ML20040F913

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Public Version of Revised Emergency Plan Implementing Procedures,Including Page Changes to Procedures IP-1017, IP-1040 & IP-1056 & Table of Initiating Conditions & Emergency Action Levels
ML20040F913
Person / Time
Site: Indian Point Entergy icon.png
Issue date: 01/22/1982
From:
POWER AUTHORITY OF THE STATE OF NEW YORK (NEW YORK
To:
Shared Package
ML093450341 List:
References
PROC-820122-01, NUDOCS 8202100461
Download: ML20040F913 (30)
v • d • e


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POWER AUTHORITY OF THE S*IATE OF NEW YORK 3

INDIAN POINT No. 3, NUCLEAR POWER PIANT D(ERGENCY PIAN PROCEDURES DOCUME!rf TABLE OF CCNTENTS SECTICN DESCRIPTICN PAGE 1

EMERGENCY PIAN ORGANIZATION Watch organization vi IP-3 Emergency Response Organization vii IP-3 Emergency Response Relaticnships On & Off Sites viii Emergency Response Personnel Assignments ix INITIATING ^ CONDITIONS FCR EMERGENCY CIASSIFICATIONS Table of Initiating Conditions

& Emergency Action Levels IC-1 NOTIFICATION OF UNUSUAL EVENT Definition NUE-1 I

Initiating Conditions NUE-1 Response Actions NUE-3 Control Room NUE-4 h i iM cGENCY.g g Definition

,A;l _ f~~"~~_

4 Initiating Conditions A _- __

- __ ~

Response Actions A-3

~

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Control Room (Non-Radiological A-4 Alert)

Control Room (Radiological Alert)

A-7 Health Physics Technicians A _ _ --.-

~~ ~

Personnel in Area A-16._.

Security Force A-18 2

Emergency Director, A -

Rad. Assessment Team Leader A-29 l

SITE EMERGENCY Definition SA-1 l

Initiating Conditions SA-1 f

Response Actions SA-3 Control Room SA-4 l'

Health Physics Technicians SA-9 Personnel in Area SA-13 Security Force SA-15 l

Emergency Director SA-la Rad Assessment Team Leader SA-26 1

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8202100461 820204

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TABLE OF CCtCECS

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SEC*ICN DESCRIP* ION k

Appendix A Personnel Call-In Rosters 4

Appendix B Support Agencies & Offsite Cem::tunications i'

Appendix C PASNY Emergency Facility Telephone Numbers 4

V

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h POWER AUTHORITY OF THE STATE OF NEW YORK t

INDIAN PolNT NO. 3 NUCLEAR POWER PLANT P. O. SOX 215 SUCH AN AN. N. Y.10511 TELapwoMaa 914 739-4200

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e EMERGENCY PI.AN Pic. uUid.S I

PROCEDURE NO. IP-Book II pr/.

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Book II Initiating Conditions l

NUE Alert Site Area General

" This procedure has been extensively revised" l

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4 4-e fable 4-l lesITI ATles; GesplTIted A888 FJtEleGtierT M7toel SDTrJs I M Sites INDICATitesS DEFSpeadC5 PEAert DFEgetJe E AtTauge in OETPA17esis factsuy7T CIAS$lFtrATltal 93epeGEasCT PRE'3EA898:3 DEEToteasiATioses leeITI Af teel CassulfitseS f.ptAtTse Aeol liFACitS HellANT EVS1De A.

E s leakage _any ees,of Oalant Accident issuiAl 1.

Enree ling 4 e leas y syst ee leak sete tes tenle*al ej 19eerentselled leakage f oem eenksuswee It tification of tpasseensal Event STP-EG-1 ogner t f le;at teene, e<nesce > l gie teet tedlet m? sean pse-ss-IA leakage est leakage to closed systeesi SUP-DC5-3 B.) thecuset rolled leakage f ace keesen spiescos

> 10 gre (esciolinsi feCP ocal leakage e

a*l leakaige to closed systemal P

2.

Fall a of safety as setlef valve su a safety a) Pressuriser sellet valve clone inlicationes geot tf $ cation of thesseuel Event Per-Es-1 selated systese to close folloutng sed =octinse to

1. Walve Seeltion Radicatos rgr-Es-1 ll. Actneestical seamitor gny-acg-S ag1ilreble 4sessesse, til. Temperature Ismilcator sor-pC3-4 81eoe-nCE-3 to, Psemeenstser safettee eqese, tsedicatlessee L. Teatesatuse laiticator
68. Acaxnestical Stunttor t.

pel E les t lose a.

Ik=0 g=usition lentitatos e - of f pes =ttlication of teseuoual twent osair-lu:-la nosman PSF-ES-t b.

High awl lacreasing V.C. t eeler at us o, Per-ES-lh

,ree.use.eed - idit,.

Isigh Ctantalement sadlatinen Alasse.

c.

I B -*

4.

re toury amolant leak sate gesater than 50 gion, s.

takage calculaticano Iwr f'OP-SCS-S Emergency Alest psy-ps-1 l=81cate agreater than Set =.see.

psp-ES-la b.

Escoselve ete.asglet f lesw.

SOP-hQl-S c.

Intseaalseg sendings ose consteinement radiatlose emnettose la-ll 6 m-12).

d.

leerseaming contaisuneet lesseldity.

S.

s em=se ines of siuslant ecclJeset that enteeds time a.

Pressuriser lens psecoure teactor trip Site Area Emergency Per-ES-B capancit y of the two espes able changima teense.

b.

Pressus tser low psesoure saf ety laajectiose PSP-ES-BA I

algesel -

i c.

Esecseeming cesetalteneset pressure d.

Incsemaing centainment luemidity.

e.

Increasing sectaculatinse aemi ermtalemanat seemns levels.

f.

telgh centeleonent emittat tese elesse L

to.

Any gilant towlltiosos folleeulag a IdICA that m.ske tien s elease of large asument e of ea.llo-p a< a t v l e y S ee a alwis t les Amt of t ime le. ell >Ie.

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Esamqless s

8-t h a genteestfe flselues g es=leot t went of the at seems of the titled a.

341rA 1. lent i fle.1 aleeve, amt Gaceral Emergesecy rgy-as-l 1 s ecaeet toseas y gwarleat inse j

osa of I eas s les s

'8 leas t les, le. <g., larA with eutetant 8.31 cla<l

8. 3-2 Offe.: alt oest to S solleo daewee aeed a luetent ial innen of remotalement
2. e-7 offec, ele

-Elseller emot to 40 elles int e=ge 4 t yl.

3. R-RO a lnO se/hr, aewt Anticl seted Inme of cuentalement b.

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l' TApl2 4-1 bht _.tetif.98'T GIesDE (es$ ANip 87EERJ8t'Y At" Fit 90 LBTIS marEDEss E FRAasT teuftgrilVS ALTltes EulSIDiz leastCATifeeS

_IN.R.T. _I AT.I_nti.O._si_pi f ts#rs--- -

M MEPAft_seS 33_0 Ele:03sCV CIAS$$FICATifo8 KnGasul Ferrlaaeps pnxeostW5aATitles5 8,

FEACTust Apes strios umstAerr sySTtJ6 40msT *R pCS lmake.g an.1 teos of Couleset Accl.leset,(idu Al (Camet'g A.

a.

Calculation in IP-ROU2 indicates General Emesgeswy ggy-gg.I

-Ps ecast loseas y Evacuat lose tv.

somewn small Ida A and intilally ourcessf ul out to 5 elles ears, sed seipeent f allese sif cemetalesment

5. sai a,oe sete > ap/les at site sneentlery heat aseoval systme over sevesal twmese
2. I esse sate >Sa/br At Site menselasy pay-as-BA

-Ebetter out to 50 miles rout.1 leaJ tan cose melt ami llhely fallese I..

880 sea tinge % ti. lalaja 6200 met /hr Is of cosetalement.

O

f. mall as=9 lasge tra2*e = th f allwe e of asyl, ronfirmet ton of e.

answo Genesal Emmesgency rar-us-l

-l'secaut tamas y rwacuat tom out to S miles c.

Ears en ges toso, leadiswa to sevese clad psy-gE-lA

-shelter emot to 10 miten degs alat ton as melt in f rom elsentee to louees e, esit tmate f allasse sof e.sinetalameent Ilkely for melt se lisences.

15evesel lause s Ilkely to le available to naq.lete ps e,se.e.t ive act lone semiese comt alement le emit t eol at ed. )

n.

steam cenes atus Tde Imakegef aia twee i

g 3.

L'a4 ee.llera 3.e leas y/seassulas y leab sete e.

>0.5epg= leak ges' pt e, ' generator It.tificatlose of tenuseest twent oscur-gG-1 H

1 Teelenical fl*ClflC*tlan-bl 96m tot 83 Be*k*48 tJ a.

Beecremelse s semblesse e s elesse en steam Emergesecy Alert par-gs-l 2.

papid grose f allese of see stene geenesatos tulee with linue enf s*f f elte lumses, gesnerator blesw. bases sa.tlation erssentor pgP-gs-la tsF-BL-l In-199 or e b.

Isocreasing seelings aos alase est steam ogIOP-SE-l jet als elector rettatlose amm$tos49-158

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c-l4es of ofIeite gwaeer.

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Same pseeenslaer 3.seseuse safety injectinse fe rgency Alert FEP-ES-3 3.

p.ept.l f.elluse of eteam genesatos tubes of e.

e=888alent seilteele to automatically initiene to.

leer seamle=1 seellel er alare een steam PEP-ES-le l

Saf ety Inlect ion awe lone 4.sesses t ses preseese.

genesatos talow.luene sa.llat ion muitos in-899, c.

Increaelag seedinc e.t alasm on eteen jet als injectos saillaelese mamitos ge-85).

a.

Same as S alsive, witte lose of of feite Site Asee thesgesecy par-gg-l 4.

DeplJ f allwas of st eam geanee stos t eeles me daece llaest PtF-ES-le alnewe witte a Bose of eef f ette acues.

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ptAATMt AMsp Pt.ACTOp CtmatANT ST$TtJe IGWsI' lit c.

steacsos cose 3=ema tation amt ruel p.e=tn r

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Fenet d.ema se se tentla sted tqe Same me Smitleting cosulitione ghat ification of theue sal Event tesur-st3-4 selgh cesslasit actlvity eseg.le le.g.. escoedingt e.

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censlant teelenical el ecit trat a..no for l<=lla gentai lt the a senstent that caused the feel damage was f altlete=1

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ty a peactor Ouolent rungs lea ked sotor, seier section I, Step D.2.

3.

sewese l<ee of fuel cle691sess a.

pane se initiating caseditione meergency Alest essar-scs-4 Wety high canalent actielty e.eugile le.g. in e.

ess ess of 300 edCS/cc eqiskvaleeit of I-188 9.

H a.

Plant eeset Semitne ammiter > 300 esc /cc I-lli Beesgancy Alest tte-see-I O

1 3.

Fuel eleme<pe accident with selease e.f s odtoactietty Psy-gr-l to contalsament a=3/a.s feel storage t elldtsag.

to.

utgen ami lacsemelseg V.C. teegesatuse.

per-se-2 psessesse eel leiseldity, c.

tilgte rentainment of Fenel Isasutilseg Distidtsul ossje-gra-4 pellation Alesen.

4.

stein eteem line liseek witas assoases then 50 age e.

sealm steen lasie t. seat, and Site Asea pagesicy rap-as-1

-ccessides restectlee Actionne rar-gS-le bened ese actual esegenitete 8 s lowne y to mascowtasy leak ami lemlitet laen of tieel b.

Pe tess y en secusatasy leak >50 enge c.

Fenet dam.oge me inlicated in step c l rar-Es-lc of deme 9e or engected damarle.

et,es,wpe.

OIIur-ss-1 osent-sa-3

- resca tlassasy bheltes out to 5 miles.

Core esit thesenceuplee )(dio"F, or Site 2:ea guergency par-gg-l 5.

sessaili.d cose wille awesell>Be lues el cuutable a.

b.

30S Temeesatese agteve<litseg estuset tnee per-as-SQ ga==esy.

es satus ated need to gsode.1 case as's inJlcated in Elege C.B c.

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SB'***"'T l'IuuMm8pE penIMcW3mATIoses M 88 ERATORS IIsITL ATita. Osm>ITlages 1.

stAdom AND pfACTtWe (134Assf SV57t3tJ imsT*D)

Regos. Case pograJatlose aeol Feiel team.sgKoeot'dl C.

p-S tresel Stoss se steelldlemag) b lSest/ter, itite Area pagesecy par.gr-1 rea)os damage to opent fesel la ettlees the sweeteleaseest e,

Per-pr-2 6.

tesel storage t=lldles lit will cause Slee plant le.

3-2 tomtatemeest i i FS es/les.

par-spe-l e,ssent sediatlose semitos in-14) te leg of f ecelel, c.

3-1 lesetalsesentl > 75 es/hs el.

Increasing scadtsage or alarsee ese Cosetalesment

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S *iet Fuel Font level Aless alte Asee smesgesecy (ESIP-SFF-8

'Chmeldeg ggecat iones y a.

6 oleeltes teeg out to 2 F.

fees of Spent Fuel Ceolaset le.

Nigle pettatlose Alarm ASUI-p S elles detenting ese age of feel and engected alee to aeinetiesete ce=>llag, asra identitled in escalon 8. step A.4. enel cenesol imoesgency egy gg.1 n.

tones of twas t of stesee fleele= g.a.s.ct Be.ess lose pse-as-la wit h a gutential twee of the thisd taass les.

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3-2 offecole lie A wille emisetential clad demiege need a getential 2.

p-7 Offocale 3.

3-80 ) 100 mm/hr. a_nd 6

Isme of casentaleeseest intogstly le.

Antical.ated lose of rentainment integrity.

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Dese t os t'emlant Syg f

I Same ao lettiating casellitosse septificetteen of Essesseman sweet gegyp.ges.3 8.

stli toegesatuse ased/os paeseuse enceedin3 tectuelcal e.

e61 ot t licat iose llet t e l a f ig=es e 2. l-l of t hee t etto

!l sgece os su15 paeseuse 2 7 3 l'alg.

l ll llackednot>s.asb{l,,I Feuergency Alest egg 3y.gcg.g s.

pCP 2.

Reactos es=>lant lasmin latted sotas whlete causes gesur-scs-4 in, rebel',fallwee se.lefleed in fuel fellese, Section 1. Stego C. I.' ' ', j I

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70 sit e2ATues estrar.FJECT CtA55tFICATIone gest 2GEBICT PRE'tzame enttegent*TRE1Be5 BV.

rat >lcysgrAI. tTFIJIt' arf seestfuniss3 AND,gtJA8ATI(es feoIITyt sts.sej l.

testantaneames sa.llological ef flooerset techairal e.

See taalmical ogwelf tcellems. Aggeo-Ste p esistification of thousual Svent PEP-Bet-l me eci f icat tan llels e eseceented.

Sec t iese 2. 4. 2a 2.

Acr84neetal selease of waste liepeld in emees.e a.

See techsencel agec8 ticattems. Algendle e setet tf acetten of thnessoal Sweet rgr-est-4 of testes 8 cal egecificatices limite.

Sec t ion 2.4. 4.

3.

pa.llat inen levels of mistessee cesetee6=44 tose whtste e.

Some se lattlet tseg ses=Sittaen immesgency Alert par-see-t iemlicate a sevese de=psentat tem in ll.e siet ral of valloactive eaterlate (e.ep., increase of a factos of Itum) in desect sedlet tese seadings witteln f acility) e.

Same es laittattsup ame=Iltiese immesgesery Alest par-ses-l 4.

u*tlat-gical ef f leseent e ess eater thase 10 t imee teelmical egocification instantemenue llette (e.g.

sh4 le Gee velease in escoes of,g laa instanteneenes sete which if caet temeeJ over

.2 CL/sec. todine solease of 3.0 e la 2 i==ese.==m84 s esult in elanet 3 mm et the ette Cl/sec, cioeck ette lansemiary shmen fes t====tasy eu. Bee avesage metoprotensical cassalttlosest actemal ebee for actual release and meteorolog8 cal cosmittleme palet to clasettying eneagensyl.

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tf fluent =mitos e (R 84.11-83 line monitor. II.P.

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(Amy one or usese of the felleasing smasollflosse Site Asee Emergency PLP-fet-l

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0..l., on,5 et.e.t. 4.teu. ele e, esse...ee ism, d 4. c.ese.,- a d-i.e.ii - of..ite to 2 mii.e.

3 to geseter than 500 est/les for % lumer or gseates thee Asea Feesgency.)

= Bf selease will sud le 4

See0 e.5/he tse for 2 minestee for five times fleese teselmateil in a etenst levele to the thyseldt at time alte lanee=I.esy for 1.

B-14 of f ocale for % lumer pes temt of s ten, camelder

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Plant sent seading ou en/he se evacuentone sent to 2 elle.

<weitact for 2 einestes.

esul monetter out to S allem B-il line sesetter esencate

- see IP-!OST fos rootestles-octlose s.

"-ttone fos 2.

3-80h lie am/br for % lumer er owe actieel selease ensulattano.

3-101 1800 est/hr for 2 minutes sw more 3.

site shmumsary ses ye emetecte ese (f ):

50 mm/br los % hr.

500 an/hr for 3 minuten lentlese = 250 ea/hr tweatleed los %

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W.

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' Same as inttf ating senJitices tw tgency Alest yr.y.gec-2

g. Evanat tam of t5ee Cosotrol pase le ant ic agiate 1 ser a.

s ogis t r e.9 wi t te coe.t a el of stout e, wee syst een es t alil l nised a s.no linal statione.

Same se $nitiating scomilk lues Site Aree thsgency FEP-pet.2

2. Ewainoat inn of roost eal puso semi centsol of slaistenne e.

syst eme ee.t estas,t tateel f ase lutal statios.o in 45 ei nest e s.

3. Ines of 34.yalcal cem t seil of ties g>Iant a.

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1.

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PEP-FP-!

pleut seut in colJ ehut&swee.

stresstuses 19 lagnact or lise.

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=

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PEP-TG-2

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Any maher tutesmal or estesnel hasasde whlrlo a.

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APPEC IX INDEX f

Appendix B PAGE Medical 1

First Aid Supplies 2

Police 3

Fire Departments 3

Seismic 3

Meteorology 3

Federal 4

New York State 4

4-5 County 4

Orange Putnam 4

Rockland 5

Westchester 5

l City of Peekskill 5

Local 5

Consolidated Rail Corporation 6

l INPO 6

New York Office Management 6

Adjacent Business 6

Insurance Carrier 6

Evacuation Transportation 6

Offsite Notification & Communication Telephone Numbers 7

Westinghouse Emergency Numbers 8

l l

l

{

Appendix Index Page 2 k

_1 c

4 e

5 APPENDIX INDEX Appendix C Page Accountability Telephone Ntabers 1

l Control Roo:n Ccannunications 2-1 Technical Support Center Ccmanunications 3

i Operations Support Center Ccumnunications 4

Emergency Operation Facility Ccannunications 5

I EOF, Upper Gallery Communications 6

Recovery Center Communications 7

4 5

Alternate EOF and Alternate Recovery Center 8

l Radio Ccamnunication 9

10 Beeper Holders

r. _.. _

e 6

a a

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a 4

1

'1

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Appendix Index k

i Page 3 1:

,j

-- - j IP-1040/3

j. !

4

+l i

3.5 After the initial survey, an H.P. technician may be contacted (through the OSC) to discuss andfor set up further monitoring I

equipment.

i 1

3.6 The results of the radiation surveys are to be analyzed, and an evaluation of potential radiation hazard is to be made by Radiological Assessment personnel, Health Physics personnel or the Facility supervisor.

3.7 Upon declaration of a high radiation level or potential, the staffs upon direction of the Plant Operation Manager or Emergency Director, vould procede immediatly to the Control Room, AEOF or another j

designated facility.

3.8 Check Radiological conditions frequently and record all readings in log book.

3.9 Monitoring for personnel should be in accordance with IP-1041.

3 4.0 KABITABILITY GUIDANCE Various factors and conditions must be considered when deciding on the Habitability of the Operation Facilities and Centers. Whole Body, beta and Iodine doses must be measured and evaluated along with the accident conditions and circumstances.

The basic factor to consider is whether or not the accident is under control:

is the radiological release terminated? or will stop shortly? or, if the release is expected to continue for hours or days. This time of expected release along with advantages and disadvantages of moving must be considered.

Below is offered as general guidance:

4.1 Whole Bodv and Beta Doses Maximum acceptable total dose for a 10 hr. release Fields Considerations WB~

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  • 10 mR/hr move if feasible 100 mR 300 mR 100 mR/hr move if at all possible 1000mR 3000mR 500 mR/hr move 5000 mR 15000 mR
  • 41= 3 x WB rather than 6 x WB because the lens of the eye has been factored into the calculation.

4.2 Iodine Doses From the Iodine sample taken the concentration of I-131 can be determined and from this the dose of I-131 is determined.

6 Dose = Co2 centration x 1.5 x 10 x hr be athed = Rtm thyroid If the dose is 1 R or greater distribution of KI should be considered.

If the dose is > 5 -+ 25R KI should be given.

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k f.

Check all Fire Dept. personnel, their clothing and their equip-l ment for contamination before they leave the Controlled Area.

g.

Record individuals nace, and film badge /nu=ber upon exiting the fire scene using EP-Form #13.

I h.

Check the fire truck and outside areas for contamination.

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Assist and supervise the decontamination of any fireman and/or personnel that becomes necessary. Refer to HPI-6.41 for decon-tamination instructions.

j j.

Supervise the decentamination of any equipment or protective

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gear. Make a list of all items you are not allowing to leave the Controlled Area as well as the items you have checked okay.

k.

If CAM was used remove the chart and incorporate with the job REA data.

Indicate instrument range, if appropriate, on the chart.

4.0 REPORTS i

4.1 Health Physics shall log the events of the fire from a radiological standpoint fer filing with the REA related to the job.

4.2 Record. expo _sures on EP-Torm #13.

j 4.3 List all confiscated materials and radiation levels.

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IP-1017/2

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4' 4.0 3ASED ON PI. ANT PARRETERS:

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RECOMMEND PROTECTIVE ACTIONS 0

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4.1 Protective Action recommendations made on the basis of plant paramet'ers (no release) should be made if the following are both applicable:

a)

Fuel Damage and j

l b)

Anticipated loss of Containment integrity.

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5.0 FOOD PATWAY PROTECTIVE ACTIONS f

5.1 Pasture

j a)

Removal of lactating dairy anima'Is from contaminated pasture and substitution of uncontaminated stored feed.

b)

Substitute source of uncontaminated water.

5.7 Milk:

a)

Withhold milk from market to allow radioactive decay of short lived radionuclides.

b)

Prolonged milk storage at reduced temperatures following ultra-i high temperature pasturation.

c)

Diversion of fluid milk for production of dry whole milk, non-fat dry milk, butter or evaporated milk.

5.3 Fruits and Vegetables:

a)

Washing, brushing, scrubbing or peeling to cemove surface contamination.

b)

Preservation by canning, freering and dehydration or storage to permic radioactive decay of short lived radionuclides.

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5.4 Grains

a)

Milling p

b)

Polishing 5.5 Meat & Meat Products:

Consider on a case by case basis.

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5.6 Other Food Products:

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Process to remove surface contamination.

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