420 Manganess Nitrite 01035 00615 Mercury Phosphorus - l 00665 71900 Molybdenam Sulfate 00945 01062 , Sutfde Nickel 00745 01067 , Selenium Sulfite 01147 00740 Bromde Silver l 71870 01077 l rotanssum Chloride l 00940 X 00937 Cyande sodium 00029 X l 00720 i Fluorde lhalbum } 00951 01059 Titantum Aluminum 01152 01105 ! Antimony Tin j 01097 O!!02 Arznic Zinc j 01002 01092 j Berytilum Aisicides' , 74051 01012 l Chlonnated organic compounds' Berium 74052 l 01007 i Festicides* Baron l 01022 740J3 f Cadmium Od and sneese I i 01027 00550 f Csicium Phenois 00916 32730 Cobalt Surfactants ! 01037 38260 Chlonne Chrosniuss 50060 X 01034 RMioactavtry
~~Feelcottform tectens 74050 ,~~
~~740$$ i 7~~
*Specify substances, compounds and/or elements an item 24.
i Festicides(insecticides, funencides, and rodenticides) must be reported in terms of the acceptable common , names epecified in Acceptable Common Nemer and ChemscalSemes for the Ingrednent Statenent on i fest# ate Labels. 2nd Edmon. Environmental Protection Aseney, Washington. D.C. 20250, June 1972, as required by Subsection 162.7tbl of the Regulations for the Enforcement of the FederalInsecticide. Fungscade,and Rodenucede Act. t l l s 11 5 EPA Fem TSSS-23 (F-73) !
~~-~,~~
~~e . I OlSCHARGE SERT AL NUMeCR FOR AGENCY USE l r~~
~~& .:*e.*4 a w oe.es e.weesegame '4e$d . . . . . ..~~
addeteves (see instructeunst. Cornfeete items 70-75 If there is a tnermal discharge (e.g., assnelated with a ste.wn and/or power generation plant. steel melt. petroseven ret 6nery, or any otner NA manufacturing processi and the total gescnarge flow is 10 mastion gations per day or encre. (see instructions) 2t. Thermal Disenarge Source Cnecia 229 the appropriate etemtst indicating the source of tne discnarpe. (see instructions) soiler Slowoown Deceo soller Cnemical Oeaning D eCCt. Aan Pond Overfiow OA*OF l t soller Water Treatment -Evapora- Careo tor Biowdown %, OOCrp Olt of Coat Fired Plants - Effluent from Air Pollution Control Devices e Condense Cooling wate' O CONO y Cooling Tower Slowdowa < OCTeO Manufacturing Process OuPPR Other OOTHR t I l
~~29. Olsenarge/fteceiving Water Temper-sture Dif ference Give the masimum temperature dif ference between the discharge and receiving waters for suminer and winter operating conditions.~~
~~Summer~~
~~'"""'"" 231e e op, #c asi.~~
~~29. So,,~~
~~winie,~~
. o scaer,. Tom.oraiu,e, Rate .f 29.5O I, Change per Meur 222 F./nour Ceve the maximum possible rate of temperature change per nour of disenarge under operating con-detions. (see instructions)
~~33. Water Temperature, Percentile Report (Preguency of Oecurreneel i~~
in the teole Delow, enter tne te -atur. wnica is ....ooed 10% l of ine v.ar, $% of tne year, is ce tne year and not at att (mansmum yeerty temperaturel. (see instructions) 10% S% 1% Mauernum Prequency of occurrence anae 77 % 78 % 79 % 80 % a, in.a e wet.r Ternperature (Suetect to naturat :nanges) 106. h 107. c;** 108.Pr too ca as oisenarge wenn Tempereture asse as4 0. 9 ,oet,
~~24. water intene voto .tr (see instructions) 45 ,~~
as. Retentien Time Give one ion,tn of sas senutes tiene. la minutes. from start of water temperature rise io discnerve l of cooiing water. (see instructiong l l B8 EPA ren. rsso-ts gr.rsy
~~'X ~~~
~~FORM AVYNusV.u oMB No.i$$-Nutu0 Ol5 CHARGE SE RI AL NUMeER 015 rom AccNCv usE SNP~~
~~17. (Cent'd.)~~
~~Innuent Fmuent m h* I 7 E5I j~~
>35 h >3bE ParamCtet and Code 5 = =k h E v e2 *!* C D, ph 3F74 2 t < >g iB 4 V
~~g,3ggb ay w - 3 =c ~ 2~~
*5 M 2- " _y .
7. 3 - a. g e-4;31 s } f,M i S mpo il a a=Q 1 c zowo< s}EM zowc E2 w< 32 z< !! m (4) 45) (6) (7) (8) (t) (2) (3) Oil and Grease, mg/1. 5.0* 5* 50060 . Chlorine, mg/1, 00550 0.01* 0.1* 4
~~Estimated~~
~~10. Plant Centests Check of the foe- af8 towing clant Controle are avaHatte for that ditCharge.~~
Alternate power source for maior SAP 5 pumping f actitty. Alarm or omsegency procedure for @ LM power or equipment f 4Wure Complete item 19 ff dlSCharge is from Cooling and/or steam water generation and water treatment additivet are used.
19. Water Treatment Additives if the diaCharge 63 treated with any Cork diuon.r. innioitor, or ai,6 Cide, aniw.F tae fonow nc Sodium hypochlorite (Na0Cl) a Name of Maternal (s) alte

9. Name ans addres. "" TVA facturer 319.
Sequoyah Nuclear Pladt l l ouantity too.nds added eer si9e 12 C. mH160n ga480nt of water treated). E P A Form 7350 23 (7.73)
I 1 , l FORM Ayrsus eu OntB No. !JS-Rol00 i 04SCHA AGE SERF AL NUMSC A Pon Acthcv ust l 015 t SNP l 'if as. Asestiones sateevneteen l enverenation are item 209a Normally these AERCW cooline towers are on standby coeration and - l are subject to periodic testing to produce an intermittent discharge. l The discharge is continuous while the towers are in' operation. f l 217a About ninety-eicht cercent of the inflow varor ennstnes of rau river water. i i l l I l l
?
l 1 l I i a l l I l l l I EPA Pwe 7398 33 (7 73) E-9 e I _ ___ _ _ _ . _ _ _ _ _ _ - _ ,
a . DISCHAACE SEml At.NUMSCR 016 SNP FOR ACENCY USE e haunicleaa Storm Water franseort * ! Systern Q STS Weel (InNelleni OWEL s osa. BoTH Cooling Tower Blowdown
~~tv *etw ;s checked, specie, sese' e~~
~~6. 04scharge Point - Lat/Long Give ,~~
tne peec6se tocation of the poent NA of e6scnarge to tne nearest secone. agC 2948 OEG J tN Latitude OEG MIN *EC Longitvoe 2948
~~7. Dessnarge necessing water Names Name tne waterway at tne point 207a NA et sincnarge.tsee instructional l~~
~~vor Anncy use - vor noenes use~~
~~; 333, , , y, g l If the discharge is enrougn an out.~~
j fast that entenes Devono tne spore. 207e 38I8 r j Nme er It below the mean low , , ( ' water line. compiete item 8. S. Offsnore Distnarge assa NA ,,,,
~~e. Oiunarse Distance from snere 6 Disenar, Desta ses.w w.wr ,~~
~~NA ,,,, sursue~~
)
9. 04senarge Type ane Occurrence i

e. Type of Distnarve Cneca Dg7 I whetner ene discnarge es con. 209a O lcon) Continuous tenuous er entermettent. BaCCh Mint) intermittent ,
(see instructions) b 04senarge Occurrence Osys per Le.,e .or won., i Wee. caio ine a.orage nu. 2... _
~~.e, of ca,s .. ween ieu,ir.g [~~
noesof a m n.rgeiin eis. & D i 6 snarse occurs. NA f
c. Denmarge oaureena -Montns se inis emnar,e no,many :see CJAN OFES QMAR CAPR hg g r e sin tenn interm.neauv. DMAY DJUN QJUL QAUG er cont 6nuountyl on toss enan a year-around eases tenciveme COEC snuteowns fer routine ma nto- CSEP C OCT C NOV Q /
nonce). check sne months sur. ene the yeae wnen tne asscnerve l ts operatene. (see instructions r l Complete items 80 and II #f "later-t mettent" is enecmee in stem 9.a. Otnww.se, peoceee to 8 tem $2.
10. Intermattent 0.unarse 15 -

,non. .or si.cnar,. occur,enes. '
~~siai.ines..,aes eiumecuantit'.~~
~~,s.s 2ie l~~
cnarge occurrence an tnousenes of J sonens. l [ l st. tatermettent Otsenerge Ouretsen one Freeuency i
~~e. entweenieat Discnar,e Ourecen Iste g new.eerser en Day Sisie ins a.ca,.~~
nummer of nours per say the t eascnerve is opee atme, . t 7 e
~~t. satermettent O unarge wesenerge seceseronces pee soy Freguency State ene average Itta nummer of e.unares occur.~~
rences per say outing eays i when gescneegene. l-to. istsimum riew eenee C4,e en* 2:a re.m Jan te Jan time ewioe en wn.cn ine mas.m m smenet menes flew et gnes Gescnesgo occues. EP A For= 7530 23 (7 73) g
OM ND. ISt-husuo roR ACENCY USE STANDARD FORM C -MANUFACTURING AND COMMERCIAL SECTIONIL SA$lC DISCHARGE DESCRIPTION unce se seweraw f enis must Comosm enas wetsan tar enn er.unenes inesepfloteS stee OP tinAr'*Section 6. Item 9. I Ot% Chance. Aset t ..unasee sneeule De repre-be seu e t ee wheee enese see 48en #9essnaraes to suHase watees from enes f aciutv. SEP g estimatet. REQUInF sentall.e 0 Evs of tne tweeve N peevious 66 SEvfmonene n AL Ol% CHARGES of ooerefross, OselGINATE if tnes as a peoposeetN THE SA AaE eiunarge.selves F ACILITY. snovie reflect Dosd T AS INDICATED. REFER AOOf flON AL INST RUCTIONS FOR SELECTED ITEMS Appt AR IN SEPARAf t INSTRUCTION SOCKLE TO SOOKLET SEFORE PILLING OUT THESE ITEMS.
1. 04senerge Sertat Pee. ane Name Jefa 016 ,e .

a. Desenarse Serias No.
~~(m instrousons: Liquid Radwaste System o.ssna,,e Name asse ca e name os e.unar,e, er any. (see instructions)~~
~~c. emi.us oestnarge Sense No.~~
~~toereious w m.tsoni.cai.** 016 wu m e eor in., e.una,,e is.e use noen e. Sutio, n. erovise eme. Out elsCnarge serial nun %Dec. oessnee,e O.oraung Osi.s a.~~
~~e. o una,,e sagen osie sethe~~
\g eiunaen 78 09 g .esuon,eeu.. ee ea,e g,.e tne oe.ow .s .".n ,w.tn n2a rA uO neot esumeienn. e.una,,e 9 ..cn.,. t. ...in O. to .. tne egt encna,,e nas n.,er occure.e o"' NA mas, is esannes eor son,e eutu,e saie YR uO psee the este (witnin test esta snate) tne eiunarge wait begin.
~~c. Dessnarse to End Oate if ess. NA cnar,e n uneouise io se e.uea-tapuee within the nest S vears. 2efe~~
~~YA n80 gsve tne este (witn6n best esta.~~
~~mate) the e.scharge wde end.~~
~~3. Engineersag Report Avessante Cneca of an enoineering report is evenante to rev. ewing seency upon 203 g Environmental scatement toevest (see anstructions)~~
Olsenerge Locapon Nanne gne Aeoncy W 4. petitical Dounearies witmen wascn ine point of eisenarse is locatoe. '
]
3ede Tennessee State see. Hamilton C nty Daisy ,, meet os a neausi Cav .e Town S. Dessnage potat cessnetten l otsenerge as ento (cnecn onet. ; (see Instructions) I Streann (lassueen ettenes, arroyos. one other entermittent watercoursaal 20ee CSTA n Lane OL8W -l Ocean OOct . i
~~. l asunicipes sanitary wastewater Transeert System casts uumci.ei Com.ie.sa san. .,y an.~~
Storm Transeos t System DeeCS I g , ,,,g ,, gg, , g ,, ; E P A Fose 7550.23 (7. 73) i l
~~. e ....e,...........~~
~~usb4em eem 016 ' FOR .GENCY USE i sur ! t n. t.. .ee.en ent~~
" When treatment is necessary to meet the _ , , ' evervetsee, l "oEOiIe7eUe$"ee'ieeneniaise ! effluent limits, the waste will be treated by practica utee en th6t eletharge in e n,ief amm.e. (ies lastructionel filtration and evaporation. ,
~~i l i r i i ( 3, ,~~
~~, sine (1) f.R] AID . (a) _ TEVAPO ,~~
~~a wate mee.ne.e ceae. (6) . veine one coen instee in Toese (e) -~~
~~. (s) .~~
il et tee instrustlen soemist. . eescrime tne weite emeternent (S) _ . ($$ efece8488 for this eletnerge in (7) , tne seeer in wnsen sney escur . (11)- -. (ISI - . of possanoe. (10) e (1 1 -. (18) _ (13) .
~~. [ . (17) -. (18)~~
~~(16) _ (21) -. (19) . (30) [ (23) . (24) _ (22) _ . (28) _ i~~
?
I i l H4 . EP A Penn FS&33 (7.73)
oup us. :on-nuavu 016 SNP FOmAcENCYUsE i s. A.ii.ai, De.oisi.en c i.*
~~Radioactive demineralizer regenant waste (0,14), _~~
activity asse nort.ove oeswei on laundry waste, miscellaneous radioactive sump, and_ ' [,'***,'",f,',"*"*" chemical drains. Due to possible leakage from the primary.co-secondary system, boron, hydrazine, and molybdenum may be present in this discharge. l le. Activity causlag 04senarge For each 54C Code wnicn descr6ces . tne activity causing tale esecnerge, swooty tne type and rnanimum l emount of either tne raw materies consumee (stem leal er tne product producee (ttem lee)in tne units speciftee in TaDie I of tne lettruc= t6on Booklet. For SIC Codes not listee in T aste 8, use r aw meterial , er production units normally used for measuring production.(Ice ! instructionsi t new waserwes sn Fee oi. war,s. : meimum unit l NA Amount / Day (see TaDie si tserial Number) Name m j sic Cee. m ten in stee al ! I unit snarea oseeneroes
~~t. Predeste messenum (Sertet Nurnter)~~
~~Arnount/ Day (see Taste B) t: Sic Code (4) ISI (2) (3)~~
~~$ $ 4' (1) 2.442 7-1 012 C 024 4911 R1meevic Power F H3 EPA Fwm FS50 23 (7 73)~~
~~oescHance scnist.NuuecR 016 FOn AGEteCY USE SNP e~~
~~37. oeicasue ee intese one oiseneree roe eacn or tne one .neiees seisee timow. enter in ine soecopeiste non ene veeve or cooe seiree answee casi e toe.~~
in seestion. ente, ine eseemete name one come one een eeeuves weeves toe any et ene tonowene* eernme emmonia, evenee. eauminum, sesenic, eervuium, caemium, weemium, e aeo.e. sees, mercury. necmee. es eni one enieeine te ww.si. Emuent Influent l m I- if 5 1 I .] I} 5 !N 3$ #35N 1 Parameter and Code 217e $ U
~~= S. I, j ! "E a3%4- !?3) ecw 31 3- ;I- $.~~
3. E E i MST i x8ac!ig8f<if 3 zoa E,c d 'D I' z< a!! Sie sse o (6) (7) (8) l (3) (4) (5) (1) (2) ( I now. 0.0003 0.0220 1/ batch 222 G MCD 0.0068 0.0068 I 50050 pil Units 10.0 1/ batch 222 G 00400 6.5 5.4 Temperature (winter) e g.- 740215 Temperature eummer) i e g: 74027 l BiochemicalOsygen Demand i (BOD 5<fsy) msfl 00310 Chemical Onysen Demand (COD) mg/l i 00340 I Total Suspended (nonfilterable) Solads
~~<1 16 1.0 33 1/ batch 222G mv1 00530 Spectfic Conductance <,0.1 micromhos/cm at 25* C 00095 1~~
~~Setticable Matter (rendus) I mill 00545~~
~~'Other discharges sharing intake flow (serial numbers)4ses instnsenions) I 1~~
~~I l II4 tPA p 7sso.23 (7 72) l l~~
~~, , l l~~
l l DescHAIGE SMeg tvuuggM m ,,,m ,,,,,,,,, 016 SNP roa ^co.cv use i s. w..ie..ie, en...et.... nee v Cneck one has oesioe eacn constituent wnsen le present in tne evnuent leisener,e weiert. This setermenetion is to me meses on octues anes eis of bett estimale.(toe enstructions) I es Farameter Persmeter 214 216 e n. Color Copper 00080 X 01042 Ammonia tron 00610 X 0I045 Orssnic sutropn Lead 00605 01051 Nitrate Magnesium 00620 00927 Mtrate Manpnene 00615 01055 Phosphorus Men.91ry 00665 X 71900 Sulfate Molybdenum 00945 X 01062 X Sulfde Nickel 00745 01067 Sulfite Selenium 00740 01147 Bromde Silver 71870 01077 Chloride Potassium 00937 X 00940 , Cyande Sodium X 00720 00929 lluorde Thallium i 00951 01059 Aluminum Titanium 01105 01132 Antimony Tin 01097 01102 Arwnic Zinc 01002 01092 Beryliium Algicides
01012 74051 Barium Chlortnated orpnic compounds

01007 74052 Baron Pesticides

01022 X 74053 Cadmium Oiland grease 00550 X 01027
, . Calcium Phenols ( 00916 X 32730 ! Cobalt Surfactants 01037 38260 Chromium Chlorine 01034 50060 X Fecalcoliform bacteria Radioactmry' 74055 74050 X
*Specify substances, compounds and/or elements m item 26.
f Pesticides (inwetseides. fu tendes, and rodenticidest must be reported in terms of the acceptable common names speubed in Accepte le Common Nunes and Chemscal Names for the ingredernt Statement on festkafe Labels. 2nd Editson. Environmental Protecten Ageney, Westungton D.C. 20250. June 1972, as required by Subsection 162.7(b) of the Regulations for the Enforcement of the Federalinsecticde, Fungicide,saf Rodenocide Act. EPA Fwa 7550 23 (7.73)
~~. s l~~
~~OtSCHARGE SERF AL.NUMSEA Pom aaswCv uss I 016~~
~~. - sp r~~
~~s. Chemeces composition of these 3194 46ettives (see instructions).~~
Comssete iteme 30 25 of there is a thermal etscharge , te4. esoeciated witn a steem enetor power generation NA plant, steet cruit, petro 6eum ref 6nery, or any othe, > manufactuttne processi and the totes esecharge flow te le militon gallons per say or more. (see instructionel Sg. Thermes 06seherte Sevree Check 330' the appropriate 6temtsp Inenceting the source of the discharge. Isee i instructions) I socier seowoown O- COLSO QSCCL so6ter Chernacal Cleaning men Pone ov.,no. DAmor Sotier water Treatment - Eveoore- CEP90 [ r t tot esoweown l Ott or Coal Peree pients - Effluent O oCPP t from Air renution contros oevices f OComo Conesa.e Coonne water Ceesong Tower saeweown 9 -< OCTec l Manufacturing Process ,{, ' O hePPR Other DOTHR
~~...g .e ser ,.m . ~~~
3 4. h.eg.,. i eture Difference - oeve the mesimum temperature elfference metween the eischarge ene reColving waters for surnmer > one winter operating conestiene. ,. (see anstructlensi g m
?
~~Sum w ' l r. , j winter '33 4 'F.~~
~~33. 06scharge Temperature, mate of Change Per Hour .333 *F.shour l~~
J Give the memimum posseele rete of temperature change por hour of l' I I e6scharge uneer operating con-l estions. (see instructions) I
~~33. water Temperature.Pereentile neeert (P roeveney of oesurrenes ;~~
In the tasse sesow. enter tne l temocrature wnech is escessee 10% of the year 5% of tne year. 3% of ! the year end not et eit (meelmem ; year 4 torneereturop. (see instructions) i 10% 9% t% Meetmum Prequency of escurrence
e. Intene Water Temperature 323e e ISwetect to natural changes) , '

n. Olscharge water Temperature 3338 j

34. Weter tatama vedoesty $34 8eststec.
~~tese instructions)~~
~~38. metention Time Give the length of $38 winutes time. 6n manutes, from stort of water temperature r6se to elecharge of coesang water. (see instructions)~~
W8 t9A Fene 1$50 23 (713}
i FONM Af* rhus cu OMB No.158-kMQQ Of SCHARGE SE RI AL. NUWsER 016 con Acency ust SNP
~~17. (Cent's 1 l Infhaent Emuent ,~~
~~I m i 5- 1 e f E 4 El Farameter and Code 2 EI h >Bo >o5E g k f~~
~~$=x$ <f I y $a 1~~
~~3f79 3 !"]jum !]E 3 wJ 5* Mm w i gEg op. g EYi 32 0 i o~~
~~g x~~
s E$ w]< '528"md EW D w< el z< E, m [, (4) (5) (6) (7) (8) (t) (2) (3) 011 and Crease, ma/1. 5 4.7 9 ri 20 1/ batch 222 C 00550 Amonia, mg/1, 00610 0.1 Chlorine, mg/1, 5006C 0.1 i te. Plant Centges Checis if the fos. Ste lowing plant controle are avsetense for this discharge. f Alternate power source for maior @PS pumping fec648ty. Asarm or e=erseacy procesuro fer Onua Radiation monitor has capability to isolate power or eeus-t feesure this system ; compieie it.m ae if aiscnarse is . from coeding and/or steam water
~~,eneracon ena wstor treatment l additives are used. -~~
~~19. Water Treatment Additi,es ifthe discharge is treated with any co#>~~
~~estioner. Inniestor, or algicles, answer tne foalowing: None~~
~~& Name of MateW(s) alte 1~~
~~E Name and edereas of menu-facturer 3199~~
)
~~l l l 1 i i~~
~~c. Quantity (peones aseed per ages mannen sessens of water treeteen.~~
11- 7 EPA Pere 75N.23 (7-73)
L
~~'oNa'Na'.'iss mt00 DISCHAAGE SERF AL NUMSER FOR AGENCY USE '~~
016 SNP so. A4 u.a.: saverm a.a Information 336 Item J in liquid radwaste include: , 216a Radioactive isotopes which may be present C r-51, Mn-54, Mn-56, Fe-55, Fe-59, Co-58, Co-60, Br-84, Rb-88, Rb-89, ! Sr-89, Sr-90, Sr-91, Sr-92, Y-90, Y-91, Y-92, En-95, Nb-95, Mo-99, Te-132, Te-134, I-131, I-132, I-133, I-134, I-135, Cs-134 Cs-136, Cs-137, Cs-138, Ba-140, La-140, Ce-141, Ce-144, Pr-144, F1-18, Co-57, l Ru-103, Sb-124. 217a Intake water is treated by coagulation, settling, filtration, and demineralization, including degasification, and final polishing. i L i, I I aPA Peen FS50-23 p.n) U-9
00SCMA' LOC S3Cl AL NUMSCR 017 I SNP FOR AcgNCY USE e Munecipal Storm Water Transport System CSTS i wen (tafectient C WER. g , Other COTH . i if ' ether
is chectied, specify 3404 G. Olssharge Pe6mt - Lat/Long Give ,
t the pruiu eocation se tne p nl of eiunar,e io ine nearni so ene. l Ewe 35 og. L ,u 00.ge t.eetwee 38 ,,, 05 ,,, 15 esc Loactuee en.
7. Discharge neceiving water Name Name tne waterway at ene point 247* Tennessee River of sischarge.(see lastructional For Agency use For AgeeCy Use si the descharee is theoven an out. .
weior o.s.nar i suo 1 303e fest that estenas oeyone the snore- 207s Inne er is besow the enean low water Hne comosete stem 8. ,. ,
8. Offsnore pessharge NA Foot

e. Dessnerse 04stanes from Snore 200e i l
i n. Osunarge Deein seiew we'a NA ( 2000 feet Suttate I
9. 06uharge Type and Ossurrense I

s. Type of Ossanarse Cneck genetner tne discnarse is son. 2eSe C (coni Continuous i unu.us o,ini.,mment.
E (anti Intermettent l (ese lastructions) D ! Os.enarge onu,rer . Da,s ee, '- l Weeer Enter the average num. 2009 2.esye per wese l ser of says per weeu touring l persees of descnarges tais e63 s . therge occurs. NA i
s. Descharge Oesurrence-Months If tnis eischsese normally 209e CJAN OFES CMAR CAPR operates (eitner intermettentty. i et continuousay) on less tnan CMAY CJUN OJUL CAUG Y e year.aroune cases teecausing ehuteowns for routine meente- Q$CP C OCT O NOV C DSC h l i
nonce), check sne montns due. . Ing one year wnen ene disenerge , Is operating. (see instructionst g Complete items to and 11 if " inter. l mettent" es sneches in atem 9.a. l Otherwise, procees to atem 13. l l
~~14. Interniattent Denmarse evaneity 5 State the everage voavme see eas. 2se~~
~~- = gassess per elesherge ecsurvenee.~~
~~cheege essverence in eneusense of 90eene. H. Intermettent Desenerve Ourettom ese Frequency~~
e. i.e.,n.ai.nt oisena,,o Ou.eu.a 1 per Oey State the average 31le .seesey fhf8Betof of neurs per say Ene dasheese is oserating.

3. Intermettent 06s. nam 3 _ _ :perGay Frequency State tne average 3ift Witcherge -
~~senemeer of discnaego occua.~~
~~#enses por say sureng esys urhen elesheegene.~~
~~13. eessenium Flow ported Cove the 318 From Jan to Jan tiene persee in on.cn ene mesimusst new of tnes cessneege occure. menet month ea ee,. n w n ir.ni u.2~~
~~e . r uoue a r r es. e . . ... OhtU No. !$3-KQt00 FOR ACENCY USE~~
~~STANDARD FORM C- MANUFACTURING AND COMMERCIAt.~~
SECTIONU BASIC OISCHARGE DESCRIPTION sFstemsin n w ecn the wastewates aoes not eo throuen a treatment woreis prece to cein SEPAR ATE DESCMIPTIONS OF EACet Ot5CHARCC ARE s be eescret>*e enere snees are a sa descnatees to surface waters from enes facesety.REQuinED EVEN IF SEV aantat6ve of the tweeve preveous montns of oeeration, if thes es a proposee geschaege, values snoute reflect Dost engineering estimates. ADDITION AL. INSTRUCTIONS FOR SELECTEO ITEMS AP9 EAR IN SEPARATE INSTRUCTION SO TO SOCKLET sEFORE FILt.ING OUT THESE ITEMS.
9. 00scharge Settae No. and Name Rela 017 ,

a. 04scharge Serial No. * *
(see instructions) ' sets ERCW Intake Screen Strainer Backwash 5
~~e. Deuner,e Name Olve name of e.senerge,if any.~~
~~(see lastructions)~~
~~c. Puestems 06scharge Serest No.~~
~~If prevlogs perm 6t aopleCalloa NA wu ename for inis deuner,e tsee ante steegt 4. Settlen 1), prov600 Drown eut discnarge ternal number. I~~
3. Olsenerve Operating Dates

a. Dennas,e negan Daie " ta*
b i einner,e eeur.oea oei w es .n NA es.ranon. .etneestetw.tnin mest estimatel the eisenerge zona YR MO h : ansea. 9 '
~~e. Daunce,e to seein Daie seine eisenar,e nu n. e, occurt.e "'~~
80 04 9 (\ 16 plannes for scene future eate 2029 , gave the este (witnen best esta YA MO motel tne essenatte weie beten.
c. Dessmange to Ene case if sie, i ener,e is uneeuise io ne e."*'* NA ;
~~tenues withen the nest 5 yeses. 202e 5 gewe ene este twetnen best este-VR MO~~
~~motel the e#scharge weae one. 5~~
3. Engineeetag mopert Avessante Cn.cn w an on,.neering e.oors es e,sisagie to re .eweng agency upon toevest. (see lastructions) 2e3 g Environmental Statement i

4. Dessnarge Location Narne the Agency use peelticat Doundaries witnan wheen '
the W6nt of alsenerge is locatee, 3,e, Tennessee 29.e , et,te ae e Hamilton ,, couney , 2 49 (If appelcaesel City or Town 29 e ..
~~8. 06senerve pelat Desersetlen Desenarse is inte seneen enet (see instructions:~~
~~Streaeft {lacluses ellcnet arfeyes,~~
~~one einer interenestent wateseoursest sees BTR Lane Duse oseen Cocs .~~
Munecepea senatary westemeter Traneeert system QasTs Municiosa Comunee seneia,y ane Storm Transeera system Qascs t9A 9ene 1350 23 (1.731 Ne seeHeat cerethe 9 w.
DISCHAaGE SE n AL NUMeE2 017 SNP roa AGENCV USC l e is weise Amst....e a wenie Ansiement Praetwe* Debris collected by the screens and . cou,ine ine wsite so.iement 2ise Neeretsvei seeciwee
~~, n p,. uy,,,a o ,, i,ng ejge'e' strainers are washed down the trash sluice back inttructiont) to the river.~~
~~I i i PSCREE g,, SLANDD , g33 ,~~
~~n. we.ie Ansiement Co.e. aine (a) ,~~
i ving ine coce. netee in Tome (e) is or ine in.ieuceson soories. (4) , (s) . eescrime en< wasie oostement (9) . processes for inis sincnerge in (?) . (e) , tfie oveer en wneen they occur of poetsie. (10) . (11) . . 112) . (15) . [ (IS) . (14) . l (le) . (17) . (18) . (19) . (20) . (21) . (23) 124) . (33) . . (28) . i f I i
?
l l IM EP A Form 75$0 23 (7 73) t i
017 v.,,,,,,,,,.. ,, SNP FOR AGENCY USE is. A t.v.iy osseri uen c*
~~This discharge consists of backwash water from narrative description of activety 2834~~
~~[,'*",",,','s"''*"*"** screens and strainers located on the new ERCW intake structure. i 1 i~~
~~14. c.cuvety causing 04schage For >~~
each SIC Code wnncn descren.s NA the activity causing this discharge, supply the type and man 6 mum amount of either the raw materlat consumed (ttom leal er tne product -k produced (Item 140) in tne units N b spectfled in TaDie i of the instruc- 9e , tion Booklet. For StC codes not sisted in T sole 1. use raw material g or production units normaNy used 9' for measuring production.(see instructionst
~~a. Raw Matertals unit Snared oiscr.ar,es NA u.simum Amount /Dav (See Taele II (Serial Numeert SIC Code Narne~~
~~($1 tal (3) tot Stee til l t i 1~~
~~3. Products Unit Shared Descnarges Mesimum Amount / Day (See Taole 1) (Seriet Number)~~
SIC Code Nerne un tai (S) ( aves oi Electric Power 2.442 Z-1 None 4911 E P A Fere 7550.23 (7 73) II-3
Ol&CHAnot SEnl AL PevemeEn 017 rois Acsucy uss SNP , i
~~97. Dottripteen of latake see Dessnarge l~~
~~For enn os one peremetees hitee neew, ente in ene eneroeeiste no= ine vaeve or coes setter enswer emies for.tsee instructionst~~
.m.i. ..m. ..e o . .ne si ,eeuw.e .mun vo, a , oe in. sosio.ia, os....... ie in., . . canme ea ei.m isi in .se,iio .. ., in. . m, sinc. onenois, oie ene greene, i emmonia, even.se, mumeaun. arsenic, eerymum, caem#vm. enrom=m. coeser, sees, mercury, nicum, mieniu '
~~and sniorene ten eums. Influent Ef!Ivent m 1- i - i f 4~~
~~>33 11 b !~~
J E 55 3 Parameter and Code 217s 3 k $$<? f ! 3 ! ? 3 "'* l E I.i
~~j g9 $~~
Iis fsi"4 b e a j1 }8:14ufh3 5 5 1805 h4 ca li i< a Y sif (4) (5) (6) (7) (8) (1) (2) (3) Flow * ; MCD 0.008* 0.008* 50050 l plI units 7.3 , 00400 ,
~~. Temperature (winter) 38 p~~
~~74028 Temperature (summer) ; 84~~
*r. l 74027 36ochemicalOiysen Demand (800 54ay) mg/l 1.4 00310 Chemical Onysen Demand (COD) mg/l 00340 Tot 4 Suspended (nonidterabis) hus 66 mg/l 00530 Specific Conductance muromhodem at 25' C 779 l
~~l 00095 l Sett1 sable Matter (rendue) mut < 0.1 . 00545~~
~~'Other discharges shastag intake flow (nortel numbers)4sse lastructions) l~~
~~Estimated N'0 E PA For= 7550-n (7.n)~~
017 SNP con accecv use t .. ..... .. .. c ,....c.e..s.ies caecu ine nos seuse eacn constituent wneca es peesent in ene ernuent temenesee waters. Ynis setermination is to be neees er mest estimate.tsee eastructions
~~~ - a Psuneter 216 g~~
g, I'Q'" { n. Copper Color 01042 000g0 - tron ! Ammonia 01045 00610 Orgsmc mtrosen Lead 01051 00605 M agnesium Nitsate 00927 00620 Manganew Nitrite 01055 00615 Mercury Phosphorus 71900 00665 Molybdenum Sulfate 00945 01062 Nickel Sulfde 01067 00745 Sulfite Setenem 00740 01147 l Silver Bromde 01077 71870 i Potassium Chloride 00937 00940 Cyande Sodium 00720 00929 Fluoride halbum 00951 01059 l Titanium ! Aluminum 01152 01105 Antimony Tin 01097 01102 Zinc Arunic 01092 l 01002 Bery111um Algicides' 74051 01012 f Chlorinated organic compounds' Barium 74052 01007 FesticWes* Boron 74053 01022 Od and greass j Cadstum 01027 00550 Phenols Calcium 00916 32730 i Cobalt Surfactants i 01037 38260 Chromium Chlorine 01034 50060 Radioectivity' l FecalcoWorm bacteris i 74055 74050 ! l
*Specdy substances, compounds and/or elements e item 26.
l Pesticides (inscucides, fungicides, and rodenticidest must be reported in terms of the acceptable common l names specitord in Acceptable Common Nemer and Ch emtcalnames for tite Ingreatnent Statement on '
/esteate Es6els. 2nd Edinon. Environmental Protection Apeney, Weihington. D.C. 20250 June 1972, as required by Subwcuan 162.7(b) of the Regulations for the Enforcement of the FederellamcucWe, Funsicade,and Rodenticade Act.
1
~~* 'T 115 D.*~~
~~EPA Fem 7530 . 23 (7 - 73) Mo y ,j a~~
~~Ot$ CHARGE SERF AL NUMSE A ron Accacy usE l 017 r SNP e e~~
~~'sefe' ..~~
s. J-**** u eweruMJ.* vt taee t additives tsee instruction 4 Compaete stems 20 25 af there is a snormas discharge g (e.g., assnotated with a steam and/or power generation plant. steet mell, petroleum refinery. or any otner manufacturing process) and the total dracherire flow is 10 m6tison gallons per day of more. (see instructions)

20. Thermal Discharge Source Caecia 220 the appropriate stemts) and6 cat 6pg the source of tne discnarge. (see inst ructions)
Solter Slowdowa O stsO soster Cnemical Cleansas O oCCi. i Ash Pond Overnow OA*07 Sotter Water Treatment -Evapora- DE**o ter Sto*down Oli or Coal F6ted Piants - Effluent COCF:' from Air Pollution Control Devices Condense Coos teg water OCONO Cooting Tower 86owdown OCT90 Manufatturing Process OMFPa OOTHa Oth.e
~~21. Discharge / Receiving Water Temper =~~
sture Defference Give the mastmum temperature dif ference netween the assenarge and receiving waters for summer and wanter operating conditions. (see anstructions) op, 221D 'F. A Winter D
~~22. 04scharge Temperature. Rate of x~~
Change Por How, 222 'F./ hour Give the masimum possible rate of x tornoorature change per hour of distnarge under operating con- c'R ditions (see instructtons) g
22. Water Temperature. Percentile Nv Report (F requengt of Occurreneel in ine tao.e .e.ow. enie, toe temperature wn+cn es escoeded 10% (
~~9 of the voor. 5% of tne year.1% of the year and not at all(man 6 mum a~~
~~' h yearly temperature 3. (see 6nstructions) 10% S% 1% MamImum Frequency of occurrence F #~~
a antake Water Temperature 223e (Suspect to naturae cnanges) 'F 'F 'F 'F E D6scherge Water Temperature 2228 224 foot /tec.
24. Water intame venecaty (see instructionst

25. Rotent6en Time Give the tengen of 228 ainutes time. en minutes, from start of water terneerature rise to discnarge of coastng water. (see instructions)
~~H-8 EPA Fee 7$50 23 (7.73) l~~
e FORM AVVNut v.o OAfB No.153-MJ#00 DISCHARGE SERI AL. NUMetm pe= Acency usE 017 ShT 97, tcent'd.1 Emment lanuent m

I T I l3 h )3$ >g54 0 1 Farameter and Code 2
~~I I t i <f V !*?L, !??E I- 2- E 3r7q~~
** M J DWo. 2 e. ~J c 2 wc< zowc w< z<
(4) (5) (6) (7) (8) (D (2) (3) l e se. piant c.nimis eneo isenevou ate NA lowing plant tontrols are evallette for inas distnam. Alternate power source for major Q APS pumping f acility. O Aia - o,en.er - ,.e-edu,e,- o Ai.m 0 oown or usemeni vaisure g ! corn eie . tem i, , disena,ge .s from Coceing and/or steam water generation and water treatment addithes are used.
~~19. Water Treatment Additives ifthe discnarge as treated witn any cor>~~
~~ditioner,inneDator, or algicles, answer the fossow6ng: 31 None~~
~~& Name of Mat-lal(s) b Name and addrges of mante facturer 31Se l~~
~~c. Quantity isevnes added oar ates mienton ese# ens of water treated).~~
I l l EPA Fore 7558 -23 (7 .73)
FORM AYrhus au , OMB No. IJS-R0100 OBSCHARGE SERI AL, NUMSE R I POR AGENCY USE 017 SNP
~~34. AC$llenalinfeemetMa i I~~
~~informatten 336 Item e 217a Intake water consists of raw river water.~~
~~I i~~
~~e l 1 i~~
)
~~1 i I ( f i~~
?
i I l 4 , h l a i l l i l l 8PA F== 7sse-23 (7-n) U-9
otSCHAftGE Stil AL NUMOCo 018 SNP FOft ACENCY USE 64unecipaa Storm Water Transeert ' System O STS , won oneecuen Owt' 6 oina DoTH . If *0thov' 6s checked. specify Sete G. otscharge Peint =. Lat/Leng Cave the precise tocation of sne poent of einnarse io in. nearesi =cene. l teatue. Sees .}.i.oso is. Min .QQ Sec Longeiu e asse 85 oga 0 5 ,,, 24 .ac l
p. oss.na,se neu .ng watu Navne aer*
Name tne waie,wa, anne point et eiscnarge.tsee instructionsi Intare Forebav r i For Agency Use For Ageacy Use if Ine eastnarge is tnrough an out* aAsior wenori Suo 303e , ten that entenes newone tne snore. tore 3,7, Nne or is cetow the mean low water line. comp #ete stem 8. S. Offshore Dessmarge resa NA ,,,,
e. oinnuge o.siance from Snere j es asunu,e oe in seiew wate' NA [
~~i Surface 2See feet~~
9. olunarse Type and Ossurrence

s. Type of Distnerse Checu wnether ene e.senarge es con- 3ege O tcean continuove tenuous or 6atermettent.
~~cue .nstrucuans: IDonosniumattent Dependent upon rainfall~~
~~e. oinnu ,e o.curr.re.e osyson '~~
ween cnie, tne s.e, age nom. see. _ eyeperwomi Unknown ter of ears per ween seurin, % . pertoes of siscnarget tnis e6s. cnerge occurs. i
~~s. oenne,te o. cur,en.. -wonin, NA ;~~
ti thes essenerge norma 86v *09e OJAN OFes Q uali O AFn b ' eserates (estner interme ttently, ' ' et continuous #y) on toss snan DMAY DJuN OJut QAva a year aroune cases tenclueeng snuteowns for routine mainte- OSEP O OCT ONov Doac k noncel. check sne monens eur- i eng the year wnen the eescnarse ' is oporating. (see enstructionst sQ Comosete items to ane il 6f "later. 9 l mittent"is chechee en stem e.a. Otherwise, proceed to stem 12.
~~30. satermettent Desenarse Quantity .~~
~~State tne everage voeume per eas. Ste gemens per etcherge occurrense. Unknown energe occurrence en enousenes of SoNene. I I 19. Intermsttent Desensage oureteen one Frequency~~
~~a. Intermettent 06ssnarse purettes por Oey State one a.orage 3tte W per day UnkDOWn numeer of nours per eay sne esecharge es oporating.~~
~~e, snaarmettent Deschute . Proguency State tne a orage 3tte Jonasserge~~
per esy Unknown nummer et eeunargo occut-sences per day euring eeys when eessnargene.

13. Meestnum Flow pertee Cave the time persos in on.cn ene measmum 312 Frens b to M e flew of ines erscnarge occure, essenen mentet EPA Forn7550.23 (7.73) g
s . r um a r e ru . . . n OnfU No.152-l&J100 FOR4CENCYUSE STANDARD FORM C-MANUFACTURING AND COMMERCIAL . I SECTIONH. BASIC DISCHARGE DESCRIPTION l r l cornostee tMs umon ear .u e.unar,e inecai.e in Section s. item e. taan a to ove ne weiers Tais incivees oisenatees to mun riosi www i systems in anna the wastewaier eoes not so enrougn a treatment woresoEsenseTiONs stranaTE pr.or to Doingoreisenatete Eaca oiscNance to surfate anEwaters. Oesca.l ne eeur.tre e nore en.re .r. e.in e.nen r.u io survue =mes eram in.s suiiity.N TNE S4ME raciuTv. ai...iues vor an e.. i.n. ..un.ree snouie se toore. mEauinEo EvEN ir SEvEmai. oiscNanoEs Onec: MATE untaie,. or ine sw. .. pr...ous monlas ef .oe,.t.on. if sn.s is , eroeos . cnar,s. e.iues snovie e.eiect o.si on,.neer.n, estimai. ! ADDITIONAL INSTRUCTIONS FOR SELECTED ITEMS APPCAR IN SEPARATE INSTRUCTION SOCK [ TO SOOKLET BEFORE FILLING OUT TNESE STEMS. i P
~~. oenna, seria No. .no Name 018 oinna,,e ser.ai N.. sete .~~
~~(see instruct.ons) sete Construction Runoff f~~
~~n. o unarie Name Give n.mo of e senerge,if any.~~
~~(see instructions) I~~
~~c. Previous Olssnatte Senal No.~~
If prev 6ous perm.t aposication g t was enase for this o.senarge (see Sole f item 4. Section 1). prov.e4 prevk ; cus elecnarge serial numDec. DescnarTe Operating Dates h 2. 4 Descharge Gegen Date iftne 9 eenn r,e eeur.oes meio. is ia NA l l operation. eive tne oat. (w.tnan 302a f test eettmeiel the e scnerge YR MO t be98n= i
n. oin na ,i. se,in o.ie ifine eiun.r,. nas n..., occure.e ***
~~2c = 80 04 j a pionn.e vor some suivre e.is. yR MO e tne e.ie (w.inen o.st .sia m.i.i in. eiun.,,e w.ii ee n.~~
~~c. couner,e is Ena o.ie if es.~~
enar,o a uneewies io se . won. tanued witnin ene no t S years. 202e 82 08 , l give tne este (w.tn.n nest esti- YR MO * , I mete) tne 46xn.rge wiis one.
~~3. Engineereng meeert Avaisatse Checa et an one.neer.no report is ;~~
~~evelt.oie to reviewing agency upon request toes instruct,ons: 20 3 9 Environmental Statement P~~
4. E sanarse Locauen Name the Agency u_se p..Itnc.I counear.es w.tn.n wn.cn ti-a point or e6senarse to locates.
Tennessee ' , ,o l State tu. l Hamilton ,, 244e 20ef (tf speiteeniel City se Town . . . 5
5. Desenerse point conce6etten i Osscnarse es ento (cnoca onet-lsee letstruCtlensl Stream (inctueen estenes, erroyos.
one einer intermittent watescoursest 20ee OTR i Lesie CLME 9 Oseen DOCE .
Municipes sanitary wasteweter Trenseert System QMTS Munecleos Comeined Sanitery one ' Storm Transooet system QMc$ yy, ,,,gg,, ,,,,,g,,y p,g,,, E9A form 1530-23 (1.7J)
l DeScHAIOE SEII AL NUMeE2 018 gyp ron Acce.cv use i
~~. l o~~
~~i s. w.. . A .. .~~
~~' *'~' Construction runof f will be handled by . *s.Iin.~~
~~o wU.$".'iI.n.ni~~
. aise meer.iwe, ',',",,'7",',",U,*,,",,'"','",,"* best engineering practices (riprap, burlap.. hay _ l imen.c o.a.: bales, and check dams) to control seditment, f
I I ise POTHER gg, , g3) , w . An. . no c. . til , unsne in. coces ust e 6n T s. (e) . es or an. Instruction soomi e. (4) . (S) . eeurie. en. ..it. .o.t m.at (t) proc ne s for this eiscners. in p) . (e) . . tne oreer an wnica iney occur if poosh (10) . (11) . (12) . (13) . (14) . (15) . (le) . (17) . (18) . , (19) . (30) . (21) . ; (38) . (23) . (24) . l tas) . l l f l ( PA 7- 7sse-n u.n)
l 018 m......... j SNP FOR AGENCY USE l l 1 9 3. Ateevely Oesseist6en Cl.e e Precipitation runoff associated with areas nareauve aesceletion et activity 2834 e.oeucaiv inin esenoege 4see under construction. Annual average precipitation : i insieucuenti is 57 inches on an estimated 5-acre construction area. The runoff ef ficient of 1.0 is assumed. 14 Att6way Causing Desensete For each SIC Come wnsen descreses the activety causing this sistnerge, 99998F Ine type and mastmum amount of eithee the few material consumes (item 14a) se gne product peceucea (Item Iat) in ene units speciftee in Iante i of the instruC= tion Socklet. For SBC Codes not tested in 7 ante 1. use raw material or proeuction units norrnally used for measuring productlen.(see instructlens)
~~a. maw Materlato Unit Snares oisenar,es womimum (Serial Numoetj NA Cr: Amount / Cay (See TaoleI)~~
SIC Cose (S) (21 (3) tal 314e (1) D. Preemets Unit Snerse Destnarges Masamum Arnount/ Day (See Taese il (Serial Nurneer) SIC Case Name ui <as esi an.' m (33 None 4911 Eleceric Pni.rer 1 titi? 7_7 i E PA Pere 75S0 21(T.T3) II3
e e DISCHARGE SERI AL. NUMSE R 018 l rom notNcv ust SNP
~~17. Dessetetsen of Intano and 06senaree For each of the parameters letted osow, enter in the appropriate ton the value or cose letter answer cetted for.(see 6nstructions)~~
In addition. enter the parameter name and code and a#4 reewared values for any of the festowtag parameters if they were tBethed en stem ammon.a. c yanwe. asumanum, arsenec. mervuiven, cadmaum, eneom6um, cooper seed, mercury, necmee, seieneum. sinc. phenoas.
~~ois one l and casorsne (reswwass.~~
~~Infhsent~~
~~. Effluent m~~
~~5 .- 1 -~~
~~. 3, I-I a~~
~~Yi e- - a* g IE,g >3dE~~
~~I >35 3 h Paramcter and Code 3~~
"c yi<g f w !? f .g ;y 5 217e ! ?lE3 "y ! !I]11y li 1 !!e 244 :
a -l 8 :i5 4 38a5 i4 ci i< a sii sit k (4) (5) (6) On (8) (1) (2) (3) riow' l
^"
ir 5 MCD 0.021*
~~,cm;;, 50050 pil Units 00400 I~~
~~{ 7emperature (w mtcr) l r ,, 74028 Temperature (summer)~~
*F 74027 Biochemwal Osygen Demand (BOD 54ay) mg/l 00310 Chemwal Osygen Demand (COD) mg/l 00340 Total Suspended (nonidterable)
~~Souds mg/l 00530 l Specirw Conductave ! micromho6m at Y C 00095 l Settleable Matter (rendue) ml/l 00545~~
~~'Other discharges shanns intake flow (serial numbers)lses instructions)~~
~~Estimated e ea p.,n,7s50 22 p-72)~~
H4
m . 018 ' Fon acency use SNP i s. w..ie .ie, en ..ei ..ues ceum one non neues enn eensitivent waeen se prenne in ene ernuent (awas,es weew). 7 mis seiwmiaeuen is to me er meet estimate.tsee easirveueas: Fwameter Parameter 216 216 a. Copper Color 01042 00080 X tron Ammonia 01045 00610 Lead Organic nitropn 0105l 00605 Magnesium Nitrate 00927 00620 Manpnene Nitrite 01055 00615 Mercury Phosphorus 71900 00665 Molybdenum sulfate 01062 00945 i Nickel Sulfade 01067 00745 Selenium ; Sulfite 01147 00740 , Silver ' firomide 01077 71870 Potainium Chloride 00937 00940 Sodium Cyannte 00929 00720 ; Thaihum Fluoride 01059 00951 ' Titanium Aluminum 01152 01105 Antimony Tin 01102 C1097 l Zinc Arwnic 01092 01002 i Algicides
Beryt!Jum 74051 01012 Chlorinated orgnaic compounds

Swium 74052 01007 !
resticides' Boron 74053 01022 Od and greass Cadmium 00550 01027 Phenols Calcium 32730 00916 Surfactaat Cobalt 38260 01037 Chlonne Chromium 50060 01034 Radioectavtry' Fecalcohform bactens 74050 74055 I
*Specify substances, compounds and/or elements in item 26. '
Festicides(inscticules, fungicides, and rodenticulest must be reported in terms of the acceptable common names specified m Acceproble Common Names and Chemical Names for the inredsent Statement on Festaente La6ets. 2nd Edition. Environmental Protection Apocy.Wastunston. D.C. 20250. Jurw 1972, as required by Subsection 162.7(bl of the Regulations for the Enforcement of the Federaliancticide. Fungicide,and Rodenacide Act. 11 5 EPA Fem 15 58 - 22 (7 . 73) I
OsSCHARCE Stat As NWSCA Poa AcenCv uta l 018 . _ _ _ . e SNP e
~~s. .% ra w s.s,t.+..eesnee~~
~~' sect' . .~~
eed teves (see insteuctionse. i Conseete stems 70-2S 18 there is a thermas elecnarge (e.e-, associated witm a steam and/oe powee genersteen NA paant, stee6 me. petroseuen retenery. oe any einer manufacturing proceses one the totas esecnerse flow as to melleen gettont per say et more. (ese instructions) age ;
30. Thermes Desenarge seures Cnech one appropreste stemtsi inescating the source of tne discharge. (nea 6nstructionst BoaseDeowoown Q 84.50 poner Ceemical Cleanteg C DCCt. i OAPCF Aan Pone Overflow so neer wates Treatment -Eveoore.
CEP90 toe usowdown COCFP Ole or Coal Pered Plants - E f nvent from A6e Postution Control Leev6ces Condense Coossne watee OCONO Coasing Tower sloweown QCT90 OMPPR N Manufacturingprocess
~~COTHR '%~~
Other al. Dessnaree/neceiv6ns water Tempet. ature Difference s Give the massmum ternperature 'C elf feeence Detween the discharge and receiv6ng waters fot summee . 3 and winter ooerating cone 6tions. (see 6nstruct6enst Salt *F. winter
23. Descharge Temperature. Rate of 'F./ neur Casage Per teout 333 Cave tne manomum possette rate of temperature change per hous of e6scherge under operat6ne corp ellions. (see ImtruCelone)

33. weter Temperature.Peteentsee Report (P reguency of Oseucroneel in the tatse mesew, enter tne temoetsture wn6cm is onceseed 80%
of sne year. 5% of tne year. 8% of the year and not at all(man 6 mum yearty tempeesturel. (see 6nstructionsi tog sg 3% I naamsmum Preevency of occurrence 6 Intenewater temperature 3330 . (Sue 6ect to naturat snanges 'F ** 'F 'r , asse D. Descnares water Tomooreture ! 334 feetAsc. l 26, watee entame veseesty (ese lastructionel I
~~39. metention T6me Give the teneta of ass unutes i I~~
time. 6n minutes. from start of watet tempoveture ette to elesnarge of coessne water. (see instructione: H8 f PA Forw F350 33 (7 73)
FORM Al*tWUs V.U OMB No. ISS Nulu0 OISCHAmot SERI AL. PeuMete 018 ron Ace =Cv use SNP tr. (Cent's.) Influent I E(!!uent
=
~~Ji k~~
~
~~l II~~
^
~~T j~~
> 36 f kb >3$5 $ E Paremeter and Code l E U iI E m !1? I. 7* 5 3r7q .E * ] )E I E f5#
~~esa op.~~
~~.I I s~~
~~32a. a m o x i {ne wo< N~~
~~!:.h f.~~
~~zown n .E. I ta w<~~
~~.a e z< a (4) (5) (6) (7) (8)~~
~~(l) (2) O) [ I sie~~
~~18. Plant Centmas Checkiftne fee-sowing plant contross are avestesse M for enes discnarge.~~
~~)b i Attornate power source for mater O APS O I pumping f aculty.~~
D A..,en ., -y ,,oc.eur. f.e aAw g , power or equipment f aeure Comp 6ete item 191f discharge is from coesing one/or steam weter generation and water treatment seelleves are esse.
~~19. Water Treatment Additives if the a:acnarse to treetoe with any con.~~
~~ettiener, ensue 6 or, or algecies, answer tne fossowtag atse None a **ame of Meteriests) e6 teams and meeress of menu. tecturer asse I~~
~~e. Quantity toevnes asese per 319e mele6en gossens of water treetes).~~
i 1 Il7 EPA Pere FSM-23 (173) l
FCMM AVrhus eu OntB No. ISS-80100 OtSCHARGE SERI AL NUMBER 018 SNP l
~~... A. ... ........ .n I informetlen ,~~
~~334 Item i e i h 6 I f l t i t I r i l I 6 ve;m~~
^'
~~em.-g w e ',' x -~~
~~-W avs r-nse.n u n) 11- 9~~
~~DISCHARGE SERI AI., NUMSE R 019~~
~~FOR ACENCY USE~~
~~' l Municipal Storm Water Transport~~
QSTS l I System 6 Wees (Iniection) QWEL b ouier BOTw

Yard drainage pond it *.isier* 6e checheis, spec fy '2ese
~~e. Osuhar,. Point - i.auteng ci e NA the precise iocanon ne tne so.nt of Giuharge to the nearest accone.~~
~~Oto min =ac Lanivee 2eee DEG MIN *EC Longitude 204s~~
7. Otscharge neceteen, water Name Name the waterway at tne po.nt Jefa NA l s of elecharge.tsee anstrucwonal For Agency Use l For Agen y use g
i g, 88 the eischarge is (neough an out. g 207. 207s feel that ester *es Devono tne snore- * , j une or is meiow the mean low _ , , i /) water line, compiete stem 8. I
s. Offsnore Ossenerge 2004 NA ,ee,

a. 04scharge Destance frene Sners

n. Discharge Depth sofsw Water g teet Surface 208e J

9. Dissharge Type ane Ossurrence i

e. Type of Oessna se Cneck N whether the eascnarge is con- 2ege O(coat continu ve tinuous or intermittent. O (int) sneermittent (see lastructionsi I

m. Osuha,,e Occurrence O.vs per 2_ de ,e ,,, ,e,e A ,
ween Enter sne average num. se,, j eer of ear, per we.u ieuring r perioesofe m hat,e>th.sdis. charge Occurs. s NA
s. Descharge Oc.urrenu -Montne r if this alsCharge normally 209e CJAN C FES QMAn O A*R h eperates (etther intermettently, QMAY QJUN QJUL QAUG k or continuouslyg on iess than e v.ar aroune eas.s i.aci .ng Osp Cocv DNOV COEtc 9 i snuiaowni for rouun. ma.nte. l nonce), cneck tne montne eur.
las the year wnen ime esscnarge l l ts operating. (see instructionsi Complete items 10 and 11 if **later. mattent"is enecmee 6n stem g.a. Otherwise, procees to stem 12. i se. State int.-meni O.una,ge ou*"". Sie O.2 ^^ geesesus per elecherge occurrence, j the average voeume per see f charge occurrence 6e spoveenes of gossene. l St. Intermittent Oisenarge Ourettee t i sne Frequency
e. Intermatsent Oiunarge Oureties g1 Per Oey State the average 2fto W per esy numeer of nours per day tite elecharge le operaunt .

3. latermettent cessnarge assherge _ _ : per Gay Freemency State the average 28le numeer er eeunarge occut-fences per Gay euring etys when Giechergeng.
vs. Manimuni new peries c .'m**um ume eeries in wn.cn ine mes 2:2 Fre = Jan . Jan l ' n.w . in,s G n.,0. .a. -es -ta EPA Feren 7550.23 (7.73) g
~~e l~~
l 06t3 Ns. Iss - h uteou l l FOR AGENCY USE l t STANDARD FORM C -MANUFACTURING AND COMMERCIAL t e SECTIONIL BASIC DISCHARGE DESCRIFTION ! n s,80 1 sew.,eg. ; I ld weHe must e Corngoes. tais section for ..cn deun. nee incicated in Sectlen I. Item e, tn.t is to surface wel.rs. Tais enclud. ; systems in wnica fri. wastewater does not en tnrouen a treatment worms OForior EACM to bein, OtSCHAaGE disCner.e6 Amt t n c.unaree snould De e.or.- to turf
~~b. WeWretFG w ner. Ener. dr. disrb desendr88es to surf 8C. waters troert taes f aciintv. SEPAR ATE DESC RIP I~~
REQUIREO EVEN IF SCVERAL 085 CHARGES OmlOIN ATE IN THE SAME FACILITY. Ali vaives for an. sis is nouse l ntative of in. tweie. previous enentne of operassom if this is a prooosed 4 sener, .aiue s LET AS INOICATED. REFER l ADDITIONAL INSTRUCTIONS FOR SELECTED ITEMS APPEAR IN SEPARATE INSTRUCTIO l TO BOOMLET SEFORE FtLLiNO QUT THESE tTEMS.
~~s. couner,. seri e No. na N.~~
aet, 019 , i osun.,,. seri.e No. . ? i (s e instructions) ; Service Building Sump ,
~~n. osun ,,. Nani.~~
asi= Di.. name of a.xner is anv. I (se. lastruct6ons) !
~~c. er..i.us Oiunar,. seria N.. ,~~
se ere.ious rmit sooine** " 019 was enee. eor inis ..un.r,.'*is cese f item 4. Sectf on ll. Droviee pr.v6 , ous elsenerg. serial numter,
~~s. osunar,. O raun, Oun~~
~~{ , t O~~
~~e. osunem.seien it in.~~
~~Cateis 'a eurio.. ..iow D~~
~~. nar e reuen. ..tn.e.ietwitnin soze .22, 7 g ,~~
~~vR MO ;~~
~~.si .sumai i in. .istn ;~~
~~Dece* I~~
~~a. Omen., to seein Oei. u in. ,~~
~~sinner,. an'n ., occure.e out NA i is planned for sorn. futur. det 2C2D vR MO~~
~~p. in. caie sweinin ont nu.~~
~~met.: in. osun.. wies wein, i~~
~~c. Connar,. to r se One u ais.~~
~~caer,e is uneauiea io n e.uon- NA some uno.o wiinin ine n..i s ve.ri. vR uO - l~~
e. (n. a.i. tw.inin een nu. l mai.:In. anunar,. . ..no. 1 1

3. Engineerts, no..rt Ava6i ti.
~~Cnect 68 an eng.neering report is availabs. to reviewin, e ncy upon 203 g Environmental Statement e.euest. (s instructional l~~
4. osus es. Lec uen N. in. I poilucal towncaries wetnon wn.cn nn. point of eisener,. is tocated. '
3 ,se Tennessee sute Hamilton 204 County 20e# ' Daisy 20ef Rees -.. l (If espiteeteel City er Town l S. ois.narge point Desertetten Descher,. is ente (cnects ener-(see snetructions: Streem (laceuses siten s erroyos, tne etn.e entermitt.no watercours.nl 2ess OsTR 1 i t.e== OLxa l O.e.a Doct . i l Municipes sanat.tv weste=eser Tienecert Syst.en CMTS l Munacio.s Comein.e Sanitary ans l storm Tr.aseeri s,si.m OMCs ) 18mie section centelne 9 page.. E P A F.ew 1550 -13 (1. 111
vi t s r . ... -. . . . . .. . . . 019 FOft AGENCY USE SNP 9 l is. w sie an.ieme.t Oil skimming is provided by the oumo suction ,
~~' ' ' '*" n.rrouse,_~~
~~EO.*iM~.*."ieS*o'.'ie ,eni Sise Sodium practices us,es on tful eleCn.rge being sst below a constant water level.~~
.itn . .,ie n.tr.iies. (see l instructions) hypochlorite will be used to treat the sump during periods of no discharge. ;
~~f PSKINC g,,_CCLDIS , g3, _, a w..ie me.ie ean ceses~~
~~.Sise s!) ,~~
vune ine codes iisies .n raw. (S) _ . (4) , se of the instruction sooksei. (e) . eescrime ine weste .e.tement (S) . (9) . ' proces.es for this aisch.rge in (7) , tne oreer in wn6cn they occur (11) . (12) . . ) if possiese. (to) . I
~~-. (14)_ . (15) .~~
(12) (17) _ . (18) . (16) - . (20) _ . (21) i (19) . . (23) _ . (24) _ . (22) _ . f
~~. i (25) _~~
~~{ L~~
~~!f i~~
~~r i i i l i i H4 EP A Pa.= 7550.23 (7.73) i~~
~~4 Oats No. in-ava -~~
~~019 SNP FOR AGENCY USE i s. Am..i, Dew,isi n ci,e~~
~~This waste consists of the service building air ,~~
~~na,,ai..e aescrioi. n . am..iy assa conditioning water and miscellaneous building [,**,"lll,'," "" *"""* drainage, which flows into the service sump. i I l~~
94. Act6vity Cousing Olscharge For 4 each SIC Code wnncn descrenes l the activity causing this eischarge, i suppsy tne type and man 6 mum '
amount os either tne raw materias consumeo isiem is : ee ine proauct produceo intem lool in the units i specified in iaole I of tne instruc- \ tion Booklet, rcr stC Codes not iss.,J in T ante i, use raw materiet or production units normaely used hb yj tor -asu,ing .,o.u<iion.is- 9 t instrvClions) l naw maioriai. snarea oisenar,es wansmum unit NA Amountay asse iamie in ts.riai uomoe<> sic cose s: (6) til (3) (4) St ee (1) l l I i Unit shared o6stnarget
~~n. Fr.evet. Menimufn serias uumoer>~~
~~some Amountmy ise. Taoiesi i sic coes (a) ' (s)~~
~~<3)~~
~~(1)~~
~~' (2) 3146 2.442 Z-1 007, 024 4911 Electric Power I l~~
l 1 I l l l l l II-3 E PA Feem 7550 .23 (7.73) l l
~~~ ~ , )~~
~~OlScriARGE SERI AL. NUMSER 019 FOR AGErsCV USE SNP P~~
~~97. Description of latame one Dessaarge t ctions)~~
For each of the patameters sisted t>atow, enter in the appropriate span tne value or coce letter answer calles for.(see ins ru in meestion, enter ine parameter name one cose ano est reeueres vasues eor any or etne sonowane* parame ano greene. ammonia, cyan.ee, asuminum, arsenac. serynaum, caem#um, enromium, copper. ises, mercury. n6cket. seien.um, sinc ans sniorine (resarua4L Emuent Influent u Q $ . 5
~~!E b $3N 3 .k f -~~
~~3* k f U. $ <f <4I l'arameter and Code~~
~~] $ l 'g ?-w-Ew !, ? ? E, d ?= 3: T_ ,~~
~~217a~~
~~!se i!44 -~~
~~s tii e w ij i4 si t J i~~
~~$$E =5$ a x l8054 5856 CE (8)~~
(5) (6) (7) (2) (3) (41 (1) Flow' 0.011 2/7 39 G 0.0002* 0.0013 0 MCD F 50050 pil Units 00400 i Temperature (winter) { ! *F ' 74028 Tempersture (summer)
*F 74027 SiochemicalOzygen Demand (80D $<f ay) mg/l i 00310 Chemical Oxysea Demand (COD) i mg/l 00340 1 Total Suspended (nonfuterabk) '
Sohds 21 <1.0 95 2/7 39 G . mvl 00530 I Spectfic Conductance micsomhos/cm at 25* C
~~00095 l~~
~~Setikable Master (rendue) ml/l 00545 i~~
*0ther decharges abanns intake flow (serial numbers)/sse lastrisctions)
~~Estimated l~~
~~I 1 II4 EPA Poem 7350.M (7 73)~~
*
~~r osscM Asice. skiesac revuman u, o ,,,, , , , ,~~
019 SNP con accuev use Ia. we.ieweier ener cle ..ues caeca tne non nesiae each constituent wnsen is present in ene errivent toisenarse waterk This setermination is to be neees on actues aneiysis 6't helt estimate.(see instructions) Frameter ' Parameter 216 l* 216 5
~~a. a.~~
Color Copper 00080 01042 Ammonia fron 00610 01045 Organte nstrogen Lead 00605 01051 Nitrate Magnesium 00620 00927 i Nitrite Manganew 00615 01055 ( Phosphorus Mercury 00665 71900 Sulfate Molybdenum 00945 01062 Sulfde Nickel , 00745 01067 I Sulfite Selenrum I 00740 01147 Bromde Silver 71870 01077 Chloride Potassium 00940 X 00937 Cunide Sodium (,0720 00929 J Fluoride 11tallium 00951 01059 Aluminum Titamum l 01105 01152 l Antimony Tin 01097 0!!02 Arwnic Zinc 01002 01092 Beryllium Algtendes* 01012 74051 Chlorinated organic compounds
Buium 01007 74052 Boron Pesticides

01022 74053 Cadmium Od and grosse 00550 X 01027 Calcium Phenols 00916 32730 Cobalt Surfactants g 01037 38260 Chromium Chlorine 50060 X 01034 Fetal coliform bactens Radioectivity*
~~74055 74050~~
*Specify substances, compounds and/or elenunts an item 26.
Pesticides (inwetiedes, funeicules, and rodenticidest must be reported in terms of the acceptable common names specsfwd in Acceptable Common Noner and Chenucal Nemes for the Ingredent Statement on festemte Lo6els. 2nd Edition. Environmental Protecten Agency.Wastungton D.C. 20250, June 1972,as required by Subsection 162.7th) of the Regulations for the Enforcement of the Federalinsecticide. Fumpcide,and Rodeaucsde Act. 11-5 RPA Fwa 7550 . 23 (7 .73)
e o 01SCH ARGE SERT AL NUMBER FOa AoEnCv usc i 019
~~SNP e~~
~~tied~~
~~4. Chemical comonesta.m of spese * ,~~
addllives (see Instructional. i Composte items 20 25 If there is a thermas discharge (4.S. esses. lated w*tn a steam and/or power generation plant, steel mett, petroleum retenery. of any otner NA manuf acturing processi and tne total descnarge flow is 10 maisson gations per day or more. (see instructions)
29. Thermet 06senarge source Cnetis 220 the appropriate item (s) 6ndlCattree the source of tne disenarge. (see i 6nstructions) 80 ster Blowdown OsLs0 sotter Chemical Clean 6ng O sCCs.
Ash Pond Overflow i OAPO7 soller water Treatment - Evapora- CEPSD tor Slowdown Olt or Coal Fired Plants - Effluent COCFD from Air pollution Control OevlCes Coneense Coosing water OCONO Coosing Tower stowdown OCTs0 Manufacturingprocess O MPPR - Otner OCTHR
29. Olsenarge/Reseeverse water Temper-ature Otfrerence Give the mensmum ternperature difference between the discharge and recesvang waters f or summer .
~~and wanter operating conditions. (see instructions) i 8 7. winter tan M ( .~~
22. Olscharge Temperature. Mate of O F./heur Change Per Hour 222 Give the maanmum possaple rate of 9 temperature cnange per hour of discharge under operating con-ditions (see instructions) l i
Q
~~22. water Te,mperature. ofPercent 6te O u,renee, Re..r ( ree.e in tne tacle colow, enter tne temperature wn6cn le encoeced 10%~~
~~of the year. 5% of tne year.1% of tne year and not at til(maximum yeer:y ternperaturop. (see instructions) 10% S% 1% Mastmum Frequency of occurrence OF op op OF~~
a. Intesse water Temperature 222e (Sum 6ect to natural enanges) ** ** 'F 'P E Olscharge water Temperature 222e 224 foot /sec.

24. water intaea Votecity (see instructions l 228 minutes

29. Retentlen Time Give the longen of - "
time,6n minutes, from start of water temperature rise to discharge , of cooting water. (see instructions) i l l l D-S EPA Fora F350.23 (7.733 l l l
a . FONM At rrtus eu CNB No.'155 R0100 OfSCNARGE SERI AL NUMBER Poa nocuCv usE l 019 SNP
~~n. Cent d.:~~
~~l i Emuent I Influent m J I 3 IE~~
~~$v I 1 ;~~
~~f3 E Y $3$ $ 3Nk Y E Parameter and Code 5 til : ! " ? !s , !??S fe 2; # ing~~
~~$55 aio k~~
~~E5j 25. ko IIbi! zowc<~~
~~$$h$~~
zowc II w< il z< f w (5) (6) (7) (8) (2) (3) (4) (1) 6.5 5.0 19 2/7 39 G 011 and Grease, mg/1, 00550 Chlorine, mg/1, 50060 0.1 t
~~Estimated t~~
e
10. Plant Centmes Cnects If the foe- att sowing plant controls are avsatable i for this discharge. !
Alternate power source for major C APS pumping f ac684ty. Alarm or emergency procedure for EALM h power or equipment f atture Q g D Complete item to if discharge is teom cooling and/or steam water ' generation and water treatment addit 6ves are used. I
~~19. Water Treatment Additives If the discharge is treated witn any con-estioner, inhatpator, or algicide, j~~
~~answer tne fossowsng- Sodium hypochlorite Name f waioriaio sie. l D. Name and address of nun~~
~~TVA facturer 3190 Sequoyah Nuclear Plant l~~
~~c. ovanuiy c.ounds ade.d r sie.~~
6.0 meillon gestons of water treatedk 11-7 EPA Fem 1550 - 23 (7 - 73)
r wo. . .. . . OMB No.138.R0800 r pesCHAmog seme nt. NUMSEn POn AGENCY USE l 019 SNP i se. Asettleans saformatica sntormation
~~, g, !~~
~~217a Intake water for this discharge is potable water suppiled by l~~
~~, Hixson Utility District Water Company. .~~
f P k I L l i l e I U'9 ara r rsso-as a-n>
OlscNAact set l At. NUMSCR 020 SNP FOR AcENCY -.USE_ uunsetpat Storm weeu reansport
~~system Osrs ,~~
~~west (Oneoctical Owat s otner WOTH~~
~~it ottwr* is enecked, specety asse hd bkneNM ,~~
~~s. Osunarse peint - Latiteng cive NA Ine precise eocation oe tne point of einnatee to tne nearest secone.~~
~~sua _ Oco ulN eac Lainuee 30th Oto MtN SEC Longitude~~
~~7. Discharge neceiveng water Name Name the waterway at the po.nl 207a i~~
of esscnarge (see instructions) ror Agency Use ror Agency use if the etunarse is throwen an out- u ,, ,, y,,,, g g ,, 3n3, fate tnet estends beyond the snore- 207m 207e gene or is besow the mean sow w:ter tene, complete stem 8. , S. Offenere Olsenarse NA foot
~~e. Olscharge Oestance from Smere 204a~~
, as Denna,,e Desin seiew water NA ! l survac. aun feet t
9. Descharge Type ane occurrence

e. Type of C6scharge Cnects whether the desenarse es con- 209a O (con) Continuous ,
~~tinuous oe intermettent. (see instructions) D(Int) Inierenettent~~
~~b. Desenarge Occurrence Days per ween Enie, ine a.orag. nure :... .le.ye por wee. <~~
~~N ter of days per weets (during~~
~~, )~~
~~pereces of discnasge) taes de> ~J cnarge occurs.~~
~~c. O.sena,ge occurrenee -uonin, NA (P ,~~
if this discharge normally Sgge CaAN Orte Duma O Arm operates teetner enfermettentty, et cont 6nuouslyl on less inaa Cuav DauN Daut OAva 4 year around bases tescludent snutdowns fer routine mainte- Osca DocT O NOv OOsc nonce), chects the months dur-leg tne year when the gescnarge ( is osovating. (see instructions) Complete items to ano il af " inter. s mattent"is chechee en stem 9.a. Otherwise, oroceee to stem 12. Q 11 satermettent Oeumarge Quantity UnknOVn heene gessons per eascsarge occurrence, state tne average vosume ser det 210 charge occurrence en enousanes of geHene. f I I1. latermettent 04scharge Ouretten one proevency
e. Intermettent Oessnarse Ouretsen per Oey State tne average 21to neurs por Gef - Unknown numese of nours per eay tne essenarge 6s ooerating *

3. laterm6ttent Desenarse I Freguency State ene avevage 29te wencheogo oesumacee per any -
~~. Unknown fiumeer of eiumarge occur-rences ser car during eays when discharging.~~
s. . useimum riew peri.e case tne Jan Jan time period on an.cn the masamum 312 Few to flew of this discharge occuse, menes menta av.\ r== rue-ms-m y
r urm a r e ru e. .., 0h10 No.135-KJI00 STANDARD FORM C - MANUFACTURING AND COMMERCI AL SECTIONIL BASIC DISCHARGE DESCRIPTION Com seie tus sution vor ea a eisena,,e .naicavea in Section e. seens ,. enat is to sureace waters. Tnis inciuaes O.MRsf disenae,es 8tes to wenn must no mun.ciosi systemsin wheets the wastewatet Oces nrit to Innouen a treatment works ortar to being OlsCnareed to surfaCG watef t.SEPAR ATE OCS De desttebed e n*re entre are 48ses discnarees to surface waters from ines facssity. 5 REQUIRED EVEN IF SEVER AL DISCHARGES ORIGINATE IN TNE SAME P ACILITY. Air values for an esmates. stene OiMnatee should De tentative of the twelve previous montns et operateen. If ines #5 a proposed cascharge, values should reflect Dest engineering esti ADDITIONAL INSTRUCTIONS FOR SELECTED ITEMS APPEAR IN SEPARATE INSTRUCTION SOCK TO 800KLET SCFORE F6LLING OUT THESE ITEMS. oinner,e Seria. No. and Name t. 2ela 020 , . a oinna,ge Seria No. (see instructions)
~~n. oisenar,e Nam. 2et=~~
~~Diesel Generator Buildine I Oil and Grease cave name os a.icnaree. if any. Interceptor. (see instructeops)~~
~~c. pseviews osanarse Senat No.~~
~~If previous permet a008ecation 020 was enade for tnes concnarge (see 20lc ttefn a. Settlon II, provoce prevk out discharge serial number.~~
3. Destnarge Operating Dates u

s. Descharge Segan Date iftRe n U
~~discharge Gescribed below es in p 7 operation, give tne date twetnan 202a best estimatel tne discnarge YR MO h meg.a.~~
~~t. Desenarse to Segan Date af the ,~~
discharge nas'never occurred Dut NA is planned for some future cate. 202e YR MO i ske the date twetnan Dest este. mate) ene cischarge weit Dogm. F t r
~~c. Olscharge to End Cate If als.~~
~~cnarse is schecused to ce gescon. NA tinued witnan the nest S vears. 202e YR MO~~
~~the the date twetnan cost este.~~
~~mate) the anscnarge weal end.~~
3. Eng6meering Report Ava6satte Checa af an eng.neering reoort es evassaese to revieweng agency upon reeuest, tsee instructions: 282 S Environmental Statement

4. Olsenarie Location Narpe tne Agency use poist6 cal nowadaries witnen wn ch '
the point of cascnarse islocated. ! Tennessee 204d State 284. , I Hamilton ,,,, County 24 Daisy of agence.ies Ciev or Town 24 . . . . S. 04samarge Peent Desertetten Osscnarge es 6nto tenects onor (see lettructional Strearn (inclueet Ostenes, aereyes,
~~and other intermittent watersousseta 20ee CSTR t.ame OLu Ocean COCE .~~
~~saunacteas Sanitary wastewater Treaseort System QMTS Munacepal Commened Sanetary and~~
~~Storm Transooet System QndCS III TWe sectices confalns 9 pages.~~
EPA Fene 7330.23 (7 . 73)
OtSCHA%QE SEKI AL NUMSE:3 020 SNP post AGENCY L ] e is. waite Am.ieni.nt "o$ib*t$*e"*,"iteS*0ienent Neerative, This discharge is treated by sedimentation , 2ise
~~,,",'7*,',,",'*,*,,,*,",,',"',',*,"*"'~~
and skimming of oil and grease before being _ instructions) discharged to the yard drainage pond. ; ( i i t I l t asse PSEDIM g,3 , g33 ,
~~n. w..ie Ansier nt C.ees (i) ,~~
using ine codes sisted an Teere (4) (5) . (6) . it or one lastrue:6on soomiet. . eenceine one waste seatement (9) . l peacesses for this discheres in (7) . (e) . the oveer in whecn eney occur if poossete. (10) . (11) . (12) . t r (la) . (14) . (15) . . (le) . (17) . (18) . (19) . (20) . (21) . (22) . (23) . (24) . (28) . i I i l t I i a E i e EPA Par. 7550 23 (7.73)
~~%,,.o..... ..~~
020 SNP con acce.cv vSe is. Acuv.ty oes.,ieuen civ. a This discharge consists of drainage from the normal narrative concription of actively 2834 proeuciav inis eiicn <,..o** operation of diesel generators and related equipment instruct 6cns) located in the diesel generator building. r
14. Astivity Causing 04senarge F or eacn SIC Code which descrites s the activity causing Inis cascnarge. l suppey tne type and mansmum 4h i amount of entner tne raw materiet consumed (ttem 14a) er the product h produced (1 tem 140) in the units specified in Tante I of the instruc- Q tion Sooklet. For SIC Comes not 14stee in Tacte 1. use raw material h
~~or production unite normally used for measuring production.(see instructional f~~
~~a. n.w uai.ews snarea oisenar,es~~
,,,, mum unit NA Amount / Day (See TaDie i) (Serial Numoerl Name SIC Code top (El tal (2) 814e til l
i 1 l l D. produets Unit Snered Olscnarges Mamimum Amount / Day (See Taele O (Serial Numbert Name SIC Cose (4) (S) (9) G) S $4D' (1) 2.442 Z-1 007, 024 4911 Electric Power 113 e ra 7-7sso n ar.7n
e e OISCHARGE SERI AL NUMSER 020 FOR AGEPeCY USE ShT l I it. o.s.,,,iten ee insame one oisenae,e For each of tne oa.a.neters tested Delow. enter en tne approot' ate tion the value or code letter answer called for.tsee instruct ons)
~~.n. .a,s.nete,s i, tne ...e < nose. .n . tem i..~~
l . a . ..s .nte, the ..,a,neie, na.no an. co.e an. a., reouve. ea,ues .or an, o, ine .o.. , ammon.a. cyanee, asuminu.n. ariens. Dervaisum, caameum, enromeum, cooper sees, mercury, niches, wensum ainc. onenois, o.6 ana grease,
~~and chlorine tresidi:all. !~~
~~Innuent Emuent w~~
*
~~h .~~
~~5 !E h s3 3 w - b Parameter and Code 217a 3d~~
=
~~y SwwI: j !? E w g 2 ]$4-$ EECa~~
~~!?3) f3 aw -hyx $,,,~~
~~5Ei w , h= ^3 2 N aM 138.] 580c T3 CE i~~
~~$}< d i~~
~~sic a 58054 (4) (5) (6) (7) 18) (1) (2) (3) i I l Flow~~
MGD 0'00001*
l 50050 . Pil j Units ' l 00400 . Temperature (w mter) e g: 74025 Temperature (summer)
*F 74r)27 Biodemical Oxygen Demand i
(BOD 54ay) mg/l 00310 Chemical Oxygen Demand (COD) mg/l 00340 t Total Suspended (nonGterable) Souds 17 4.0 190 2/7 58 G f [3o Specific Conductance micromhoVcm at 25' C 00095 Settleable Matter (rendue) ml/l 00545
~~'Other discharges shanns intake now (senal numbers)4sse instructions) *No representative flow data.~~
i II4 E PA Fe.m 7550 .23 (7.73)
020 rosi Ace.ncy ust Sp
~~u. w..i...iu enu. ierisina enecm one non eesiae eacn consuivent wnsen is present in ene erttuent lawnares waters. Tnis determ'natsoa is to ne o er nest num t . tie instructiono E~~
~~E Parameter x sg Farameter~~
~~216 e 216 a.~~
f. Copper i Color 01042 00080 fron Ammonia 01045 00610 Lead Organic nitrogen 01051 00605 1 blagnesium Nitrate 00927 00620 Manpnese Nitrite 01035 006 5 Mercury e Phosphorus 71900 00665 , Molybdenum ' Sulfate 01062 00945 ' Nickel Sutride 01067 00745 Setensum Sulfite 01147 00740 Silver Ilromde 01077 71870 Potassium Chloride 00937 00940 Cyanute Sodium 00929 00720 Thallium Fluorule 01059 00951 Titanium Aluminum 01152 01105 ; Antimony Tin - 01102 01097 Zanc j Armnic 01092 01002 Algicides
Berytilum 74051 01012 Chlorinated organic compounds' Barium 74052 01007 Pesticides

Boron 74053 01022 Od and grease Cadmium 00550 X 01027 Phenols Calcium 32730 00916 Surfactants Cobalt 38260 X 01037 I Chlorine Chromium 50060 01034 j Radsoactavity

Fecal cohform bactena 74050 74055 i
*Speelfy substances, compounds and/or elements ut item 26.
l Festicides(insecticides, funencides, and rodenticides) must be reported in terms of the acceptable common I names specilied nn Acceptable Common Names and Chemical Names for the ingredsent Storement on ' festiente f.abels. 2nd Edition. Environmental Protection Agency, wastungton. D.C. 20250, June 1972, as required by Subsection 162.7(b) of the Regulations for the Enforcement of the Federat inacticide. Fanpcade,and Rodenacsde Act. 11 5 E P A Fee = 1550 23 (T.73)
~~,,e....<~~
a . . DISCHARGE SERF AL NUMcCR Po= AGENCY USE l 020 SNP e 2 .me.*.so es.n.e+ se tome 'tsee . . . L edditives (see instructions). _ Camsmete items 30 75 If tnere is a thermas disenarge (e.s. astrulated witn a see.nn and/or power generatto" NA plant, steet m 48, peteos eum ref 6nery, or any otner manufacturing proceen) and tne totas discharge flow as 10 mieston sanons per day or more. (see instructions) l
30. Thermas Discharge Source Checle 339 ene appropr6 ate itemts) and6catene the source of the discnarge. (see instructionst sewer siowdowa O sesO r
~~sauer Cnemicas owning O sCCt. Aan Pond Overflow CAPOF solter water Treatment - Evapora. CEPSD~~
~
tor Slowcown Oli or Coal P6 red Plants - Effluent COCFP , from Air PoHutton control Devices Condense Cooling Wator CCOND Cooetne Tower Snowdown QCTSO \
\
Manufacturing Process Q Mirpg Other COTHR D j al. Olscharge/mece6,ang water Temper. Ny 'g sture Ostforense Give the rnanimum temper ature ) . ditforence Detween tne distnerge K@ ! and receiv6ng waters f or summer ' and winter operating conditions. (see enstructions) 3336 ' F. winter
33. Dissnarge Temperature. Rate of Change Per Meur 333 'F./nour Give tne maalmum possiste rate of temperature enange per nour of discnarge unoer operating con.
~~delions (see instruct 6ons)~~
33. water Temperature. Pereentile Report (Freemeney et Ossurreneel in the taoie netow, enter ene temoorsture wnsen is enceeeed 3og I of the year. 5% of tne year.1% of tne year and not at ail (man 6 mum t yeerey temperatures. (seeinstructions) tog S% 1% Masimum Preeuency of occurrence 4 4 - ** 'F an entase water Temperature saae (Suseect to natural snangest 'F 'F 'P

t. Omenerse water Temperature asse !

34. water latese vesseety 334 foot /nes.
tese lastructions) al. Retention Time C6,e the songen of ass minutes time in m6nutes, from start of water temperature rise to dissnerve of coesing water, tseeinstrwetionel l n.s l E P A Fors= 73&t3 (7 73) I l
~~- - - - - _ - - _ - - _ _ _ - - - - - - - - - - - - - - -i~~
~~FCRM API Cats No. J.' Nut t.o% Nufoo , DISCHA AGE SERI AL NUMsg A ' 020 con accNCv use SNP~~
~~17. (Cent's.) l I~~
~~lanuent Emuent i m~~
* = . P 3 3 g 2 f~5 .
~~g 2 g . Parametet and Code .i - EE I $3o >3$E~~
~~3 h j~~
$I<g { E Es -s O 3:14 I I 8-a m. m !'E s ]}* )T 3
3
~~,M ! 3? )h2 3x E .5 C 1 ?2 42 32 7~~
E8 3 *==2 @3 'a c 28"wo< sowo 6< z< m mio , (4) (5) (6) (7) (8) (t) (2) (3) Oil and Grease, mg/1, 6.2 <5.0 17 2/7 58 G 00550 i i i i I te. Plant Centmas check if the fol. 318 NA I lowing plant contross are evenasse t for inst disenarse. ! r Asternate power source for melor O Aes i pumpane facistry. l Aserm or ernergency procedure for QALM power or equipenent f adure
~
Complete item 19 If alsenev le from coesing and/or steem wetot 'O l generation ene water treatment O easttives are used.
19. Water Treatment Additives tf the discnerge 6s treated wata any con-estioner. innesator or aiescles. '
~~ease.or tne foHowlas None~~
~~& Name of Materlet(s) IIO8 s~~
~~tw Narne one edereas of enene. fecturof Site ' i~~
~~c. Quentity (peunes seeed per atoo fnHiaon geflone of water treeteek e o~~
117 nrA r.tw rsmas a-rs) ,
FORM AVrhuaeu . OMB No. !$$ Rol00 DISCHARGE SERI AL NUMSER
~~""^****'"'I I 020 -~~
~~l SNP i~~
~~24. Adeltionet Informatwa Stem Informetlen 226 l 217a Inflow water is raw river water.~~
~~I i~~
?
t r i e t b f I h e 1 4 6 l l l ara r.- 7sso.n 17.7n U-9
essCuance sens AL puMeca 021 _ SNP rom Acc=cv use ; Municipal storm water Transport . system Osrs wesi tenent **as OwtL s gotw - ouw - hd hhap Nnd
~~to ' ether i. checkets. specify 2ese i 1~~
~~8. 04stnarge Po6nt - Lat/Leng Cive ;~~
the precise location of the poent NA I et distnarse to the nearest secone. MIN agg 200e ,_DEO I Latitude ,
-DEG MIN eEC I Longitude 264. ' i ?
~~7. Desenerge secoteeng water Name Ptame tne waterway at ene poent 207a NA !~~
et elecnarge.(see 6nstructsons) ! i For A9ency Use For Agency Use I 303. C) the distnarge is through an out- Maior MenorI Sue ; feel that eatenes Deyone tne snore- 20Fe 207e ! 16ne or is below the mean tow _ , , l water fine. compaete item 4. ! S. Offsnore 06scharge NA Staa fast !
e. Dessnarge Distanse fresse Snere

n. osumerge poeta seiew waie. NA 2083 feet :
~~Surface i~~
9. 06senarse Type ane Ocaurronee l

4. Type of Desenarge Cneca 209e whetner the discharge is con. O lsen) Continuous f
~~tinuous or latermettent. (see instructional D(int) Intermittent S' i~~
~~- Unknown '~~
t. neumarge caverence osys so, _ serese, ween ween ente, tne a, era,e num. 2ee. 3 mer of eays per ween touring Q l persees of eescherget tnes eas.
~~cnerge occurs. N) , l~~
e. o.ssn.,pe oc.w r.-e -oonins

ose OJAN Orts OMan OArm Q i lf tnis eischarge normatly s e.e,atos eiiner inierm.itentiy. '0 OMav OJuN O Jul OAuo !
et continuousivi on iew taan [ a year.around eases (enciveeng OSEP O OCT O NOV OOtc 9 I snuteowns for routsne mainte- l ( ! nonce), check sne months eur. ! eng the yw wnen une stecnerge to eserating. (see enstrucelones Complete stems to and 11 if ainter. mettent"is checmee en etem 9.a. Otherwise, procese to stem 12. !
~~14. Interm6ttent 04senerge eventity Sie r gassens per eteesterge -- _ - Unknown State one average venume ser eas.~~
~~enerse suurtence in taeusenes of. Seesene. t9. Intermittent oisenarse puestsee see receuency~~
a. Intermittens Dassnarse pusessee hews persoy - Unknown per Day state the average 21to numeer of nouri eer my ine dessnerse is eserstmo e

e. Intermettent Oiunarge eaunerse escumates por er - Unknown receveney siaio ine average 2 te naemeer er enunerge occuo=
~~fences por say surene ears weese casenargene.~~
12. toastmum Plow Persee os,e the ygg y time persee in wn cn ene manimum 212 ressa to spionet mentn new et an.s sesenerge occurs m r- nwn n-m 112
. 00tB Ns. 235 husw FOR ACENCY USE STANDARD FORM C - MANUF ACTURING AND COMMERCIAL SECTIONE. SASIC DISCHARGE DESCRIPTION
~~e. Inst is to surrace waters. ? nes encludes cisenaeeet in municipai sewersee~~
. U.unarnet t. artis must Compiese this settina for enn oisenatee enescated in section 8. ttemsystems 1% eneen tr.e waste esistine desenaste snguld os repre= nere inere are asso d.unacees to surf ace waters frorn tnes f aciiity. f be sewrebed w t mates. l REQUIRED sentative of the EVEN twelveIFprevious 3CVERAL montns Oa$ of CHANCES operation. if snsa OneGINATE is a preposee $N THE SAMEvaives discharge, P ACtLITV. Allvaluu snouse reflect ore best i ET AS INOtCATEO. REFER ADO 8TIONAL sN$7 RUCTIONS FOR SELECTED ITEMS APPEAR IN SEPARATE $NSTRUCT r 70 SCOKLET BEFORE FILLING OUT THESt. ITEMS.
~~1. 04scharge Serlat No. and Nesne 021 299. ,~~
*- [
~~a. Otsenarse Serian No.~~
(see instructions) l S dium HypochlOrite Building 5
~~e. Dianar,e N.,ne sein Cave name of eigenerge. If any.~~
(see instructions) P t Presteus D6scharge Settet No. C. If previous permit appescatsoa 021 was made for tnes casenarge tsee 298t 5 item a. Section 4). provece prev 6-eus alsCnstge sertat numget. i
3. 04scharge Opersting Dates

a. 04scharge eegan Date iftne eiunar,eaeur.neoeeio is."en NA operat6on give tne este (witn 202e VR MO t test estimate) Ene esscnarge DeGen.
u : 0 Denna,ge t. seg.a Cate et tne eisaar,e nu'n.ver occure.a out 80 05 g P la planned for sorrie future cate. 202s j YR MO give tne date (within test este- O mete) the distnarge weit oogen. I C. 04scharge to Ene Cate if eis, NA I enar,is unedui e to no seuen. ! tinued within tne nest 5 years, 202s ; YR MO
~~give tne date (witn6n best est6- r mete) tne alscharge west end.~~
~~I i j~~
3. Engineettag Report Ava6 tad 6e eneca if an ene.neering reeert is oveitanie to reviewing agency upon ,
request. (see instructions) 243 m Environmental Statement 1 I Olscharge Location Narne the peeltical soundaries weinen wnicn the point of discnarge is iocates. ',y, Tennessee
~~,,,,, su.~~
Hamilton ,,, Ceenty sue ; Daisy tw sepeace ne) City , Towei awe i
s. Denner, meant Oueneisen l OiuAarge is inte teneca enen (we lastructionsi Stream tincludes datchet. atreyes, ene etner latermettent watercourses 8 209a CSTR Lasse OLME Ocean COCE .
Municipat SanitarYWasteureter Transeert system DMTS Mun.ci cemeinee saniter, an. Seerm ieenseert sysi.m Ques TWs socilan confelna 9 pedes. EPA Fene 1350.23 (7 73)
021 I FCQ ACENCY U$C 5Nr i o
-L
16. waste Amatement No treatment for routine discharges e

a. waste Amatement Peasteces 21Se Narratives !
Descrete tne waste anatoment orattices usee on tnis elocnargo I with a telet narrathe. (see t Instructionst 6 l i I l t r (2) __ -. (3) .
~~,2988 (1) . ;~~
k waste Anatoment Ceees t using the codesinsted en Tanse i (s) . (6) . i is or sne instruction soomiet. (4) .
~~oescrime tne waste amatement (s) _ . (9) .~~
l processes for this discnerge in (7) . the creer en wnsen tney occur (11) . (12) _ . If poss6mie. (3 0) _ . r
~~- . (14) . (15) .~~
(13) , 1 (17) , (1st . (to) . 7 (20) . (21) . (19) . (23) . (24) . (22)_ . I (25) l t i i [ I i
?
l I i t P l l t i I i i H-4 EP A Fenn7550.23 (7.73)
k 021 ony y ,,,g_ ,,,,, ShT ' FOR AGENCY USC
13. Atu.ty oe.rien.n ci.e a This discharge consists of building floor- drgh-na.can.e de Cr.ouon of Mu.ii, aise pf oduC6neg thel ditCharge.(lee lastruCitonti i
f
~~14. Activity causing Discharge For each SIC Code wniCh describes the Mtivity Cauling thil GalCharge.~~
supply the type and mamemurn amount 00 either the raw materlaf Consumed (Item leal er trie prod'JCl produtad (Item 14D) In the urHit Specified 6n T aDie i of tb4 InstruC= tion Booklet. For SIC Codes not listed in T aDie 8. Use raw material or produCtton un6ts normally used , for measuring produttlen.(see lettructions) , 4 na. maioria shared Distneree. wassmum unit NA Amount / Day (see TaDie n (Seriet Numeets , Name Sic Code (B) (2) (3) fa) Slee (1) t Shered Oescharges
~~e. Dr.dusi. Maulanum Unit Amount / Day (See Taose :) (Serial Number) 70 - ;~~
~~SIC code (*) ($1 (ID (3)~~
~~$$46 (1) 007,024 4911 Electric Power 2.4&? 71 I~~
~~I i t I II3 e ea r nso.n (r.nl~~
~~. e 04SCHARGE SERT AL.NUMSER 021 rosi Aase.cv uss SNP e~~
ty. Dessetytsee of fatese one Dessnetee For sects of the paraeneters 16stes thesow, enter in tne oppf00,6ste tuon the value or cose letter entwer celles for.(toe instructions) en easition, ente one ememeter name one cose end at reaviree venuee toe any of tne sosiow6ne paterneters et 'tney were I
' emmon . cyen.de, eiununum, essenic, nerytsium, caemium, encomium, coooer. sees, enercurv. necna, sceneum, sinc. onenvas, s ens entorine tresseums. 1 EITluent Influent w
~~a== $ * $ . 38 , k g b~~
!E 33 5? - it T Parameter and Code 217a ] d U ii .k $ ]L 3 E* f .5 !!i age $5j 23.
i o j}8 x 5 w!!! l!]Ei o< x8ao Ii w< ii z< I a (4) (5) (6) (7) (8) (1) (2) l (3) j Flow' l MCD Unknown Unknown 50050 l PH , units 6.5 00400 [ Temperature (wtnter)
*F .
~~74028 Temperaturc (summer)~~
*F 74027 BiochemicalO ysen Demand (BOD 54ay) mg/l 00310 i Chemical Oxygen Demand (COD) mg/l 00340 Tot 4 Suspended (noemterabk) i Sobos <1 mg/l 00530 Spectfic Conductance micromhos/cm at 25* C 40.1 t 00095 Settkable Matter (residue) mill 00345 'Other discharges dianas intake flow (serial number: Mass insensedons)
II6 E PA F== 7550-23 (7 73)
DesCHAIot SE sm.mume=M m ,, , , _ _,,,, 021 SNP eosi actscv use as. wasiewater enuseiwistus Checia tne them Desace each conststuent wnoch la present in the effluent Isiscneres wateri. This setermsnation is to te meses on actvai analysts ertese es 6 mete tseeinstructsonst e I Fwameter Perameter 3 216 2t6 a. e Color Copper 00080 01042 Ammanu iton 00610 01045 Orgamc mirogen Lead 00605 01051 Nitrate Maanesium 00d27 X 00620 Nitrite Manganese 006I5 01055 Phosphorus Mercury 00665 7190(5 Sulfate Molybdenum 00945 01062 Sulfde Nickel 01067 l 00745 Sulfite Selenium 00740 01I47 Bromde Silver 71870 01077 Chlorde Potassium 00940 X 00937 Cyanide Sodium 00929 X 00720 1 luorde Thalbum 00951 01059 Aluedsum Titanium 01105 01152 Antimony Tin 01077 01102 Armnic Zinc 01002 0I092 Beryllium Algicides' 01012 74051 ; 8wium Chlorinated organic compounds
~~01097 74052 ,~~
~~Boron Pesticides~~
01022 74053 Cadmium Od and grosse 01027 00550 X Calcium Phenols 00916 X 32730 Cobalt Surfactants 01037 38260 Chromium Chlorine '
50060 X 01034 Fecalcoliform bacteria Radioactivtty' r 76055 74050
*5pecify substances, compo6..ta and/ot elements si Item 26.
Festledes(inucticWes. funsicMes. and rodenticidest must be reported in terms of the acceptable common names specstwd in Accepte6te Common Nemer and Chemkal Nantes for the intrredsent Statement on testkafe Ls6els, 2nd Edition. Environmental Protection Ageney.Wastungton. D.C. 20250, June 1972, as recluired by Subsection 162.7(b) of the Regulations for the Enforcement of the FederalInacticde. Fungscade,and Rodenocide Act. l I ' II5 EPA Pam 7550 23 (7 73)
~~e I OtSCHARGE SERI AL NUMSER FOR AGENCY USE l I~~
~~QH P e SNP s~~
~~d. Chemicas composition of these fled s~~
addettves (see inst ructions), Compeete itemt 20 25 If there is a thermat discharge le4. asacciated w6th a steam and/or power generation NA plant, steet mast, petroseum retenery. or any otner manufacturing processi and the totas discharge flow is le maliton easions per day or more. (see instructions)
~~29. Thermes 04senerge source Cneck 229 the apprope6 ate stern (s) IndlCating the source of tne atacnarge. (see instructions) soster slowdown~~
- O s'so socier Chemical cleania, OsCCL Aan Pond Overflow OAPOF soleer Water Treatenent - Evasota- OEPeo ter Stowdown Oct or Coal F6 red Plants - Ef fluent OoCr* ,
i i from Air pollution Control Devices Condense Cooling water OCOND Cooling Tower esowdown OCTeo Manufacturing Process , O h*Fra DoTum Other ,
~~23. Olsanarge/ Receiving water Temper-ature Difference 7~~
Give the maalmum temperature dif ference between tne discharge and receiv6ng waters f or summer . and winter operating conditions. (see 6nstructions) C '
~~# F.~~
winter 3316 l (x ' 22. Dessnarge Temperature. Rate of saa 'r.pou, Cnange per went Give the enaatmum possitNo rate of temperature change per nour of , discharge under oporating con-dations. (see instructions)
~~33. Water Temperature. Percentile Report (F reguency of Occurreneut in the tees. colow, enter the temocrature wnech is escoedoes 10%~~
~~i of the year. 5% of the year.1% of I the year and not at ait (manimurn yearty temperaturel. (see 6nstructions)~~
~~10% S4 1% -~~
~~Mamomem Prequency of occurrence~~
~~'F 'F 'F 'F Intesse Water Temperature taas a.~~
~~(Suovect to naturae changest 'F I 'F 'F #F~~
~~& Desenarse water Ternperature 233e~~
~~24. Water intate veteesty 334 feetAsc.~~
~~(see anstructions)~~
~~25. metention Time Cave the length of ass winutes time, la minutes, from start of '~~
water temperature rete to discharge of coosing water. (see instructions) II 8 EPA Forw 7550-23 (7 73) 5
e . FTMC Aversus c u OMB No. R$3 hM100 DISCHARGE SERI AL NUMeER 021 con AoEmev usE ! dar i I
~~17. teent'd.:~~
~~Emuent Influent m E? 5# 2 I 2 l! s 1 S3oh $~~
>354 3 E Parametef andcode Ik $.wiE <( $ 8 IEe !]IE b 3m5 -i- 7u l Mg 3 j - E oa jl
~~{l E c35 451 5 .s v2E EM 33EM Lil w<~~
=
z< E, pa sao o a wo< sowc m (5) (6) (7) (8) (1) (2) (3) (4) Chlorine, mg/1, 50060 < 0.1* Oil and Grease, mg/1, 55* 00550 i i
~~Estimated l l~~
l
i
~~18. Plant Centests Cneck if tne fol. Ele NA ;~~
iowing piant controis are avanese. ! for tnis discnarge. Alternate power source for enator C APS pumping f aCllity. Alarm or emergency procedure for O ALaf power or sousement fassure cornosete stem 19 if discharge is from cootleg and/or steam water 3Dneration and water treatment additivet are used. I
~~19. Water Treatment Additives Oftne disenwge to treated witn any con.~~
~~ditioner, innsoitor, or aegicide, answer tne foslawing: None~~
~~& Name of Matw6at(s) 219a i~~
~~k Name and address of manu= facturer sees~~
~~c. Quantity foounds added per 319e miselon genions of water tressed).~~
11-7 EPA Feew 7550-23 (7.73)
I e u. . . . . . Ont2 Ns. IJ8-R0 800 i OISCHARGE Sgtml AL NUMSER FOR AGENCY USE 021 .I SNP , e as. Aemu'
~~s e **a -~~
Informatten 3a4 Item 217a Inflow water is treated by coagulation, settlina. filterina, and j demineralization, including degasification and final polishing, l
\
~~l l t 1 i~~
~~'l l~~
l l l I i ( k I l [ l r I 1
~~l i~~
I l l 1 IPA P.= rsse.23 (7 7M l l l
OsSCHAXE SCltt As. NuMSCQ 022 SNP FOpt AcENCY USE
~~.i haunscleas Storm water Transeert~~
~~System OSTS ,~~
West (In6ect8oni OWEL b Ot#)er DOTH . t If 'ottier' is checmed, specif y 396D
~~.. O.sc a.,e et.at - i.at ine wecse.oca.one.n.ene iw .o.nt ci.e of einnange to in. neaast secone.~~
~~a.aueuee aue N 110ea I)usn ).ESac zu. W 85,,, 0 5 ,,, 063 ,e Lucivee~~
~~3. Disena,,. nece .en; weier Nam.~~
name tne waie,wu aiine oo.nt zo'* Tennessee River of essense,e (see instructeons) For Agency use For Agency use If the etscnarge is encougn an out. ,,,,,,,,,,g,,, 3n3, feel snet estenes peyone the smote. 2079 307e lane or is below the mean low weer tone, comesete stem 4. , , , S. Offenere Orssnarse 4 04senerge Oestance frens Snore 248a feet h Olscharge Oestfi sof ew water Surface 398D feet S. Dessnarge Type and Ossurrence
~~e. Type of Descharge Check w nether ene eescnarse es con. 200s O (coni Continuove '~~
~~unuous or inie,menent. (see instrucuans: U(ino intoemment~~
~~- Dependent on rainfall~~
~~n. O,una,,e Occur .n.e Davs eer ween Ente, ine s.e,a,. nom. seg. eys set woon n.r of ears ee, we.= ieuring~~
~~,., ices of e.una, gen ue.s ois.~~
~~charge occurs.~~
e. O.sen.,ge Oc.urrence -uontns NA if inas counarge normatty 20ge CJAN CFES CMAR O Ana N eeerstes (estner enfermettentty, e J
er continuoussyl on iets enan OmAv DJun O Jui. Dauo e year aroune cases (eacius.ng shuteowns toe routine ma.nte. CSEP C OCT Onov OOsc noncel, check tne montos eur. Q
~~.noin. ,ea,wnen ine ses ne,,e '~~
~~is oserating. (see enstructions) Complete items to one il if" Inter. i mittent"is cnecnee en atem 9.a. Otherwise eeMead to stem 12. l~~
12. Intermettent O unarp Quantsty State the a.orsee vosume eer eso. Ste 2 gossens per etscharge occueronen, unkn'own snarse occurrence en enousenes of l gestene. l l
I
~~89. Intermettent Oessnarge Ouvetten l~~
( ene Proeveney l e. Intermettent 06senarge Ouestaea NA ; l por Day Sisietnea.e,a,e site neure ser eer nume. .f n.u.s ser day sn. j etscha#ge is eeer ateng l b Intermattent O.s.na'" .orage 2tte NAmergo e - wk :- per sey i Proeveney 5 tate tne a Wht8' stet of esscnaf ge occupo ventes per eay surent says I when e6senaegerig. is, wesemu.a ri.w eor. ca.eone Jan Jan ame eeries in wn.cn ine me.emum at From to flew of enes descnaese occurs. spentet month un row sne-n (s-m y,2 i i
~~. r unM a n e eu.. e ...~~
OMU No. ISs-Mt00 FOR ACENCY USE l STANDARD FORM C-MANUFACTURING AND COMMERCIAL e SECTION11. BASIC OlSCHARGE DESCRIPTION Comenets tafs section for enn siunaste indicated en Section 8. stem 9. Inst #s to surface waters. Tnes inctuess essenaeses to syssoms en wascn ene wasiewate, sees not eo sneauen a treatment SEPAR ATE woesis seier to DESCRIPTIONS OFesing E ACet discnaruo OtSCHARGEto AREsurface water be desce. bad wnee, snees see asso c scnareas to surf ace waters from enes facnety.mEcavem?O EvEN IF sentattve of tne tweise peev.ous montne of ooatat.on, if ines 6$ a proposes erscnaege. values snouis refiect best engineereng estim ADDITIONAL eNSTRUCTIONS POR SELECTED ITEMS APPEAR IN SEPARATE INSTRUCTIO TO 900KLET SEFORE FILLING CUT THESE STEMS. S. Descharge Serias No. ene Nesne set, 022 ,,_ a oiscase,e Se,ian N.. (see Instructional 30th Construction Runoff
~~b. Descharge Name Give name of c.scnarge. It any.~~
~~(see instructional~~
~~s. Peevleus Olsenerge Senal No.~~
~~If peevious perenet sopsication was enace for tnas e.unarge (see 2 ele 1 nem s. Sui.on n. . rov.de .reva ous alscharge serias numeer.~~
3. Dessnarge Operating Dates 4 Descharge Segen Oste ifthe stunarge desce.neo seiow as en NA operation. give the e ate (witnen 202a VR MO test est6metel the discnarse Daten.

t. Olsensege to segin Date iftne f
~
eisenarge has never occurred out $Q $ Q I is planneo for sorce future cate. 2029 O YR MO ;T l gave tne date (witnan best est* \ matel tne alunarse wits D, gin. g (U -
~~c. Olsensege to End Oste if ois, ena,,e is unesuieo io e e.uon. 82 8 tsnued within the nest S years. 202e give tne date twatn6n test este YR MO~~
~~motel the discnarge w as one.~~
3. Engineettag meeert AveWaste j Checu If an engineering eeoort es nonsoie t.eev.ewin, agency u on l e.auest. (see instructionia aos U Environmental Statement
\
~~einner,eL=auen Nameine I~~
~~e. Agency use positicai nouaoar.e witnin an.cn tfse po6.it of e6 sche *ge is locates.~~
nose Tennessee ,,q, St.ie l so4 Hamilton Joe. , County ) Daisy of a.,nc e Cnv .r T.wn me.e ._,s S. 04senarso Peent Descrietten 06senarge is snio (cheCts one)" (see instruc. sons) Stream (incluees estches errevos,
~~and einer internuttent weiercoursesa 200s ESTR Lane QLxa Ocean DOCL ,~~
~~neunacopes Sanitary westewater Transport System DadTS Munectose Comt6aee Senatory one~~
~~Storm Transeort System OneCS TMe sectiert confeins 9 pages.~~
UA vene isso.23 (1.73)
oescwaros serias.nousan 022 rose acency use ll SNP is. w ai. a ... ...
~~* *""'**"'"" e orr.av ,~~
~~Construction runoff wt11 be handled by best ,~~
~~"o.w".iw in. w.. . .wi.a ai sis.~~
E*n'Ni.U *.iU'('s*"*'" engineering practices (riprap, burlap, and hay bal_es) i saan.cii.n.) to control sedimentation before being discharged to ! l [ the Tennessee River. 4 i i I i i i t mise . (a) .. (3) . a was. ami. i c.e= (i) vune in. coen usi.e en raw. (s) (4) .
~~of in. snetructlan oo.mies. (4) , .~~
eescrin. the .si. .e .meni (9) , p.oc.ne.s for enes sesenerse in (7) , (s) . . ine ore r in whecn iney escur (10) . (11) . . (12) .
~~88#***.~~
(13) . (14) . (IS) . (le) . (17) . (18) . (19) . (20) . (21) . (at) . - . (23) . (24) . i (29) . i r i I t L t I l l r 11-4 EP A P.= FS$8.23 (7.73)
va . .o .. . . . -. . . . 022 SNP FOft ACENCY USE
~~- I~~
~~. 4.i.e.iv oe.. oisen o* Precipitation runoff associated with areas tinder nur.ii,e e..cri,iion s *iie w iy sia.~~
~~'" construction. Annual average precipitation is~~
[,"*e"c' t ,',,',',"' * * "" " 57 inchen on an estimated 5 acre construction gg. 1 The runoff efficient of 1.0 is assumed. i is. acu.ity ceu.ine os.en. e p or , enn sic coes waien ee. crime. ! the utivity causeng th60 settnerge. suspey the type ene mesimum emount of e6ther the rawmetertoi consumed ittem 144) et tne proeuct posuces titem 140)la tne unets speciftee en IaDie i of Ifte Instruca tion Booklet. For StC Cosec not ilstoe in T amie 8. use raw material er production units normany uses for measuring proeuction.tsee instructionst
~~a. flaw Meterless snar.e oicner,e.~~
NA Mesimum unit Amount / Cay (See Taele I) (Seriel Numeest sic cog 4 Name (S) (2) (3) tot glas 81)
n. preewei. Unit Shared ossenerges Mamimum Amountio., asee Taoie in iseriei Nurneer) sic cese Narn.
tsi tsi (si tai sie' on 2.442 Z-1 None 4911 Electric Power i 1 l l H.3 t PA Penn 7550 23 (F.T3) :
e o DISCHA ACE SERI AL NUMBER 022 rom Actuev use i SNP ( l t F. Dessessteen of Batame and Desenerge For eacn of the parameters listee Deew, enter en tne approernate Don the value or coGe setter answer Caisee for. glee lastrutt*0nst in ene. tion, enter tne serameter name one cose one est reeverse waives foe any of tne tonowine parameters is eney were eneuco .a seem as; emmon a. cvanies, asumenum, arsenic. Deryneum, cosmsum, encom#um, cooper, sees, mercury, noches. woneum, atac, enenois. o. one grosse. . ene cniorene trei.ovan. Innuent Effluent m j T a I ,I Fi_
.c
~~_g - . .] -~~
>35E !I 9g 3 I >35 3 b Parameter and Code 217e s [c $ $**4: k ! "l 3hw !?3b l5 ==
gI
~~-e r $.~~
~~o 3-~~~
~~=x= =~~
~~w Es V ies- g EcwW~~
~~- &.2 4 p = i siE fs31 'd a x8354 5806 c4 l <2 J (4) ($) (6) On ts)~~
(1) (2) (3) Fione _ MCD 0.021* [ 50050 pil Units 00400 Temperature (winter) l *F 740216 Temperature (summer) -
.p 74027 f Biochemical Osygen Demand (BOD 54f ay) mg/l 00310 Chemical Ozygen Demand (COD) mg/l 00340 Total Suspended (nonfilterable)
Souds mgll 00530 Spenfic Conductance micromhuVcm aa 25* C 00095 i Settleable Matter (rendue) ml/l 00545 I 'Other discharges shanns intake now (serial numbers)4sse instnactions) 1 1 l l i II4 E PA Form 7550.H (7.7M I
l 022 Post ActNCY USE l i s . w. ....., ca.,ui.. ua Cneck the goa ee.soe eacn constituent wnsen to present in ene efftuent (esscna,oe wate,). TNs seter,nsnation is to se esses
.. .e.t ..u.. ..isee insi, .nonsi Psameter Parameter l 216 1 a.1 216 Copper Color 01042 00080 fron Ammonia 01045 00610 Lead Organic nitrogen 01051 00605 Nittate Masnesium 00620 00927 Mansanese N. trite 010$5 00615 Mercury Phosphorus -
71900 00665 t Molybdenum Sulfate 01062 00945 Nickel Sulfide 01067 00745 Setenium Sulfite 01147 00740 Silver Bromde 01077 71870 l Potassium Chloride 00937 00940 y - Cyande Sodium X 00929 00720 Fluoride Thallium 01059 00951 Titanium Aluminum 01152 01105 Antimony Tin 01102 01097 Zinc Arunic 01092 01002 Beryllium Algicidcs' 74051 01012 Chionnated organic compounds
Berium 74052 01007 Festicides*
Boron 74053 01022 Cadmium Od and smase X 00550 01027 Phenols Calcium 32730 00916 Surfactants Cobalt 38260 01037 Chionne Chromium 50060 01034 Radioactmty' Fecalcoliform bactens 74050 l 74055
~~Speedy substances, compounds and/or elements e item 26.~~
Pesticides (inweticides, funpcides, and rodenneidest must be reported in terms of the acceptable common names specitned na Acceptable Common Names and Chemsce!Sames for the Ingredsent Statement on festienic Labels. 2nd Edition. Environtrental Protection AgeRey, Wastungton. D.C. 20250, June 1972, as requred by Subsection 162.7(b) of the Regulatsuns for the Enforcernent of the Federalinsecticide. , Fungscade,and Rodenacsde Act. 11 5 EPA Fem 1550 23 (7 73)
DISCHARGE SERI AL PsVMSER 022 rom AccuCv usa l SNP e I a . ... e v .r.s. e -s.. #. *a..
~~'4eee additswes (see instructlum). __~~
Comteste items 20 35 6f there is a thermas discharge I (e.g. essewlated with a ste.wn and/ut power generatica NA plant, stres meet, petros eum vetenery, or any other manufacturing processi and the total descharge flow is 10 munon gas sons per day or more. (see instructions) 339 3e. Thermaa Dessnarse Source Check the appropriate itemts) ino6cating the source of tne discharge. (see
~~#nstructions) i eener snowdowa O st so sone, Cnemica Ci.eaing OeCCL Aan Pope Cverftow OAPOF l~~
easter Water Treatment - Evaeota- DEP90 tot slowcown i Oie or Coat Firee Plants - Effluent OOCFP f from A6a Postution Control Devices Condense Coosing Water OComo Coosing Tower esowdown OCTeO Manufacturing Process O MPPR Otner OoTHR l St. 06scaarge/Receivine weter Tempet. ( ature Difference Give the ma=Imum temperature k elf forence netween the discharge and receivtag waters for suminer . and winter operating conettsons. tese instructional g, aste
F.
~~Wsnter 4~~
~~33. Descharge Temperature, mate of '~~
Change Per Meer 333 'F./tteur o eineme. m. s. ...t.of 9 toeneerature change per nour of e6scharge under operating cora settons. (see instructions)
~~33. Water Temperature, percentsee l Report (F reemeney of Oscurronest in the taele beeow, enter tne temeerature wnica et onceeoed 10%~~
~~of the year. $% of the year.1% of the year one not at all(man 6 mum yeerty temperaturel. (see 6nstructionsi 10% 9% t% Mansmum Prequency of occurrence~~
'F 'F 'F as intasie water Temperature 333e (SuWect to natural cnangest 'F 'P 333e & C4 anerse Water Tempoteture
~~34. Water latame vecesety 334 footAsc.~~
~~(see Instructional~~
~~35. Retenteen Time Give the longen of ass a inutes 16me in minutes. from start of water temperature rise to etecnerge of cooitng water. (see enetructsens)~~
H-8 EPA gre ,,73gg.g3 g,ygg
e e FONW Al'fwus V se OAfD No. f.%M.;100 j DISCH A RGE l AL NUMSER ' FOR AGENCY ult bUt'
~~17. (Cent's.) ,~~
~~i Innuent Emuent I m p 1 y r 2 r-5 - 3 - EI g I >3 >3 4 3 h Parametef andCode~~
$474 3k $$4 ! b l 3 E' E -I $ !!ii (5j iiQ l}j$ill WQ<
~~h b$20WQ~~
~~$ El hi 6<~~
if Z< I m D)O. 2. 2 (3) (4) (5) (6) (7) (8) (1) (2) 1 i l IS. Plant Centess Check if the fol. ate NA lowing plant controis are eveesesse for th64 eitcharge. Alternate power source for mejor C APS pumping facility. i As.rm er emeroency oraceeure for O ALM power or equipment f anure Come eie nem 29 if ei cn.r,e i. from . in, anear ieam wet.r generation and water treatment additives are uses.
~~19. Water Treatment Aceittees if the elsenarge is treeted with any cor>~~
~~sitioner, annse6 tor, or aleoclee, f~~
~~.n.w., in. f .w.nc a, Name of Material (s) 21 NA h Poems one escrees of menu-facturer 319e l~~
e. Cheantity (sevMs aseos por ates i memon gossens s ' water treateek 1 4
ara r.r. rsw.23 (7-rs) 1 l i
FOKWAYrhuseu OMB No.13S=RO200 DISCHARGE SE RI AL. NUMSER rom AGENCv ust l , 022 SNP
~~. . . ............ m. ..~~
it.m l 1Rf.rmetten I r r t l i i i i 1 l l J l j E P A Poem 7550 23 (7.73) I e
e . l l i DBSCHARCE SE Al At.NUMSCR 023 SNP srOn AcEmev use I Munscleas Storm water Transport i I QSTS I System wees (infectiong QWEL b on=r EOTH Cooling Towet- Blowdown tt ' ether is checked, specify nose ' I
~~s. oischer,e reint - t.aus no os,e tne precise exauen es Ino oo."'s.~~
~~NA ed etscnarge to Ine nearest secon sede DEO MIN MEC Letstude DEG MIN eEC Longitude se4D l~~
~~7. Discharge fleceteeng Water Name Name ine .aier.e, at ine no.nt re?' NA ed etscnarge.(see instructaenal For Agency use __~~
For Agency t>se l 303e adat or Menori Sue _ If the esscnarse is enrouen an out. 2079 fast that es tenes Oeyone the snore. . isne er is Delow tne rnean low ; , , , , l water line, compaete item 8.
8. Offanere Dessnarse NA feet

e. Descharge Destance from Snere 3944 t Descnarge Depin Selew Watif NA feet sees Surface S. Descharge Type one Occurrence f

e. Type of Osscnarge Cnech wnether tne erscharge is son. 3ese C (con) Continuous '
tinuous or intermettent. E (lat) Intermittent A (see instructions) ,
h. 04scharge Occureence Days per wee = cater tne a,ers,e nom. see. Leers ser -een N m., oe says oet ee= couring Q' NN pertoes of esscnarget tnes cas.
~~enerte occurs.~~
c. 04scnarse Occurrence-heentna 209s CJAN C FE5 CMAR OAra N If tn6s e6scnarge normatty .
~~operates (ettner intermettently. Oaua or cont 6nuoussyl on sess (non CMAY CJuN O a ut. e yar around esus i.ecive.ng~~
~~.nuiso es so, routine me.nt OsEn OoCT ONov DoEC Q nonce), check the montne eur.~~
ene tne year wnen tne disenarse le eserating. (see enstructicast Comosete etems to and il if "later. snMlent" is cnocked en stem g.a. Otnerwise, process to item 12. I te. Intermittent 06unarge Quansity 30 - ene v e ueer e cner, occurren state ine a. ora,e veiume see. :se cfterge occurrence in tneusenes of geNene. 99, theerm6ttent 06scharge Ouvet6ee nos frequency
~~e. fatermittent 06scharge Duration me, on, ina 2Ln .orse, n meer .,siai. in...s,e,s,e neu,s es, in.~~
~~Wecnerge is eeeratenS .~~
~~m. enterestteet o.unar,e 1 macan, escumnces eer soy receuen, siaistneseca , auo amomeer et erscnaree escur.~~
fences Der say eurong says wnen sessnergeng. is. useimum me. pwise can tne Jan Jan ven ... in on.cn ine me.. . ::a reem to monta snenet flew of enes descnstge occurs, envm.rno.na.m y,3
e 06t0 Ns. tWhusw FOm AGENCY UsE i STANDARD FORM C -MANUFACTURING AND COMMERCIAL SECTIONH. BASIC DISCHARGE DESCRIPTION .
~~j T has ancevees citenarees to tw meioat sewee age i~~
. us must Comosees systemtin ennh this sectaan for esen counasee tr
weiseweser ones not un inest stee ineSect thanuen 6on s. Item teestenent e. tnat wesus as to oe.oe to oeing svarace waters. to s deunarnee r se vence. hee wheee enere are esta eigeneraes en suttace watees teom inis f aciiety. l sentative og the tweise previous enontne of ooersteen. If this se a prosos l ET AS INDICATED. REFER ADO 4740NAL INSTRUCTIONS FOR SELECTED ITEMS APPEAR IN SEPARATE INSTRUCTIO I TO SOOMLET strOmr. FILLING OUT f >*ESE ITEMS.
1. Denmarse Sereas No, ane Name seta 023_ ,

a. Oiuna,,e ser.n No. *
~~(see instructionst Steam Generator Blowdown seta~~
~~m. DenmarseName cive name oe e.una, e. er any.~~
~~(see leistructions)~~
c. Pressous Olscharge Settet No, if peevious permet sooncation 2efe 023 was mace for this asunarse (see .
~~item e. Section 1). provice etev> i ouseunar,e ur.enummer.~~
2. Descharge Operating Dates

a. Osuna.ge e.gan One av tne omhasse eeuronee une 79 04 W l e atiouveine eateee .w is i".
iwiin YR MO f best estimatel the discharge h Degan. h D. Discharge to setin Date oftne emma,se nas never occurred out g g 2029 i is planned for scene future cate. YR MO give the este (within Dest esti-mate) the elscharge went trogen.
~~c. O uhar,e to E,te Daio It eis.~~
~~charge la seneoused to De eiscen- NA tenues within tne nest 5 years. 202e YR MO~~
~~g#ve the este (witnin nest ests.~~
~~eneto) the escharge weit ene. I~~
3. Engineering meeert Ava6satse Cnech 68 en engineer 6ag reoort is i avaitacle to reviewing agency upon 243 g Environmental Statement soevest (see instructional l
~~"""'W W l~~
4. 04scharge Location Name the i peastical bouncaries witnen wnica the poent of enssnarge is locates. ' ,f,, l 3,
Tennessee Hamilton ,, f County teen Daisy , f (tf septicacial City or Yewe 2ees . I S. Olsenerge point cesariettes Olsenerse as snse (cneen onet: (see Intervettens) Streesn Onctueen sitches sereyes one etteet entermettent watercoveteal 2eSe CSTR Leme Ducs Ossea CoCs . Munecipes Santtery Westewater Transport System OMTS Mi.necleas Cemeinee Sanitary ane Storm Transeert System Qnecs TNe settlen centaine 9 pegen. E9A Fene75S0 12(7 73)
os s . . _-. -. . . . ... _ _ . . 023 ' Poa Acancy use SNP
. 1 : ... ,,.........t , ; ' ** n.,,.tu The steam stenerator blowdown firse enters o_
~~C*,t,. In'.~.*.U.S*oU'.*m".at 2 se~~
"*'"'"**' flash tank, where it is cooled. From the flash tank fi *'
n N,i U.,,".i~ i . teatructioast the normal flow path is to the condensate deminera_lizers l for treatment. The effluent will be monitored for radioactivity and if necessary will be treated in _the i radwaste system. An alternate path for the steam I generator blowdown is to the cooling tower blowdown i (012). i CNEUTR (33 PSEDIM , PTEMPE g,, _ _, I t c. . .asse (1, _, w w i. a te visas ine coon uites in Taose PDIATO (5) . (6) . (4) . j se of the instruction sooklet. eescribe tne weite .0.tement , to) . (9) . l (7) _ oces r'.e t one.es for tnis er in whicn theyessen.rg. occut in (11) . (12) - . (10) .
~~' poss606e. l (14) . (IS) .~~
(12) . (17) . (18) . l (16) . (20) . (21) (19) . (24) . f (22) . (23) _ . i (2sp . i i I t 1 l i { H-4 i EP A Pen. 75SO.23 (7.73) l l [
oarm us. rsa.-avs= 023
~ SNP FOft AGEteCY USE This discharge is generated to control the byil h ' *' n'a'r'r'a'ie,' eye's"r'*.'i on oiac*i.'.iy 23:e p.oeucmgimsaisenareetie*
of dissolved solids in the secondary water which is insiruci.ons) a consequence of the concentrating ef fect of the steam generators. Due to the primary to secondary leakage, this discharge may receive radioactive waste, hydrazine and ammonia. Citric acid and hydrazine will be in the preoperational cleaning process. I r
14. Acteetty Causing Olscharge For each Sic Code annen describes tese activ6ty causing this aescharge, suppsy tne type and enanimum amount of e6ther tne raw materlat consumed ittem lea) or tne product produced titem 14D)in tne units spectfled in i able I of the instruc-t6cn Booialet. For StC codes not lasted in T ante I. use raw materlat or production units normally useo for measuring production.(see Instructions) i

a. staw waterness !
un#: snored oisenaroes NA womimum l Amount / Day (See Table il ($wlet NumDw) Name (S) sic code (3) (e) (2) 394e (1) P unit snared olecnar,es Ik prod 6sts mamamum Amount / Day (See Taese 1) (serial NurnDer) feeme f SIC Code (4) ' (St (2) GB ' Stei (Il 012,024 Electric Power 7.447 7-1 4911 l l l l l l II3 E P A Feem 7550 23 (7 73) I
DISCHARGE SERI Al.NUMSER 023 FOR AGENCY USE SNP
$7, Dessels ben of Ontake ane Dessharge For eact of the parameters setted IHsow, enter in the appropetate lion the value or code letter answer caffee for.(see testructsons) in seestie s entee Ine parameter name one cose and at reeueree waives for any of the tonowine parameters af eney were enec=e ammonia, cyaneae, cueninum, arsenac, nerymum, caemeum, encomium, copeer. sees, mercury, nacmas, seieneum, sinc. sonenoas. o one chlorine tresnevail.
~~Emuent Influent m 5 - 12 _1,r - ,3 [. ,I [i 3 t 2 5~~
~~- 22 I >30 >33<c m 3* m H~~
~~Parameter and Code E, ? ? E d o .= 1- < I U. S <g < E~~
= "g -a- ?%m = s 3s 2 217a Ise gie j w 115 sv s e il.1 I4 si G i $55 23$ 3 h8264 5825 ci i<
~~(5) (6) (7) i8) n) (3) (4) (2) l Flow~~
McD 0.173* 0.173*
~~50050 pil Units 6.5 00400 Temperature (winter)~~
*F ,
~~74028 Temperature (summer)~~
*r ;
74027 96ochemical Onygen Demand (80D$4ay) ms/l 00310 Chemical Oaysen Demand (COD) mg/l 00}40 Total Suspended (nonrdterable) I Sobds <1 mg/l 00530 Spectfic Conductance micromhon/cm at 23' C <0.1 m3 1 settleable Mattet (residuel ml/l 00545
*0ther dacharges altanng intalte flow (sertal numbers)isse hastructions) *Estim ted II4 e eA r- rsso-n (7-ni
oiscHar4ss1 cent.nvuwku m,,_,,,,, 023 DNY l ron Ace.New usa se. wa.iewsta enerectemues enam one non neue enn consutveat =neen is present sa tne evaluent leseneree weiert. vnse seterrninetion is to se meses on usues aneiysis of t>est est6tnete.(see instructions) E I1y 1 Parameter Parameter 216 I e 216 a. Color Copper 01042 X 00080 Ammonia fron X 01045 X 00610 Organic astrogen Lead 00605 01051 Nitrate Magnesium 00620 00927 Manganese Nitrite 00615 01055 Phoghorus Mercury 00665 X 71900 Molybdenum Sulfate 00945 01062 Sulfide Nickel 01067 X 00745 Sutfite Selenium 0074(1 01147 Bromde Silver 71870 01077 Chloride Potassium 00940 X 00937 Cyanide Sodium 00929 y 00720 Iluorde Thaihum 00951 01059 Alununum Titaruum ' 01105 O!!52 Antimony Tin 01097 01102 Arenic Zine 01002 01092 Bery111um Algicides
01012 74051 Barium Chlorinated osganic compounds

01007 74052 Boron Pesticides

01022 X 74053 Cadmium Od and groess 01027 00550
. Caleusm Phenols 00916 32730 Cobalt surfactants 01037 38260 i Chlorune l Chaosnium 50060 l 01034 Fecalcoliform bacteria Radioactavity' l 74050 X ;
~~74055~~
*Specify substances, compounds and/or elements m Item 26.
Pesticides (inmetiedes fungicides, and rodenticidest must be reported in terms of the acceptable common nennes epecsfsed sn Acceproble Comnson Nenes end ChemscalSemes for the ingredsent Sterement on festirafe l. sects. 2nd Edition. Environmental Protection Apeney Washington. D.C. 20250, f urw 1972, as required by Subsecuon 162.7(bl of the Regulations for the Enforcement of the Federaliancticde. Fansicide,and Rodenocide Act. 115 EPA Pere 7530-23 (7-F3)
e e OtSCH ARGE SERF AL NUMSEA roa acEwCv usc i 023
~~- SNP c~~
~~4. Chem 4 cal cornposiston of inese 2994 t~~
additives (see instructions). Compoote Llemt 20 25 If there is a thermal distnerve (e.$. associated witn a steam and/or power generatson plant, steet melt, potenseum retenery. or any otner NA enanufacturing process) and the total discharge ffow es 10 mutton gations per day or encre. (see instructions)
39. Thermal Dessnarge Source C heck 229 the appropelate stemts) loc 6cating the source of tne discharge. (see instructions) goater Stowdown Osteo sauer Cnemicai Cieaning OsCCL 0Apor Aan Pond Overflow Gotier Water Treatment - Evapora- OE*so tor Slowdown Oli or Coat Fired Plantt - Efflueni DoCr*
from Air Postution Control Devices Condense Coottng water OCoNo Coceing Tower esowdown OCreo Manufacturing Process O mFra Otn.t OoTHm
~~29. Descharge/meceevene water Temper.~~
store Defterence Gave tne masimum temperature elf ference between tne discharge and receeving waters f or summer . and winter operat6ng conditions. (see instructions)
\
~~339b 8F. winter V~~
~~22. t yet arge Temperature. Rate of -*F./ hour Change per Move 322~~
~~(% Give the enasimum posseDie rate of temperature change per nour of r \"h d6scharge under operstang con. ditions. (see Instructions)~~
~~33. water Temperature, Percentate Report (Frequency of Occurrones) la the teole netow, enter tne 9~~
/
temoerature wnsen is encoeced 10% of the year. 5% of the year, 8% of tne year and not at all(man 6 mum yeesty temperature). 4Ae instructions) S% 1% Maximum Prequency of occurrence 10% a, inteue water Ternperature 223s (Subesct to natural cnangest D " a Descharge Water Temperature 232s ) l 324 feet /sec. I 24. Water satase vecesity (see instructions) 338 minutes
~~35. metent6en Time Give tne longen of tune. m minutes. from start of water ternperature rise to discharge of coo 64ng water. (see 6nstruct6 ens)~~
H-8 EPA Fora T550-23 (7 73)
e . 4
!!ONM AYVr<ua su OnfB No. !$8 RONO DISCHARGE SERT Al. NUMBER 'cR AGENCY USE 023 SNP .
~~9 7. (Cont *e.) I muen Innuent~~
~~r ~g a~~
~~3 I~~
~~. i -E5 ~ .~~
~~I 4r~~
>3o >3bM g h Pararncter and Code gn, I2-3k tj;w G <f { !" 5- !??B EEv2 Es Mr
~~s ja ;1 t~~
, :g v25 l1 58 2 aciC a s EM 33E1 E2 w< .2 z<
E m pic SE o 28wa<5 zowc (5) (6) (7) (8) (1) (2) (3) (4) Ammonia, mg/1, 00610 0.1* Copper, mg/1, 01042 -2* Nickel, mg/1, 01067 42* l lo*
~~$ f 88338nded solids~~
~~Estimated !~~
~~e 218~~
~~18. Plant Centmas Checis if the foi-towing plant controts are available for this discharge.~~
Alternate power source for major D APS pumping iacality. Asarm or emergency oracedure for hat M Radioactivity monitor can isolate flow, power or eeulement f ailure Cofnplete item 19 if discharge is from cooling and/or steem water generation and water treatment additives are used. I
19. water Treatment Additiv% If the l dischargs 4 treated with any corp dittoner InhcDator, or anticide, {
~~answer tee following: !~~
~~a. Navne of Maternal (s) '219e i I~~
l
t. Name and address of manu-feeturer 21Se

e. Quentity foounes adeed per alte malion genens of water treeteek D
* ?'D pD 3'l{ udAd A
hh L I ' L 117 EPA Fore 7550-23 (T-73)
i 'oN'8 No. hH..N0100 015CHAAGE SEml AL NuwsER Poa Assaev usr. 023 SNP as. Aminenes s eo,.neue. tafe,metten f Sf6 stem 216 Radioactive isotopes which may be cresent in liould radwaste include: Cr-51. Mn-54. Mn-56, Fe-55, Fe-59, Co-58 Co-60, Br-84, Rb-88, Rb-89, Sr-89, Sr-90, Sr-91, Sr-92, Y-90, Y-91, Y-92, Zn-9$ Nb-95, Mo-99, Te-132. Te-134, I-131, I-132. I-133, I-134, I-135, Cs-134. Cs-136, Cs-137, Cs-138, Ba-140, La-140, Ce-141, Ce-144, Pr-144, F1-18, Co-57, Ru-103, Sb-124. 217a Intake water is treated by coagulation, settling, filtration, and demineralization, including degasification, and final polishing. Wh\\ me\\%\\\R\P _ ora \m \\\\\p*~
~~\W\\WW T~~
l 1 I f Ig9 E9A v nse.ss o.ns
l l t oisCHAIGC sECi AL NuMcCQ 024 l F o R A ctesC V U$t , Municso.: st m weie, T, n.e.,t - [ syn . O sts - \. wesi (int.cil.ai O wat. ; s oin. Oorn e e
~~# .ine, is ch.cm d. ==,#, seen ;~~
I
~~e. osuna,w rum - uvi..., oi..~~
~~in waa. in u.a .e in. . no~~
~~.e eiunuw i. in. a.c.a .a.ae. 12 min [~~
Lasive. seu 35 osa 55.ac ;. i sum 85 oso _05 uin 09.ac i i ,nue. ; l
~
~~3. osunu . n n...... w in n.~~
~~n m. in. .. .,..v .i ine e m inu,uu.. i ret. Tennessee River ;~~
~~. n i .~~
~~r., awaev u r., awac, uw (~~
~~" ' ' " "*a" 5"" ' .se in.i..~~
~~in e cau is ineou,a en out.~~
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l
~~..i., un como . . nem e. .~~
~~6 i~~
~~s. ove n. ee.sa"" 3,800 t osunwe oi.e.a.. ee.m snee. see.~~
n, oeun. o.cn ... w. - 31.5 , i scou an. ene
s. onen..,. Typ..ne oesveven..

a. Typ. .e oi.sn.,,. Ln. css won.tne, nn. encn.,s. e. coa. se9. 3 (c.ni c ifau.u.
tiau.u. ., in t.,meit.nt. ! ( sa.e,ucilen i O (lati ini.rmitt.at ! i
~~h. os n. ,. oscue,.ase o.v. p.,~~
w , enin in. ..... w e zee. _7_mey. , = x j 9 . n., ee . ,,....iauria. ; ene . .e e.un.,wi en.. . + cn.,s. .ccu, \ i NA ;
~~s. onen.. ,ouw was -=.ata.~~
~~se ines e un,w a.,m. sv :en OJaN Orcs Quaa Gara '~~
.i.. nn ini.,=.u.aiiv. ! ., c.auau uuve .. i.a in . Quay 0JuN O Jui. Oava . v u ,-.,.vae .....i... wein. .nute .....,.vun.,a. . Osp DocT ONov Oose ,
~~a.au ! one in.s, y. en.c=~~
~~,.n.n in.~~
~~in.,a.nin. eu,. e un.,,. l~~
~~1. .o . araction :~~
~~ins ( g-i. cement.aii.can..~~
~~=nwas- . so.one in n.masse . iaiw. ;~~
ow .u.ww i um:. I se. saw,, in.m o.un ,,. o"*"'"' NA swein. .,.,..ium ew aio - r an.a. se, esen.,s. eccure ! cae,s. .ccure.nc. a in.u nes .e e.#.a
~~. eme,mnem oeun. o w ,~~
~~j e P, u.a.y I~~
a. inw,=nwas osaan, om.a eno., sui.in. .. , an. NA , ,., , i A.$ G., .e neu,6 9., e.y ilie es n.,,u .uas ,
~~e, s.=na..w= o.un. -~~
~~, o.. soi.iin.. .o. on. _NA_ -. , e., - .e...ca u-I en av eunae ave~~
~~! .n.a man . . is. e em.m ri e.a.e ca. in. l~~
~~um. p i.e ia n.ca in. . .=wn sia re m Jan i. Jan i 1~~
n .na.. ..un,. .uwe. m.ata EPA F== F550 2317.73) g,7
I Fon utNCv us2 i r STANDARD FORM C - MANUF ACTURING AND COMMERCIAL I i l SECTIONIL BASIC DISCHARGE DESCRIPTION I . w,en. .mes. Ynis iaciveu cuna... i. -va.ci.. u .. m.i ce m is. .uu.a ew .ua ..unaw .ae. cme in. in sute.a s. stem e. en.e a e
.n t.umeni........i.e.in,eiwau... . .eu.. m. o.un.m io.... I syu. ...a.cno...ne.c.,en. ant ,<ue nen e,.m en.. ex ..sv. sE ra n att oEscaiorions or E aca oisenancc aa t
n. ..... . .a,.. in... ... .... e.un.,m m mEausato Evan er SEvEnat, oiscwascEs omeceNaTE .N Ynt .u saut saciuTv. Asi.vues ew .a n.,,. .. uu snoui r.vini oui ,.au.u.a. emau..
.., nou.o .u.mca. se .....- , .,u s e in.. .. . ., .u unt.o.. .e in. t .... ......us ..nia. ee t NolCATED REFER ADDsTIONaL INsf AUCTIONS FOR SELECTED ITEMS APPEAR IN SEPARATE INSTRUCTION SCOMLET AS 70 SOCK .ET SEFonE F8LLING OUT THESE ITEMS.
~~t. oeun ., s.,in N.. .a. N.~~
see. 024 .. .. oeun.., s.rin N.. is ianrucu.ao , 3.i. Diffuser Pond Effluent !
~~m. oeun. N.m.~~
~~osv. a.m. .: eennu, is .ay. i ., u . .. I~~
c. e .u. oinn. .. se n N.. I it ,,a s.u. , .t .....< ui.a 024 l
~~.a . .e.,in..a.xn.<,.in. sei.~~
~~n a e. Suu.a n. .. . . ; eu, eun.,, uriu nume.,.~~
~~s. neum ,w O ..ua, o.in o un.., e .. o n. it in.~~
awnew 76 06 e .u.a. ...an ine.... .. s..in e n. .. .. ."a sea. vn uO i non .ni i.: in. emnew
*****' b D
~~n. t. . o. i, tn.~~
~~emnce. nu'a..., oce""" **' NA 9 euture om. seio m c. aaes a.i.i e., ya uO c en. itnia o n o. a. l~~
~~. )in. emanp a n t L~~
~~s. o.sn..g.toEa o.t. If ele.~~
can, a un.eui.e to n. eu.a. tsau.e wiinia (n. aus s v. sea. .__ l In. W.t. (.stnen D.st c6i6 YR uO , 38 sei.e.) an. e6schere. iei .ne. S. Eng. 'ee, ag a .,1 A. 6f.ee. l Checes w .a .ag.a ,eag ve et se t
~~.is.>. tore. at.9.acy. a r.evest. is insieucti a6: se3 3 Environmental Statement~~
~~4. oisen..se L.s.ii.a N. ta.~~
AG.acy U I politas.I D.une.ri.e w.tnia .n.cn 48t. teni es eleth.,g. Is les.t.W. ! Tennessee 204 l Hamilton 198.seits.te.) City er Town 304e DAi8Y f I i S. otsen.,s. P.4at o.s.netten ossen.e Islaiescn.ca ener f j l saoteutt6enst 6
~~.Str m (lasive.s ne eten.t etten e.~~
tai.,mett.at . .,teyes. s.eues.si Set. SSTn i t.m. Outa 088.a . t Mis 8tette.I S. alt.,y W.st.u t.P ve.a eet sva+= OMTs Munesie.s C.,neda.e S.astery .as * . Storm 7,.a.goet Syst.m QasCS ! H1 TWs .eeslen centela. 9 pad... EPA F e 7350 33 (7.73)
oiscwaroc straai.nuussa 024 FOft AGENCY USC o es. weste a .ien t i
~~"o C O lI*e 7."se".".'tI"ent . tise morrete, , Waste treatment as described in 005. 007. and ,~~
C"'7",".U. ,"l"'I '(*see" 012 and their associated wastes. Also the diffuser f
'""""*" pond will provide sedimentation and oil and grease _ l skinuning. Also, the diffuse type discharge will provide approximately a one part diffuser discharge to nine parts river flow. Cooling towers will also ,
provide temperature treatment when operating in the j Helper and Closed operational modes. Shock chierination of the cooling towers as needed, e I and chlorination of the other cooling water components PTEMPE ,,, PSEDIM ,3, PSKIMC ,
~~m. wate asete e.t coen ::Se (1) , ,~~
usine one cocesinsted en T.eee (8) is of the instruction soomiet. (4) . (5) . . eescrime tne weste .oeternent processes for ents essenerse 6n (7) . (e) . (9) . the oreer in wn6cn tney occur if possese. (10) . (11) . (12) . (13) . (14) . (ISI . (18) . (17) . (181 . l (19) . (20) . (21) . (32) . (23) . (24) . (as) . will produce a chlorine residual in this discharge. l l i I l EPA Faem 7350.23 (7.73)
i e . 4dag g3 si ve e. ... . . . ar FOR AGENCY UsE ans, Steam-electric power eeneration by two nuclear-nar,'aii'e deUDI*o" oNc*ii ii, [,"*,",'E2n's" *"*"** power units. Discharge consists of diffuser pond effluent which includes construction runoff (005), once-through and helper mode cooling water and cooling tower blowdown and associated water streams (012), and the yard drainage pond ef fluent and associated waste streams (007).
~~14. Aallwety Causing Discharge For each sic Code wnlen descrenes the activity causing this discharge.~~
supoly the type and mansmum ernount of e6ther the etw material Consumed (Item 14a) er the product produced (1 tem 14.) in the units speClfled in Taele I of the Instruc* tiott Booklet. For s1C Codes not listed in iaole I, use raw material or production unets normally used for measuring produttlon.(see instructions)
4. na. uai.riais shared oiscnarses NA waimum unit escrisi numoeri m.me amountfosy <s.e Taoie o sic code tai m m ta>
~~side til~~
o. pr. ducts Unat shared castnarges MeJmum amounticay is ra .. n tseriai numoers sic eode :== is)
~~(3) (4) (1) (2) alN 2.442 Z-1 None 4911 Electric Power II-3 E PA r.r.1s5o.22 (7 72~~
~~. e DISCHARGE SERI At. NUMSER 024 ,~~
~~FOR AGEPeCY USE SNP .~~
97. Destripteen of Intake and Dessnarge For each of tne parameters lestee besow, enter en tne operopriate bom tne value of coes letter answer Calles for.(toe Onstructions) en see.t.on, entw ine serametw nome one cose and eis reewared eseves ror any of sne toerowene paremeiere it they were enecue .a item emmenes, cyan.ee. vumenum, artenec, nerveinum, caemium, ener.nieum, coeser. ioes, mercury, necw. weeneum, sinc. onenoes, ein ene
~~greese one ensorene tressevail.~~
~~Effluent Intiment m.~~
^
1
~~^ $ . ,$ =- -~~
~~1 y or - Ei 9 I 2~~
~~>35 >354"= 1 w E Parameter and Code 3~~
13 (S<g j l* Ih !? d3 j; y 217a lEi sie 45j 32. i o }z }$d<a!15 II]!j 28w ki w< ti f z< G (4) ($) (6) (7) is) (1) (2) (3) Flow ' 1,651* 1440 MGD 50050 pil units 6.5 9.0 1/1 213 G 00400 Temperature (winter)
'F 74028 Temperature (summer) *F 74027 Biochemical Otygen Demand (IK)U 545ay) mg/l ,
00310 Chemical 0 ysen Demand (COD) nig/l 00N0 Total Suspended (nonfilterable) i Souds 7.5 1.6 13 1/30 7 G 30 5pectfic conductance micromhon/cm at 25' C 00095 Settleable Matter (reshitse) myi <0.1 <0.1 <0.1 1/30 7 G 00545
~~'Other discharges almanas intake flow (senal numbers)4ses insensctions)~~
~~Estimated operational flow t~~
l l s ea pe,- nso.n (r.n) H4 l l l
I o . 024 eon aco.cv un SNP l l 1 es. wane eie, ene, eier. sue enan one een neuse enn coasutu at wasca is present in ene errivent teuneree water). Tnse seierraineuen is to se meses on , I or best estimate.tese 6astructionst . Frameter g Parame wt le l i 216 216 g *' , 1 Copper Color X ; X 01042 00080 ' Iron X Ammonia l 00610 X 01045 ; Lesd Orsamc nitrogen 00605 X 01051 ' Marnesium X Nitrate X 00427 00620 > Man X Nitrite X 0:0/$nese 00615 Mercury Phosphorus X 71900 00665 i Molybdenum Sulfate X_ ; 00945 X 01062 Nickel X Sulfide 01067 , 00745 Setenium Sulfite X 01147 00740 promde silver 01077 11870 g Potassium Chloride 00917 X 00940 Cysade sodium X 00929 00720 Fluoride nalbum l 00951 01059 Titanium Alemanum X 01152 01105 Antimony Tin l 01102 01097 Zinc Arenic Ot092 X 01002 Algicides * ' 8eryttlum 74051 01012 Berium Chlormated organic compounds
g 74052 01007 8 " X h"id***
74053 01022 Od and spese X ! Cadmium 00550 01027 . Phenols Caicium X 00916 32730 Cobalt Surfactants g ( 01037 38260 Chlorine X Chromiumi 50060 01034 Radioactavity* Fecal cohform bactone X 74055 X 74050
*Specify substsaces, compounds and/or elements si Item 26. l Pesticides (insecucides, fungicides, and rodenticidest must be reported in terms of the acceptable common names speedwe sn Acceptable Common Names and Chemscel Nemes for the Ingmisent Statement on fearkafe Ls6els. 2nd Edition. Environmental Protection Ageney. Wast.ington, D.C. 20230. June 1972, as requ6ted by Subwetion 162.7(b) of the Regulatmans for the Enforcement of the FedereilasecticWe. '
Fansicado,and Rodenocide Act. i 11 5 EPA Fww 7550-23 (7-75)
OtSCHAROC SERI AL NUMSCR rom AccaCv uss I 02/a
~~' SNP e .No..*% e . se.w e.#e ss ease date .~~
3 addatev el (see inst ructivasi. Comfeste items 20-25 of there is a tharmal discharge (e.g, assaulatetf with a steam and/or power generation NA ,iant. ince m.H. p.i. eum ee,inny, o, an, eine, manufacturing processi and the total discnarge flow de le meHon gallons per day of more. (see 6nstructionst ag. Tnermet Dessnarge Sevese Cnects 229 tne appropriate etemts) inescating tne source of the discnarge, gnee instructions) Done, siewoowa O steo ; Boner Cnem+ cal Cleaning 05CCL Aan Pond Overfiow O A*o Sotier water Treatment - Evapora- CEreO tor Blowdown Ott or coat Fired Plants - E ffluent OoCr* from Air PoHutton Control Devices Condense CooHag water OCONO Coosing Tower elowdown OCT50 Manufactunng Process OMPPR oin. O oTHR
~~29. Olscnerge/Reseeving weter Temper-ature Oefference Cive the manimum temperature difference tretween the essenerge and rece*veng waters f or sum. net and wanter opeest6ng cond6ttons.~~
~~(see instructionst 29. 5 e,,, g l~~
~~,,, '4 3314 29~~
~~5 #f r.~~
~~Wintee $<~~
22. Descharse Temperature. Mate of Change Per Hour 222 29. 5 'F./nour Dg Give the man 6 mum possible eate of tempe,atuse cnange per nour of discharge unoer opeesting con.
ettsons. (see instructions) g 33 water temeerature. Pwsentite v Report (Frequency of Ossurroneet en tne taoie meiow, enter the temperature wnsh le escoeced 30% oe ine v.u. ss os ine v.u. is of sne v., one not ai an emasimum v ,tv i.mee,sio,el. im enstructions, 9 is Masi,rium reeevency of occurrence in 77 o, 78 o, 79 o, 80 *w a eniano wain temp.rature asse (Sut6ect to natural cnangest 106.3, 1(,7. So n LO8.5*, 109.5'r a oinn.,ge water T.mp atu,e ans. se. wai., iniaee v .c.i, 33. O . 9 ,,,,,
~~= insiruciso""~~
60 minutee as. Rei.ni..n Time o.ve ine i.neta of ans tune. in minutes. from start of water teenperature rose to assenarge of cooHag water. (seelastructional n8 (FA vennt$50.22gr 73p .
o . FORO MVNus 9.0 OMB No.R$8 NutG0 08SCHARGE $E RI AL. NUMSE A , 024 con actnev usz ! ; bM
~~17. (C .nt'd .)~~
Innuent Emuent w i* ; IE; 1 1[ ; ri , Puemeter and Code - I >3o >3$4 * { 327q $ US<g I
* !"?E w !??E $ *1 J. { y no w
~~w 'g ! U j = ECUp 3 E83 pic k ;g Cl i c~~
E5hM5 zowc 2cwo< 53h! El 6< il E z< m (3) (4) (5) (6) (7) (8) (1) (2) myIt . i Total chlorine residual, mg/1,_50060 0.04 0.01 0.1 1/1 76 G via a urease. mg/i, 5.0 13. 1/30 00550 7.0 7 G g g{ kon, mg/1, 0.43 0.02 0.9 1/30 7 G l Ammonia, mg/1, 00610 0.06 0.02 0.14 1/30 7 G Copper, mg/1, 01042 0.03 0.01 0 06 1/1n 7 c Aluminum, mg/1 01105 Nickel, mg/1, 01067 * *
bin $ ""' *9 O.03 0.01 0.14 1/1n 7 c J
is. ei.nt c.atmi. en.c. if in. fe. ate *No data ayailable iowin,ei.niconire.......n. NA for that ellCharg., An.,n.t. oow., .our-. fa, m.i , O Aes pumping f.cIlity. I I As.,m = .. ncy oroc.eu'.f= 0 AL.M pow.t of .quipm.nl f.48ur. ! Compi.t. ft.m 19 of eisen.rg. Is from coosing .ne/or st..m w.t.t
~~..uo .no wei., tr..im.at .eein. ... u .~~
[
~~19. W.t.e Tr..tment Aeente. If In.~~
~~etecn.rg. 6s tr t.e w6th .ny con. ellion.f. Inhibitof, or .lg6Cle~~
~~.ngw.t the fonowtag' sie.~~
~~Sodium Hypochlorite~~
~~. n. .f u.i.,i. tii l~~
~~r es N.m. .no .eeren ofawav. TVA f.ctur.e ath Sequoyah Nuclear Plant 1 i~~
~~s. Qu.ntity toounes .ee.e ser ass. 12 mnnon e.none of w.t.r tr t.el.~~
~~AC 9~~
~~~3~lh l aMs D1A6 E PA F.a. 7550-23 (7-73)~~
~~I FOR%t AVrhus v.u OhtB No.135-h4 8% DISCHARGE SERI Al. NUMSER , POR AGENCY USE 024 SNP t as. A. u. i.e i== Item~~
~~' informett.a 236 216 Radioactive isotopes which may be present in liquid radwaste include: ;~~
Cr-51, Mn-54, Mn-56, Fe-55, Fe-59, Co-58, Co-60, Br-84, Rb-88, Rb-89, , Sr-89, Sr-90, Sr-91, Sr-92, Y-90, Y-91, Y-92, 2n-95,'Nb-95, Mo-99. ! Te-132 Te-134 I-131. I-132 I-133. I-134 I-135 Cs-134, Cs-136, Cs-137, Cs-138, Ba-140, La-140, Ce-141, Pr-144, F1-18, Co-57, Ru-103, Sb-124. , 217a The intake water consists of about - 90 % raw river water ! 5 % of potable water furnished by Hixson Utility Water District ! 5 % of in plant treatment water-treated by coagulation, settling, < filtering, and demineralization including degasification ; and final polishing. t r f 1 era p rsse.n p.n> 11-9 l :
CaSCHASO3 SCCf AL NuusCn 025 3SNP FOR AGENCY U$t Mwa6cio.s Si m Wei., f r.ase.,t Syst.m C gyg . w si(sai.sti.as Owth ! t Ot a., COTH . if *othe,* es th.ched specif y 3099
~~6. oinn.,,. P.I.i - Lei /L.n, Ci..~~
~~in. prects. ecc.ti.a of in. p sai~~
~~.e ..un.,,. i. in. .....i us.ae.~~
35 oco 14 uiN 01 sac L.ui.e. see. Loa n .. se,n 8 5 ,,, 0 5 ,,, 36s e ,
~~v. o.u n.,,. n u...a. w.in N.m.~~
~~n.m.in... .,..,.iin. at zo Intake Forebay~~
~~.e ..un.. in. .a.ie wu..a.:~~
F., A,eac, Us. F., A.eacy U s. if in. esten.... as inrow,a .a .ut. u ,, ,, u,.., I Swo I 3038 f s. in t .steaos o.,one tn. Sno. .te7e 207. Ha. ., is D. tow in. ,a..a low w.i., Ha.. t o,nos.t. ii.m 6. m
~~e. cerin. o.unu,.~~
NA
~~.. osanu,. o..u... e .m sn. see. e e, oinnu,. o. in sei.w w u, NA S.rf.t. 394g ft~~
~~9. osse n.,,. Ty p. .a. Ots.,,.n..~~
~~.. Typ..fosun.,,. Cn.cm ., net *i., tne desc n.. .s coa. 209. C (c.as Coniiau.us llavows or sai.,msit.ai.~~
~~cm.ian,ucu.no S tino sainmat.ai - Dependent upon rainfall~~
~~m. oin ..,. ou....u. p.v. ,~~
w... t ain in. ....... avm. seem _e.v, ,u w - Unknown en oe o.v.. .... ido,ia, D.,lodt of e.stn.egel tnig eip enu, ouves. NA o.un..e o n....u. - wonen. 18 tmli estCn.,g. no,maliv :ss. OJAN OFee D u Asi OA*R
. ..i.itaoe m m.n.auv. ., coni...ovure .a u ia.a OuAv OJUN CJUL DAva . yw.u ae on. avo.o.a. .noico.a eo, ,oviin. m..ai Osp CocT O Nov Dote a,ac.i. cnum in. .ai,4 eu,. %
~~ia, in. ,.., .n. in. 4. ic au,. ,~~
~~u. ,.i.a,. in. .. i,voiemi~~
~~. .i.e. i .m. . . .ae , , i, ia .. . .niti.ai is enu. .a n.m s .~~
qg otsu.su. o .<... io nem is. t e. sau-.ii..i o.unu,. Unknown S" st i. in. u... .uum.o..""".' ou e :io noumae on.a. e., eiunu, occure.ac 9 enu, aco...ac. .a ino u.a .e p.H ea e. #Q
\
~~. enu-su.. o.unu,. o. u.a~~
~~. re ...., 9 eai..mni.a o.ua u, o.reu..~~
~~e.,o., sin.i,.. u.. sis. . e , e.y - Unknown a..a . . n ,s en ., in.~~
..<n u , n . . ... ~ ~ ~ - *
~~e, e.iuman ni o.un.,,. .~~
r,..... , sin.in. u.n , siie _emenn, .cs.,,.ac e., e., - Unknown , i avm , ., e.isn .ccu enac.s me, e., euria, a.,s wnea eancnee,. . i j it u.elua.aeFi.w p.H.e C3.. i 'i' i tim. p.eios la n4a in. ,a.ne .wm 3:3 F ,.m Jan i. Jan fi.w .8 ines ..un .ccuei. sa.ain ,a.atn in ru isso-r2 ar rai gg.2
a . P urs s a s * .u n . .. O.11U No.135-1U2 00
~~' "^ " ** '~~
~~STANDARD FORM C -MANUFACTURING AND COMMERCIAL SECTIONH. BASIC OlSCHARGE DESCRIPTION r~~
~~.una,,n .naicaiea in 5.cnon i. tiem .. enassE,Aa Co,nPi ees inis inn. ene eacn .ty.~~
~~is toavesurent .aee,s. DEsCni=TiONs Or E ACa T nas Oiw~AacEineeuae At aiuna~~
.. a,u..e ,a . ..etn..n a.. a.sn assen n.si , sue.ue .ainsera m in.seu . De eeces-IllEfaUiMe"U EVEN ip $ EVE R AL OtSCH AMGES ORfCIN ATE $N THE SAME F ACILITV. A.: v.shaes for an enesten. .stnar wnian.. os in. i.e... ,,e...us monins on one.ai.on. ie in.s is a o,ooosea .sena.,s. .aiugiinovia r.eiece ooit eng.neering esi.mai.s.
~~FER ADOaTION AL INST HUCTIONS FOR SELECTED ITEMS APPt! AR IN SEPAR ATE INSTRUC TO 900KLET BEFORE FILL.ING OUT THESE ITEMS.~~
~~i. oisena,s. se,isi N.. an Nam.~~
~~2ena 025 ,~~
~~a. oisena.ge ser.a No. .~~
~~(ie. insieuci ono Construction Runoff~~
~~b. Olscharge Name 208D Giv. name of a,scnarge. lf any.~~
~~(see instructions)~~
~~c. Prevesus Discharge Serial No. !~~
~~If peevious permit aponcation NA~~
~~.as made for this cinnarg. tse. 20tc itsen 4. Section U. oroweae or.vn ous aischarge seriat numDer.~~
2. Disenarge Operating Dates

a. Desenarie Segan Date iftne oiscnarge aescrepea ceiow is en NA opeestion. g..e tne cat. (witnen 202a vR MO best estimate 3 ene anscnarge began, g
D \) n, ois nano i. e. gin oai. i, in s aisenarge nn'ne.et occur,e* **' 80 07 D is osannea eor son,. evior. ami., 2n. give in. aaie i..tnin t,ni esi, v4 uO maien in. aiunarge . i oog.n.
~~c. oinna.ie to Ena Date se ais.~~
cnar,. is uneau.ea io e. e,uon. 82 08 unuea -itnin in. ne. s ,es,s. 2oz. giv.in. asiti..tnin e ni n u. v4 uO - maies in. a.una rge . . .na. t
3. Engineering neport Ava.iasee Cneck at an engineering report is ava6 table to re . ewing agency voon g request. (see instructsons: 2a2 m Environmental Statement i 4 Olscharge Location Narne tne Agency use poillical Douncae.es witnen wn.cn tne oo nt of a.scnarge is tocatea.
so4e Tennessee ag., state Hamilton Cou n,y 2e4 204f (if sooticatpel City er Town 204e .,
~~8. Desense,e point Deser stion Distnarg. 6s into teneca ener (se. Instructionsi Stream (6acivaes estenes arroyos,~~
~~ana ciner interenettent watescoursest 20$a 057R Lake CLME Ocean COCE .~~
Municiosi sanatary waste.at.r Transport Syst.m CMTS , punictoei Comeiae. Saaitary ana Stoem Transoost Syst.m CuC5 111 TMs settlern containa 9 pages. EFA Feen TS$0.23 (T.73)
u.c.,.............. 025 roa ACENCY USE , SNP o i is. waie a..iemeat Construction runoff will be handled by .
..ie-ea' w.sie oou...e ine w.sie "*".at . ' i.. 2tse norr.iivei *' " *"*"' best engineering practices (riprap, burlap hav Ei n 7*.',ieU.,,".iU.*i . '""'"'*" bales and check dams) to control sediment. _
i g33 _ asse POTHER , g,3 _ , (1) m waie 4..iement Co.es (4) . using the coces sistee in tabee , (S) _ . si of the insi,uction sookiet. (4) eescri.e tne weste e.tement (s) _ . (el , processes for snis isen.cos in (F) . . tne oreer in which they occur . (12) _. (10) (11) _ it possasie. -. (14) . (IS) i (13) . l . (17) . (18) (le) . I (20) . (til _. -. (19) . (23) -. (24) . (22) . (29) _ l \ I i
~~' * * ~ ~ * * - - . .- . .. ._ ,,. ,,, ,, , , ,~~
11-4 EP A Fee. TS$0.23 (7.73)
e . 025 o.wa .vo. s .-av. ~ SNP POR ACENCV QSE g e a c *
~~Precipita t ion rimof f 'sanci nead ui th areas..--~~
~~8 3. nae,at. Ast.'*t, eDe**s.*on of activ6ty atJa eeur oe producpt9 tn.9 04Maa898*49e* Under Construction. Annual average precipit3 tion~~
~~'"'""*"*"" is as incues on an estimated 50-acre construction area. The runoff efficient of 1.0 is assumed.~~
i t i4. A.i. tv cau..n,oi na.,e ro, eacn sic coat on cn oex.. e. ine act...ie cau..n, ini. ...cna ,e. Supoly tne type and man. mum amount of either tne raw matettat conium o sitem isai er ine ...auct pfoduced (ttem 14 )in tne unets SpeClf 6ed in I aole 1 of tee if ltfuC* lion tf ooklet. Fos SBC codes not niisa in i auie 9, u.e ea. ,nai.. a. os production unitt norrnally used eo, n..a u n, e,oeucu .i ee i in.ieucunasi e
~~a. e . uaiersas.~~
unts sna,ee oi cnarees usaimum Amovaticay (see Taoie si (seriai Numo <3 NA Name sic coe. (3) (4) 101 (2) gjes _ (i) P p un.: sneces os Cnar,e. Ib. Produstl uasimum (Seriet Numoet) Name Amount /osy (See Taote t) sic case 13) (a) ($1 (31 (2) 814D' 2.442 Z-1 None 4911 E1.c e vi r p nu ,. e II.3 ara r .e uso.n u.n t I
oiscHancs sec:l Al. NUSCEO 025 con acce.cv use i SNP sy. oesusei.en es entame sea o.unae,e ro, earn of one varamenes e.sies o.ow, entee en ene sopropeinte oo. the vaive o, cooe sette, answer casi e toe. ties instructionen in .aaition enie, one paean eier na<ne one code ano see reaviree voeues tus any of tne toniowine paramet es se inov ween cne<=e amen. .. cyanase, asuminum, arsen=. torymum, caomeum, entonnum, coever, seas, meecurv. noche<. wien um, sinc. onen wi un
~~ano e. a an s chierine trei.ousq.~~
Emuent Innuent Je sum )x.y * $ ' . g 2 a m ..E 3 2 22- a >33 >I3"U4 o, w H m Parameter and Code
~~?: j [j{ ! E -J ? % , j2?E d= 3g 3, #~~
~~217a ., j!.3E = =22 : ::. EE, EAT -k a u L *i - *9LA c3 i i]< i~~
~~BGe sic & 58: 54 5806 C4 1 (5) (6) (7) (8)~~
~~(2) (3) (4) (1) Flow ' 6s+1entmhr MGD 0.210* e**- 50050 pil Units 00400 Temperature twmter)~~
*F ,
~~74028 Temperature (summer)~~
*y 74027 Bmchemiul Osygen Demand (BOD 5 day) enrJI 00310 Chemical Oxygen Demand (COD) mc]I 00340 Total Suspended (nonfuterable)
~~Sobds mg/l 00530 SpeciGc Conductance micromhu6m at 25* C 00095 Settkable Matter (resuiue) ml/l 00545~~
~~'Other discharges shanns intake flow (serul numbers).(see instnactions)~~
~~Estimated e P A Fe'= 7550.23 (7.73)~~
II-6
DescH Auc s skwe% rvvaan n u,,,,,,,,,, , 025 SNP roaacwevuseI
16. waste ater Chaeasterestics Cneth the anz tsessne eacn constituent wnica es present in the ef ttuent toisenarge wateri. Tnts determination is to De Deses on act.,as analysis er taese niemate.tsee instructh>nst E E Parameter y Parameter 3 216 2 216 a.
o. Color Copper 00080 X 01042 Ammonu tron 00610 01045 . Oreams; nitrogen Lead 00605 01051 Nitrate klagnesium 00620 00927 Nitrite blanganew 00615 08055 Phosphorus hiercur-00665 71900 Sulfate biolybdenum 00945 Ot062 Sulfide Nickel 00745 01067 Sulfite Selenium 00740 01147 Ilrom nic Silver 01077 _71870 Chint de Potassium 00940 00937 Cyannte Sodium 00720 00929 I lunt nie Thallium (MN51 OIO59 Alumanum Titaruum 01l05 01152 Antamony Tin 01097 01I02 Arwnic Zinc 01002 Ot092 Reryllium Algickles* 01012 7405t Barium Chlorinated orgaruc compounds' 01007 74052 Doron Pesticules* Ot022 74053 Cadmium Od ar.d grease 01027 00550 Calcium Phenols 00916 32730 Cobalt Surfactants 01037 38260 Chromium Chlonne 01034 50060 Fecal coliform bacteru Radioactmty* 74055 74050 l
~~'Specify substances, compounds and/or elements e item 26.~~
Festicidestinweticsles, funocides, and rodenticidest must be reported in terms of the acceptable common names specitwd in Acceptable Contmon Names and ChemscalNames for the Intredsent Statement on festschte Labels. 2nd Edition. Environmental Protection Ateney.%asturiston. D.C. 20250. June 19 72, as required by Subsection 162.7tbl of the Regulatior.s tor the Enforcement of the Federallnweticule. Fungicide,and Rodenucide Act. 11 5 E P A Foea 7550 . 23 (7 - 73)
OtSCHARGE SERI AI. NUMSCR POR AGENCY USL I 025 SNP site
~~d. Cheemcal ceunsmution af inese e additives (see instructions).~~
Comfwete lleras 20 2918 there is a thermas discharge (e.4, assnclated witn a steam and/or powet generation plant, steet emet, poterneum refinery, et any einer g manufactueing peocessi and the total discnarge flow is 10 metI6en gallons per say or more. (see instruct 6casp
30. Tnermet 04senerge Source Check att the appropriate stem (s) Ind4Cating tne source of tne discharge. (see e Instructions) 80eler Stowdown O *Ls0 ,
goalet Chemical Cleanen, DeCCL Aan Pond Overflow OAPCF i Boeser water Treatment - Evapora- CareO ter Beowdown Ole or Coat Fleed Plants - Efflueat DOCPP from A6e Pollution Control Devices Condense Coostag wesee O COND Coosing Tower esowdown OCTBD Manutacturing Process OMPPR Other OOTHR
~~31. Olsenargerneceiveng water Temper.~~
ature Difference Give the man 6 mum teenpeesture dif fetence between the destnerge and receiving watoes tot summer e and winter operating condittons. (see instructions) e, Winter 3 alt 'F.
~~33. Olsenerse Temperature Rate of 333 'F./ hour Cnante Per Hour Olve the man 6 mum possiote : ate of 9 ;~~
~~lemoerature enange per hour of distnarge undet operat6ng cov> dellons, (see lftstruCleons)~~
~~33. Water Temperature, Pereentile Report (Freduency of Ossurreneel la tne teele Detow, enter the temoerature wnicn as enceeeed 10%~~
~~of tne year,5% of tne year,1% of tne yeae and not at asi(maastnum yeatty temperature), (see instructions 10% S% 1% Maasmum Frequency of occurrence~~
*P 'F 'F - 88 aw intame water Temperature 333e (Suetect to naturas enangest 'P ** *P 'w ,
~~n, O.senarge waie, T.,ne.,atu,e 32s. I 34, water latane veteesty 334 footme. (see instrucleons)~~
~~33. Retention Time Give the tengen of att *nutes time, in m6autes, from start of water temperature rise to discnarse of coonne water. (see anstructions)~~
H-8 EPA Forw F350.23 (7 733
VONM At t tros e n. O M B No. 2. % NJ N.1 DISCHARGE SERI AL NUMBEft poR AcEsCv usc ! 025 SNP .
~~17. (Cent'd.)~~
~~EfDuent Innuent w I a . 9 2 - . - 1 I I E- . S35 > E Parameter and Code E~~
=
~~I E5E Ha Y I y gon E ,B,u5 E D D, m 2 < V~~
~~~ 38 < < s y g.2wj Ph= =~~
2 !*
~~Etu 3x 5 m E~~
~~= $17s gw aww~~
~~f. '", E 1M1 3 1 M &jy El 4]9~~
~~E a " 2, E~~
~~h 'E S 8 58054 S$05 CR $< 0 .~~
~~$$6 (7) (8)~~
~~(3) (4) (5) (6) (1) (2) l I f,' l Sig~~
~~18. Plant Centmas Check tf the fol. NA towing psant controls are avadaD for this descnarge.~~
Alternate' power source for maior O A's pumping f acility. Asarm oe emergency orocedure for O Ai M k\ power or equ6prnent f adure Complete item 19 af discnarge is from coonng and/or steam water generation and water treatment addit 6ves are used.
~~19. Water Treatment Add 6tives if the afscharge es treated with any cor>~~
~~ditioner, inned 6 tor, or algicide. answer tne foHowong: None~~
~~4. Name of Maternal (s) 219e Nan and eder .f ~nu.~~
~~facturer 2199~~
~~c. Quantity (pounds added per 219e inellion ga4 lens of water treated).~~
~~EPA Feen 1550 23 (7 73)~~
+
o . i I OMB No. lH M100 (
\
i ceSCHARGE SERI AL,NUMSER POR AGEP*CV USE ! l j 025 , l - SNP St. Adestiones Inferneatwa r Information _, _ 226 ftem i 1
~~.I I~~
~~i L t i~~
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l l i ! i l t i i t i l l I i
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~~i i l 1 4 ? E i n t i~~
)
~~I l i L l i i i~~
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~~i L i~~
)
U*9 EPA Feem 75$0 23 (7.73) r I i b
coscNAnoE semi AL Nuweca 026 SNP Fon Accuev use saunecieas si== watw transe et Osts system weet (talecttent QWEL s t one. BOTN *
~~- Yard Drainage Pond ,, e e,' ne cheches. specie, sese ,~~
~~s. Osuhave point - t.atn.eng ce,e ,~~
the prec6se location of lne po6nt NA of einenute to ine neuest secone. *EC 20ee OEG J IN Latitude DES MIN *EC Longitude Seet e
7. Olscharge meteeveng watet N3me Name the waterway at tne poent 207a NA et essenarge.(see anstructeenal For Agency use For Aeeney use 303e if the discharge is intough an out- heatcr Manor i Sue fate that entenes beyone the snore. 2979 20Fe '
Iene ce is below tne mean low ; _ t I wetet fine. comosete stem 8. < 1 S. Offene.e Oessharge 200m feet
e. Dessnarse 06 stance from Sneee b Descharge Desten Secow water feet Be86 surface

9. 06ssharge Type and Ossurrones

s. Type of Descnarge Cneest .
waetnw ine eiunu,8. con. Sees O(**asContinuew I tinuous of intermettent. E [let) latermitteett (see lastructions) % D.ss.,ar,e 0 - ur,ence O.ysse, - .e, wee. - unknown wee. entertne a. ora ,e _ 2 0. ee, os says p ween (sureng pertees of enscnargel enes e6s. Snerge occurs.
~~- @'v l~~
s. Descharge Occurrence =.heentns If this oiscnerge normaHy 20*e OJAN OPES OMAn CApa l eperates (ettner intercruttently. QAUG et contnevoustyl on tesa (nan CMAY QJUN OJUL e year-aroune bases desctueeng snuteowns fer routine mainte. OsEP C OCT DNOV ODEC hence). chegis tne montns out* g Inc tne year wnen tne discnarge ts oseraune (see enstructione)
~~Carnesete stems to ane 11 If "later. setettent"is cnechee an stem g.a. ! Otherwise procees to stem 12. 1 i~~
~~10. Interm6ttent Sesskarge Guemesty -~~
~~gestens per steenerge _ -- ___ - Unknown state ene average vosume por ses. 2te sneege occurrence en eneusene. of gestene. t9. Interm6ttent 0+senerge Ouest6ee aae Freneeney~~
~~e. Inteemettent 06sensege Ouset6ee atle ne tiny -~~
Unknown so, Oay siai.ine a.e, ace nu.nen .fn.urise,eeytne etenefge fs e eratenS . 36 Inteeenettent 06senarge aw :1te _ nw.eeseu,.e e. Gov - Unknown receireney siaie in.a suument of est4narge escue. fences por eey during esys when dessnargsne.
13. eseelsnune Flow persee Cove the Jgn Jgg als Feene to tsme perlos la waign ene maseneum SUtenWI montft oew of ines ese4ftarge estestd.
~~en v- me-n u ns y,2~~
~~v OM2 N9.133 RVtust L Fon AcENCv usE STANDARD FORM C -MANUFACTURING AND COMMERCIAL~~
~~. i SECTION11. BA31C DISCHARGE DESCRIPTION e~~
r
~~.. Cenessese teils section for eaan o.schaege ineustee in Soctton I. Item e. that is to sur ace waters, inis in t l~~
~~systems en enuti tree wastewater ones not en throuen a treatment worms preer to ceang etunatees to n ee snowle De repre=~~
~
be erscrib*e enere there are asse discharaes to surf ace watert from thes f acility. REQuenEO EVEPsIF SEVER AL OtSCHARGES ORIGINATE IN THE SAME F ACILITY. Allvalues ts for an esistine gen sentative of the tweise previous montns of operatesse, if thes is. proposee eeunarge. values snoute reflect Dost j REFER . ADOITION AL JNSTRUCTIONS FOR SELECTED ITEMS APPEAR IN SEPARATE INS TO SOOKLET SEFORE FILLING OUT THESE ITEMS.
~~s. Disena.,e Seria No. ane Nasi.~~
~~aeta 026 ,~~
~~a. Daunar,e Sanse No. .~~
~~(see instructionst Yard Storage Building Floor Drains~~
~~n. Deuur,eName sete cive name of e.unarw. if any.~~
~~(see instrections) l~~
~~c. previous Osunarie Serest N.,~~
If pre,tous permet sope6 cation 20se NA was enace for enes oisenarge (see Item 4. Section 1), orovioe prov6 5 ous afscnarge serial numeer.
2. 04senarge Operating Dates

s. Desenerge Segan Date ifthe eiunar,e deur.oed oeio is na NA .
2ega operetten. give the este twetnan YM MO ; test est6 mate) the dissnarge Degess. > i
~~n. Diesharge to Segen Date If the ;~~
elecharge nas'never occurree but 202e E 0ft 0 ; Is planned for sorne future case. give the este (wetnen best est* VR MO g sisatel the discharge weis tegen.
~~c. 06esnarge to Ene Date if ele, charge is uneeuted to De eiuen. NA tenuee within the nest S years. 202e YR MO~~
~~38ve the este twetnin Dest est6-meten the eescharge well one.~~
l
s. Engineering Repert Avausew i Cnects of an engineettag report is evettable to rev. ewing agency upon 243 g Environmental Statement I tenuest. (see instructional 1 I

a. Desenerge Leestion Nametne g %
positicas Doundatees wetnen wn.cn tfie point of elsenarge islocates. 'g, l Tennessee Hamilton sese County asse Daisy ce miscaMei Cii, er Town asse w... S. DNeherge Point Desertetten Desenerge is ento tenech onet (see lastructionsi Stream (lastuses ditches, arreyes, one etster intermattent waterseurtees sese Q572 Lah. Dutt oseea Occa . asunessoas Sanitary westewater c Tfenseert Systens QMTS I Munnio Comeinee Sen. tar, an. Storm Transeeri System QasCS y y , ,,,gg,, ,,,,,gg ,y p,g,,, EPA Fone Fl$4.23 (7.73)
l us u. e . . ~ . . . ... . . . . n?A FOft ACCNCY U$C 1 SNP l l r l l a........ i s. wesi.
~~~*"' " Drainage from contained oil and chemical ,~~
~~Nwr.Uves~~
~~'E$.Itn...it.$*di..at its.~~
storage area will be discharged to a 750 gallon oil 7,",,'7",,".U.,,'it 2 *is[*"' t instructions) and grease interceptor for treatment. The inter _ [ ceptor ef fluent will be combined with miscellaneous 1 floor drainage and discharged to the yard drainage pond for sedimentation and oil skimming. 1 PSEDIM g33 PSKIMC , g,, , m w wt. a .t. nt C..a sise (1) PSEPAR _, using tn. coa.s itstoo 6n Tet>s. (S) . (s) . 11 of in. anstruction Booklet. (4) _ _ . o.wrin. tn. west enetement (s) . (9) . proc.sses for tnes anscners. sn (7) , en ore.r in wnich en.y occur -. (11) _ -. (12) _ ' if posses.. (10) .
~~- . (14) . (15) .~~
(la) (17) . (IS) . (16) . (20) . (21)_ . (19) . . (23) . (24) . (22) . (25) . I l i l l
)
H4 EPA F.no75$0.23 (7.73) 1
e . I I 026 own se.un nusu. SNP FOR AGENCY USE i 3. A i .i, O...... n ci.*
~~The eombined waate system eontiain9 m_i.gr.e1.14tieggs_.~~
~~aen na . ..... . . .. n e .c ii. .iy - floor drninnge and oII nnd grense intereeptgr et'fl_uent. [,"*u"Ct,',",,',',"'""*'*"* 1 i~~
~~14. Actively Causing OlsCharge For .~~
each TelC Code wn6Cn descr.Det tfie 4Clavity Cauteng this dettnerge, suppey the type and monimum amount or entner tne raw materias Consumed (ltem 14a) er the DroduCE n prodvCed (item j 40) in the u its 6peClflod in Iable 1 of the instruC-tion Booklet. For 58C Codes not litted in T8 Die 1. Ute raw fneterial or production unitt noffnelly used , for measuring produttloft.(See instruttlons)
a. Ra. maioriai. snared oisCnarges we=Imum unit NA Amount / Day (See Table Q (serial Number)
Nome l sic Code - (3) (4) 151 (2) gles (1) ; i Sflered 06tCnarges
s. Dr.d.et. Mealmum unit (seriel Numeer)

nn; Amount / Day (see Taose n Sic Code (3) (di (31 (I) al4Gi (19 2.442 Z-1 007, 024 4911 Electric Power II 3 E P A Feem 7550.23 (T.73) l _ -.
~~. e A~~
3 DISCHARGE SERIAL ftUMSER 026 FOR AGEPeCY USE SNP o ST, Desereptaen of Intame ame Deesharge For egn of tne parameters tested teow, enter in tne appreertate tuon tne value or coes letter answer calles for.(see instructions) item 6: 8 in aseition, ente ene earameew navne one cose ane me reeuwee vaun for any et ene toesewsne parametwa et eney wwe enecmee
~~in ammorma, cvaanse, asumanus arsense, torvissum, caemeum, cnremeum, coseer. sese, mercury, n6 cum, soiensum, atac, eneno!~~
and calorine (resseums. Ethent Inf) ment e ms 1 -- I PE j - b g {S g b-2 !E >3 3 Parametet and Code 13 j !j]1 3 !T3L f .; yG $ 217s
~~!st QS< $54~~
j18ast u lli 1013 isaa fri c<

i ai i<
~~s;6 16 a (8) (5) (6) (7) (1) (2) (3) (4) t Flow~~
MCD 0.0002* 0.0002*
~~50050 i PH ' Units 00400 Temperature (winter)~~
*F 74028 Temperature (summer) *F 74027 Biochemical 0xygen Demand (80D 54ay) !
mg/l i 00310 i Chemical Oxysen Demand (COD) mg/l " 00340 Total Suspended (nonfliterable) Sohds mg/l i 00530 Specific Conductance micromhos/cm at 25' C r 00095 l Settleable Matter (residue) ' ml/l l 00545 l [
*0ther discharges sharing hetake flow (sortal numbers)/ses lastruedoms)
~~Estimated i II4 EPA Pe= 7330 23 (7 FM~~
l l l rea aweev us2 SN1 i
\
i l l i t s. wastewater cnaracter6 sties Checu tne t>on cessee eacn constituent weten In present in the ef ttuent (siscnarea wateel. This setorenenellen is to te meses on actues anesysse o or tuost estimate.(see instructions) Psameter I Persmeter le 216 f 216 "' I i Color Copper 01042 J 00080 j Ammonia fron l 00610 01045 l Orgame nitrogen Lead 00605 01051 Nitrate Magnesium 00620 00927 Nitrite Manpnene 00615 01055 Phosphorus Mercury 00665 71900 Molybdenum Sulfate ! 00945 01062 Sulfide Nickel 00745 01067 Sulfite Selenium - 00740 01147 Bromde Silver 7l870 01077 l Chloride Potasaium ' 00940 00937 Cyanide Sodium 00720 00929 Fluoride Thallium 00951 01059 Aluminum Titanium 01105 01152 Antimony Tin l 01097 01102 Atwnic Zme 01002 01092 t Beryllium Algicides * ' 01012 7405I l Chlorinated organic compounds
Buium 01007 74052 Pesticides

Boron 0I022 74053 Cadmium Od and spess 00550 y 01027 Calcium Phenols 00916 32730 Cobalt Surfactants 38260 X 01037 Chromtuns Chlonne 01034 50060 Radioactivity

Fecalcoliform bacteria 74055 74050
*Specify substances, compounds and/or elements m Item 26.
Pesticides (innetscWes, funpcides, and rodenticidest must be reported in terms of the acceptable common nemes specified sn Accepreete Common Nenes and Chemscal Nemes for the ingrentaant Sterement on i Festicsfe Le6els, 2nd Editson Environmental Protection Agency.Weslungton, D.C. 20250. June 1972, as required by subsection 162.7(b) of the Regulations for the Enforcement of the Federat inercticide, Fungicade,and Rodemocide Act, i 11 5 EPA Perm 7530.23 (7.y5) 1
OISCHARCE SERF AL NUMSER roa AoENCv uss i 026
~~. bur s~~
~~s. Chemical composition of these 219e e~~
ecostaves (see instructions). Campeete nevne 20 25 If there is a thermas eiscnerge (e.S, associates witn a steam ane/or power generation NA plant, steet meet, petroleum refinery, or any otner manufactuttag process) and the total cischarge flow es 10 mulion gallons per day or more. (see snstructionel
20. Thermet 06scharge Sourse Check 220 the appropriate itemts) ino6cating the source of tne discharge. (see Instructions Somer Slowdowa Oseso sotter Chemort, Cleaning OSCCL 6 Ash Pone O= atflow OA*or Botter Wat .e Treatment - Evasore- CEPSD l ter Slow (awn f Ott or C Al Fired Plants - Effluent DoCr*
from A e Postution Controt Dev6ces Cone mee Coosing Water CCOND Coof ng Tower sloweown QCTSD Manufacturing Process ..... O MPPR Other DOTHR i
~~29. Descharge/mesedvang water t'emper.~~
sture Defference G6ve the mastmum ternperature altforence between the anscharge s and receiv6ng water; for summer . D and winter operating conestions. A
~~\ .~~
~~(see instructions) 23's "Ir. Summer Winter '2219 #.F Q~~
22. Descharge Temperature. Rate of Change Per Hour 222 'F./ hour Olve the masamum possible rate of ,
~~temperatura change per hour of elecharge under operating con- ' dellont. (see instructions)~~
~~22. Water Tamperature. Persentate n...,t in ,eeven.y .f occu,r. ries, in tne taose netow enter tne temperature wnsch is encoeced 10%~~
of the year. S% of tne year.1% of the year and not at att (masimum yearly temperaturel. (see instructions) 10 % S% 3% Maximum Frequency of occurrence 223e D as entake Water 1 emperature (Suttect to natural changes) E Descharge Water Temperature 2228 224 feet /sec. 24 Water intame Veteetty (see instructional !
~~29. fletention Time Give the length of 226 winutes !~~
time. In m6nutes, from start of wstor temperature rise to etecnarge , of coolang water. (see 6nstructions) l l l l l l t I I l l l EPA treem 1550.22 (7.12) i e
FORht AYYNus eu OntB No.138-Nol00 DeSCHARGE SERI AL. NUMsgR PoR AosnCv ust ' 026 SNP u (Centd. Emuent , Innuent w i i c j[ j rg T 3 k Es k >3m >35< g
~~E ruernetef and code 187q Ik $=x5 <f j !"~~
~~g 5fME Em !]lE E~~
~~] J - 35EMCJ I E Mw -iy {~~
~~a!j E an_ m (I] _m. 5 o ajwo< s zown D m<~~
~~=3 z<~~
~~E, m (5) (6) (7) (8) , (1) (2) (3) (4) Oil and Grease, mg/1,~~
t 00550

Data not available until operation of facility.
~~10. Plant Centets Check If tne foe. att sowing plant contross are avatiab6e for this discharge.~~
Alternate power source for maior O APS NA pumping f act'Ity. i Alarm or emergency procedure for Q AL,M power or egulpment f auvre Comp 4ete item Ig if discharge is from coonag and/or steam water goaeration and water treatment additives are used.
~~19. Water Treatment Additives Ifthe discnarge is treated with any con-dittoner,Inmibitor, of alg6 cide.~~
~~answer tne foHow4ngl 1 None~~
~~& Name of Matalat(s)~~
n. Name and edereas of menu-facturer asse

c. Quantity (pounds adeed per ates m6Hien genens of water treated).
11-7 l EPA Penn 7550 - 23 (7 .73)
I
~~. . i i~~
1 ons No.138-M100 i OISCHAAGE SERI AL NUMSER Poa AGENCY USE g , 026 I SNP i i
~~36. Asellionalleformellen informatten gy j vir414 ev n4 =er4,~~
~~l I~~
217a Inflow water is onenh1. water suno14ed bv ufvenn I IWater Company. . i, l l-I i i l l i i 1 l , l i l l l li i l t i l I 6 I l l 1 I n i 0 l i l 1 l\ t I l' t F I l l I H-9
~~, EPA Feen 7SSO.23 (7 73) I l~~
oesCe4AnGe sEni AL NuMaca 027 SNP FOn AGENCY USE Municipal stoem Water fransport . syisem O srs West tensection)
~~. OWEL w oisier HoTH~~
~~w *etw is checkets. specify sese' hd haham NM~~
6. Otscharge Pennt - Lat/t.eng Cive the precise location of tne poent NA of mischa#9e toine nearest secone. MIN _sEC 30sa DEG
~~' Latitude l DEG MtN *EC Longitude 2089 e~~
~~7. Discharge Receeveng Water Name Name the waterway at tne poent 207' NA et discharge.(see 6nstructions) i For Aeency Use '~~
For Agency Use 3OJe 18 the discharge 45 througn an out- . Maler Minor Sub faal that entends beyond the shore- 2079 207s p time or is tielow the mean low , ( water line. cornplete atom 8. S. Offshore Discharge 20Sa foot
~~e. Otscharge Destanee from shore h Discharge Depth Setow Water fees surface asse l~~
~~S. Descharge Type and Occurrence g V~~
~~s. Type of bescharge Checa wnether tne discnarge is cork 2094 O (con) Continuous @~~
tlnuous or intermettent. Dint) Intermittent (see Instructions) A Descharge Occurrence Days per _deys per week - Unknown Weet Enter tne average num. 209D ber of days per ween (during periods of distnarge) this Ol> ' charge occurs. , NA '
~~c. oesch.,ge occu,,er.c. -Monins OA*n s I If this discharge normally 20*s OJAN Orts OMan l~~
Operates (ettner Intermettently. et continuoustys on tess enan DMAY DJUN O Jul. QAUG Q l a year around eas.s tesciuoeng l l shutdowns one routine mainte- OsEn CoCT ONov DoEC j
)
nonce). cneck the montns dur. leg the year wnen tne asscharge l f is operatino. (see instructionse i Complete etems to and 1I tt " tater. mattenta is cnecm e en item s.a. Otherwise. proceed to stem 12.
30. Intermettent Descharge Quantity ^

gestore per esecsserge occurrense.'
~~- Utiknown state the average voaume per ein. 2te charge occurrence in enousenes of geffens, i~~
ll. Intermittent 06scnarge Outetten and Frequency ! e f atermittent Descharge Oueouse alta _he.rgeereev - Unknown . ; i pee oay siai.ine a. ora ,e l nummer of hours per day the sascnarse is operatins . E enterenettent o.scearge 39la wescharge -- per say - UnkUOVn l Precuency state tne average pumeer et eiscnargo occur. rences per say during esys when easenerger.9 I
13. Manimum Flem Persee Cive the time persee nn wn.cn tne menemum 313 From A to Jan snonen mentn new of ines essner,e occurs era rw- rsso-r: u ral U-2
e . 06t3 Ns. ISs hutuu FOn AGENCY USE STANDARD FORM C -MANUFACTURING AND COMMERCIAL SECT 10 NIL BASIC DISCHARGE DESCRIPTION i se ee age Comosese tais necesan ene enn steunesge indicated an Section s stem 4. that is to sa U.*cm.tenes suef mensace must waters.1nes ' sysion.s ses ani.n ene w4ssewaine ones not aan inenuen a treatment wores preor to being dannarneo en suef ace esisting counaeee snould De eeDre-me deste.t.eis
~~nee. ineea ae. aiso essunaeans en suef ace watees from tn.s eacility. f r ng estimates.~~
REQUtRf sentative of UtneEVEN tweeveifprevious SC VEmanansR A4. OesCHARGES of ooerasson. If inisORIGIN ATE oiscnerge, is a evocosee IN THE SAME waives PACll.lTV. snoueo reflect Allcost values engin T a.S INO4CATEO. REFER ADO #TIONAL INSTRUCTIONS FOR SEI.ECTED ITEMS APPEAR IN SEPARATE $NSTRUCT TO 900KLET SEFORE FILLING OUT THESE ITEMS.
~~3. Descharge sersae No. and Name 2 eta 027 ,~~
a Oiunar,e sersai No. . (s.e instructions: ec ty esel Generator BuMng - M ad hease l
~~m. Osuna,ge Navne 2ete '~~
~~civ. name of aunar,s. If any. Interceptor (see instructions)~~
4. Prevleus 04senarte Senat No, l if previous permat aopiscation was enade for this discnarge (see 200s Stem 4, Section 1), provice prev 6 ous elsenarge seriai nummer.
~~2, 04scharge Operating Dates~~
~~e. Descharge Segan Oate iftRe ,~~
esscnarge ceuroned beiow is in NA operetton, give the este (witnen 202a test estimate 1 the essenarge YR MO Detan. 6
m. Oeunaeg. i. segin Dais iftne 9 einnarge nn cover occurree o".' 2029 80 06 nV Is planned for torne future cate n give the date twatnan best esti-YR MO meten the diunarge will Degin. Q

c. Discharge to End Oste it dis.
~~charge is schecused to be oiscon. g tenued within tne neat 5 years. 202e YR hs0~~
~~give the date (within best este-mates tne esenarge weat end.~~
3. Engineering Report Ava6satte Cnecis 6f an engineering report is eves iaose to reviewing agency upon teouest. (see lestructions) 202 DC Environmental Statement

4. Olscharge Location Nameene petitical Doundaries witnin wnsen the point of discnarge islocates.
' geng 294e TDnnoccOO State Hamilton 204e County 264o Daisy et aoenca e Cny or Town 2e . . . -
S. Otscharge Potas Descreetten Desenarge es ento (cneen ener. (see instructions) Stream (lativees dettnet arroyos, one otner intermettent watescousses) 20$a CSTA Lako CLKE O**** OOCS . Municipal Sanitary Westewater Transport System ChsTS uun.ci . Com.ine. San e,, and Storm Transpoet Systeen OneCS El TWe seceloei contains e pedea, EP A Fene 7330-33 (7.73) t t l [
O SCHAIGC SEEl AL.NUMeCR 027 SNP roft AGENCY USE l i s. was. A.... . Cie.iM*.*"i.$U'iI.".no 2:s. N.,rmeve. Miscellaneous floor drains collect in a 900 , E*n'Ni.U,,". 's"E '('*"*'" gallon oil and grease interceptor for treatment. _ ; istelnattloat) This waste is discharged to the yard drainage pond. - i PSEPAR PSEDIM g3, PSKIMC e was.Am.i. iC . aine (13 , ,,, , , visa,in. <oo nii.e in tem. is .e in. inierucuen sowei. (4) , (si , (s) . x,io. in. .ni. .. .m.ni
~~,,.c.a von inis sinne,w in (n , (en . (si .~~
i tna ore.r in wnich tn.y occur av ,ooses (103 , (11) , (12) . t (13) . (143 , (15) , l (17) gle) , (16) , , , (19) . (20) . (21) , t (28) , (23) . (24) , , I (28) . I I I I i I i l EP A P.n. 7350 23 (7.73)
027 unna .... .-..... ar POm ACiteCY U$t 1 l ts. Aci ny Oe. reeuen ci.*
~~The building will contain a 400 kw eenerator neart .~~
n,,,au.e e.sceiouan os acu iy atse l [,%',"],'y' *"*'* *" to provide backup power for security lighting. The waste stream consists of oil and grease interceptor i effluent. j f i l i
~~- i j~~
84 Activity Causing Olscharge For ' each SIC Code wnnch descrises the SClivity causing this discharge. t supply the...type e, and i maalmurn !
~~-consu nio.inom~~
~~n. i.ne ,4w mais...~~
a) .,ine ,0.ua proeuced titem see)in the units , specified in iatHe i of the leistruc- l tion Sochtet. For SIC Codes not l insted in T aDie 1. use raw materlat or production units normally usee f for fnessuring productlen.(see ! instructions : i-
a. new asaterness Unit Shered oischarges N Maelmum Amount / Cay (See TaDie t) (Sortal Numperp Name SIC Code (El (23 G3 (4) glee (1) l

m. p eaveis Unit Shared oisenarges Manifnum Amount /Cey (See Taoie :) (serfel Numter)
StC Cose Nome GB (4) G1 step til Gl Electric Power 2.442 2-1 007.024 4911 II3 E PA Fem 75$0.23 (7.m
e 6 OISCHARGE SERI AL NUMSER 027 FOR AGENCY USE SNP
17. Descripteen of Batame and 04senarge For eacn of tne parameters tested Desow enter 6n tne approoriate Don the value or ccee setter answer cailed for.tsee instructions) in aoo. tion enter tne parameter name and code ana et roeuired vaun for any of tne fonowine oarameter if inov were enecked in item I6 ammonia, cvan.a asummurn, arsenec. corytinum, caemsum, caromium, coceer, rees, mercury, n#ckes. sesensum, sinc. onenoes, one ana grene. .
~~and ensorine (ressous). Innuent Effluent x~~
~~$; a 1 ^~~
~~I 1I .f i g 5 s.) 2: 2- I 2~~
>33 m > 3 3 <: x w x Parameter and Code 3E f $ 1 ] *g 3 f3 hy 217e Ich g .* .E l L da i !?]2)
~~EjL = .q 12 [% 2 k~~
~~~ = 4 d T= s2 %~~
w u 's ame ss.3 d .s8ac<c x x8ac w< z< m (2) (3) (4) (5) (6) 0) (8) (1) Flow' 0.00005* 0.000054 MGD 50050 pil Units 00400 Temperature (wmics) i
*F 74028 Temperature (summer) 'F 14f)27 Biochemical Otygen Demand (BOD 54ay) mg/l 00310 Chemical Onygen Demand (COD) mg/l 00340 Total Suspended (nonfuterable)
~~Solids mg/l 00530 Specific Conductance micromhuWm at 25' C 00095 Settleable Matter (residue) ml/l 00545~~
~~'Other discharges sitanns intake flow (serial numbersMsee insenscdons)~~
~~Estimated l~~
II4 ara r . rsso.22(7.ru
e . 027 DUY l com Ac(NCY USE s e. wastewater charuterestica cneck the nos twisee eacn constituent waecn is present en the efrivent (emenarse water). Ypis setermination is to to ba er best est6 mate.tsee instructionst Farameter lE Farametet 216 3 E a. 216 s. Copper Color 01042 00080 tron Ammonu 01045 00610 Lead 0:canic nstrogen 01051 006o5 Magnesaum Nitrate 00927 00620 blanganese Nitrits 01055 006l5 Mercury Phosphorus 71900 00665 Molybdenum Sulfate 01062 00945 Nickel Sulfde 01067 00745 Selenium Sutfite 01147 00740 Salver Rromde 01077 71870 Potassium Chloride 00937 00940 Cysnide Sodium 00929 00720 Thallium FluorWe 01059 00951 , Titanium , Aluminum 01152 01105 Tan Antimony 01102 01097 ! Zinc Arznie 01092 01002 Algicides
Beryllium 74051 01012 Chionnated organic compounds' Barium 74052 01007 r Festicides*
Boron 74053 01022 ; Oil and grease X Cadmium 00550 01027 Phenols Calesum 32730 00916 Surfactants X i Cobalt 38260 01037 ' Chionne Chromium 50060 0I034 Radacectmty' Fecalcohform bacteria 74050 74055
*Specify substances, compounds and/or elements e item 26.
Festicdes(inweticides, funsicides, and rodenticides) must be reported in terms of the acceptable common names epecitud in Acceptable Common NenetenJ Oemoceinames fee the lnpettent Statement on ; festkafe Le6e(s. 2nd Edition. Environmental Protection Agency.Westungton. D.C. 20250, June 1972 as required by Subsection 162.7(b) of the Regulations for the Enforcement of the Federaliancticide. , Fungacide,and Rodenticide Act. 11 5 E P A Fora 7550 23 (7-73) 1
e e F OtSCH ARGE SERI AL. NUMSER POa Acurev usa i 027
~~SNP r I t.o.. we ta.e ioed . . . . . . _ . . . .~~
~~s. .- e. .w a.w~~
~~l addeteves (see instructions).~~
Carnsecte items 70 25 If there is a thermae discharge NA (e.$, assrulated with a stearn and/or power generatton plant stece neelt. poten6eum refinery or any other manuf acturing process) and the total etscharge flow is s O mutton gastons per day or more. (see trestructions)
~~30. Thermes Olscharge sourse Checia att the appropetate sternts] indlCating >~~
the source of tne distnarge. (see last ructionsi Boner slowoowa O steO soaler Chemacas Cleaning O sCCs. Ash Pond Overflow CAPOF Soiler Water Treatenent - Evapor.- DEpeO : tor Slowdown - i Oil or Coal Fired Ptants - Effluent OOCFe from Air Postution Control Dev6ces Condense Cooling water OCONO ' Cocaint Tower Slowdown OCTSO Manufacturing Process OMFPR Other OOTHR i
~~30. Descharge/Reseeving Water Temper-ature Ostforence Give the mantemam temperature % '~~
N V dif ference between tne d6scharge and receiving waters for wnuner . N and wanter operating conditions. l (see instructions ap, g Winter 38th 'F, g
~~33. Otscharge Temperature, mate of # F.jviour Change per peour 333 Give the man 6 mum posssDie rate of 7~~
~~temperature change per hour of d6scharge under operating con-dations. (see instructions) i t t~~
~~33. Weter Temperature Percentise Report (Preeuency of Oscurrensel In the taele Detow, enter tne ,~~
temperature wnica is exceeded 10% of the year, $% of tne year,1% of the year and not at att (man 6 mum yeerty temocraturop. (see instructions) 10% 5% 1% Mamtmum Frequency of occurrence
~~' D *'~~
~~aw Intense Water Ternperature Saae (Sue 6ect to natural changest D. Descherge Water Temperature 3338~~
~~34. Water Intese Vesseety 334 footAsc.~~
(see instructions) l 338 ,Jn##sutes i ag. Rotenteen Time Give the tength of j time,in manutes, from start of i water temperature rise to discnarge . of coosing water. (see instructions) I t l H8 EPA Fene F330 23 (7.F3) h
e e FOR 1 APYNOVV.0 ORfB No. US=Nul00 OISCH ARGE SE RI At. NUMSEft 027 coR acency ust f anc . l
~~n. ic.nre.:~~
~~Innuent Etnuent w~~
^
~~I 7 . j f~~
~~r E5! $E $M.~~
~~>o * '~~
~~Par. meter and Code 3 I >3m D 3 9 k~~
~~= wa k E,1g =7ee = it 3r7q m <N -p< =.~~
V
~~ytj=x EEUJ Mw y~~
~~w -{, 3, D ji 28.Ic mil~~
~~==a i 'lz5wo< 33 s E E.M E zowc h3 w<~~
s z< m ca a , (3) (4) ($) (6) (7) (8) (1) (2) vil and urease, mg/1, , , l 00530 i l
~~Data not available until operation of facility.~~
+ l ts. pient centme. en.c= it in. voi. at9 towing plant control ar. avestance to, im. oisenar .
~~an.rn.i. oow, .ourc. var meor O ans ,~~
~~,umpine eumtv. NA [~~
44.em or .m.r,.ncy oroc.eur. 'or ; O Aua w or .eui-t v.aut. i co. . . n.m se se einner, i. l erom coosing ane/or st.am wet.e ! wn.r tion .no w ei., tr im.nt
~~.eemv .r. u .~~
~~I i~~
~~19. Water Tr.atm.nt Aselliv.6 if in. f attenerg. is tr t witn any cof>~~
~~eitton r. inme6 tor, or eagicle., l ensw.t tn. toslow6ng: Nm~~
~~& Name of Mat. ries (s) St$e i~~
h, Nam. ene seer 6 ef m.nu- ) factur.r atte t Quentity (pounes see.e s.r Stee meetson 9.elene of wet r tr t.el. i i 11-7 EPA P.e= FSM-33 (7-73)
a e . FORW AYt'hos v.u OMB No.133-kM100 OlSCHARGE SERI AL., NUMSER FOR AGENCY USE 027 SNP Is. Asestiea.i s.ver-auen Inf0fWilen 2N stM i 217a Intake water is raw river water. : l i i F k t ( i i k r I . 1 I
)
~~EPA Feem 7550.23 (7 73) U-9~~
~~= .~~
T DISCHARCC SERI AL NUM. CC3 r 028 SNP FOR AGENCY U El , punacepal Seorm wates f ransport . System OsTs West (injecticas Ows' 4 l Othee COTH . b If *0ther* is checked, specif y 20sb I
~~6. Olscharge Point - Lat/ Lent Cive '~~
tne precise occation of sne point ' se einna .e ie ine nes,en secone. 14 M,u 00 nac 2ne 35 oca Laistuee 85 og, 0 5 ,,, 24 ege , 2u, ton,iiuse
~~v. o..cau,e Re.ei..ng wate, ces.no Name ine waie,.,a, n ine oo.ni So Tennessee River of obscnarge.(see enstrucleone)~~
For Agency Use For Agency use l 303e if tne eiscnacee is tnrougn an out. Matee M.noe 4 Suo _ 207D 2078 fall tnat ettends Devono tne snore-sine or is Defow ine mean to , ,, , water Itne. cornpiete item 8.
~~8. Offenere Olscnarge Sosa NA ,e.,~~
~~oiscna,,e o. stance from snee. D. Dissnarge Destn Setow Water NA ,eet 204. Surface~~
9. Olsensets Ty!e and Occurrence

e. Type of Descharge Cneca Sega wasiner tne emnatee ,s con. O (coni Coniinuous j- tenuous or intermettent. El(tati intermittent Dependent upon rainfall -
~~(see insi,ucuons:~~
e. oeunar,e Ouverence oars per 20gD _eays per w.eu Unknown 3, hy Weet Enter the average num. NO f o.e os cavs o.t weev ieuring perloos of eascnarge) tnis cas. 9 \ h '
~~cnarge occurs.~~
~~c. Dassnarge Occurrence -Montns NA ' Q I~~
If tnes aestnasee normaffy 209e CJAN OFE5 CMAR CApR s ocev ates (eitner intermettentiy. OAva or continuouslyt on sess inan DMAY CJuN DJuc ' 4 yeae eeovne cas s teactueeng snutoowns for soutine mainte- OssF O ocT O Nov Occc nonce). cnecu ine montns eur. , f ing ine ,es, u,nen ine e.un.ege I la operating. (see instructions) Comosete eterns to ano 11 it " inter. ' snittent"is snetsee in stem g.a. Otherwise, procees to atem 12. te. Intermtetent Oeunarse Guantity essessaand gettons per etscharge occurrence. Unk.nown State tne aversee voeume per e s. 210 charge occurrence 64 inousands of I gaffens. fl. Interenettent Casanarte Ouretion and Freeuency
~~a. Intermittent Osunarge Outsteen 21la hosses see eey UnknoW per Day State tne avstage w n w etnourio ,es,tne~~
~~-- etscharge is oserateng. . _ -- - - . . . . , , , ,~~
h latermillent cessharge etsenerge eesurteescos pee esy Unknown F requency State the average 21tt soumeet of emnates occue+ rences per say euring says unen essenerging.
~~13. Masamum Flow persee Cave ene yan.~~
~~time perios en wn.cn tne mas. mum St2 From y M *se enenen menta flew es in.s emnarea ouves. EP A F=as 7350 22 (1 12) 112~~
~~o OntU Nr. t$s-sasw FOR AGENCY USE -~~
STANDARD FORM C - MANUFACTURING AND COMMERCIAL SECTIONII. BASIC DISCHARGE DESCRIPTION Tnis enCiudet dittnareet in enumerisat lewef s,o Complete thel Settien fo# egen ele 4Chaf ee end.Cated &M Section 9. Item e. detCnateed Inst is to Suff to suf4Ce facewatert watert. J.tCa t 8tri t t ecut m gt gygiene9 He enee n the wastewater doe % ne,4 en tarnuen a treatment moetit ofret to tretn,SEP AN ATE OC$CRIPTIONS OF E ACM OtSCHAnct; De deWe.ted wh,*e in**e are attep dsundinet 90 %urf 3CenwatPfl frorM id f.fleCl Dent In*4 festernetet enoineeren, aC88efY.stCQUlser u pentall.e of ine twes.e geevoogg enoMnt of o@ef at8on. If Bail *S a Df o oled esttflarea. values s ow ET AS INO#CATEO. REFER AoDITsor#AL tNST utJCTIONS FOR $ ELECTED ITEMS APPEAR IN SEPARATE INSTRUCTION S TO EIOOMLC7 Otrostr. FILLnNG Ouf THESE ITEMS. Dennaege Sereat No and Name
~~9. 028 .~~
~~s Osunene s.t.se No. 2ess . (see in iruci.dass Construction Runoff 200~~
~~n. Counarse Name ci.. na.no os d..cna,,s. if anv.~~
~~c.,. insi,uct.ome~~
~~c. e,e.ie.. O.una,,. s.t.se Ne.~~
~~If pte.6out permet AeohCation 2004 was inade for tnet d.lCnane (let nem 4. section et. erov,oe o,e,n out Glunarge lorsal numoet.~~
s. connar,e co rane, care.

a. Osuna . e.,an osie eftne diunar,. d.ur.oed neiow .a NA coeranon. .. ine asie sw.inen 2o.a ya uO e, st ein, nates ine 6.una,,e De,an.

b. Distnerse to se,in Date iftne dinnarse nei ne.fr occurred out 80 04 \
~~ts plannta for to#ns fu'u e date. 202D vR MO~~
~~,Ive tne date .vustnan nest esta-maiena. .una ,e w.n oe, n.~~
~~g 0~~
c. annan. io rna Daie it di g cnar.ie n .n,. o i., n. ayon. 82 08 unged wonin in, nr., s V, 2024 ya uO -
~~,..e tas .iate i .inin n,si e. ..~~
~~mates ine d.una ,e w.n end.~~
~~3. En,in...in, a.s.ri A.3.eae e Caeci .f an en.n.or.n, reoort i.~~
~~eveu.a eio... w.n ,ae.ncy venn s ovetL (see instructions) 203 C~~
4. Oiuna,,. i.ecai..n Nameene g poietical ooundaries w.tnen wn.cn tne point of d unarse is located.
Tennessee 2044 State 2044 Hamilton 204e County 2649 204f (if spaticao6el City of Town 204e w..
~~5. Otscnarge reent Descrisiten Osunar,. is into qcnecm oner.~~
(see instructions Stream tintrudes sittnes. aerovos, and etnee intermettent watercourtest 209e CSTA Lame CLKE Ocean COCE . uuniciose sanitary wastewater . Transoon system CMTs uuni isdi Como a.4 :en.f ar, and
~~Storm 1eansport Syneem QMCS g ,,,g , , ,~~
~~EPA Fene 1333.8 p.72) l l~~
~~-f 7~~
v . w ~. d .' L ... .. 028\ l ***"c v un SNP is. w as. a.... ... , w.... a..i. .as penise aise merrens , Construction runnff will be handled o cr.o. in. ... . . iem.ai ; by best engineering practices (riprap. burlao.
.', .'l",,.U.*,*.i E.'('*"*"' '"'""*"'" and hay bale check dams) to control sediment.
~~l i sise (a) POTHER _, ,,, , g3, ,~~
~~$ wae.4 i. ic. . ,~~
visa, in. coe.i nsi.a in vs. (S) . (6) . i el of in. Instruci on sooist.o. (4) , e.ecris. ime w est. .t...m.no ge) . (9) . proc.e e for ihis disen.rg in (F) , in ore r in wascn th.y occur (11) . (13) . if poesies.. (30) _ .
~~. (14) -. (15) , ,~~
(13) j (17) . (le) . l (14) . (21) _ -. l (20) . (39) . (23) . (24) . (32) . (29) . t i L 114 l era r.a. rslo-as (7 rii i l l
~~e one:2 us. na.mv.~~~
~~028 .__ wr ' rOn Ac(NCY USC ' e 9 3, Asteesty Descript6en Gl.e~~
Precipitation runoff associated with areas atoe a a,. a ii.. .sc e . .on . act...i, oevon s ihis oisense,s.4s's under construction. Annual nyerage precipitation instructionel l is 57 inches on an estimated 5-acro construction area. The runoff efficient of 1.0 is assumed.
~~e o,~~
. . . A.u.it, Ca. sin, o s.na ,e each SIC Code walCh desCftees the acts,aty causing this desCharge, sweety the type and mansmum evnount of either tpe re. matortas consumed (Item Isal er tne produce produced (ttem 14el la the units spectined in tanee I of the lastruc-tion sookset. Fo# SIC Codes not I
~~usi.e in T amie 1. use ,a. mai.,ia. or production units normaH) used for measuring production.tsee instructions) i~~
~~a. na. Materia's snored Discriaries L~~
Mamimum Unit NA , amounuoey (See Tao's il sic Code a, in tRh (33 Stee til i Shared Oesenerges D. predwets Meelmum Unit (Series Peumeee) Amount /Dev (See Tasse it sec Code (S1
~~43) (4)~~
(1) (2) 39 6 Nnn, Electric Power 2.442 2-1 , 4911 f 11-3 EP A Feem 7550 23 (7 73)
s e e I I DiSCHARGT, SERi AL. NUGAGE R 028 FOR AGEPeCY USE SNP O F. D.ea, spas.n or lat... .ne O6ssh.,g. l
,.,,-,..,.....n.s.,s......ne.n.,,............u.......n.......i.u.in. i.e . siii. .n. .n. . . ..,n .n.. . . .si. u ..su. .. . ..in...si . . ... - ... . ..n-. ..
~~s.. i i~~
..um.num. .,s.nec. ,viisum, c.emeum, en,.m.um c.ee . i s. me,cu,y. a6cm.i. e.i.nsum, sinc. en.nes. ... .no v * .mmon... cv.n.a u .n. ent.,in. tr .eu.is.
~~Emuent taneent x~~
~~$* 1 ~~~
~~h }>3$5 h$~~
~~>B$M f g* *!:~~
2 EE ' parameter and Code 1k I E*1&w !T1L d .= liS< 217s *$ in
~~$$E 's-a 3~~
~~j!ili !sil x8054 5805 li C< i ul (4) (5) (6) (7) (8) (1) (2) (3) Flow~~
Nr"*y MGD 0.021*

50050 i pil Units ,
~~00400 Temperatu.c (wanter)~~
'F 74028 l Temperature (summerJ *F i 74027 BiochemicalOsygen Demand I (BOD $4ay) mg/l 00310 Chemical Ouysen Demand (COD) I mg/l 00340 i i
Totd Suspend.d (nonfuterabl.) Solids mg/l r 00530 Specinc Conductance ; micromhoVcm at 25' C 00095 Settleable Matter (rendue) ml/l 00545
~~'Other discharges % intake Gow (serW numbers).(see lastnections)~~
~~Estimated II4 EPA Fe.m 7550 23 (7 71)~~
e e De6CH A20E Str.ent, requissie , , , , , , , , 028 SNP com acchev use to. Wassowater Characterest6es ! Cheth the Don dew 6e eeth centtituent wheth is present in the effluent (etCherge welerl. This setermeneuen is to se haces on acts enetrees er t>ett ett6 mate.(see enettuttlens) l' Psameter a Parame ter 216 l g 216 p, Color Copper 00080 y 01042 l Ammonia tren 00610 01045 l Organic nitrogen Lead 1 00605 01051 Nitrate Magnesium 00620 00927 Nitrite Manganew 00615 010$5 Phosphorus Mercury 00665 71900 Sulfate Molybdenum 00945 01062 Sulfde Nickel 00745 01067 Sulfite Selenium 00740 01147 Rromde 5tiver 71870 01077 Chloride Potassium 00940 00937 Cyande Sodium l 00720 00929 Fluorde Thalbum 00951 01059 Aluminum Titanium 01105 01152 Anttmony Tin 01097 O!102 Arunic Zmc 01002 01092 Beryluum Alsicides* 01012 74051 Barium Chlorinated organic compounds
01007 74052 Boron Psiticides*
01022 74053 Cadmium Od and greess 01027 00550 l Calcium Phenols 00916 32730 l Cobalt Surfactants < 01037 38260 i Chromium Chlorine ; 01034 50060 I Fecal coliform bactens Radioecuvity* 740$$ 74050 l
~~'Specify substances, compounds and/or elesnents m item 26.~~
icides, and rodenticidest must be reported in terms of the acceptable common f Pesticdes (inucuedes, names specsbre fuNie Common Namer and ChemscalSemes for the ingredenr $rarement on na Accepro l Pesticate Lo6els. 2nd Edition. Envuonmental Protection Agency.Wasfungton. D.C. 20250 Jurw 1972. as i required by Subsection 162.7(b) of time Regulations for the Enforcement of the Federalinsecticde, Fungstide,and Rodenocide Act, i
)
~~E P A Fere 7550 23 (7.73) i~~
)
~~0 . DISCHARGE SCRf Al. NUMSER POa Act"cv USL I 028 e 5hr~~
~~4. Cnenucat composition of these 3:04 additives pee sestrucpons). .~~
Cneruete items 20 35 et there is a thermas eastnarge (e.g.. assmested witn a steam ane/or power ger oration piani, si,ei mesi, p..,nieum re in.ry. o, any oine, NA manuenturine processi an. the toia assenar,e slow is 10 me.ison gations per eav or more. pee insuuctional
39. Thermat Oissnatte Seurse Check 239 the appropriate itemtsi inoicaunt the source of the discnarge. (see e last ructional So ier Slowcowa Oe'so soiser Chem'.ai Cleanang 0 0CCL.
Aan Pond Overflow OAPCF Socier water Treatment - Evapora- Otreo for Diowdown Ost or Coat pared Piants - E fflueat OoCPP from Air Pollution Control Dev6ces concense Coosing water CCONo Cooling Tower Snowdown OCTao Manufacturing Process O M8'PR Ot h., DoTHR St. Discharge /neteiving water Temper. N sture Difference % Give the masemum temperature ' olf forence Intesen the cischarge and receiving waters for summer and winter operating conditions. Sumener
*'"""" 3 ale 'F. NN Winter 2319 'F. g
~~23. Desenerge Temperature, mate of Changa Per Mour 232 'F./nour Give the masimum possitte eate of temperature change per hour of distnarge under operating con.~~
~~cations. tsee onstructions)~~
~~33. Water Temeerature. Percentile Report tPreguency of Occurrensel la the tacio oesow enter the temperature ansch is esteeced 10%~~
of the year. S% of the year,1% of i the year ano not at all tmaalmum ( yearly temperatuse). tsee instrucbons) l Proguency of occurrence 10% sg 1% Maalmum l 333e
*8 N '
~~a. Intake water Temperature (Subiest to naturai cnangesi 'F 'P~~
~~'8' Ik Discharge water Temperature 3333~~
~~34. Water insame votesity 334 foot /sec.~~
~~(see 6nstructaons)~~
~~39. metention Tame G.ve the longen of 33S sninutes time. 6e enenutet from start of water ternperature rese to discnarge of cooling water, pee instructions)~~
~~~ -~ . . . _ _~~
H-8 EPA Ferai F550 23 (7.73)
e s
~~FUNM Arrows v. o OM2 No. R$$=N'JNJ DISCHAmCC SCRf AL NUMSCR ron ActNcy use i r 028 SNP i~~
~~tr. teent e. , Effluent influent l~~
=
u
* . .1 I _I. f.}
~~S b EE II I h E 35E D, 3, Paramerci and Code E e V p~~
~~-3 .*8 <~~
~~y Sgg 5 5, y, b s y3- - z3g yy~~
=
~~c 2 w i-I78 2 < EEw 2 Mw m i E5i E" i *", E 'E sW -5 7 3 E3 T3 4]9 8~~
~~$< a E $jB 838 3 i803 *& $' $$O6 4 C4 . i (5) (6) (7) (8)~~
~~(2) (3) (4) (1) I t~~
~
I
18. Plant Centmas Check tf the fok att NA r towing plant conteois are avateatie ,
for tnes disenarge. ! Alternate power source for maior O APs i pumping f aceasty. i r Alarm or emergency procedure for OALM ' power or ettulpment f adure f Complete item is if discharge 6s from coosing and/or steam water generation and water treatment additives are used. i
19. Water Treatment AeWitives tftne discharge es treates witn any con-altioner. Innabitor, or alg6 cide, answer tne following*

a. Name of Matertal(l) 21st t.

e. Name and addrest of manu-facturer atse

c. Quaatity (poones aseee per a os maisson gassons of water treates). i 117 l-
~~! EPA Fore 7550 .23 (7 73)~~
~~e r w. . . . .~~
~~OMB No. IJ8=h4100~~
~~-L OISCHARGE SERF Al.NUMSCR POR AGENCY USE g 028 SNP i~~
~~34. Asettlease enf ermetten s~~
~~saformetlea~~
~~,, g, I~~
r r ( i i e i h f U-9 arAr - rsso- n.in t I
a e
Dl!CHA%C C SKI AL NUM;CR 029 SNP FOn ACCNCY USE Municipas Storm water Transport System CSTS .
~~Wees (Intaction CWEL h Ot her COTH . If 'Other* 49 checlied. spectly 20lb~~
~~4. Discharge peint -- Lat/Long Clue tne pretese location of tne point of eiuna,ge to ine nearest secone.~~
3),o,,3 14 ,,, 00 sac Laisive. 20 a 85 oco 05 24 Longiivee 2ose win sec .
~~3. oinnarge neceiven, water Name Name tne waie,wa, at ine no.ni 20 Intake Forebay of discnarge (see instructsons)~~
For Agency use For Aeency use If the distnarge is enrougn an out- u,, ort u,nor4 que 303' f;Il tnat estenes beyone ene snore. 2079 207s line or is below ene mean sow water line, compeete stem 8.
8. Offe nere Discharge

e. Discharge Destance from Smero 2004 feet 6 oinnar,e oesin set.w wat ' NA Surface 204b feet

9. Descharge Type and Occurrence

a. Type of Disenarse Cnecm whether the eiunarge es con. 209a C (con) Continuous tinuous or tatermettent.
coes insi,venons 0 tint: Intermittent Dependent upon rainfall th. Discharge Occurrence Days per Week Enter tne average num. 20st cays per weev Unknown her of days per ween touring A perloes of discnargel enes e6s. cnarge occurs. N
~~c. 04senarge Occurrence -Months If en6s descnarge normaily 209. OJAN OFes OMAa C Aan (~~
operates lettner intermittently, or cont.nuously) on sets enan CMAY OJuN OJu' OAve a year arouno eases testsuoing snutoowns for routine maente- CSEP Q OCT O NOv OocC s nance), cnects ene months out. eng one year wnen one e.scnarge is operating. (see enstruct6ons) Compiete stems to ano 11 If inter-snittent" es cnected en item g.a. Otnerwise, prosses to item 12. te. Interm6ttent O.scharge Quantity State the average soeume per o.a. 2to *fsousand gallons per e6senarse occurrence. Unknown snarse occurrence en snovsanes of gallonk II. Intermettent cessnarge Oursteen and Frequency
e. Intermettent Dessnarse oursteen porDay State tne average 21te _ hours per eey Unknown numeer of nours per aay the essenergs le ooeratent.

h. Intermettent 0.samarge Frequency 51 ate the average 2ItD Jescharge escurrences per eay hnknOWn numeer of e.unarge occur-eences per say aurang says wnen discnarging.
l 12. eassimum Flow persed Cave tne l time seesoe on wn.cn ene maaemum ala From .hIdllate .a}.dD.e i flow of in.s e unarge occurt enontfi monin EP A F.e= 7350.23 (7.73) ((.2
e e f utust n e e on e. e .e. OMU No.155-20800 I FOm ActNCv Ust j STANDARD FORM C - MANUFACTURING AND COMMERCIAt. SECTIONU. BASIC DISCHARGE DESCRIPTION Yn. inciuoes eiuna..es in mun.<i e wwe<4. t Comc ee. sais iemnoeen,.naicateo a.una. .a. in uctino i. item *. inai is to su,vac. waie.s.nte n th, wastewates 4ttes not go threiu.tn systems en e sE, A n AT E OcsC ni,TiO NS O r E A C,a ois CNaacc A t oe ... . .t..., e n... in.. a,. aism .sena,.es i,s su,< ace wate,s <,om en,s eac,..... v e-Stf(JUildt D EvtN 86 scVEn AL OlsCHANGES On CINATE s,niaii.. oe in. t .... .e.,ove enonins os one,at.on it in.s ,s a e,oeesea a.scaa. IN THE ea ues inouia SAME
~~.eiect o.si .ns.n.ee F ACILITY. Ass v siues fo~~
~~a. esi.,nsies.~~
~~EFER ADDsTif)N AL INST 83uCTIONS FOR SELECTED ITEMS APPEAR IN $EPARATE INSTRUCT TO OOOMLET DCronE FtLLtNG OUT THESE ITEMS.~~
~~i. oisena,s. seria N.. an. Nam. ,~~
~~seia 029 ,~~
~~. oinna,$e se,.a. N.. .~~
~~o.. insteomonsi Construction Runoff~~
~~e. oeuna,,eName most ci.. name on amna . is any.~~
~~Ise. 6nst ructionsI~~
~~c. Pr.el.us Dischstge serias N..~~
~~Of previous permet apoleCation was scad. for thes oisenarg. (se. 20ts 1 Item 4. Section 11. provea. prewn oss discnarge sereai numo.r.~~
3. Olsenerge O erating Dates

a. Destnerie Began Date tfIn.
disenatt. descrioed ee.ow es en g operation. eso. In. cate Iwitman 202a best antamate) an. eistnarg. YR MO te,a n. ti. Descharse t. Sevn Oat. et ene go 04 einnae,e nai n..e, occurrea out is paanned for some future cat.. 202e g giv in. date (w tnen oest est* YR MO maien in. amnae,. w.a o. O
~~c. o unarse i. cne osi. er , sis.~~
~~caser a uneeuiso io n. eiscom 82 08 unu.a nnin in. not s v.a, aos. vR uO -~~
~~...in. ostetw.tnen oeu ein.~~
~~maien in. a.unar,. w.n .ne.~~
~~3. En,inee,in, ae.. t A.a. sani.~~
~~Cn.a .e an .n .neer.n, e. cort is~~
~~.,aiiani. io ,e. w.n, a.ency . .~~
e.cuest (se. instructionsi 203 O 4 Ottanarse L.cate.n Nam.en. Ae.ncy Us. polipcai nouncarees witnen wn.cn in. poent of disanseg. as iocated. ao4 Tennessee ,,,, state assi, Hamilton County 2049 (if spet6cani.) City or Town 204e . S. Dessnsete F.ini Deserseil.a Descnarg. is snio (cnocni oner. Is.. instrust6 cast Stream (lactuees e.icnes, aerovos.
and otn.e intermett.nt wet.# courses) 20gs ESTR Lan. C uct Oce.n QOCE .
l Mon 6cepac Sanitary wastewat.r Transeort System QMTS Mun6cio.s comoineo Sansiery ane Stcem Transposi Syst.m CidCS TNa section conteens 9 pedes. l EPA Feem 7350.23 (7e73) l l
\
e . oiseHanos s :imi.Nuuoca 029 sNr con acency use I ts. wesie asau..no e. wnic asei...ai *"i""nent oeu,ine ine wuie e ei. 2ise nenetwe Construction runoff will be handlad hv . , I ,rutica ne on tais eiuner* best engineering practices (riprap, burlaps hay ; l in a neie, ne,reiwe. (see emiracisoas) bales, and check dams) to control sediment. l I POTHER ,,, , ,3, , a waieasei..enico s sine (1) , using the coen tested in Taose (4) (5) . (4) . is on ine instruceson soomiet. . eescrine one wate seeiemeni (t) vocou.s for inis eischere in (7) . (e) . .
~~, oreer in wnsen tney occur I l~~
(10) . (11) . (12) . h .wsiese. l (13) . (14) . (15) . (le) . (17) . (10) . (19) . (20) . (21) . , (SS) . (23) . (24) . (SS) . i i l J i
)
~~l IN sea rem isso.as p.nl~~
~~. e um a .. .. . . . . ..~~
~~029 SNP con mace.ev use I~~
~~. I ,~~
is. Amuly oeinseisen c **
~~Precipitation runoff associated with areas Sise ,~~
~~nart.tive oeuriet60n of aCttwity under construction, Annual average precipitation~~
,g','",5,'," *"""" 8 "
is 57 inches on an estimated 20-acre construction l area. The runoff efficient of 1.0 is assumed. ! i se. Aeticiy c u.ine os.en.ree por a cn sic cose .niCn eewriot. tne activity Cauling tnis e66Cnerge. Suppiy Sne type one masimum emount of ettner tne few meterial Centurned titem 14.) er the product proeuCoe titem 1883 in tne units speClflee in T.Det t of tne instruC. , tion sweet. For sic comes not instes in i soie i, use es. mainies or proeuttion unite normatty used fer ene suring preeuttlen.(tes instrvCilens)
~~e. no m insee. sn ree oinneros.~~
~~useimum unit Amounuo y (see Taoie : <sufes Numect NA Neme sic cose a) toi tai en~~
~~<n stee ww_~~
Unit Shared Dennerges D. Preemets Messenum (sortet Numoer) Arneunt/Cey (s.e Taste 11 Name sic Code to) 1 (El i (3) G) 8 tee' (It 2-1 Man. 4911 Electric Power 2.442 a P A p== rsse.rs (r.nl II3
D e DISCHARCC SERT AL NUMBER 029 FOR AGEP8CY USE l SNP ly. Detsetpteen of Intate and Dettnarse For each of the gerarneters tested DSIOw. enter en tne appropriate DOR Ine value Of Code letter answer Called fOr.ttee inttruCttent) In artdelson, enter the parameter navne and Code and all required valuet f or any of tne feif owtag parameters if iney were Carthed en stem jag ammama, cv an.de, asum.num, arsen.c. Deryinum, cadmeum, encomium, cooper, need, mercury, mchet, seiensum, sinc. onenois, wie and grease. . and encorone trei.duais. Innuent Ernuent m d a 7 $ 7 .- i 5 s-y a 2 .3
> 3 5 3c m m Parameter and Code jy 217a 3 4 j !?3E ! ?,3 Ea fg 5
~~-r $~~
a :$ r fe ;. .8 c 4 2y .si1,2 u- - i . i ii a '- 2 i 1 .s .! :rc< ! i; zowoo ! E2 32 i; ape 223 o so 6< z< m (2) (3) (4) (5) (6) (71 to (1) Flow
tw # .f MCD 0.084*
~~emde 50050 pil Units 00400 Temperature (winter)~~
~~.p 74028 ,~~
~~l Temperature ( ummer)~~
~~+g 74027 Bi xhemwal Otyren Demand (110D 5 day) mg/l 00310 Chemical Ouysen Demand (COD) mg/l 00340 Total Surpeded (nonfuterable)~~
~~Souds mg/l 00530 Spcorw Conductance micromhoVan at 25* C 00095 Setticable Matter (residuel l ml/l l 00545 1 1~~
*0ther dis 6hartes shanns intake flow (scrul numbers).(see instructions)
~~Estimated \~~
9% g% 11 4 9g\v) ! e n rer- rsso. n (7_ n)
029 SNP eon acesev usc is, westeweie, eneressee.se.cs enum sne con oevee eacn consuiuent wmen es scenene in ene efftuent toisenares wateel. Yms seternunation is to e er nest esiini.ie.lsee instructions Parameter 216 f2 Farameter 216 t a. a. Copper Cuiur 01042 00080 x Iron Ammonu 01045 00610 Lead
Orunic mtrogen 01051 00605 blaenesium Nitra te 00927 00620 blanganese Nitrite 01055 006t$
klercury Phospratus 71900 ~ 00665 biolybdenum Sulfate 01062 00945 Nickel Sulfide 01067 00745 Scienium Suffite 01147 00740 Silver Brommie 01077 71870 Potassium Chloride 00937 00940 Sodium Cyanide 00929 00720 Thallium I funt mie 01059 00951 Titaruum Aluminum 0l152 01105 Antimuny Tin 01102 01097 Zinc Arwnic 01092 01002 Algicides' Beryllium 74051 01012 Chlorinated orgaruc compounds
Barnum 74052 01007 Pesticides

Boron 74053 01022 Od and grease Cadmium 00550 01027 Phenols Calcium 32730 00916 Surfactants Cobalt 38260 01037 Chionne Chromium $0060 01034 Radioactmty' Fecalcolsform bacteria 74050 740$$
~~'Specify substances, compounds and/or elements in item 26.~~
Festicides finsecticales, funetudes, and rodenticideep must be reported in terms of the acceptable common names spentned in Acceptable Common Aamer and Utemical.\ames for the Incredwnt St.ttenient on Pert cale Labels. 2nd Edition. Envuonmental Protection Atency,4asharigion. D C. 20250. June 1972 as requved by Subwerion 162,7tbl of the R egulations for the Enforcement of the Federalinsectiade,
~~- s k~~
~~Fungicide,and Itadenucide Act. D D D~~
~~'1'S m v 755a-n o-n>~~
~~o a OISCHARGt . tt AL. NUMSCR FOR AGENCY USL e []~~
~~SNP e~~
2 .n.. u . .w e.e.* ** tme 'esee ...-....-. .. - . . addeteves (see anstructionse. Camusnete items 70 25 If enere es a tnormal discnarge (e.g. aneu eated witn a sie.un and/or power genersuon Plant, steet men. petroseum retenery, or any otne' NA manutar.turing peocessi sne tne total disenarse flow is to muhon ganons per say oe more. (see enstructions) att
20. Ynermat Descnarse Seusee Checn one appropriate steento onescating e the source of the eischarge. (see instruttlons)
Boeier Slowoown Q S4.80 SoHer CnemeCao Cleen6ag C SCCI. As Pone Overflow CAPCF Souer Water Treatment - Evapora. OEP90 i tor elowdomn Oct or Coal Fired Plants - Effluent COCFP froen Air Pollullen Control Dev6ces Coneense CooHng Water CCONO Coca tag Tower slowdown s OCTBD Manufacturing Process Qu'Pa COTHR 0 ner St. Dessnarge/Receeveng Walee Temper. atore Oirference Give the mantanum temperature cetforence between tne distnarge and receiv6ng waters for summer e and winter operating conditions. (see instructionst ap, 22fD 'F. k Winter
u. Disc, tar,e Tem ,atu,e. Raie of 322 *F./nour Cnante Per Hour Q Give the enasemum posstDie rate of g % [
~~temperature enange per nour of - etecnarge under operating con. de'lons.~~
~~. (see Instructions)~~
[
~~23. Water Temperature. Percentile Resort (Frequency of Ossurroneel in ene teole netow. enter tne g~~
i isense,aiu,. wn.. 6e e.ceeeed la > of the year. 5% of tne veer.1% of tne year and not at all(maalmurn yearty temperature). (see enstructsons) Mausmum 10% S% 1% prequency of occurrence Stae
~~a. Intasie Water Torneerature (Suteoct to naturae enanges) '# "' *' *'~~
~~D. Olscherpe Weter Temperature 323e 224 feet /sec.~~
24. Water tatame veteesty (see instruct 6 ens) 335 minutes

25. Rotent6en Time C6ve the longen of i
~~46me. In mmutes. from start of~~
~~wstor torneersture rese te cessnarse of cooltng water. (see instructions I 11-8 EPA Fora FS$0.23 (7.F3)~~
~~e . FORM A VVf<us v.o O M B N o. !$$-lk l A DISCHARCE SE nl At. NUMean POR ACCNCY U$C l 029 SNP~~
~~n. icence.:~~
~~Emuent Innuens l m~~
~~9 s~~
~~-1 ,I I Ei 1 . ~ . '~~
~~Parameief and Code 5 EI E5f I y~~
~~$3o SE.3$E,w m D, k 9 < >=~~
~~g M <* < E .s =s g gg2-D 8 *2 Y g5 y w I If78 2~~
~~!SI E55 i !5 hi b $ hi %Cw: 6<~~
i li Z< e *
*g g O 336 o 2 Owc <
~~(3) (4) (5) (6) 0) (5) (1) (2) i l l l l~~
10. piant Centests Cnects of tne foe. 310 NA towing otant controls are avettat#*
for tnat etscfiarge. Alternate power source for maior O Aes pumping f acellty. Alarm or emergency proceeure for QALM power or eeusement f ailure Q Complete item 19 af e6scnarge is r from coosing ane/or steam water i generation one water treatment aconteves are uses.
19. Water Treatment Asest6ves If the discnarge is treated w6tet any con. t ditloner, annenetor. or algacies, answer tne feetow6ng:
~~None~~
~~& Name of Matertaitsi 21te '~~
~~m Name ans aceress of menu. facturer 319e I~~
~~~c. Quantity touunes asees per asse _ . . _ - -~~
~~mm on tenens of water treateel.~~
\
l l i 117 ! EPA Fore 7550 23 (7 73) ! I i
FOK%fArrhuseu 0312 No. !$S-m t00 OtSCHARGE SERI AL NUMSER FOR ACENCY USE l 029 ! SNP i as Aseasiones enfermassen f enfermeteen 226 item i L [ i i l
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~~i l E P A Fore 75$0 23 (7.73) U-9~~
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' HETAL CLEANING WASTES SKItttER y f YARD STORACE BUILDING FLOOR DRAINS O26 SE WICE BUlta nc S M 019 CHEMICAL TREA g 009 DIESEL CENERATOR BUILDINC I INTERCEPTOR O20 Y MD DRAINACE m PONDS POND SERVICE BUILDINC FLOOR AND ECUIPMENT DRAINS 26 OFFICE BUILDING FLOOR AND EQUIPMENT DRAINS 4 d 500 KY AND 161 KV SWITC11 YARD DRAINS ! SOCILit HYPOCHLORITE Bull 2ING St.?f AND DRAINS O21 010 SECURITY DIESEL CENERATOR BUILDING DRAINS O27 POWER SOTRES B"ILD DG DRAINS I
~~l PIAV. r INTAKE SCREENS AND STRAINER BACKWASH 011~~
~~, l CONTROL BUIIEING SUMP y CHEMICAL FEED TANK DRAINS s~~
010 STATION SL1f 8 . CONDENSER C12ANING EQUIPMENT DRAINS RM ' ic UNIT #1 AND #2 DTAKE AND DISCHARCE CONDUlf LDWATERDC EE UNIT #1 AND #2 PIPE TRENCHES AIR COMPRESSOR COOLING WATER RETURN 010 i TURBINE OIL COOLIR COOLINC WATER RETURN f> AUXILIARY BOILER DRAINS CONDENSER INLET - OUTIIT DRAINS weh {gg BY-PASS fltOM FLOCTREATER HAKEUP DEMINERAll2ER RECENERANTS m$g m AUXILIARY BOIIIR BIAWDOWN CONDENSATE DEMI *;ERALIZER RECENERANTS 014 f i PRECIPITATION
*I COOLING TOWER OR CCW CONSTRUCTION !
008 e DIFFUSER POND O DISCHARGE CONCRETE CANAL BATCH y
~~-- ~~~
PIR;T , d l CONSTRUCTION , 001 RLH OFF 24 ! TENNESSEE CONSTRUCTION PERSOhNEL CONSUMPTION ,
= c 'l 004. 018 ;INTAKE FOREBAY RIVER W {
HIXSON 605 DIFfTSER PCND Pf.TTABLE WATER LTILITY 23 OPERATIONAL DISTRICT YARD DRAINACE 006, 022. 528, 029, 025* TE!.$ESSEE k!VER
~~~ ~ ~ ~ ~ - ~ ~ -~~
~~003 SANITARY . _ _ _ . _ . _ _ .~~
~~# " * ~ ~ - -~~
~~POND WASTE~~
l l KT.Y TO WATER USE DI AGRAM FOR GEQUOYAll NICIEAR PLANT - WO UNITS OPERATIN 1 Intake Pump Station 1,122,000 gym avg 2 Traveling Screen Wash and Pump station Sump 3 175 gym avs Condenser Circulating Water (CCW) 1,093,000 gpm ava 4 Raw Cooling Water (RCW) 29,000 se max 27,000 gym avg 5 Water to Filtration Plant 486 gpm rAx 6 Raw Service Water 7 1,500 ga max i RCW/CCW Discharge - Open Mode *1,120,000 gpm avg 8 Cooling Tower Discharge - Helper Mode ; 1,143,900 gpm avc 9 Cooling Tower Blowdown - Closed Mode 45,750 gpm avs 9a Flow through Blowdown Weir During Open and i Helper Modea: Open: 49,000 gpm Helper: 32,000 gpm min for radwnste discharge 10 Return to Foreboy from Cooling Towern 11 1,098,150 gpm avs ; Evaporation and Drift from Cooling Towers 25,000 gpm max i 12 110 gpm drift Main Circulating lump Bearing 1,ube Water 90 gpm avg 13 i Makaup Demineralizer Output (20 hrs / day) 385 ga max 14 Makeup Demineralizer Regeneration Wastes 120 gym max (4 hrs / day) 15 ERCW System 49,000 spm ave 1*> ERCW Trash Sluice 7,800 gpd avg ' 17 270 gpa max i Steam Generator Blowdown (8 Generators) 600 gpm max ' 18 120 gpm avg Condensate Polishing Demineralizer Wnste - Low 21 gpm avg Conductivity, High Crud l 19 Condensate Polishing Demineralizer Waste - nigh 10 spn avs ' Conductivity, Low Crud 20 Radioactive Discharges frca Radweste 40 gym max 21 12 gpm avg Station Sump 750,000 gpd max , 22 150,000 gyd avg ) Potable Water Supply 26 gym avg ' 23 Plant Sanitary Waste Treatment (Permanent) 24 8 gym avs Construction 3anitary Waste Treatmen+ (Temporary) 18 gym avg 25 Concrete Aggregate Wash Water - 26 Chemical Treatment Ponds 5,000,000 gal pond i
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ML19305D814

Text

Dear Mr. Harvey:

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