ML20072K844
| ML20072K844 | |
| Person / Time | |
|---|---|
| Site: | Indian Point  |
| Issue date: | 05/27/1983 |
| From: | Bell D, Lomonaco L POWER AUTHORITY OF THE STATE OF NEW YORK (NEW YORK |
| To: | |
| Shared Package | |
| ML093450536 | List: |
| References | |
| PROC-830527-01, NUDOCS 8307120032 | |
| Download: ML20072K844 (168) | |
Text
{{#Wiki_filter:, . . . . . . . . . . I 1 l l i POWER AUTHORITY OF THE S* R OF NEW YORK l INDIAN POINT No. 3. NUCLEAR POWER PLANT l EMERGENCT PLAN PROCEDURES DOCUMENT TABLE OF CONTENTS SECTION DESCRIPTION PAGE EMERGENCY PLAN ORGANIZATION Watch Organization 0-1 IP-3 Emergency Response Organization 0-2 IP-3 Emergency Response Staffing 0-3 INITIATING CONDITIONS FOR EMERGENCY CLASSIFICATIONS Table of Initiating Conditions
& Emergency Action Levels IC-1 NOTIFICATION OF UNUSUAL EVENT Definition NUE-1 Initiating Conditions NUE-1 Control Room NUE-3 ALERT Definition , A-1 Initiating Conditions A-1 Control Room A-3 MF ,
A-5 SITE ARIA EMERGENCT Definition SA-1 Initiating Conditions SA-1 Control Room A-3 EOF A-5 GENERAL EMERGENCY Definition GE-1
- Initiating Conditions GE-1 Control Room .A-3 EOF A-5 i
s 1 l i n .. ... l 8307120032 830624 PDR ADOCK 05000286 l F PDR $ 1
DfERGENCY PLAN PROCEDURES cmr.d:S _ Procedure i Procedure Title . IP-1001 Discussion of Determination of the Magnitude of , Release l IP-1002 Determination of the Magnitude Release j IP-1003 Obtaining Meteorological Data l IP-1004 Midas Computer System. Dose Assessment Models I IP-1005 Planned Discharge of Containment Atmosphere During Accident Conditions Environmental Monitoring IP-1010 In-Plant / Site Perimeter Survey IP-1011 offsite Monitoring IP-1017 Recomumendation of Protective Actions fer Offsite Population IP-1018 Post Accident Environmental Sampling and Counting Personnel Injurv IP-1021 Radiological Medical Emergency (Cone ==4nated Injured Individual) IP-1022 Transport of Cone ==4nated Injured Personnel 3etween Unit 3 and 1 IP-1023 Use and Set-Up of Unit 3 Decon Suite' Damage Assessment IP-1025 Repair and Corrective Action Teams IP-1027 Emergency Personnel Exposure Notification and Communication , IP-1030 Emergency Notification and Conusunications and Staffing IP-1030 EOF Notifications & Con-nmications IP-1034 Notification and Recosamendation to U.S.C.G. and Rail Roads IP-1038 Use of the Emergency Consnunications Systems (Radiological Emergency Data Forms, County Hot Line, Radio and NAWAS) Emertenev Operation Facilities IP-1040 Habitability for the Emergency Facilities IP-1041 Personnel Monitoring Devices for EOF, TSC and OSC Personnel , IP-1045 Technical Support Center IP-1047 Operations Support Center 11 l
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l t DfERGENCT PLAN PROCEDURES CGniah _ , , _ Procedure { Procedure Title Accountability and Evacuation IP-1050 Accountability IP-1053 Evacuation of Site IP-1054 Search and Rescue Teams Non-Radiological Emergencies IP-1055 Fire Emergency IP-1056 Directing Fire Fighting Personnel in Controlled Areas IP-1057 Tornado (Hurricane) Emergency IP-1058 Earthquake IP-1059 Air Raid Emergency HP Release Surveys and Decontamination IP-1060 Personnel Radiological Check and Decont==4 nation IP-1063 Vehicle Radiological Check and Decontamination Emergenev Ecuipment and Maintenance IP-1070 Periodic Check of Emergency Preparedness Equipment IP-1076 Beepers Exercises, Drills and Training IP-1080 Conduct of Emergency Exercises and Drills IP-1085 Emergency Response Training 5 e e l \
t , s I. I "JLB2 CF C0tCDCS 1 l I SECTICN DESCRIPTION Appendix A Personnel Call-In Rosters Appendix B Support Agencies & Offsite F-mications Appendix C NYPA Emergency Facility Telephone Numbers t 4 9 9 8 e e iv l 1
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$14 739.8200 A NewYorkPower 4# Authority ZMERGENCY PLAN PROCEDURES
} PROCZDURE NO. IP - Book II RE7. 7 i
m: a Book II i Organization Initiating Conditions .
. NUE Alert.
Sit,e Area Emergency General Emergency q This procedure has been extensively revised. s
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s TABLE 5-2 l INDIAN POINT EMERGENCY RESPCNSE STA! TING
- 1. Emergency Director B
Resident Manager Superintendent of Power Technical Services Superintendent Radiological and Environmental Services Superintendent Assistant to the Resident Manager Shift Supervisor
- 2. Plant Operations Manager Superintandant of Power Operations Superintendent Taeh4a=1 Services Superintendent Shift Supervisor 3 ., Operations Support Center Supervisor Main *ananee Superintendent I & C Superintendent Assistant Maintenance Superintendent I & C General Supervisor
- 4. Tec h4e=1 Support Center Manager Technical Services Superi=tendent Electrical Engineer
, Mechanical Engineer Reactor Engineer Performance and Reliability Supervisor .
Shift Technical Advisors
- 5. Radiological Assessment Team Leader -
Radiological and Environmental Services Superintendent Senior Radiological Engineer Chemistr/ General Supervisor Radiological Engineer
- 6. Lead Accountability Officer i
j Office Manager
, Personnel Manager Security Shift Coordinator (off hours) i i
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EAL (INITIATING CONDITIONS) TABLE OF CONTENTS I. REACTOR AND REACTOR COOLANT SYSTEM IC-1 i A. RCS Leakage and Ioss of Coolant Accident (LOCA) IC-l&2 B. Steam Generator Tube Leakage / Rupture IC-2 l C. Reactor Core Degradation and Fuel Damage IC-344 1 D. Reactor Coolant System IC-4 II. MAIN STEAM SYSTEM IC-5 III. FIRE IC-6 IV. RADIOLOGICAL EFFLUENT MONITORING AND RADIATION MONITORING IC-7&8 V. CONTROL ROOM INACCESSIBILITT IC-9
.VI. ELECTRICAL DISTRIBUTION SYSTEM IC-10 VII. NATURAL PHENOMENA IC-Il VIII. MAN-MADE RAZARDS IC-12 II. CONTAMINATED INJURID INDIVIDUAL IC-13 I. INDICAIION AND AIJuLMS IC-14 II. NEENCT CORE COOLING SYSTEM (ECCS) IC-15 III. SECURITT IC-16 IIII. PLANT PROTECTION STSTEMS IC-17 IIV. CONTADD(ENT .
IC-18 IV. ENGINEERED SAFETT FEATURE OR FIRE PROTECTION SISTEM IC-19 I7I. FEEDWATER AND CONDENSATE SYSTEMS IC-20 I7II. GENERAL PLANT CONDITIONS IC-21 I7III. GENERAL EQUIPMENT DAMAGE IC-22 III. REC 07ERT PHASE IC-23
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a i ' , Table 4-8 t 300BTIAyBem3 GmEDI? loses has . .y 4c71420 84WWBJ DESISIS 30SIGT5tas5
- Memm PSAssy . feestETIWS AcTIcet .
jetTIATIsa3 (ImmseTsons go ersaAmes -- - CLASSIFIC&TIGet ganghGeBCT W - perueessaATICII5* I.petACMas Aasse asM1ost netAsst sesTage i j A. ACS Leekage one lees of Coolant Accident (IMA)
- 8.
' ing ,a to y .,et- B.eh e.t. toistal opectitsettene,
- a. %selles =tage f = o=h-source) 8 gae fencluetag scr seat isettetata= ef in u-l s ** ese-as-3 psy-as-SA
, leenage and leenage to eleoed systemel sor-as3-3 an. IInseelselled leatage fase known eeuscos l , *)le gne demoluding Incy meet leekege and leakege to elemed erstemel
- 2. Fellese of safety es relief welve in e safety e. Preseesiner sollef valve apes, taJlsettemes' 30stificellem of IInueuel svent par.gg.g seletet erstem to slees foltoulag seductten to 1. Talve peeltlen ladicates . Pse-as.3
*t ,14callo pseesure. St. Accomenical Sham &tos 30P-ScS-S *
$48. Temposetere Smelsates sor-ace-4 I
Oneur-scs.3
- b. Pressertees safettee area, Indicatteese
. 8.*Temposetuse 8melcates ,
l 88. Accometteel leunites , g 3. BuI slection a. Med peeltless imetcatese - off
- Alert leedtelegicall ossur-ac-la
,O mesmal PSP-as-3 *4 b. 58 gen and lacremolag W.C. temposeture, pay.gg.gg H
paeseuse and Omeletty. .
- e. algh Centetsment me4tatten Alesse. ,
l
- 4. Ps tmasy coolant leek sete greates them Se gne. a. Leehage calculattene ces sor-ace-S Alest tenue-madtelegicall pse.gg.g
. Radicate eseetes thee Se gem. pgy.sg.gg I
- b. Saoeoolve changing flou, sop-aca-S
- e. Sauseeslag seedlage en sostatement sediation monitese fe-Bl a n-tal. .
4 d. Enoseeelag contalsument Immidity. . I g S. Snuun lees of coolant mesteent that esseede 19e e. Pseesusteer leu yeessuse seector taly ette Asee h gency pse.go.g , capacity of the tuo eyesebte changlag ynmye. Jh. Pseeemrlser leu paeseuse safety 8ejectlen pse.sg.33 t algaat. 1
- e. Inceeeelag containment pressure.
1 . d. Snesseeing containment Imaldity, i e. Innsemelag sectaculetten and esoteinment simp ! levels, 1
; f. utgli smatainment rediettom levele I 6.
Amy plant easeditlene folloutag a BKA that (Repseeestattwo cond8tlene found la e-d I mate the,solesse*of esder to emot Seyestenal . j tt.it 8. e ~ stlosgo.emanaste rei. .f ti- B of sedle-
.ibie. , .. ..e i e. Bees of tuo out of three fleelen pse=Imact
{ basstose utth a poteettet lose of the thtse a. Back toestafled stowe. and General Emessency t,ar r ies , (e.g., SacA utth outetaat tet eted PSF-SS-8 -Psecaut8emaryswechetgen R. 3-2 offesele , damage and a getentlet Rees of containment 3s B-T 08fecate out to S males
} , tetegettyp. and Anticigeted lose of costelament -ahelter out to 50 mitee j gao ,,,gne EstA'el intogsity ece.t'd: ece t es
*The sa~w .agene s igeted hose ese esteemely cemeeswettwo end are beoed on uuset seee staat seemettlana one meteeselegy ased me pregnuele fas the terminetten of the*3REFyeecy
! In tine eteest tese, sech accident must be reeleued Independently and protective actione
] , beoed on that seatity.
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- BaslTEATIIIG IIIABITBGIIB &aEn gesaGess?f ACylong targ8A POSeleIS SaBICATICIIS e paremmarg ytassy peutBCTICIe ACT8GI steaTIATIssG Olselfloses 90 ergaa,One gaseerensef CIAASBPICATIost smauermaar? P- - ' DeutesteessanfloIIB*
;. - . . - . - . . ..)
t 4 A. ACS teekene and Bees of Coatest Socident (Edu'Al GCent'el
- b. *- small EdJca med Sett8elly sucseeefet is. Calculettaes in 57-8003 ladteatee sleessel amesgency GCont'el psp-se-1 -Psecautionary Swecua-t SOCs. Subsopsont f allese of conteln=ent 3. sul hoe sete >lB/he et Site moundssy ties out to S allee
, ; heat seemet eyeteos ever seveset beinse 3. I hoe sate >Sa/br et Site seestery Per-se-14 -sheltes east to le mitee swold lead to sese melt and alhely failuse is - led EaPh'el i of euetelammet i s. Small and lesse Sach's with falleve of B-3S. R-M seedinge2(3.Os a le ) m/br I
-Psecentlenery Sveceam-
- e. PSP-SS-8 1 Stra to posfoss, leading to sevese eted g e 48ces out to S allee 4
; dessedet8ee or melt in fsee elmutes to g sette Daundesyl psp-se-la -shelter out te le ettes
- housa. tfllteste fat twee of centelament ggg settelpeted lose of contalement intogstty , *. GDuesastad para's) .
I likely for sett . ee. tsevesel hanns e 8thely to be evellable to cueytete . protecttwo actlene entese contalmeent le met feeleted) l e , 4. ale seedings m .os 1 edvhs se 1 ,*
~
g tette boundary)
- -y with mattamettee of B-le seeding by *
, 4 indicottene fsee p-3, 9-7, a-35, a-37 DJ er seawey metese Amp entletpeted lose .
; et sentelament intogs8ty. .
t S. steen Genesetes Tuhe Beetage/secuse 1
- 1. saceeding patensyf _ " sy lesh rete e. 49.8 spe leakage per steen genosator niettfloation of alninemal svent Onp*-es3-1 Techniset elecificettenwitan arts*
- in8tlettem 75 gym tetel leakage * , ,
s
, end EUCs inillation , , , , , ,
- 3. Depid geese f at Rose of one stese genesates tube with Sees of of f ette gnawes
- e. Incsemelag readinge er elessa en etees genesater blowdown sediation munites
*
- laadtelegicall
*,Aject PSP-BS-1
- g* PEP-Es-le (a-898 or. 6, ,,g[ PEP- Ste l
- b. Incrossing seedtage er eBase en stems 4%* 7 OIUP-0G-1 Jet als electos sadletten monitor (m-151 aggg,
- e. Sees of effette power.
I g 3. parte fellese of steam genesater tutee of e. Seu pseeewssser pseeemse safety Snjectlee AIost (medtelegicall
' PEP-Es-t euf fletent magattente to autesmetically initiate b. Increasing seeding es elese en etese , PEP-ES-It safety Islectlee se low pseeemstees pseeemse . geneseter blemaluese sedlettee monites to-893.
4
, s. Incroselag seedtage er etase en eteen jet .
4 als Selector sediation omnites in-RS) .
- 4. Wayld fallese of etene genosates tidies as e. Same se S eteve, with Rose of of fette penet 8'lte Asea muergency PEP-BS-8 deses tteeJ etowe, esitti e lues of ef fette guswer. PSP-ES-IS as PEP-Elel e
e
- The semanmesotettene listed heae see entsemely anneerwettee end are beoed on weset seee plant coe=58tlene samt metensategy asms ne psegansle for the tesmination of the emesgency to the oliest tese.
bened en RInst seellty.sech accident owet be settewed lelopendently and psetective estione 8'" b 1 1
.m-n s
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.. 4 4
Table 4-8 , July [AflhG CrespITI(ass Aass ma-m Actless RawEIA 4
- 90583B84 IIIDECATICIAS SWS9 MICE PEAlsT PSDFsLTIWS ACT34st
; letITIATlesI UleSDITIOles 10 CPEnnens - 't ClASSIFICATICII **1M P0pragmpg gramemaf*TIosso I
namirm Aan esacum notAne ersfus enwr g C. poector Cbse Dogsadat ten and twel namese
- 1. Feet damage se ladicated bys
- a. IstgIn eestemt activity eseqale te.g., escoedtag) e. Some se inttletlog esmettlene teettfacettee of Onueuel Svent esaut-ace-4 coulent technical eyecificettene for ledia.e
, or a te). b. WrD elege og lean analyste, whicIn Smetates se lacreees em j felled fuel I
g a. se se lose of f.e4 etadatags e. sa.e se snitants e esadessene Atut asia 48elegaceal essw-sca-4
- a. ww y high euelant activity semyle (e.g.. la encese of 300 eCS/ce equivaleet of I-ill).
- 3. resel danese accident with selease of sedtomotivity a. ' Enneesvattee of feet danese Alest landleleg'est) par-ass-1
, to contateemt and/or feel stosage buildtog b. riant went ledine montter*)lOS Per-RP-8 eC8/ce 1-!!B ,- tur-pr-2
- a. Bigle end tesg>= OuDP-gEs-4
, .g .s.tw o. ,Secreeslag s.o re ..V..C.
h .tt, a a 4. utgh containment er ruel asandtlag
. t.e petiding pedtatten Alesse.
, 4. saata steam 18me beoek with greater thee 50 gye e. ' feele steen Blas beoek, and . Site Asee muergency PEP-ES-4 ps teasy to secondary leek and indicetten of fesel -Coneides Psetectt6n Actlene
- b. Palmary to secondasy lesh >Se ele PEr-es-le beoed en actual stagnitete
, , damege s. Feel damage as Indicated in. ster l'
, Per-RS-BC of damage or anyected deneg. >
C.8 GBK19-88-l g,,g,,,g,g -Precautionary Shelter out t to 5 malee
- IDuwnwind EarA*el I.
~
l s. eegs.d.4 u.se sth yee.thie to of meen.bl. e. cor. .ett theseece.,3.e2soo'r, est. Aree unw ee.cy geometsy, ear-es-1 or , psy-gg.lg a
- b. RCS Temposature egyreaching esturettom er estuented ea{_
j e. Dogsaded cose are indicated to l ; Ster C.8 and C.2 above. , I I ** i f .
- The res-adat tene Iteted hose ese entsomely conses-et tre and ese based en e_m>sg case plant condittene and meteoselogy esed no guegnoots for the teseinatten of the emergency la the eteest tese, mach eccedent enast be reviewed ladetendently and protectiese actione beoel en that reality. , ,
t -
TAmta 4-1
- f* Im87t&7tes3 IXmsstTIOgas Asse poemanal aCTIOgg lave 14 pueslets SempICATIOMs Beynemar g yIAast peptgCTgys AL730ses jsegglee3 Coas#5784uss
_ 10 Orchaicas
- Dammenw y ctAssBr5 CATI (Els gestau,ggery pautername gamestaanaTIness*
I
- 8. psamus Assa prAtlus tXuntAmt sysTese tilast'p).
; C. Beactor Cwee heiasadetion and Feel Damage (Coset'el i
t
- 6. Isojer damege to opent fuel le altl.or the contalsement e. R-34 of focale site Asea Amergeauer Far-ar-3 er feel otonese building fit will coese the yleet b. R-S (ruel stesege se884 tag l> 85es/hr, par-se-3 vent sediatlee monitor le-att to peg effecatel s. 3-4 doentelamentl 775 mm/hr. Pst-ass-8
- d. 9-7 toontalesmenti ?)$ asVhs
- e. 3-35. B-36 show inesesse .
g f. Bacueesing seedlege es elesse se metatement sediation muettese (e-l! 6 R-333 8
- 3. Sees of spent Feel Coolang e. syeet feel fuel B.evel Alere ulth water site 4see Smasgency Stair-gry* 4 l' = Cemelder paecautlenery I
I levet anticipated to decsease below tay . - shogteggn, t to 3 ggee
- of feet. depending om age of feel f b. pigen pedaattee Alesen haut-8-S and espected tlee to re-
~
- e. smee of two out of thsee flestae psodest basslese e. SecA lesettfled in Seetless 8, step A.4 seneret amergency per-es-3 witte e potentlet lose of the th8se bessies. (e.g.s R. B-3 offecelo Per-se-3A
, IACA utth aus.etantial clad demage end a poteettel 3. B-7 Offecele Rose of contalmeest intogsity. .*
- 3. A-Is2 800 ea/br. M 64 **'I*I P *"*O I'** *I ***'"'**" I*"*III
(-) b. Calculottee la gr-los3 indicates t 3. Ise dose rate Dia/br et site moundary A
- 3. I does rete ?Sayhr et site agenJesy
- e. S-39. B-36 reeJ4mge M 3.06 e le i l/4.s se *
[(siteboundssy)
; . and est8cipated lees of coatelament lategalty j j' d. mas seedinge hls.s6) em/br l li ' Essa. de,yi -
j mith confireettee of 3-Se reading tsy Sadicattene ison a-3. 3-7, a-39, p-37 es a oesver estese and anticipated lees of
- eestalassmat lategelty.
i* se, peestos cuotant ersten j 8. DCs temposetere and/or pseasese emceeding tect.alcal a. same me teltleting easedittene Itatt f tcettee of thtueuet . j e Ossur-9CS-3 erecificatten llette in figuso 3.5-8 et the toch sweet erece er ace pseeemse 3735 pelg.
,: 3. - t.s e si t 6 e.tc . ..d set.s ,ici,c. e. a. - i-.ed set.r. s . .st eiegicaii .s.or-,Cs- ,
5 fuel fallense. b. ruel falluso se defined la . letje-eCs.4 1 secalen 8. Step C.S. i * . t .
- It l e The semusendet tone S tetad here ese entsomely consesvattwo and ese bened ese vuest came g.laat conditlee.e and esteosology seat sa yeogmoele for atie teselmation of the e**swency le the al.ust tere.
EacIn occid*at must be s outerne.3 3 .e p-.. a..g g, eeg 4.setect4ve acticas based ese that seelity. i B T ?
T&SLA 4-8 teIITI ATiana UsentTiteet held "**'"9 ACTIose RAWERA
. .tA ...m7t_. ,_ .t _,t__,_,
g MTI AT50E3 (INSITBUIni g0 OPgB&1DIss WeeBGRILT CIASSIFIGTIGIIS possag.ggg y w - ge m yggg,ge
, II. esalso mTaase essTaos
- 8. Sayed derseseus tsetten of rum "-sy elde. a. Some es taittattag emedetten ,
saattiteettee of unesent svest psy.sg.lc ter-es-3 CumJr-Es-3 ( 2. seela etene Bene beoek of significant pseg=stles a. aseles steem bseek go.g. partog , atest leadiotegical) pay-ag.g colecident ulth a paleesy to eemosesy teek sete
> 6* diametes . psy-gg.lc tenet wueste selease sedlemetlwe mateslet to the b. sisattscoot palmesy to so msidesy pay.as.te envisoseont la escoes of technacet erectiteetten ' teatege to.g..% te test. . tesur-pG- 3 Iimiee. , tesur-as. t 'se
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- 30163898J Ism 3C&TI(uss DErsaseets PtAssy i PsKSIICTIVs ACTBoles
+ ETIETsana txasulf stest to ersaAtoms parecene'y ctAsatysrATIoss saeKaGanscv paurapuas masteugsanstTsust *
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}BW. RAplatirlacab arrease.ast pausagiteinal masp RADIATites pauselftWIIIG p 8. Inesenteneene sedlelog!cel of flueet technical-I nyesificetten 88 mite esseeded.
- e. seceede lastanteneuue estro 8at of B-54 skat8ticettee of unusual sweet par-see-8 - shelter to 30 mitee =
8 - svecuate se per 3p-3037
- 3. Acctdentet selease of esente llapnie la escese e. Psetectlee Acates sec.
See testoicol erecificellene, hereadin a Isotifisetten of Inniemmet svent came dettone for actiset of techn8cel stecif86 andes alette, secgton 3.4.1. selease sonettlene.
- 3. a.Jtettom levele of alskmene senteelmettee which e. Some es lettielleg eenditlem EDuwwwlme smeA'el Alest deedlelegical)
Radicate e severe degradet ten In the contras of sedlemstee meterlata te.g., inssemee of a faster of 1000 le disect reJietteen goedinge esithin f acility) - 4 di.iewice, e, fin.et. gee.te, ti e i. u mee e. . e se .iuen.g so iu .i-t i.edieiogi-n teshnicet specification lastantaneaue llette fe.g.,akete Gee gelease in emesse of ten Smetantaneane sete ashich Si continued over .3 Ca/see, feelee selease of 3.8 m te4 3 hoesse, esould soeult to etsmet 8 mm et the alte et/see,coneck ette boundary deee for 6 a-sy ens =Ser swesage meteoselegical cumettlene) actinet duee for actinal seleees and
, meteoselegical ansed8tiene yster to . ,
I claseitying emergency). S. effluent smanitose ga-le, ase-te, a-aft, u.r. a. tany eme os asse of the followise site asu meergency i sending en ylent went detect levele corroeposeding ammattiene esould be cause fos e j to gseases then 500 mm/hs for % Isoes og gseetes then declosetten of a Site Asee Smessencyb
+ 8 to 500 mas s to for 3 m8asetoe les five tiene these levele
, I,b to the thyseldt et the ette beimulesy for hee, 8. 3-84 ofrecele for { hour 8
q mete selegg. Plant went seeding /de asyhr en
- I
- sentact fos 3 minates.
e -le e cat.
,) ! D-37 seedell.2e see escl/ce for % hr i i h-33 seede) 1.3e se6 esca/ce for mese j then 3 stantes.
I St. 3-33, 3-36 1 7.9 m 30 p/br for 4 he or mese h-25, R-362 7.9 a le h/hr for 3 ele. es mese til. m-te 23te sam /br for % hoeir er nose a-le2)les ma/br for 3 minutes or sese . 8
, tv. Site amoundesy serwege detecta j
{'{ ase I le > Se en/he for 4 hour
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750e mm/br for 3 minutes s .
- Iodines 7350 mm/bs breathed for % hr (tened en dose psejestlant 7 3500 msVhe teenthed for 3
- minutes Seeed on duee
, peelectReal e
e
- The e Malesse listed bese ese eatseesty cuneesvattwo esed are beoed on eneret case ylent s==46tlene and meteeselegy and suo prognoole for the teseleetten of Slee emesgency in the eleist tese. satin accident menet 1se sewleued !sederendently and Protect 8ve Actlene beoed on that reality.
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- 8. Evaceetles of the Coatsel Skme le enticipated or a. Some ao lettlettag esaditlen Alest teena-Sadlelegicall ygy-BFC-3 so petsed with costsel of sheetAnee eyetwee estabBlehed t f ase local stat tame. *
- 2. Evecuat ten of Centsel skame samt cunteel of eluetdoest I syetene suet estaa,Blehed ison local staticas in SS
- e. Sasse se taillating con 48tles Site Asse Emesgency pgy.pyc.3
, at mest ee.
, 3. a a og 34 yeScal a==.tset of the plant e. Some se inttlattag sonettien General p agency pgy.pyg.3
.This may cseate othes
( 8matisting sendittone . e which may massent g.so- . tactive action secom. t mondattene + s
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Malon of the meergency See the elmast tese, each accident meest be soviewed 48ml*8*suleatly an=3 psetective Actione teased ce that seality. 6 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - __ . - - - _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _l
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90988D12 IlmaIOT50 Bas paysassera pgAser peostETIVs ACTitsee 1 SWITI4f ten; CtespITHuss 10 OrshA100s NMT CIA $strimfitus spetas.sas1 PatM'*sesse butteessataTItasse 4 t
- . seen einsis enzaosis .
. 4. sa , sfscent beseide i.el g .si.sto.ced en o. assc ett esseh ite seitsf acetten of aanne.as s. t rar-w-3
- 1 pselected eseatte es la close psealmity to b. thacentzelled teele er fleemable ter-te-t t he et t e, goe selease meer er emette. Par-te-2
- e. smytoelen mees er one,lte
- d. Tusbtne seteting - . -t failure ,
cowelog saple plant elmutdoese
- e. Ihmeewel stresett act8vity on alte *
, sur mees the feell8ty. .
1 . l 3. enesesJe belmq espostene 4 or pselectel e. Alsesett creek en factltty Alert teson-sedlelegicall par-to-3 i en the factitty. b. Isleelle lagrecto free ehetever Par-FF-1 f mousco en feellity. Psy-ap-3
, s. Wauwd empleelen desewe to facility of fecting plant eyesetlen
- d. satsy Inte feettity envirene of .
? eencoatselled tesic or fleemable geoea 4
- e. Tissblee fellere cowetag coming penetsetten.
, 8. asemande belas espos tenced or psejectel with e. Alecraf t eseek ef fe6tleg ettet site Asee knesgency Par-se-a yleet swat in sold shut.baum. etsucturee by $*6*ct es fiso. tsp-rp 3 i b. Sevese desege to este Ah tar-Fr-3
. . ops 59 **at fuem steellee or eayleelene j , e. Setsy of macoatselled flammebte gemee Sete ,
; wital esees. satsy of - tselled teolo g geese into eseee whose lack of accese to g the esse soneeltutee e oefety psoblem. ,
- 4. Amy meios latessel es estevnet basesde weilch e. samme se lattlet!>g cosmittiene Generet teergency pse-yg.3 .This may esente other 3 cesad cause meestwo commun damage te plant -
PEP-FP-1 lattl6 tang monettlee.e 8 eyetene soeulting in plant een48 times that psp-FP-3 I make the setease of Besgo amoesto of sedio-thtch may wessant pse. activity la e shust 3ested of time psebeble. tecttwo actiosisec-ettene. 6 i I h
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- Tte sece-adettene listed here ese estremely coneeswettee and ese beoed een
) wuset case plant condittene end meteorology med me pregneele for the tesel-matten of the enesgee cy la time oliest team. Sects accident must be reviewed IAJ*r*adently e4 Psotect8ve Actions beoed en that go.ptty,
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- 83. gassasassenTate gauomen Ramsfessant, *
- 8. Tsemeyestatten of a se<9teleghcelly aunteolneted e. Sees se feltlatleg condittee M0fleetten of IRnesome! Eweet SaleseJ tedividmet (som the site to en ef fetto '
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was t case teoselegy and see - le the es - not em of a emesgency le the t tese. Becen acc t meet sow Idependently eend esotectlee Actione beoed on that seengty, . o moem Y
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, 388. SW18eITT t 8. seenea tty themate ettempted entry or a. Some se Smittet8mg condittene agottfiesttee of - - 1 gwent - psy-ast-3 i attempted saletage. ,
to. esman tbseste speelfScal8y thesetiog the phvelcal eefety of the Endles point stetten tentsen result la the actuel dieouvesy of a testo er estein ,
- registsee the ese of effeste emeletance. ,
1
- 3. Ongelag eecessity esapreantee a. Some am Sattleting somdittene Afort, $nen-mediologiset) pay-asC-3
- 1. -it, threat . eio..g t t e. - . uati.g es toes.
.i lose of phyeleet contret of the plant, ,
..to .ree % ,,,-,,C.3
- d. Imee of phretcal sentret of the plaat. a. Same se lattiating esedittene esmeret h gency pay-gpC-3 Tinte may esente other 1
t , . Seattettag emnedstgene edhich mer eserrent pse-l O eue . acties s-
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. i . g e i. 1I i 1 e The secsummendettone lleged here are eatsamely esmeervative and ase heaed esoret case pleet songaltsome and meteoselogy and see psegeoste fee the tessa- 9n i mettee of slee emergency la Lime oliert tere. Beeth accident menet be reeleued - laderendently and protectlee actlene beeed en timet reality, i. 1
I o Whels 4-1 posTsafsses ameesTsosse ase sermotect acTscas tavssa e puestata tuot(3T8cus e BuaTBATessa nesgTttags go ershAM em psAmr w g,g o g WegmGmCT CLASS 5FIC&ftogs gm _ ,
, EE88. FIAart PRDTSCTS0W $VST3pt$
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- 3. Fellese of the reester pseteetten system te e. See se teattettag seed 8tles alert amoe.pedeelegisell telt8 ate eed euerlete a seector talp chtcen pay-arc-1
!, b.ne.e ti,e ,esota, - su sei. -
- 3. Tseesteet requirleg eyesettee of shutdowe e. Some me lettletteg enaditten
- 1. , Site Asee Beasgency par,Brc-8
.y.t - ei h f.u . .f th. no.ete. t. 4,i,.
Scoettened power generetlee but es clad desege $museatetely evideet).
- 3. Tseesteet seestslog eyesettee of essendeun a.
See se lettlettag esadillose Generet seesgeoey eyetene eith fellese to talp chtsh seewite ygy. arc-8 -This may ,elete to to eted demage es edaltlemet fatlose of Per-es-t other lettletteg coe= a
- , ces. catseg med meteu, eretene that makes PEF-Be-8C ditiese senacen sey i the selease of losgo seuunte of sedlemettetty messeet ps.t.est e la e shas t poslot of time prehehle. actlee see .a atene.
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i l i T Tasta 4-3 tallfletissi (YleSalTIOpe$ SaED Opeggu.gba.T SCTlun Smys54 I e s 913683B83 BesufCAT800s0 persesert PLAast peutECT8(et ACTlces ! MTBetles3 CeesITI ass 48B CrtaAMieg m3 CtaastyECaflamel poetammT Peut'sunses tenseuses*T50ess*
? &V3 5. GesetheL FIAsst queWITitM
! 3. Othes plant cosm88ttues estet that sessant te6seemed e. Same se telliottag easd8ttee thettficettes e4 Glauseet Sweet
- emesemoeo en the poe t of Isac, erste esel tocal offette ,
' eetboe 84 See es sepsise plemt elmet.iawa ese=4.s Aegemele i . A techettet specittcettee sepsisemente es levolve i ethes them munteellet elmetanse or taly.
! 3. Amy ahmosmal plant see=86tteme, not sevesed ebeve. a. same se lettlettag seedittee Alest taedtelegisell -Seteadae, em the Seveelt ashish Se time erlates of the ehlf t sigeselees messent of thle 8mittetlog com-
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- seemettlene ehmeate be ca smal esed the eyesettene suggest Coster GusC3. ontted for pseteest w acttee a _ "- t iene. '
- 3. Amy abanesset yleet cus>titlene ohnstn le the ep8aten e. Sese se lettistleg esmalties 88te esse BeesteacT of the shif t Segesetear messente eettwet tee of line ,
; emesgency f acettelee ee8 east tes tag teams os a psea seet tee esy soutif teet ten te oestInssittee mees ette. ',
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1 TABIE. 4-1 i 1 e f XIX. REOlWERY PilASE i criteria for entering the long teren Recovery Phase are as followes s
'8 1.
Radioactive releases to tJie environsment caused by accident conditions have been terminated.
, 2. Plant la in Cold Sinatdown.
} 3. Plant is in a Stable Condition. ~
1 I i 4 Prior to enturing the recovery snode onelte azul offsite officiale shall be notified amt confered wills arnt at>propriate lines of consnunication estabilshed for recovery operatione. f* O$ e O 8 4 H s i O 9 f i e
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NOTIFICATICN OF UNUS.UAL EVENT CLASSIFICATION Unusual Events are situations in progress or ones which have occurred which indicate a potential degradation of tne level of safety of the plant. No releases of radioactive material requiring offsite response or monitoring are expected unless further degradation of safety systems occur. In this classification, response may involve support from members of the plant staff and/or local services. l The Shift Supervisor or Senior Reactor Operator vill declare an Unusual Event when any of the initiating conditions listed belov exist, cr at any time in his judgement plant status warrants such a declaration. Initiating Conditions for Notification of an Unusual Event
- 1. Emergency Core Cooling System (ECCS) initiated and discharged to vessel, with the respect to the following bonafide emergencies:
a) Loss of reactor c'oolant to containment b) Exceeding primary / secondary leak rate technical specification c) Steam break upstream of the main steam line isolation valves or feedvater break downstream of check valve d) Main staam break downstream of the main steam line isolation valves
- 2. a) Instantaneous radiological effluent technical specification limits exceeded b) Accidental release of vasta liquid in excess of technical specification limits
- 3. a) sFuel damage indication f ca RCS activity samples in exceps of technical specifications (e.g. chemist sample or failed fuel monitor reading) ,
b) Eigh coolant activity sampl'a (e.g. exceeding coolant technical specifications for iodine spike). 4 RCS temperature and/or pressure exceeding technical specification limits or RCS pressure > 2735 psig
- 5. Exceeding RCS leak race technical specification of )10 gym .
from a known source or > 1/gpm from an unkovn source.
- 6. Failure of safety or relief valve in a safety related system to close folleving reduction to applicable pressure.
- 7. Loss of offsite power or loss of onsite AC power capability
- 8. Loss of contmimment i=cegrity requiring shutdown by technical specifications
- 9. Loss of engineered safety feature or fire protectica system function requiring shutdown by technical specifications NUI-1
- 10. Fire within the plant not affecting safety systems that lasts greater than 10 minutes
- 11. Rod ejection
- 12. Rapid depressurization of PWR secondary side.
- 13. Indications or alarms on process or affluent parameters not functional in control room to an extent requiring plant shutdown or other significant loss of assessment or cosununication ability
- 14. Security threat, attempted entry or attempted sabotage. (Bomb
; threats specifically threatening the physical safety of the Indian Point Station which results in the actual discovery of a bomb or which require use of offsite assistance are included in this classification)
- 15. Natural phenomenon, beyond usual levels, being experienced or projected (e.g. earthquake detected on station seismic instrumentation, hur::icane, tornado, or flood) r 16. Significanthazzards being experienced or projected onsite or in close proximity to the site (e.g. aircraft crash, derailment of train onsite, near or onsite toxic or flamable gas release.near or onsite explosion, main turbine rotating component failure causing rapid plant shutdown)
- 17. Other plant conditions exist that warrant increased awareness on the part of NRC, State and Local offsite authorities or require plant shutdown under Appendix A technical specification require-ments or involve other than controlled shutdown or trip
- 18. Transportation of a radiologically contaminated injured individual from the site to an offsite hospital NCE-2 .
6 i
Inanen Point 3 Nucleet Power Plant PO. Box 215 Buenanan. Now Wat 10$11 914 739.8200
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ALERT Cf.ASSITICATION 7 The Alert class involves soecific events that are in process or have occurred which involve an actual or potential substantial degradation of the level c' safety of the plant. Any releases are expected to be limited to st J.1 fractions of the EPA Protective Action Guideline exposure levels. The Shift Supervisor or Senior Reactor Operator will declare an Aler: Emergency when any of the initiating conditions listed below exist or at anytime in his judgement plant status warrants such a declaration. Initiating Conditions for an Alert Emergenev :(Non-Radiological) 3
- 1. Total loss of offsite power and a total loss of onsite AC power (see Area Emergency for extended loss)
. 2. Total loss of all onsite DC power (see Site Area Emergency for extended loss) ,.
- 3. Completeloisofanyfunctionneededforplantcoldshutdown 4 Failure of the reactor protection system to initiate and complete a reactor trip which brings the reactor suberitical
- 5. Fire potentially affecting safety systems
- 6. Most or all alarms (annunciators) lost.
- 7. On-going security compromise
- 8. Severe natural phenomena being experienced or projected:
a) Earthquake, greater than design basis earthquake levels b) Flood, near design levels c) Any tornado striking facility. d) Hurricane winds near design basis level
- 9. Hazards being experienced or projected on the facility:
a) Aircraft crash on facility b) Missile impacts from what ever source on facility c) Known explosion damage to facility affecting plant operation d) Entry into facility environs of toxic or flammable gases except normal operations and scheduled deliveries e) Turbine failure causing casing penetration
- 10. Evacuation of the Centrol Room is anticipated or required with control of shutdown systems established from local stations.
A-1
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i Initiation Conditions for an Alert Emergency (Radiological) ly
- 1. Severe loss of fuel cladding:
- a. Very high coolant activity sample (e.g. in excess of 300 uC1/cc equivalent of I-131)
- b. Failed fuel monitor indicates increase greater than 1% fuel failures within 30 minutes or 5% total fuel failures J
- 2. Rapid gross failure of one steam generator tube with loss of offsite power. l
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- 3. Rapid failure of steam generator tubes of sufficient magnitude to automatically initiate Safety Injection on icv pressurizar l pressure.
- 4. Main steam line break of significant proportion coincident with a primary to secondary leak rate that would release radioactive material to the environment in excess of technical specification limits. ,
- 5. Primary coolant leak rate greater than 50 v.,a
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- 6. Radiation levels or airborne contamination which indicate a severe degradation in the control of radioactive materials (e.g.,
increase of a factor of 1000 in direct radiation readings within facility)
- 7. Reactor coolant pump with locked rotor which causes fuel failure
- 8. Fuel damage accident with the release of radioactivity to containment and/or fuel haa m ag building
- 9. Radiological effluents greater than 10 times technical specifica-tion instantaneous limits (an instantaneous race which if continued over 2 hours, would result in about 1 mR at the site boundary under average meteorological conditions)
- 10. Any abnormal plant conditions, not covered above, which in the oninion of the Shift Supervisor warrant precautionary activation of the Technical Support Center (TSC), the operations Support Center (CSC) and the Emergency Operations Facility (EOF)
A-2
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POM CHECK LIST l
- Assign -
S.S. ' TSC Manager OSC Manager CR Communicator: 1 direct line (TSC-OSC-EOF-CR) 1 other as needed Make recommendations: - Technical / engineering Repair Corrective Action RC to investigate
- Procurement - guidance for RC through E.D.
KI needs for Emergency workers Check plant status against EAL's Plant updates every 30 mino. on PA System (assure CR Commm1cator does this) Has EOF taken over 30 minute calls to NRC7 If not assure CR Comm. calls Do you know what offsite is doing? Ask E.D. O e S
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COhD CL ROCM For Controll ;toca activities; see IP-1030, the flowcharts and checklists. t I e e 6 e e
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EMERGENCY DIRECTOR CHECK LIST Assign EOF personnel specific functions, schedule others to return for 2nd shift. When manned, notify CCR (Shif t Supv.) and assume comand/ control get briefing from S.S. or POM as to current status Announce EOF has assumed control and you are in charge Assure Communication are Ace'omplished: Have comm. talk to CR Com. & see whose been called immediately following EOF assumes control over emergency Assure offsite agencies updated every 30 mins. re: status using Part I, II, III EPf8 (provide initialed form to Com.) AssureNRCupdatedapprox.every30 min. (ENS) If, Control Roca is not mak*ng 30 min. PA announcements, have Comm. update OSC. TSC, CR, LAO, RC, Security of any changes and keep them updated (approx. every 30 mins.) Keep Unit #2', Adj. businesses, Coast Cuard, Rails updated Protective Actions: Get on and offsite dose projections from RATL Site Evacuarion/ recommendations to onsite employees - what to do with them Discuss Prot. Action Rec. for offsite population with RATL check evac. plans & time estimates . Discuss need for II with RAIL: - in plant offsite monitoring teams Have RATL keep you aware of changes in met. conditions Discussion / Decisions: Site Evacuation ? Brief (or have RATL brief) upstairs EOF every 30 mins. Discuss with H.P. Team Leader /OSC Supv. re: overexposure authorizations Periodically check plant status against EAL's
- Advise PCM what is being done offsite Authorize Search & Rescue operations '
t Do we need INP0/3rookhaven Lab. l Establish com. with Recovery Center - advise of plant status, what is being done en and offsite and what we need. A-5
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You should talk to: RATL: - Protective Actions Meteorology changes KI inplant & offsite teams Upstairs: Brief upper gallery approx. every 30 nins. PQi: - Plant Status updates Brief him on offsite status H.P. Team Leader & OSC Supv.: - overexposure authorizations Lead Acet. Officer: authorize search & rescue operations Technical Advisor: Plant Prognosis /forcast Provide informat on to P.I.O. - Discuss and review press releases Interface with NRC representatives. l 9 l l
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_ - _ _ _ _ _ _ _ . _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ m
TECHNICAL ADVISOR Review incoming Technical Data (EP Form #31 a,b,&c) . Approve, question. change (via communicator if change or question) Send up for copy & transparency Log on flip charts Fill out Notification Fact Sheet, Part III, Form 30c Discuss & advise Plant conditions & prognosis with E.D. Check EAL table for Emerg change in classification Forms: Plant Status Log Part I 31a Part II 31b Part III 31c Notification Fact Sheet Part III, plant parameter 30c t 0 1 i A-7 ! I l i
Plant Buenanen, New h 10$11 914 739.8200
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t 1 RATL Scheduling & assignment of responsibilities Assure habitability of Assembly Areas recommmed moving, evac. or whatever to E.D. Is Con Ed effected? Request from OSC personnel for vehicle & equipment contamination check if necessary Assess need for KI (continue this thought throughout) Offsite recosamendations coast guard Railroad . thru E.D. adjacent businesses Review DARP numbers & discuss with him Make reconneendations: Offsite Sheltering - Evacuation Keep PAG's in mind thru Z.D. Evacuation time estimates Constant discussions with E.D. Participate in hr - 45 min, briefings with upper gallery Fill out Part I Review Parts I & II of Form Observe dose accountability Will recieve: noteworthy R/S , LCRISA, A&B runs (knowledge of) Calculations & reconumendations for P.A. Info. on teams from Rad. Comemmicator l MIDAS will notify you when meteorology & overlays change [Tou should make this announcement to Staff. I.D., & Upper Gallery] ) List PCM know whats happening offsite (assure E.D. tells him) l l i l A-8
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DOSE ASSESS?ENT H.P. HP-85 Calculate compare numbers to MIDAS incorporate R/S & field team information Pill out Part II every 30 min. Will recieve: - R/S (15 min)
- class: A&B
- LCRISA (15 min)
- offsite team data Discuss P.A.'s with RATL Post for transparency: calculation results Advise to which information other than II should be sent out or up to counties.
Out: Form for Transparency (P.A.'s) RATL conversations Discuss with Rad. Comrmmicator forcast on plume & expected fields
Reference:
IP-1001, Discussion of Determination of the' Magnitude of Release IP-1002, Determination of Magnitude of Release IP-1017 Recommendation of Protective Actions for Offsite Population Tiov Charts & Forms: Determining Release Race fla . Determining Dose #1b . Manual Dose Assessment Worksheet #40 Dose Calculation Form #41 Onsite Recommended Protection Summary #43 Offsite Roccamended Protection Summary #44 4 A-9' I i
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1 l MIDAS OPERATOR CHECK LIST Runs LCRISA (CTLV ACL) 1:enediately & each 15 min. & when requested make run results available to RATL, DAEP & Rad. Comenmf cator record meteorology on board place overlay on map table
** . Notify RATL when meteorology and/or overlay change (Announcement to Dose Assessment staff & upper gallery)
Forcast (NRFP) record on board (noteworthy data to DAEP & RATL) Reuter Stokes RDMP f= 15 min.
- Give to: - Calculator (noteworthy doses RATL should be informed)
- Rad C&=4 cator ACRISO make run results available to DAEP & Rad.
Class 3 DDP,S Conus. I e l 1 I l A-10 l l !
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EOF RADIOLOGICAL ASSESSMEN* MONITOR If radiological concerns are present follow below - if not, report to RA*L for assignment. lasponsible for accountability if eierks not present
. Place Ealon system on Manual (real emergency)
- Start the 2 minute background on SAM-2 counter (use . Con Ed Proc. l IP-1020] l l
Check radiation survey instrunents and take initial survey of the EOF & ha11vcy. At Form i Establish Control Point in hall.
- stansions & rope
- step off pads . .
plastic, boots - friskar placement Lock upper EOF entrance, provide key to guard
- Start Triton" Air Sampler (use con Ed Proc. IP-1041]
Set up control Point desinstry inside main door to EOF dosimetry
- dosimetry charger
- sign in & out te rc43 + .ko%
Post upstairs & down (tape to vall chest height) for EOF area monitoring. Film 3adge (or TLD) Dosimeter Instruct securiry guard on his dutius for issuing & logg1=g ' dosimeter and personnel using friskar & acep off pads. NOTEi Guards should be posted outside main EOF door (unless conditions prohibit) and he should wear film badge /TLD & dosimeter at all times. Start a particulate, iodine air sample (Con Ed Procedure: i 0-/ cit) Complete set-up of SAM-2 councar (Con Ed Proc. IP-1020) Periodic surveys - p,'est results for EOF (Upper & lover) overheads
- Count samples - post results
- Concern vi.h guards dose & dose to IDF personnel
- Call OSC Desimetry for update on Dose Accountabili:7 Forms: :
EOF Radiological Survey #42 IOF Dosisatry Record #45 A-11 . l
EOF SECURITT CUARD Posted outside EOF main door Restrict access to EOF lower a upper Authorize personnel to have access only
'(EOF co===micator can provide input on whose allowed in)
Use key provided by EOF monitor to allow access to upper EOF
& lower EOF If radiological conditions are present:
sign out & in, film badge /TI.D & dosimeters to personnel exiting controlled area. (these are inside EOF main door) issue shoe covers to those exiting controlled area. assure chose entering controlled area frisk prior to entering
& respect step off pads.
check personnel dosimetry periodically Forms: EOF Personnel Dosimetry Record #45 4 e 1 l A-12 I i
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d EOF CLERKS Accountability & EOF Who's Who post transparency call Lead Accountability Officer for accountability Recieve data from TSC (31a,b,c) send to Tech. Adv. to proof Then: 1) make transparency & post
- 2) hard copy to State & County representatives upstairs Recieve (30s,b c) - Ierox, send original back to communicator Telecopy out forms 30s,b c.
hard copy to State & Counties in upper gallery Receive & Post flip charts ZOF & Site dose transparencies Offsite data transparencies - hand copy to Scace & Counties & vhen necessary telecopy to County D.A. Form 30s,b.e : Telecopy to: orange, Rockland, Putnam, Westchester, NYS, & Recevery Cancer Hard Copy to State & County & NRC Representative in the EOF Send Original back to Communicator Fors 31a b.c : Recieve by Telecopier from TSC Send to Technical Advisor to proof Recieve back Make transparencies & post 31a,b Hard Copy a,b,e for EOF Raps. Original back to Technical Advisor l t l l l l A-13 i I' l i _ - . _ - . , . _ - _. ,--__ , , ,,_y _..,, _ , , ,. .,..__. . ._.-, _ _ . -.. ,
SITE ARZA EMERGENCY C1.ASSITICATION i A Site Area Emergency is a class which involves events that are in process or have occured which involve actual or likely major failures of plant functions needed for protection of the public. Radiological conditions outside of the IP-3 protected area, but within the exclusion area could possibly present a radiological hazard to personnel and in this instance, the IP-3 Emergency Director aey assume control of emergency actions on both sites, includir.g shutdown and i evacuation as required. The Shift Supervisor or Senior Reactor Operator will declare a Site Area Emergency when any of the initiating conditicas listed below exist, or at any time in his judgement plant status varrants such a declaration. Initiating Conditions for a Site Area Emergenev
- 1. I,oss of coolant accident that exceeds the capacity of the two operable chagging pumps
- 2. Degraded core with possible loss of coolable geometry
- 3. Rapidfailureofsteamgeneratortubes(}200gymleakage)y,1,ti t loss of offsite power 4
Main steam line break with greater than 50 spa primary to secon-dary leak and indication of fuel damage
- 5. I,oss of effsd.te power and loss of onsite AC power for more than 15 minutes ,
- 6. Loss of all vital onsite DC power for more than 15 minutes
- 7. Complete loss of any function needed . for plant hot shut'dovu condition
- 8. Transient requiring operation of shutdown, systems with the failure of the Reactor to trip (continued power generation but no core damage immediately evident) '
- 9. a. Major damage to spent fuel in either the containment or.. fuel.
storage building (it will cause the plant vent radiation monitor (R-14) to peg offscale) j b. Loss of spent fuel coolant
- 10. Fire compromising the functions of safety systees ~'"
- 11. Most or all alarms (annunciators) lost and planc, transient initiated or in progress t
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- 12. Effluent monitors (R-14 RM-16 R-27 H.P. reading on plant vent) detect levels corresponding to greater than 500 mR/hr for hour er greater than 500 mR/br WB for 2 minutes (or five times these7evels to the thyroid) at the site boundary for adverse meteorologv. (Anyone or more of the following conditions would be cause for a declaration of a Site Area Emergency.)
- a. R-14 offscale for hour Plant vent reading >40 mR/hr on contact for 2 minutes RM-16 onacale R-27 reads >1.28 E+5 uC1/sec for hr.
R-27 reads greater than 1.28 E+6 uC1/see for more than 2 mins.
- b. R-25 R-26 > 7.9x10jR/hrfor hour or more R-25, R-26 3 7.9 x 10 1/hr for 2 minutes or more
- c. R-10 2 310 mR/hr for h hour or more R-10 '> 3100 mR/hr for 2 minutes or more i
- d. Site Boundary surveys detect:
WB ( ): ) 50 mR/hr for hr 7500 mR/hr for 2 minutes Iodine : >230 mR/hr breached for h hr (based on dose projectien)
)2500 mR/hr breached for 2 minutes (based on dose projection)
- 13. Security threat involving the 1-4nant loss of physical control of the plant.
14 Severe natural phenomena being experienced while plant is not in cold shutdown: a) Earthquaka greater than Design Basis Levels (0.15g horizontal and 0.10s vertical) . b) Flood greater than design levels (12.5 feet) causing loss of protection of vital equipment at lower levels c) Winds in excess of design levels (200 mph)
- 15. Hazards being experienced or projected with plant not in cold shutdown:
a) Aircraft crash affecting vital structures by impact or fire b) Severe damage to safe shutdown equipment from missiles or explosion . c) Entry of uncontrolled flamable gases into vital areas. Entry of uncontrolled toxic gases into areas where lack of access to the area constitutes a safety problem.
- 16. Evacuation of Control Room and control of shutdown systems ,
established from local stations in 15 =inutes ' l i
- 17. Any abnormal plant conditicas which in the opinion of the Shif: i Supervisor warrants activation of the emergency facilities and monitoring teams or a precautionary notification to authorities I' near site g
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** * * * * * ' ** e eme s. . e _ , ,
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i GENERAL EMERGENCY A General Emergency is a class which involves events that are in process or have occurred which involve actual or imminent substantial core degradation or melting with potential for loss of containment integrity. Thyroid and/or whole body doeses outside of the protected area but within the exclusion area may present a radiological hazard to personnel, and in that instance the IP-3 Emergency Director may assume control of emergency actions on both the IP-3 and IP-2 sites, including shut down and/or evacuation as required. ' The Shift Supervisor or Senior. Reactor Operator vill declare a General Emergency when any of the initiating conditions listed below exist, or at any time in his judgement plant status warrants such a declaration. Initiating Conditions for a General Emergency
- 1. Effluent monitors. (R-14, RM-16. R-27 HP reading on plant vent) I detect levels corresponding to 1 R/hr WB or 5 R/hr thyroid at the Site Boundary under actual meteorological conditions OR Accident Monitor (R-10) or Righ Range Containment Monitors (R-25 R-26)
, indicate levels corresponding to the above and with an l anticipated loss of containment integrity. I
- a. Indications from effluent monitors or environmental survey results:
Noble Gas dose rate = 1 R/hr (limiting case) Iodine dose rate a 5 R/hr (use ehen sample ratio do not use assumed ratio) {
- b. Righ RangenContainment Monjtor (R-25 R-26) (R/hr) where / 2.06 x 10 - R/hr and anticipated R-25. R-26 I Iu/Q site loss of
( boundary containment ) integrity
- c. Reading on R-10 g Where R-10
- f 8.06 \=mR/hrandanticipated Xu/Q site ! loss of boundary / containment integrity NOTE: Do not declare a General Emergency based on R-10 alone. It is necessary to confirm that reading with indications from R-2, R-7, 2-25 R-26 or Survey meters and anticipated loss of containment
- integrity.
- 2. Loss of two out of three fission product barriers with a .;
potential loss of the third barrier, (e.g., LOCA vith substantial core damage and a potential loss of containment integrity).
- 3. Loss of physical control of the plant {
i
- 4. Other plant conditions exist, frca whatever the source, that saka the release of large amounts of radioactivity in a short period of time possible (e.g., !
G-1
. . . . . . .. .. ~.: .- - - . - - , - . . - - . . . . . - - ----- . - - -. -
l a) Small and large LOCA's with failure of ECCS to perform. leading to severe core degradation or seit in from minutes to hours. Ultimate failure of containment likely for melt sequences (Several hours likely to be available to complets protective actions unless containment is not isolated.) b) Any transient initiated by loss of feedwater and condensate I systems followed by failure of aux 11ary feedwater system for extended periods that makes the release of large amounts of radioactivity in a short period of time probable. c) Transient requiring operation of shutdown systems with failure to trip which results in core damage or additional failure of core cooling and makeup systems (which could lead to core melt) d) Any failure of offsite and onsite power along with total loss of aux 11ary feedvater for several hours. Would lead to , eventual core melt and likely failure of containment. e) Small LOCA and initially successful ECCS. (Subsequent failurW of containment heat removal systems over several hours could lead to core melt and likely failure of
, containment.)
i 5. Fire which causes plant conditions that make the release of large amounts of radioactivity in a short peiord of time probable, or the loss of a physical control of the plant.
- 6. Any major natural phenomenon that makas the release of large i amounts of radioactivity in a short period of time probable.
- 7. Any major internal or external hazards which could cause massive common damage to plant systems resulting in plant conditions that make the release of large amounts of radioactivity in a short period of time probable.
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CHECK CTT L:SM See pages A-3 through A-13 for the GE* M emergency classifiestion. O e O t e l I t i 1 1 I i I i i G-3 I 8 - . .~. .. -NN p ,4 w ,
1 EMERGINCY PLAN PROCEDURES INDEI RE7. 17
. 1 Procedure # Procedure Title Rev. # j l
IP-1001 Discussion of Determination of the Magnitude of Release 3 l IP-1002 Determination of the Magnitude Release 4 IP-1003 Obe=4ning Meteorological Data 4 ' IP-1004 Midas Computer System, Dose Assessment Models 3 i IP-1005 Planned Discharge of Containment Atmosphere During Accident Conditions 2 Environmental Monitoring IP-1010 In-Plant / Site Perimeter Survey 3 IP-1011 offsite Mohitoring 3 l IP-1017 Recommendation of Protective Actions for Offsite Population 2 IP-1018 Post Accident Environmental Sampling and Counting 2 Personnel Injury IP-1021 Radiological Medical Emergency (Cont ==4n=ced Injured Individual) 7 IP-1022 Transport of Cone ==fn=ted Injured Personnel 3etween Unit 3 and 1 1 IP-1023 Use and Set-Up of Unit 3 Decen Suite O Damage Assessment IP-1025 Repair and Corrective Action Teams 2 IP-1027 Emergency Personnel Exposure 1 Notificatien and Communication , IP-1030 Emergency Notification and Communications and Staffi=g 8 , IP-1030 EOF Notifications & Communications 0 IP-1034 Notification and Recommendation to U.S.C.G. and Rail Roads 4 IP-1038 Use of the Emergency Communications Systems 3 (Radiological Emergency Data Forms County Hot Line, Radio and NAWAS) Emergenev Operatien Facilities 17-1040 Habitability for the Emergency Facilities 5 IP-1041 Personnel Monitoring Devices for EOF, TSC and OSC Personnel 4 l IP-1045 Technical Support Center 4 IP-1047 Operations Support Center 5 l l l l
DfERCENCY PLAN PROCEDURES D! DEI REV. 17 (PACE 2) Procedure i Procedure Title Rev. # Accountability and Evacuation IP-1050 Accountability 5 l IP-1053 Evacuat' ion of Site 1 IP-1054 Search and Rescue Teams 1 Non-Radiological Emergencies IP-1055 Fire Emergency 2 IP-1056 Directing Fire Fighting Personnel in Controlled Areas 1 IP-1057 Tornado (Hurricane) Emergency 0 ' IP-1058 Earthquake 5 l IP-1059 Air Raid Emergency 0 HP Release Surveys and Decent ==4n=t'1on IP-1060 Personnel Radiological Check and Decent ==4n=cien 2 IP-1063 Vehicle Radiological Check and Decontamination 2 Emergenev Ecuitment and Maintenance IP-1070 Periodic Check of Emergency Preparedness Equipment 7 I IP-1076 Beepers 3 Exercises, Drills and Training IP-1080 Conduct of Emergency Exercises and Drills 5 l IP-1085 Emergency Rasponse Training 3 t 4 1
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DISCUSSICN OF THE DETERMINATION OF THE MAGNITUDE OF m EASE . I e e 9 e
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IP-1001 DISCUSSION OF THE DETIFMINATION OF THE MAGNITCDE OF RELEASE 1.0 .VEED FOR EARLY ASSESSMENT In the event of an accidental release of radioactive material co the en-vironment, it is important for the Shift Supervisor to assess the accident as soon as possible and to determine the exposure to the off-site population. The exposure may be only to the whole body due to fields created by the noble gas cloud or it say include exposures to the thyroid from the radio-iodines when they are present. It is important to make this early assessment of potential exposure and have it available for the State and County Officials. This information vill assist them in their decisions regarding protective actions for the public and in the most extreme case, to give guidance on the movement of the offsite population from the affected areas. This information will also be used by the onsite Emergency Director for establishing protective actions for onsite personnel. 2.0 TTPES OF ACCIDENTS Monitor Reseense
- a. LCCA with no core damage -R-2/R-7/R-10/R-25/R-26 Reactor coolant system spike response with rapid (RCS) activity only decrease over 15-30 minutes
-R-11 increases (probably offscale) with subsequent decrease
-R-12 increases then rapidly decreases over 15-30 minutes
-R-13/R-14/R-27 show increase only if VC isolation was not held .
- b. Clan failure - up to the entire ' R-10 shows increase up to 65 gap activity could be released to mR/hr VC (iodines and noble gases) -R-2/R-7 read offseale ,
(long lived gases) -R-25/R-26 read up to 10' R/hr.
-VC Iodine Monitor shows ,
increase !
-R-27 indicates up to Souci/cc !
if releasing 1
-R-14 offseale if releasing
- e. Fuel melt in addition to Clad -
-R-10 increases up to 15 R/hr failure -R-2/R-7 read offscale (iodines, noble gases, bromines -R-25/R-26 read up to 2x10 6 and other nederately volatile R/hr.
nuclides; Sr-89 Ru-106, CS-137, -VC Iodine Monitor offseale I Ce-144, Ba-140. Tellurium-132) -R-14 offscale due to high l background through VC vall 1
-R-27 increases if releasing 5
1 of 12
IP-1001/3
- d. Fuel element damage in FSB -Magnitude of release and
("long-lived" isotopes, as in isotopic mix depend on clad failures, but on a smaller decay time of fuel since scale) its removal from the Core.
-FSB Iodine Monitor may show increase
-FS3 AFD shows increase
-R-27 shows increase if releasing.
-R-14 offscale due to high background through FSB wall.
- a. Gas release from tank rupture in -R-27 indicates up to PAB (gas decay tank, VCT, CVCS canks) #
10 uci/sec.
-R-14 offseale
'. -PAB APD may show increase
- f. Fuel melt, containment integrity -R-14 off scale does not hold -R-10 off scale greater than1000R/hr
-R-25fR-26readupto i 2x10 R/Hr.
-R-27 shows increase
-ARMS in RAMS and Admin.
Bldg. show increase. , t 3.0 RADIOLOGICAL ASSESSMENT 3.1 Approximate Time of Monitor Monitors and Survevs and Assessment Availability Innediate R-10 R-144 (low) less than 5.0 x 10 uci/cc R-27 AFD's and Iodine Monitors R-25/R-26 3 15 minutes Stack monitor 4(RM-16 in PAB) 7.5 to 7.5x10 uC1/cc Reuter Stokes offsite j monitors 20-30 minutes Ludlum gamma detectors in the environment 25 minutes Plantve3t (HP tech reading) 1.0 x 10 to 3.0 x 10' uC1/cc l 30-45 minutes Beta. Gamma readings at site l boundary ( 1-I hrs. Isotope analysis (chem. sample of stack air) 3 1 1/2 hr. Iodine sample in field 2 of 12
c I IP-1001/3 l 3.2 Initial Stens For Assessment (
Reference:
IP-1002)
- 1. R-14 on scale: estimate offsite dose from reading on R-14
- a. Send chemist for sample of stack (normal method)
- 2. 1-14 off scale:
Primary Method: - Evaluate R-27: uCi/cc and uCi/see j Backup Method: 3
- a. Send D Tech to plant vent to obtain uC1/cc and release rate per DI-12.4.
- b. Send chemist for stack sample (emergency method, RSCS-042),
count total iodine first, then noble gases and particulates,
- c. Send D 'to site boundary sample points. (IP-1010)
- d. Send offsite monitoring teams to do offsite surveys. (I?-1011)
- e. Request Reuter Stokes monitor readings.
- f. Request Ludium monitor results. (IP-1011)
- 3. When chemist has results (2b) develop the ratio of Total Iodines to Noble Gas. (Total I )
NG 4.0 ME* HOD OF ASSESSMENT In order to determine what the actual or potential offsite exposure to the population is, it is necessary to evaluate the accident relatice to the
- source term, release rate (actual or potential), meteorological conditions (wind speed, vind direction, and Pasquill Stability Category), concentration (noble gas and radioiodines) at the environmental point of interest (site boundary, etc.) and the relationship of the concentration to whole body and thyroid exposure in mrem./hr. The basic steps followed in IP-1002 to accomplish this radiological assessment are:
- a. Determine Release Rate
- b. Determine the Site 3oundary Concentration
- c. Determine the Site 3oundary Dose: Whole Body and "hyroid
- d. Determine Point of Interest Dose: Whole Body and Thyroid NOTE: An estimate of the duration of the release should be obtained from the Emergency Director. If unavailable, use 4 heurs as the first estimate.
NOTE: The D-85 computer program or the MIDAS computer program (in the EOF) can be used as an alternate to the manual nethod of calculation outlined in I?-1002. 3 l 3 of 12
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l 1 IP-1001/3 . 1 5.0 10 MII.Z ARIA AND SECTOR MAP 4
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- The 10 mile area sector map is to be used in conjunction with the " Indian i Point Station Radioactive Release Overlays". The map's center point is the Indian Point superheater stack, and it extends from there out to 10 miles.
The map is radially sectioned off into 16 equal sections, each of 22 1/2 . Each of the 16 sectors is further subdivided into 10 more sections by 1 through 10 mile concentric rings with the origin at the superheater stack. This results in a total of 160 " mile zone / sectors" which will be used when identifying areas for recommending protective actions. Within each sector are:
- a. Sites with dose integrating devices (TI.D's) (located on the map by red dots).
- b. Emergency sampling sites (located on the map by yellow dots).
These are predetermined locations at which the offsite monitoring teams are to sample.
- c. Fixed air sampling sites with continuously running samples (located on the map by green docs). Charcoal and millipore filters are changed weekly.
- d. I,udlum gamma dose rate instruments at police stations, fire-houses, ace; dose rates available by phone (I?-1011)
(located on the map by black dots)
- e. Reuter Stokes instruments, ganea exposure, real time readings or accumulated dose. (located on the map by blue does)
A wind-set is also installed at each Reuter Stokes providing wind speed and direction at that point. 6.0 CVERLAY DESCRI? TION 6.1 The diffusion overlays are in the file " Indian Point Station Radioactive Release Overlays", and were prepared'for the Indian Point site using data collected from an NTU study which calculated dispersion patterns for the Indian Point area of the Hudson Valley. ! Indian Point is situated in an area which is significantly influenced . by topographic features which create a channeling effect for the air along the river valley vich low wind speeds; the channeling effect is ' j negated for high wind speeds. (greater than Am/sec) 6.2 The overlays have isepleths of normalized concentration Iu/Q, where Iu/Q is a relative measurement of how the plume is spreading in the horizontal and vertical directions with a given atmospheric stability. I = concentration C1/m or uCi/cc u= windspeed m/sec Q = source strength (release race) C1/see Normalized concentration means that the effects of windspeed and I source strength have been assumed to be 1; to get an actual l concentration, you must multiply Iu times 0 , Q u 1 4 of 12 I
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7.0 OVERLAY PLACDfENT f 7.1 Meteorological data: vind speed, vind direction, and the Pasquill I category is obtained from the Control Room meteorological display l panel, or via backup methods as outlined in IP-1003. Using this data in conjunction with Figure 1. Flowchart for Overlay Selection and Placement, the proper diffusion overlay can be found. Ex. 1. - vindspeed 3m/sec, vind direction 110*, Pasquill C: Overlay is yellow C. Ex. 2. - vindspeed Sm/sec, vind direction 200*, Pasquill 3: Overlay is red 3 7.2 The position of this overlay is described here as veu as in Figure 1. J
- 1. For downvaney (blue) or upvaney flow (yenow), align the E-W, N-S positions parallel to those on the map orientation point.
- a. Downvaney. (blue) overlay should be place so as the plume is
, traveling south,
- b. Upvaney (yenov) overlays should be placed so as the plume is traveling north.
- 2. For crossvalley flow (red), align the overlay origin so that the plume is traveling in the direction of the vind.
The placement of the overlay on the 10 mile area map, a.) indicates the plume travel direction; b.) normalized concentrations Iu/Q, within the area of the plume. NOTE: Wind direction is always from (180 = wind from the south). 7.3 Table 1 , IP-1002 has been ccapiled in a similar way as the diffusied curves. Using site etteorology, the user is able to detsemine the dispersion factor (Iu/Q) for the site boundary. ' This table acts in place of choosing the site boundary location from the 10 mile area sector map and picking the dispersion factor off the overiny. Table 1 1 vill also give guidance to the Emergency Director as to where to 1 deploy the onsite monitoring teams. 8.0 DOSE ASSESSMENT This section brief1v outlines radiological dose assessment: the ensite and offsite field surveys and how to use their results in determining the projected dose to ensite and offsite individuals. t 8.1 Camma Assessment (Whole Bodv ex:osure) ; Gamma measurements are indicative of whole body exposures received from a radiological release. , , i 5 of 11
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RECORD WIND DIRECTION RECCRD WIND SPI:l'D RECCRD 7ASQC LL CATIGCRY WIND 3PEID f. 4 m/s WIND SPIID > 4 m/s
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CSI RID DCWN7 AIL 7 UPVALL T CRCS57V~~r CVIRLAY C7ZRIAT CVEG GRCCND CR M . GECCND CR M . GPC'ND CR Id.37. (Pl=ne Travels in the (Plume Directed ~ South) (Plu=e Directed ~Ner-h) Otracien ed ee Wi-O
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- Place overlay over Place everlay e a Canter ever plant plant crientatica poing , plant orienta*Aon poi:: criantatien point V.th Align I-w & N-S lines Align E-W & F-S lines pl.:na
. centerline aligned parallel to these on tho .
parallei to *hese en alcag wind 11:ection. ma Plume v_11 folicw he .ap. P1 ee will va.E.lev cen: curs. *-11-e .M ' ev - - - - - . - . . 6 of 12 = -- 7 w -
l l IP-1001/3 i l 8.1.1 Using gamma survey instruments:
- a. Portable gamma instrumentation:
Cannan mR/hr vill give the Whole 3cdy exposure rate at l j the survey location. Multiplying gamma mR/hr by the duration of stay will give the Whole Body exposure in mR.
- b. Ludium monitors: (IP-1011) ;
Gamma readout is in mR/hr. Multiplying ganma mR/hr by the duration of stay will give the Whole 3ody exposure in mR.
- c. Reuter Stokes Gamma readout,is in mR/hr. Multiplying gamma mR/hr by the,curation of stay will give the whold body exposure in mR.
8.1.2 TLD Sites Within the 5 mile radius surrounding the Indian Point site there are IP designated ILD Sites which integrate gamma dose. These are changed monthly. In the event of an radiological accident, these must be collected and sent for processing. TLD's may provide estimates of whole body exposure. 8.1.3 Whole 3cdv exposure guidelines as ser EPA PAG's are: Projected Dose (Rem) to Recotraended Actions the Poculation Whole Body less than 1 rem . No protective action required
. State may issue an advisory to seek shelter and avait further instructions or to voluntarily evacuate.
. Monitor environmental radiation levels.
Whole Body 1 to 5 rem . Seek shelter and wait further instructions
. Consider evacuation particularly for children and pregnant women
. Monitor environmental radiation levels.
. Control Access.
Whole Body greater than 5 rem . Conduct mandatory evacuation of populations in the predetermined l ares l
. Monitor environmental radiation 1evels and adjust area for mandatory evacuatics based on 7 ,, 12 these levels.
. control Access. . _ . . _ _ _ .
- - ,- . . . . . . - - ~ - . - - , . . . - . . . . .- . - . - - . . . . . -
\- IP-1001/3 1
. l 8.2 Beta Assessment Beta surveys are helpful in assessing the location of the plume or plume deposition. If you are in the plume, a beta - gamma survey instrument will indicate a significant bee.a reading; however, if you were not in the plume or near a contaminated surface, the beta reading vill be lov or nil. (Beta's are short range enemitting particles (several meters in air))
8.2.1 Beta gamma readings taken in the env'ronment may be affected by various sources. The following table describes the effects on the open vindow/ closed window (CW/CW) ratio when using a beta-gamma survey instrument (e.g. R0-2, E-530) Sources of Radiation OW/CW ratio (gr[/ f)*
- a. Contained source of activity 1.0 or slightly greater (e.g. radioactive gases in 7.C.) than 1.0
. b. Plume (reading takan near plume 1.0 or slightly greater but not in plume) than 1.0
- c. Plume (Reading taken in plume) at least 2.0
- d. Deposition on ground from - Near ground, at least 2.0 particulates in plume - Above ground, instrument pointed upward, ratio lower that at ground level.
The ratios given above are appror % te and can be affected by a combination of sources. 8.2.2 Protective actions for beta exposure would be to remove , persons from the plume by sheltering or evacuation. Sheltering is effective because beta particles are not penetrating and vill not travel through walls.
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IP-1001/3 I i 8.3 Iodine Assessment Radiciodines released as a result of a radiological emergency are thyroid " seekers". These iodines whether ingested or breached travel to the thyroid gland and remain there as any other iodine would. The radioactive properties of the radiciodines would cause damage to the thyroid gland. As the mass of the thyroid decreases, the doses from radioactive iodine increase. Consequently for infant or child thyroid the dose is greater than would be for an adult breathing the same air. It is for this reason that the child becomes the limiting case, and protective actions for the general population are determined from child thyroid doses. Taking breathing rates into consideration it is estimated the child thyroid dose from inhalacion is greater than the adult dose by a factor of two. 8.3.1 Field Samoles:
* (CR, TSC, EOF, Site Boundary, Fixed and emergency offsite monitoring locations and/or requested locations both in-plant and offsite) a) Charcoal and m1111 pore filters or silver zeolite cartridges analyzed by the SAM-2 to determine I-131 activity (uCi/cc)
I-131 (uci/ce) I 1.6 I 10' = child thyroid dose rate (mR/hr breathed) b) Concentrations taken in Field using an HP-210 probe (counts total Iodines) Concentration x DCF = Dose rate child thyroid , uCi x mrem / uCi , j , l-cc hr cc NOTE: multiplying the child thyroid dose rate by hours breached will give the Iodine dose received to the , child thyroid. l l NOTE: Dose Conversion Factors (DCF) can be fcund in Table 3 of IP-1002 8.3.2 Gamma Dese Rate to Thv oid Dose Coversion The gamma dose rate (mR/hr) can be used to make an initial estimate of thyroid dose rate due to radiciodines (this method can be used prie- to the counting of iodine sampling filters)
- a. Assuming a (Total I/NG) ratio of 10':
Gamma mR/hr x .15 = Child thyroid dose rate (mR/hr breached) 9 of 12
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- b. If an actual (Total I/NG) ratio is available the thyroid dose rate would be calculated using the following equation:
actual (Total I/NG) ratio x .15 x Gamma mR/hr = mR/hr breached
-4 child thyroid 10 Multiplying the thyroid dose rate obtained in a or b by the actual hours breathed v111 give an estimated iodine exposure received by the child thyroid. l5 8.3.3 Thyroid exposure guidelines as per EPA' PAG's:
Projected Thyroid Dose Rec 6mmended Actions (Rem) to the Population Thyroid less than 5 . No protective action required a'
. State may issue an advisory to seek shelter and avait further instructions or to voluntarily evacuate.
. Monitor environmental radiation levels.
. Consider issuance of KI to workers if greater than 1 rem Thyroid greater than 5 to . Seek shelter and wait further 25 rem instructions
. Consider evacuation particularly for children and pregnant women
. Monitor environmental radiation levels.
. Control access. *
. Issue KI to workers Thyroid = greater than 25 rem . Conduct mandatory evacuacion of populations in the predetermined area.
. Monitor environmental radiation levels and adjust area for mandatory evacuation based on
{ chose levels. j
. Control access.
. Issue II to workers.
The recommendations above should be taken only if there is a good probability of preventing a substantial portion of the projected dose. For example, evacuation would probably not be recommended for a projected thyroid dose of less than 25 Rem for a puff (short-term) release. l 10 of 12 g , ,p ewe ce4-6
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l l- . . IP-1001/3 9.0 THYROID BLOCKING USING p0TASSIUM IODIDE (II) The National Council on Radiation Protection and Measurements (NCRP) in Reporr No. 65 recommends that " individuals who have had an accidental occupational exposure to radiciodine, regardless of the route of exposure should inusediately be given a 300 mg potassium iodide or sodium iodide tablet. Daily administration of 300 mg potassium iodide tablet should be continued for 7 to 14 days. The purpose of using potassium iodide (KI) is to saturate the thyroid gland with stable iodine so the radioactive iodine will be " blocked". Studies indicate that iodine has appror h tely a 6 hour halt time of uptake, so the stable KI can be given up to several hours after exposure to radiciodine
, and it will still have some thyroid blocking effect. Preferably, KI should be given prior to exposure to radiciodine.
9.1 When an indication arises that workers will potentially receive a thyroid dose due to radiciodine exposure of 5 Ram or greater, the Emergency Director or appropriate designee shall authorize the issue of KI to
, those workers. Consideration should be given to issuance of KI at lower projected doses. (about 1 Ram thyroid).
9.2 KI is located in the emergency lockers of the Control Room, Technical Supporr Center, Operations Support Canter, Emergency Operation Facility and the Alternate Emergency Operation facility. Emergency Directors have been issued bottles of KI, and there is a well stocked supply of KI at the Con Ed Setvice Center building. 9.3 The following page is the insert as well as new instructions for II at Indian Point. 9.4 Instructions for use, as reconumended by the NCRP are: Take 2 tablets per day for 7 to 14 days.
- 10.0 31*E PROlc. m ys ACTICNS
- For a Site Area or General Emergency, sheltering for site personnel is accomplished by assembly in designated areas.
For releases with iodine doses to the site population, issuance of potassium iodide maybe considered. (Sheltering would also reduce .he dose received from radiciodines). For a General Emergency with radiological consequences, issuance of KI to site personnel should be considered. The decision to evacuate the site should be based en t se estimated or actual release time, expected outdoor exposures and weighed against the fact that evacuation may cause more harm by personnel being outside as well , as the confusion of an evacuation rather than to remain indoors with proper ' sheltering. I I 11 of 12 _ .__ _ _ _- _______.__m_____ _______--__------____-_u- - _ _ _ _ - _ _ _ _ - . _ - - _ _ _ - -
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- HOW POTAS$3UM ICDtDE WORKS i ce.ai- Srms of iodine heap your thyroid sland work right. Mose people get the iodine they need from foons. IIke iodized sais or fish. The thyroid can "asore" or hold only a certa.a amouns of-THYRO BLOCK" '
ladia'-
,,,,_ In a radiasaca emergency, radioactive lodias may be rolessed la (P07Assivu t00:010 the air. This material may be breathed or swaBowed. It may j tasonounced see.7 Ass s.v.s gyse.oyee esser the thyroid gland and damage it. The damage would pro. i taaerovinsee: K4 hahiy not show itself for years. Children are most likely to have TA8LATS ane SOLUTION U.S.P. thyroid damage, ,
t If you take pocasemm Indida, it wG! fhp your thyroid gland. This redeces the emance nas harmful radioactive iodine win TAKE POTASSIUM IODIDE ONL WHEN PUBLIC HEALTH OFFICIALS TELL YOU. IN A BADIATION EMERGENCY. RADIOACTIVE IODINE COULD BE WMC SHOULD NOTTAKE POTAS$1UM ICDICE RELEASED INTO THE AI3. POTASSIUM IODIDE (A The only people who should nos take potassam lodide are people FORM OF IODINE) CAN HILP PROTEC:' YOU. who know they are aDergic to iodide. You may take posassium iodide even if you are tahms ==^ === for a thyroid probsesitfor example, a thyroid hormone or antithyroid drugt. Pregnant and IF YOU ARE 'IVLD TO TAKE THIS MEDICINE. TAKE IT. ONE TDdE EVERY 24 HOURS. DO NOT TAEE IT MORE nurems women and behies and chGdren may also take this drug. OFTEN. MORE WILL NOT HELP YOU AND MAY IN. CREASE THE RISK OF SIDE ETFECTS. DO NOT TAKE MCW AND WHEN TO TAKE POTASSIUM IODIDE
.THIS DRUG IF YOU EVOW YOU ARE ALLERGIC TD p.ptaassum Iodide should be takaa as soon as pa==iMa agar 80DIDE (SEE SIDE EFFECIS BELOWJ pohlic hemish d5 male saa you. You should take one does every 24 heers. More wG1 aos help you becanes the thyrand can "heid" on.
ly linnsed amenate of iodine. Larger doses win increase the risk of side effects. You wGI proonbiy be said not to take the drug for
, more than 10 days.
INDICATIONS SIDE EFFECTS TRY3OID BLOCKING IN A RADIATION EME3GENCY UsuaDy. skie sffects of rarana n= fodida happen when peuple
- ONLY. take higher doses for a long tima You should be careful not to 7* take more than the m=== dad does or take it for longer thaa DiMECTIONS POR USE . you are told. Side effects are unhheir because of the low eene and Use only no direciad by State or local pahlic henith authorstans in the ahors shne you wiB be taking the drag.
th* "* af
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- Possible side effense incinde sida rashan, sweihag of the sahvary DOSE standa. and "!adiem" tmetalhe tassa. barams monta and throat.
sere teeth and gana, symptoms of a head cold, and =====*=== enemmah spees and diarrhea 4. g."* A few people have an aDsIrgic reaction with mary serious symp. temas. These could be fever and joint paina, or sweiHag of parts of the face and body and at timme severe shortness of bronsh requar. DCSAGE: TWO (2) TABLETS inginnandate medical -a-DAILY FOR SEVEN (7) TO Taking ledido may rareiy ennes overscarrey of the erred FCURTIEN (14) DAYS. sland udmecavity of the tarred stand. or enlargemet of as tayreid siand (soisers. WHAT TO 00 IF SIDE EFFECTS OCCUR If the side effects are severe or if you have sa Sergic reacdos, stop saiang pocamenam iodide. Then. If possGale, call a doctor or pahiis henirA authority for instruccons. Store as consroGed room temperature %cwena 15' and 3C'C (59' l to M'D. Keep consaaner tigntly e' des and protect from Hgat. HOW SUPPLIED Do aos use tae aannaa ifis apr m brownishin the nozzie of the bocch THY 30 3LOCE"58 TA3LETS (Pocasemm Iodide. U.S.PJ bos. time of 14 tahists (NDC 0037 0472 20J Each whita, round, scored WARNING . Poenssianns toelide skomid nor be aseed by people eBargse so iodids Keep out of the reach of chikires. In enee of overdose or aDergic reaccian, consacs a payrman or the public health authority
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' DESCRIPTION Each THYRO.BLOCIT38 TABLET containe 130 mg of paraamar= iodide.
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EMERGENCY PEAN PROCEDCRES T h xE No. D - 1002 RE7. 4 TJ: DETERMINATION OF MAGNITUDE OF RELEASE t 0 00 s e e 9 9 e e af e e f ( e 4 e O ene 6
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l t i i I IP-1002 i l DETERMINATION OF MAGNITUDE OF RELEASE
1.0 INTENT
To describe v'arious methods of estimating the whole body dose due to radioactive noble gas and the thyroid dose due to radioactive Iodine for the offsite population.
2.0 DISCUSSICN
There are two primary methods of estimating offsite dose. One method is to use plant instrumentation to determine a release rate, and using dispersion factors based on meteorology, project offsite dose. t ThesecondmethodinvolvestaNingradiationreadingsandsamplesoffsite, then using ratios of dispersion factors to estimate the dose at various offsite locations. The offsite readings would be taken by mobile survey
- teams and by installed offsite instrumentation (Reuter Stokes monitors).
Both of these methods should be used to verify accuracy. When thyroid doses are calculated in this procedure (including flowchart), the child thyroid dose is conservatively used. since the child thyroid dose is approximately two times the adult thyroid dose for iodine inhalation. This is appropriate for offsite dose projections, but onsite dose projections should use the adult thyroid dose (Adult thyroid dose = child thyroid dose divided by 2) 3.0 PROCEDURE l 3.1 Follow the flow charts, EP-Flowebart i's la & lb keeping in mind ,these basic steps: ,
- 1. determine the release rate
- 2. determine the site boundary co:icentration
- 3. determine the site boundary dose ,
- 4. determine the point of interest dose 1
3.2 Use graphs and tables on pages 6 - 8 in cenjunction vi:h the ! l flow charts, (EP-Flowchart #'s la & lb) as well as IP-1001. (section 7 '
& Figure 1) on the choice and placement of the meteorological overlays to determine the site boundary dose projections and the point of interest dose projections, b, i
3.3 Along with these calculations, a) The on site monitoring team is to'be sent to the site boundary (IP-1010) for actual radiological readings. b) The offsite team is to be called in and sent to areas the plume 5 is expected to pass over. (The overlays are to be used as guidance for plume path and IP-1011 as guidance for the offsite team). g 1 of 8
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c) l The chem. tech. shall be directed to take a sample of the ! activity in the Plant Vent if the radiological conditions l prove safe to do so. l The chemist should be instructed to remove and count the normal weekly iodine plant charcoal cartridge. (This will determine how much iodine has been released) NOTE: Total Iodines Sample the Noble Gases currently in the Plant Vent by taking a gaseous Marinelli sample. l (Until the chem sample ig obtained and analyzed, a total Iodine i to Noble gas ratio of 10 is assumed. This may prove to be overly conservative, or an underestimate, all dependent on plant conditions. Therefore, it is necessary to have a chen sample as soon as possible and use the new value (Total I/NG) in the' dose projection calculations when making any decisidns on protective actions.) If initial dose projections are done using the estimated (Total I/NG) 4 ratio of 10' , one should state to offsite authorities it is only a rough estimate, and we vill be providing more accurate information by direct sampling shortly. This should be considered when taking or recommending protective actions based on projected thyroid exposure. 3.4 When an actual chemistry sample is available, the dose projections are corrected by the folleving: (Total I/NG) chem samole I estimated Iodine = corrected Iodine 10 " dose dose 3.5 An estimate of the duration of the release should be obtained fro's the Emergency Director. If it is unknown, us,e 4 hours as a first estimate. 3.6 Implementation Procedure IP-1017 offers assistance on the reconsnendations which can be made to offsite authorities regarding offsite protective actions for the public. 3.7 Table 3 includes the projected thyroid dose as a function of the individual iodine isotope concentrations in air and the projected exposure tina. This can be used to more exactly convert radiciodine concentration field measurement to exposure if the isotopic mix is known. I 2 of 8 l _ . . . _ ._ _. . .
IP-1002/4 3.8 If on or offsite sampling teams have reported a gamma mR/hr reading, an initial estimate of thyroid exposure can be obtained by multiplying the gamma dose rate (mR/hr) by .15. samma thyroid
. dose rate dose rate Multiplying the thyroid dose rate by hours breathed will give you the approximate iodine dose to an individual at that location.
NOTE: The direct gamma reading (mR/hr) is primarily the dose rate from the Noble Gases in the plume. 3.9 All offsite dose projections should be considered estimates until verification from measurements in the field are obtained. 4 e e t e I 3 of 8 i
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**aes READ R-14 (CPM)
CTICAI2 C" N 3-d -m -r - READ R-27 3,g ,, uC1/Sec RM-16 El-Racgs Plant vent f MmR/hr) Nchle Gas CNSCA2 CFFSC1:2 LCW uci Ci x 10 -6 pg gg see =.sec v1!:r:' (mRP.- ) R-14 x QCC RM-16 ,*
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ac12ce- C= D x2 uC1/cc 3 or C 2 see 1 TABLE 1 C= uC1/c= co ... mn- t 1 I ' " 'l
<r l C 2 4.72 x 10 x Pv? =
777 = ?lant Vent Flow C = Concentration of gas RE2ASE RCT. "** ( I is Plant Vent being FCR NCILZ GASZ3 4.72 x 10 ~4
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soon as possible RE:2ASE RATE (RR) to obtais actual lt (Ci/sec) , values NCBLE GAS ICCINE - t
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1 IP-1002/4 i l TABLE 1 CONVERSION FACTORS uCi/cc mR/hr Column A Column B Column C Time After RM-16 High Range Contact With 6 Ft. From Reactor Shutdown @ t Vent Monitor Plant Vent Plant Vent 4 0-2 hr. b.487 6 x 10 2.5 x 10-3 2-4 hr. 0.830 1.2 x 10~3 3.8 x 10'3 4-6 hr. 1.2 1.6 x 10 -3 5.5 x 10-3 6-12 hrs. 1.95 2.8 x 10 -3 9.5 x 10'3 12 - 24 hrs. 3.5 5.5 x 10 -3 1.6 x 10 -2 24 hrs.-2 wks. 4.7 6.5 x 10~3 2.0 x 10~ more than 2 wks. 5.3 7.3 x 10 ~3 2.3 x 10' 9 e 6of8
. . . . . . . . . . - . . . . . - . ~ .-. -
, , IP-1002/4 TABI.I 1 SITI BOUNDARY ISOPI.ITH VAIUIS BY WIND DIZICTION AND PASQUI!.I. STA3II.ITY CATIGORY =
Pasquill , A 3 C D I T G Wind Soundary Direction Sample Boundary Boundary 3oundary Boundan 3eundary Boundary Boundary (free)* Point I u/O I u/Q I u/Q I u/O I u/O I u/Q I u/O 0* 10 --c> 12 2.2 E-6 3.'4 I-6 2.8 E-5 1.7 I-4 1.2 E-4 4.0 E-4 1.2 E-3 10* 12 - C> 13 2.1 E-6 2.7 I-6 2.5 E-5 8.5 I-5 1.0 I-4 3.6 E-4 1.1 I-3 20* 13 -C> 14 2.2 E-6 3.4 I-6 2.8 Z-5 1.7 I-4 1.2 I-4 4.0 I-4 1.2 E-3 30 ' 14 - C> 17 5.8 E-6 7.4 I-6 6.1 I-5 1.8 I-5 2.3 I-4 7.6 E-4 2.3 I-3 40* 18 1,3 E-5 1.6 I-5 1.1 E-4 3.9 E-4 4.4 I-4 1.5 E-3 4.5 I-3 50* 18 --C> 19 1.5 I-5 1.8 I-5 1.3 I-4 4.3 I-4 4.8 E-4 1.6 I-3 4.8 I-3 60* 19 1.8 E-5 2.1 E-5 1.5 E-5 5.1 E-4 5.3 I-4 1.8 I-3 5.4 I-3 1 70* 19 --C> 20 3.1 E-5 3.5 I-5 2.5 E-4 7.5 I-4 8.0 E-4 2.9 E-3 8.7 E-3 80* 20 --c> 21 5.7 I-5 6.2 I-5 4.0 E-4 1.1 I-3 1.3 E-3 4.8 I-3 1.4 I-2 90 21 8.0 E-5 8.5 I-5 5.1 I-4 1.5 I-3 1.8 I-3 6.3 E-3 1.9 I-2 100* 21 9.7 I-5 1.0 I-4 6.0 E-4 1.7 I-3 2.1 I-3 7.4 E-3 2.2 I-2 110 22 1.1 E-4 1.1 I-4 6.5 I-4 1.9 I-3 2.3 E-3 8.0 I-3 2.4 I-2 120* 22 1.4 I-4 1.4 E-4 8.0 I-4 2.3 I-3 2.8 E-3 9.9 I-3 3.0 I-2 130 22 1.4 E-4 1.4 E-4 8.0 I-4 2.3 I-3 2.8 E-3 9.9 E-3 3.0 I-2 140 22 1.4 I-4 1.4 I-4 8.0 E-4 2.3 E-3 2.8 E-3 9.9 E-3 3.0 E-2 150' 22 1.0 I-4 1.1 E-4 6.3 E-4 1.8 E-3 2.2 E-3 7.8 E-3 2.3 I-2 C o e 160 g 22 8.6 I-5 9.2 E-5 5.5 I-4 1.6 I-3 1.9 I-3 6.7 E-3 2.0 E-1 170 Water 9.0 E-5 9.5 I-5 5.6 E-4 1.6 I-3 2.0 E-3 6.9 I-3 2.1 E-2 180* Water 6.0 E-5 6.5 E-5 4.1 I-4 1.2 I-3 1.4 E-3 5.0 I-3 1.5 I-2 190* Water 3.6 I-5 4.0 I-5 2.8 E-4 8.1 E-4 9.0 I-4 3.3 E-3 1.0 I-2 200 Water 2.0 I-6 2.4 E-6 1.8 I-4 5.8 I-4 5.8 E-4 2.0 I-3 6.0 I-3 210* Water 9.4 I-6 1.2 I-5 8.4 I-5 2.8 I-4 3.3 I-4 1.1 Z-3 3.3 I-3 220* Water 5.4 E-6 7.0 I-6 5.8 I-5 1.8 I-4 2.2 I-4 7.3 I,-4 2.2 I-3 230 1 5.0 I-4 6.4 I-6 5.4 I-5 1.7 E-4 2.1 E-4 6.8 E-4 7.0 I-3 , 240* 1 --C> 2 5.9 I-6 7.4 I-6 6.2 E-5 1.8 I-4 2.3 I-4 7.7 E-4 2.3 I-3 250* 2.-c> 3 6.5 I-6 8.3 E-6 6.6 I-5 2.0 I-4 2.5 I-4 8.3 E-4 2.5 I-3 260* 3 - c> 4 5.1 I-6 6.6 I-6' 5.5 E-5 1.7 E-4 2.1 I-4 7.0 I-4 2.1 I-3 270 4 --c> 5 5.7 I-6 7.3 E-6 6.0 I-5 1.8 E-4 2.3 I-4 7.6 I-4 2.3 I-3 280* 5 7.5 I-6 9.7 I-6 7.2 E-5 2.3 I-4 2.8 I-4 9.2 I-4 2.8 I-3 290 5 --c> 6 8.6 I-6 1.1 I-5 7.8 I-5 2.6 I-4 3.1 E-4 1.0 I-3 3.0 I-3 300* 6 9.6 I-6 1.2 I-5 8.6 E-5 2.9 E-4 3.4 I-4 1.1 Z-3 3.3 Z-3 310* 6 - C> 7 9.6 I-6 1.2 I-5 8.6 E-5 2.9 E-4 3.4 E-4 1.1 I-3 3.3 E-3 320' 7 8.9 E-6 1.2 E-5 8.1 I-5 2.7 I-4 3.2 I-4 1.1 I-3 3.3 I-3 330* 7 --c> 8 7.5 E-6 1.0 I-5 7.4 E-5 2.4 I-4 2.9 I-4 9.6 I-4 2.9 E-3 340* 8 - C> 9 6.1 E-6 7.7 I-6 6.3 I-5 1.9 I-4 2.4 I-4 7.9 I-4 2.4 I-3 35 0 9 --c> 10 4.5 I-6 5.9 E-6 5.0 I-5 1.6 Z-4 1.9 I-4 6.3 E-4 1.9 I-3 The vind direction is + 5* of table value (i.e.: 5 - 10' - 15*) 7 7 6f 8 y- - - , - W F ' ' ' - "'F """"'"" # T Y '-4" "'N---^^*'**""TP"T'* *'""""'*"*"***'"*'"'"""#"~~ ""Y"
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I TABLE 3 , TOTAL INHALATION DOSE CONVERSION FACTORS DOSE CONVERSION FACTOR mrem / uCi ISOTOPES hr ce I-131 1.6 x 10 9 I-132 , 7.9 x 10 I-133' 5.4 x 10 8
. I-134 4.0 x 10 7 I-135 1.6 x 10 0 Iodine Mix 6.7 x 10 0 (post accident)
NOTE: If the Iodine mix is net known and it is within 24 hours of shutdown, use the Post Accident Iodine Mix dose conversion factor (6.7 x 10 ). After 24 hours, use the I-131 dose conversion factor.
- Concentration x Dose Conversion Factor = Dose Rate .
(uC1/cc) x mrem / uC1 , j , hr cc ,
- Concentration can be determined by calculation or by field samples.
Field Samples: SAM - use I-131 DCF (1.6 x 109 ) g HP-210 - use Iodine Mix DCF (6.7 x 10 ) l e
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#4 NewYorkPower fa# Authority DG3GENCY PI.AN PROCEDURZ3 PROCZ::cRE No. :P - 1011 337. 3 TIT:.Es " OFFSITE MONITOR *NG WR:=IN BY: _ A [./ 4 #
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t 4 IP-1011 0FFSITZ MONITORING 1.0 INTENT This procedure addresses the various methods of offsite monitoring which are available within the plume exposure pathway. 2.0 DISCUSSION A combination of these methods of offsite monitoring should give an idea of the radiological conditions of the environment within a 10 mile radius of Indian Point. - Various methods of offsite monitoring are: 2.1 offsite monitorina team's: A. surveys J ,
- 1. Survey results
- 2. TLD's
- 3. Air Sampling (Iodine & Particulate):
- 1. Continuous Sampling
- 2. Emergency Locations 2.2 Reuter Stokes .
.A. [ monitoring B. meteorological monitoring (wind speed & direction) 2.3 Ludlum Camma Radiation Monitors:
A. I monitoring ' 3.0 PROCEDURE FOR OFFSITE MONITORING TEAM MONITORING 3.1 offsite monitoring locations have been predetermined and locaticas are listed on Table 1 of this procedure. To determine which locations should be monitored, use the overlays, 10 mile sector map and Table 1. The types of monitoring would ine M a! A. Iodine Sampling:
- 1. From fixed sampla locations (continuous air sampli g)
- 2. F.aerseccy Sampling Sites i
- 3. Whole Ecdv dose:
- 1. TLD's at Fixed Locations I t
3.2 Members of the offsite monitoring teams are Con Edison ND' personnel, . 1
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, IP-1011/3 3.3 CONTROL ROOM ACTIONS:
A. Control Room personnel should request offsite monitoring team assistance immediately upon declaration of a Site Area or General Emergency, and in certain cases during an Alert (radiological in nature).
- 3. The IP-3 Control Room personnel should telephone the Unit No. 2 Watch Foreaan:
- 1. Request offsite monitoring team assistance
- 2. Direct the teams to the Emergency Operation Facility (EOF) l l
C. Ready yourselves to receive information via the Con Edison I frequency radio, using EP-Form #4 and EP-Form #5. 3 3.4 0FFSITE MONITORING TEAM: A. Are mada up from Coe Edison NEM personnel
. 3. Are to follow the con Edison Procedure IP-1015 3.5 RADIOLOGICAL ASSESSMENT TEAM:
A. Determine which offsite monitoring locations the offsite teams should be sent to.
- 1. Using overlays
- 2. Using Table 1 of this procedure
- 3. Instruct the offsite monitoring team (s) to appropriate sample locations:
- 1. Predetermined Emergency Sampling Locations .
- 2. Continuous Air Sampling Locations
- 3. TLD sites . ;
C. Discuss the need for KI vich 'the Emergency Director and Monitoring Teams. Issue if appropriata. D. Receive information via the radio:
- 1. Monitoring team Location (s)
- 2. Sampling results (Using forms EP-Form #4, and EP-Form #5) a) 3 eta and gamma field readings obtained while proceeding to the site.
b) Beta-gsama field readings obtained at the sample point. c) Concentration of radioactivity on the particulate filters. Also report the sample CPM, ege instrument background CPM, the sample volume in fe , and the
, counter efficiency.
2 cf 12
. I
IP-1011/3 I d) Concentration of Iodices on the charcoal or silver zoolice filter. Also report the sample CPM. the ingtrumentbackgroundCPMandthesamplevolumein ft , and the counter efficiency. 4.0 PROCEDURE FOR RZUTER STOKES INTERPRETATION 4.1 Reuter Stokes monitors are located in each of the 16 sectors within a 3 mile radius of Indian Point. Real time '4 hole Body dose races, integrated dose. (g) and meteorological (vind speed & direction) information can be remotely interrogated using the Reuter ' Stokes Sentrii 1011 System and the MIDAS computer. 4.2 RADIOLOGICAL ASSESSMENT TEAM: A. Using MIDAS, obtain Reuter Stokes data. 5.0 PROCEDURE FOR LUDLUM RESULTS* 5.1 Ludium monitors are a gamma field measuring instruments. These have been deployed to various locations around the Indian Point site, which are manned 24 hours per day. 5.2 RADIOLOGICAL ASSESSMENT TEAM: A. To determine which Ludlua monitor locations to query:
- 1. use overlays
- 2. 10 mile sector map
- 3. Table 1 of this procedure
- 3. Choose Ludium monitor locations to query using Table 1 and mile & sector as guidance. 5 C. Telephone Ludlum locations. *
- 1. Request digital readout of monitor. '
Record on IP-Form f6. - 3 ;
- 2. Request each location called to record readings every 5 minutes (time & reading) and avait for further i information & insttuctions. '
D. Expand Ludium monitor query as necessary using existing readings, calculations, and wind direction as guidance. 5.3 Using Ludium Readings for Assessment: A. Whole Body & Gasma Dose:
- 1. A Ludlus reading of 1 mRam/hr is equivalent to a whole body dose of 1 mrem /hr.
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IP-1011/3 . B. Radioiodine Dose:
- 1. A first estimate of radiciodine dose would be: a Ludlum reading of 1 mrem /hr is approximately equivalent to 0.2 a?.ea thyroid per one hour of breaching.
6.0 RICORD RENTENTION 6.1 The Radiological Coaumunicator is responsible for retaining all data sheets, forms, and plots pertaining to offsite Radiological 3 Assessment. e i l 4 of 12 1 i
.. . . ~ , . . . . - .- .-. . . . . . -
TABLE 1 LOCATI C HAME SECT HII.E CAS EAS R/S TLD LUDLUHS/PilCE NUMBERS i Roa(Ilook Rd. - Sanatation Carage 1 2 CAS EAS TI.D (Cortlandt) Bear Htn. Rd. near Old Stone on Hudson I 2 , R/S
.' Rte. 9D Carrison 1 ,5 TLD i
- Rte. 9D St. Francis Retreat (Carrison) 1 7 EAS St. Basils Academy I 9 TLD Rte. 9D Derham Cross Rd. (Cold Spring) 1 10 EAS Old Pemart Ave. (Peekskill) 2 2 EAS TLD Annsville Circle, Texaco Station 2 2.5
' ' R/S Troop K St. Police Annsville circle 2 3 LUDLUNI__-. , _, )
f liighland Ave. & Sprout Brook Rd. 2 3 EAS '
, Callows Hill Rd. 2 6 ~. TLD Canopus llollow Rd. & Old Albany Post Rd 2 6 EAS Putnam Valley Police Dept. 2 9 LUDLUH/E _.._, '~1 d}
Canopus Hollow Rd. & Bell Hollow Rd. 2 10 EAS TLD i ' us o North East Corner (site) 3 .5
"' TLD Louisa St. & R.R. Bridge 3 1 EAS
[ Lower South St. & Bay St. 3 1.5 TLD g Peekskill Cas Holder 3 2 CAS Hudson St. & RR Street (Peekskill) 3 2 R/S } (Carbones Rest.) Hamilton St. 3 3 TLD Hillcrest School (Peekskill) 3 3 EAS
! Peekskill Police Dept. ~
3 3 LUDLUN/b' Il Gregon Road substation 3 4 CAS ~ Weathrook Dr. 3 6 TLD t Gregon Corners (Putnam Valley) 3 6 EAS
! Itohegan F.D. - Lake Hohegar. (lidqts.) 3
, Peekskill Hollow Rd. & Tinker Hill Rd. 3 7 10 EAS TLD LUDLUH/b 'V3 l Lents Cove 4 .5 TLD o Standard Brands 4 I CAS TLD l Old Dump 4- 1 [ TLD N Lower South St., Herle Corp.(Peekskill)*4 1 EAS " Lower South St. near West. Iron 4 1 R/S Lower South St. & Louisa St. 4 1.5 TLD
]
Ceniennla1 House F.D. 4 2 3 Haple Ave. Entrance to Ht. Florence LUDLUH/b 4 3 EAS
~ , School 3
LOCATION NAME SECT HILE CAS EAS R/S TLD LUDI.UNS/PIIONE NUMBERS j' Pine Rd. 4 5 TLD lexington Ave. & Townsend Rd. 4 6 EAS
, (Cortlandt)
Hohegan F.D. - Jefferson Valley 4 10 , LUDLUHk[_,..m =_ 2 Somerston Rd. & Carol Ct. (Yorktown) 4 10 EAS TLD Bleakley & Broadway 5 .5 CAS TLD I.ower S. St. near By Pass Diner 5 I R/S
?
Welcher Ave. & McKinely School 5 1.5 TLD ! Playground
} McKinley St. & Welcher Ave.(Peekskill) 5 2 EAS 8
Haple Ave. & Furnace Wooda Rd. 5 4 EAS g .= (Cortlandt) Hohegan F.D. - Furnace Dock 5 5
- LUDLUH k ,' aa -.n 2*';I l Croton Ave. 5 6 TI.D j llunterbrook Rd. O Coax Sta. #571 5 7 EAS p
+ { (Yorktown) Yorktown Police Dept. 5 m Hoseman Rd. & St. Patricks School 5 9 10 EAS
- LUDLUN E " '_ ]
TLD l es. o (Yorktown) t 3 Simulator Building 6 .5 TLD Broadway, between Bleakley & Service 6 .5 R/S l Center
,' Tensollte Corp. Rt. 9A (Buchanan) 6 1 EAS Factory St. 6 1.5 TLD Watch 11111 Rd & Ht. Side Trail ~
6 3 EAS (Cortlandt) Colabaugh Pond Rd. 6 6 TLD
', Rte. 129 0 Ilunterbrook Bridge (Yorktown) 6 7 EAS Wiltwyck School Hillwood Sub. Sta.
6 6 8 10 LUDLUH/ LUDLUH/@h <!>'L hl l H Rte. 100 & Rte. 134 6 10 EAS TI.D 7
, Water Heter llouse 7 .5 TLD Broadway, at Service Center Cate 7 .5
[ R/S , , . W
, Serv. Ctr. Guard llouse *7 .5 Buchanan Police Dept. 7 i LilDLUH/k_
- LUDLUM M - -- E Buchanan Village IIall 7 i CAS TI.D
,5 Westchester Ave. & First St. (Buchanan) 7 I EAS
{ Furnace Dock 7 4 CAS TLD Watch 11111 hd. & Westminister Dr. 7 4 EAS 3
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(Cortlandt)
l.OCATIC] HAHE SECT HILE CAS EAS R/S TLD LUDLUHS/Pil0NE NUHBERS Ht. Airy & Winsor Rd 7 5 TLD Croton Police Dept. 7 6 LUDLUH/ b,, _~,'.7
- # yS' Cleveland Dr. & Ilughes St. (Croton) 7 6 EAS Ossining Police Dept. 7 9 LUDLUM North State Rd. & Ryder Ave. 7 10 EAS TLD Environmental Lab 8 .5 CAS TLD i'
l Service Building 8 .5 CAS y TLD
; Broadway, S.W. of Sub Station 8 .5 R/S } Westchester Ave. & School Exit 8 1 EAS (Buchanan)
Tate Ave. 8 1.5 TLD 3: Crugers R.R. Station (Cortlandt) 8 3 EAS
' Croton Point & Sample Site 8 7 CAS E.* S - TLD Liberty St. & Iludson St. (Ossining) 8' 10 EAS TLD N Westch. Co. O.D.E.S. 8 20 i LUDLUM E 6 'l r
f, w o South East Corner (alte) 9 1 TLD
- 14th St. Between Broadway & West. Ave. 9 1 EAS e
" Broadway at St. Mary'a Cemetary 9 1 R/S
, Hontrose Harina 9 2 TLD I
Hontrose Pt. Rd. (Cortlandt) 9 3 EAS Warren Ave. Haverstraw - 9 5 j TLD Bowline Plant 9 5 LUDLUHd3I Il l Rte. 9W & So.Ht.Rd. (Short Cove) 9 7 EAS
~
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Kings liighway & Old Hill Rd. 9 10
~ EAS TLD l (Clarkstown) onsite Pole 10 .5 TLD
, N.Y.U. Tower 10 1 CAS g TI.D lith St. A liighland Ave. (Verplanck) 10 1 EAS
't8 I
lith St. & Illghland (con Ed Property) 10 1 R/S 0 Verplanck to 1.5 TLD Grassy Point 10 4 CAS P TLD D Stony Pt. Police Dept. 10 4 Beach Rd. & Crassy Pt. Rd. (Stony Pt.)
- 10 4 EAS LUDLUH/E )
Railroad Ave'. & Rte. 9W 10 5 ' llelen llayea llospital TLD
; 10 5
' Little Tor Rd. & South Ht. Rd. 10 7 LUDLUH/E F E ' J EAS ~
(Clarkstown) 3 am e p - =e a
LOCATION NAME SECT Hil.E CAS EAS R/S ~ TfD LUDLUNS/PliONE NUMBERS Rockland Co. Fire Train Str. 10 8 LUDLUH $ - Rockland Co. Sheriff HJqtra. 10 9 LUDLINI, 1' 'TE West Clarkstown Rd. & Palisades Pkwy. 10 10 EAS TID Overpass (Clarkstown) .
- 5 White Beach Texas Inst. (Verplanck) 11 ! EAS Algonquin Cas Line Crossing 11 ! CAS TID
; Trap Rock at end of 9th Ave.
11 ! R/S l (White Beach) White Beach Guard flouse !! 2 LUDLUHAi .
.Y
.Cilmore Dr. & Adams Dr. (Stony Pt.)
11 3 EAS Ulllow Grove Rd. A Birch Dr. 11 5 TID
! Willow Grove Rd. & Enapp Rd.(Haverstraw)ll 6 EAS.
Haverstraw Rd. (Rte. 202) & Wilder Rd. 11 10 EAS - TIS Cays 11111 Rd. (south end) & Rte. 9W 12 2 EAS R/S TLD - 1 Lovett Plant 12 2 CAS * !
"3 . LUDLUH C _' J Frank Rd. & Butson Town Rd.(Stony Pt.) 12 4 EAS '
'O Palisades Pkwy. (sign going So..NYANJ) 12 5
"' TLD Lake Welch Pkwy. A Sewage Plant 12 7 EAS
[ (Harrison) Lake Welch Pkwy. & 7 1.akes Pkwy. 12 10 EAS TLD
, (Harrison)
- l t
Cays Hill Rd. (north end) & Rte. 9W 13 2 EAS R/S TLD i
' Hott Farm Rd. @ Entrance to Camp ,
13 3' EAS I Addison Boyce (Tuxedo) I Palisades Pkwy. (So. of Cas Station) 13 5 TI.D Arden Valley & Lake Cohasset 13 9 EAS TI.D i H ,
'tJ [ , Dock (Onsite) 14 .5 8 ; Rte. 9W at Pirates Cove Rest.(Stony Pt.)l4 2 EAS R/S TLD Tlh t Anthony Wayne Park '
14 5 p! i TI.D s* Rte. 6. I mi. West of Palisades Pkwy. 14 6 EAS **** County Rte. 9 @ Thauway (Woodbury) 14 10 EAS TLD g Orange County N.Y.S. Police, Honroe, NY'14 11 LUDLUHd N - 1 l Rte. 9W & Anchor Honument (Stony Pt.) 15 I EAS' Rte. 9W So. of Ayers Rd. 15 1 TLD I 9W & 202 (Pole i HYT #225) 15 I R/S 3
- l Front Entrance Bear Hr. Inn 15 4 EAS
LOCATICO NAME SECT HILE CAS EAS R/S . TIR I.UDLUNS/ PHONE NUMBERS
! Palisades Pkwy. (Lake Welch Exit 15 5 TLD l going South)
- Mine Rd. & Weynants Rd. (Highland) 15 6 EAS Hineral Springs RJ. & County Rte. 34 15 10 TLD
, . EAS .
l Ayers Rd.. Jones Point (Stony Pt.) 16 i EAS R/S TLD Bear Ht. Bridge West End 16 4 EAS l Fort Montgomery 16 5 TLD 6 0.4 mi West. Junction Rts. 9W & 218 16 EAS Rte. 9W & Rte. 293 (Highland) 16 9 EAS TLD i SECT: Sector , CAS: Continuous Air Sampling Site (Green dots) e to EAS: Emergency Air Sampling Site (Yellow dots) I o n R/S: Reuter Stokes (Blue dots) I "" TLD: TLD (Red dots) LUDLUM: Location & phone i of.Ludlum Sites (black dota)
, Mile determinations are made in this mam.er Hiles are determined by the afie sector which encompasses it, i
, ext if between sector I & 2. It will be referred to as mile 2. 1 3 l l
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MONITORING re AM TIII.D SURVEY Instrument Model No. Serial Number Individuals Name Data Survey Iocation or Site 3 +I f [(3 + b - T}4 Perimeter Sector Number Time mR/hr mR/hr erad/h.r Remarks O e 4 e. G S 0 e e 9 l Page 1Oof I: b e 4 e m. *M-
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INVIROPfENTAL T AND AIR SAMP U ?J.ADCIT Prior to Discharge C After Discharge C Sample Pickup - Date Time Indiv. Sample Process - Date Time Indiv. TLD AIR S e.PG Sector Sector Iodine uCi Thy. Mile Zone mrem Mile Zone Part. Char.' Res* l.
. Note: 1 uCi of Iodine on filter (Part, or char.) is appronmately equal to 1 Ram exposure to the adult thyroid.
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IP-1011/3 EP-Toem # 6 f1 LLTLLH ENVIRCNMENTAL RADIATION MONITORING NET.;CRK Plume monitor Involved Location Monitor Location Time Sectors Sector Zone mR/hr Yu/Q
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DG3GDCT PT.AN PROCECRES PROCECRE NO. IP - 1030 REV. 8 CT* Z: " Procedure for Control Recm EMERGENCY NOTIFICATION, COMMUNICATION AND STAFFING " IP-1030*was extensively revi. sed wR_..m ar 06/ 4.&M Rr7: ras sI3Ph.71/,-
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IP-1030 Procedure for Control Room: EMERGZNCY NOTIFICATICN. CCMMUNICATION AND STAFFING 1.0 INTINT To describe the process for the notification and associated communications required when any of the four Emergency classess is declared, as well as the methods which will mobilize the IP-3 Emergency Response Organization. 2.0 DISCUSSION After the declaration of an Emergency (Notification of Unusual Event Alert. Site Area or General), the Shif t Supervisor (Emergency Director) will initiate and insure this procedure is implemented until he is relieved from the responsibility of Emergency Director. Offsite Agencies should be notified within 15 minutes of the declaration of an emergency classification. NYPA and NRC notifications,should be made simultaneously. Persons who must (may) be notified of an Emergency Condition include:
~
PASNT NRC OFFSITZ
;
- Resident h ager
- Resident Inspector
- Con Edison
- Superintendent of Power
- Headquarters *Westchester County
*Information Officer
- City of Peekskill
*N.T.O. Duty Officer *Rockland County Emergency Response Personnel *0 range County
*Putnam County
*NIS Dept. of Health (Those not
- are notified under the appropriate U.S. Coast Guard circumstances as per procedure.) Con Rail Corporation Metro North Railroad
***ANI .
Persens or agencias who must always be notified iNUE, Alert, Site area, General)
*** ANI must be notified at the Alert class'1fication and above. (Am. Nuc. Insurers)
The Recovery Center will take the responsibility for updating ANI after R.C. activatiion. NYPA maintains staffing consistent with the NRC requirements for cushift, minimum staffing (30-60 minutes), and additional support sea.ffing during emergency conditions. Personnel required on shift are supplied by members of the Watch Organization with additional personnel available through the Con Edison Sr. Watch Supervisor. Emergency Personnel off-hours minimum staffing (30 to 60 minutes) shall be accomplished as follows: Alert Site Area General ' Personnel on Pe sonnel on Personnel on . Roster II Roster II Roster II I:mmediate and minimum staffing should be directed by the Shif t Supervisor. Off-hours call in of Emergency Personnel will be done by Security. , i
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IP-1030/3 3.0 PROCEDURE - Notification of Unusual Event / Alert (non-radiological) (EP Flowchart #2) 3.1 Shift Supervisor a) Designates a cov===mf cator b) Determines which support centers should be activated, and during off hours initiates the call-in of Emergency Response Personnel as necessary. 3.2 Communleator a) Fill out the Emergency Notification Fact Sheet, EP-Form #30a. b) Assure the notification of the Resident Manager, Superintendent of Power, Information Officer and the NYO Duty Officer using Part I of the Emergency Nptification Fact Sheet'(EP-Form #30a) and Roster I : Normal Hours: Via Resident Manager's Secretary
, Off Hours: Via Security c) Call con Edison Unit 2 Control Roca:
Alert them to IP-3 conditions Off Hours: Request 1 RO inanediately if needed and if needed HP, Chem. I&C or Maintenance Techs. to report to the IP-3 Control Room, d) Notify offsite agencies within 15 minutes of declaration of the emergency using the Hot Line Telephone and Part I of the Emergency Notification Fact Sheet (EP-Form #30a). , e) Notify NEC Headquarters using the direct line telephone f) Notify the USNRC Resident Inspector
@ Notify ANI at the Alert Classification and above.
h) Using the Emergency Notification Fact Sheet, keep authorities (b.c,d.e,f
& S informed of significant changes (approximately every 30 minutes) -
until the EOF is staffed and has taken over responsibility for offsite communications.
- 1) Notify authorities (b.c d.e.f & @ of a reduction or escalation in the Emergency Classification or Recovery Intentica.
j) Closecut to authorities (b.c,d,e.f &@ . O NOTE: The RC will take over this ANI function after RC activation. I i 2 of 14 '
.-- ,. m---- , - ----
IP-1030/8 l 3.3 Personnel or Support Center Activation 3.3.1 Page: " Shift Technical Advisor report to the Control Roem" 3.3.2 For an Alert: Normal Ecurs: use PA: a) "All Technical Support Center personnel report to the Technical Support Center". b) " Shift Technical Advisoc report to the Control Room". c) " Operations Support Center Personnel Report to the Operations Support Center". d) "All other personnel remain at your work locations". Off Hours: Instruct Security: a) Call in all personnel from Roeter II l 3 of 14 l
IP-1030/8 .
, I l
4.0 PROCEDURE - Alert (radiological)/ Site Area /Ceneral (EP Flevehart #3) 4.1 Shift Supervisor a) Designates a communicator
. i b) In1.tiates sounding of Site Assembly Alarm and activation of support centers. (call Con Ed and notify of intent to sound Site Assembly Alara) ) c) Initiates calculations for dose projection as necessary d) Dispatch onsite & offsite monitoring teams as necessary e) Consider Repair & Corrective Action teams as necessary i 4.2 Communicator .
a) Fill out the Emergency Notification Fact Sheet. EP-Fora #30a. l - b) Assure the notification of the Rasident Manager, Supt. of Power. Information Officer and the NTO Duty Officer using Parr I of the Emergency Notification Fact Sheet (IP-Form #30s) and Roster I: Normal Hours: Via Resident Manager's Secretary Off Hours: Via Security (see also c. below) c) call IP-3 Security:
- 1. Alert them of emergency status
- 11. Direct them to restrict access to the site d) Call Con Edison Unit 2 Control Room: .
- 1. Alert them to IP-3 conditicus (and intention to sound Site Assembly Alarm) *
- 11. Request offsite monitoring
- teams to report to the Emergency Operation Facility if needed.
iii. Request 1 RO inmediately if needed and H.P. , Chem. I&C or Maintenance Techs. as required to report to the IP-3 Control Room. e) Notify offsite agencias within 15 minutes of declaration of the emergency using the Hot Line Telephone and Part I of the Emergency Notifiestion Fact Sheet (EP-Form #30a). , f) Notify NRC Headquarters using the direct line telephone l g) Notify the USNRC Resident Inspector ( . l ' l l ' i f l 4 of 14 1
. . . . . ._ . .. ~ . . . .- . - - /
IP-1030/8 h Notify ANI i) Notify the U.S. Coast Guard if emergency is Radiological in nature and win impact Hudson River traffic. l 1 j) Notify Rail lines if emergency is Radiological in nature and win impact east or west side of river railroad traffic. k) Using the Emergency Notification Fact Sheet, keep authorities (b.c. d.e.f.gMi & j) informed of significant changes (approximately every 30 minutes) - until the EOF is staffed and has taken over responsibility for offsite communications.
- 1) Notify authorities (b.c d.e.f g$1 & j) of a reduction or escalation in the Emergency Classification or Recovery Intention.
a) Closecut to authorities (b.c.d.e.f g$1 & j). O NC*E: The Recovery Center win take over this ANI function after Recovery 1 , Center activation. 4.3 Sounding the Site Assembly Alara and Supoort Center Activation 4.3.1 Sounding Site Assembly Alarm results in:
. Shift Technical Advisor reporting to the Control Roca
. Watch H.P. & Chemist, contingency I&C & Maineenance and spare operations personnel reporting to the Control Room.
And during Normal Hours:
. Emergency Director & Assessment Team reporting to the Emergency Operation Facility ,
, Technical Support Center personnel reporting to the Technical Support Center ,
. Operations Support Center personnel reporting to the Operations Support Center.
4.3.2 Announce over PA:
"A emergency has been declared. All non-watch personnel report to your Assembly Area. Contingency workers and spare operations personnel report to the Control Room".
(repeat) 4.3.3 Additionally Off Hours: a) Instruct Security to can-in au Personnel from Roster II b) If the Emergency Ditector determines additional staffing other than NTPA personnel is necessary, he may request Con i Edison personnel by emiling the Unit 2 Watch Supervisor. , 4.4 Begin Dose Projection Calculations l a) Refer to IP-lCO2 l 5 of 14
- -. - , s -
IP-1030/8 4.5 Prepare to dispatch on & offsite monitoring teams (control of these teams will be taken over by the EOF when staffed) 4.5.1 Onsite team: (IP-1010) a) Should consist of one H.P. or other so qualified individual and one other person sent to survey site boundary (instruct as to which Site Perimeter locations). Report teruits via radio (Con Ed frequency) picked up at security cosumand post. NOTE: Consider the use of KI for this taan. 4.5.2 Offsite casa: (IP-1011) a) If not done already, call Unit 2 control room and request assistance of offsite monitoring teams, b) When these, teams arrive they will report to the EOF if staffed or call in to the Unit 3 control room by radio, c) Instruct which offsite locations to monitor. (NOTE: Consider whether or not KI should be taken by this teaa.) 4.6 Consider Respir & Corrective Action Teams: (IP-1025) a) Team to consist of 1 H.P. tech and other workers as necessary, b) Consider need of II for these teams. NOTE: There are 3 call-in rosters: Roster h NTPA Notification Telephone Numbers is a listing of those people to be called (notified) in the event of ajv, Emergency Plan Energency. This should be used in conjunction with the Emergency Notification Fact Sheet. Roster H . sections A & B are the minimum staff perseenki required within 30-60 minutes of the declaration of Emergency. This loster contains Department Heads. HP, Chem. Rad. Assessment. Technical Support Center, Emergency Operations Pacility Operations. Maintenance and I&C personnel. Roster E is a listing of NTPA personnel by department available for Call-in. Roster H should be initiated if a Unit 2 emertenev is declared and the con Edison Watch Supervisor requests additional non-watch personnel from the hTPA Shif t Supervisor. (This does not include those NTPA watch personnel who will be sent to Unit 2 immediately upon request; 1R0, 1 Maintenance person, 1 I&C Tech. 1 H.P. or Chem. Tech.) 6 of 14
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IP-1030/8 e 5.0 CCNTROL ROOM COMMUNICATOR CHECKIIST
- 1) When emergency is iniciany declared, complete Part I of EP-Form #30 (20a)
Notification Fact Sheet with Shift Supervisor - Have him initial. Serialize all Fact Sheets.
- 2) Notify Roster I'(via Resident Manager's Sec. during day, Security during off hours)
- 3) Can Con Ed CCR and advise (request one RO and additional personnel as needed during off hours. Request offsite teams to report to EOF if at SAE or GE. Request ensite teams if needed).
- 4) Can NTFA Security and have them restrict access to site if at SAE or GE.
- 5) Notify offsite agencies with 15 mins. of declaration of smergency using Hotline or County Radio if Hotline not working (must make separate ea u
- to State if County Radio'used).
- 6) Notify NRC Headquarters using ENS direct line.
- 7) Notify NRC Resident Inspector i
- 8) Notify ANI at Alert level or above.
l 9) Keep au groups and agencies updated every hr. or sooner if change in status or Emergency Classification until EOF assumes this responsibility.
- 10) At Alert stage & above, make P.A. announcements to staff TSC/OSC and EOF
- 11) Maka P.A. announcements every hr. to advise plant personnel of current status.
- 12) Have Security use noster II to call needed personnel during off haurs.
- 13) When EOF is staffed, transfer offsite communications responsibilities to them. Lac then know what Notification Fact Sheet # to use next. Continue communications with EOF and continue =1 ring hour P.'A. announcements.
I
- 14) When EOF is staffed, transfer responsibility for site perimeter teams to Radiological Consnunicator in EOF.
THINGS WHICH SHOULD CCNTINUE DUR*NG THE COURSE OF THE EMERCENCT:
- 15) Make ?. A. announcements every hour to update plant personnel if l evacuation has not occured as to current status. (Check v/PCM for information to be transmitted). i
- 16) Maintain communications with ?CM, TSC, OSC, EOF and keep them updated of Control Room conditions & recieve updates from them.
- 17) 3e ready to assume communications if EOF is moved to AEOF.
NOTE: Remain on direct line communication link (C2, TSC, OSC, EOF), scnitor conusunication on : hat line, update and report as necessary, log appropriate communications and filter to CR staff. l 7 of 14 i . . . l
-. __ -. . __ - - - - . -= - - _ , - _. ._.
EMERGENCY NOTIFICATICN FACT SHEE; IP-1030/8 ~ EP-Form #304 PART I - GENERAI,INFORMATION
~
West. Peekskill
- 1. (a) trotification # A _
Rock. [ Orange
'"**** NY State
- 1. Message transmitted:
_ Con Ed _ Coast Guard
/
ANI NRC Date Time (24 hr. clock) Con Rail 7Eetro North
- " O I"*"
- 2. Facility providing information:
Indian Point No. 2 Indian Point No.3 9. The release is:
- 3. Reported By: cn ng.
Nm @ terminated.
.g g C intermittent.
- 4. This... @ NOT applicable.
A is an exercise 10. Protective Actions:
@ is NOT an exercise ,
A There is NO need for Protec-
- 5. Emergency Classification tive Actions outside the site boundary.
A Unusual Event B Protective Actions are under B Alert consideration. Site Area Emergency C Recommended Protective Actions. General Emergency r m for mur?**n?NC 1234 5 6 7 8 9 10 11 12 13 14 15
@ Transportation Incident 16 17 la 19 20 21 22 23 24 Ot ** 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42
- 6. This classification declared at: 43 44 45 46 Date Time TDDA fer m mA*'s 1 2 3 4
- 7. Brief Event Description / Initiating Condition:
5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 i 25 26 27 28 29 30-31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46
- 11. Weather A Wind speed miles per hour or =eters per second.
B Direction (from) degrees.
- 8. As of hours there has: @ Stability class (A-G/or stable, unstanle,
@ NOT been a release of radioactivity neutral)
@ General Weather Condition S been a release of radio- (if applicable) activity to the ATMOSPHERE been a release of radio-activity to a BODY OF WATER
@ been a GROUND SPII.I. release of radioactivity 8 of 14 f
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l IP-1030/8 Notification i S EMERGENCY NOTIFICATION FACT SHEET 4 EP-For:sf 3,0b- PART 11 R ADICLOGICAL ASSESSMENT D ATA
,' Time:
1,2. Prognosis for Worsening or Termination of the Emergency?
- 13. In Pfant Emergency Response Actions Underway?
14 Utility Off Site Emergency Response Action Underway
- i i
- 15. Release Information h boiectsd
@ ATMOSPHERIC RELEASE Date and Time Release Started Duration of Reisess hrs hrs Noble Gas Release Rate
- CUsec CUsec Radiciodine Reisese Rate CUsec Ci/sec Elevated or Ground.Reisese Inglant Monitors l
S WATERSORNE RELEASE Date and Time Release Started i Duration of Release hri Mrs Volume of Release gel gal Radioactivity Concentration (gross) uCUmi uCumi Total Radioactivity Released Cl Ci Radionuclides in Release ~u Cumi uCUml uCumi uCumi Basis for release data e.g. effluent rnonitors, grab semple, comoosite somole and samole location:
- 16. Oose and Measurements and Pmiections M Pmiseted
] StrESOUNDARY Whole Body Dose Rate mR/hr. mR/hr Whole Body Commitment (for .
duration above) Rem Thyroid Dose Commitment (1 hour - exposure) mrem mrem Thyroid Dose (total commitment) Ram l B PROJECTED OFFSITE 2 Miles 5 Miles 10 Miles Whole Body Dose Rate (mR/hr) 1 Whole Body Dose (Rem) i Thyroid Dose Commitment (I hr excosure mrem) Thyroid Dose (Total Commitment Rem) - l i
- 17. Protective Action Recommendations and the Basis for the Recommendations: !
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IP-1030/8 EP-Formd30c EMERGENCY N_OTTFTCATTON FAC* SHEET PART III - IP-3 PLANT PARAME*ER DATA Not"d dicatient C Cate Time: MAJOR PARAMETERS STATUS CF ENGINEERED SAFEGUARDS EQUIP.
- 18. RCS pressure (Circle those in use)
- 19. RCS temperature 37. Containment Spray
- 20. Reactor Shutdown -(Y/N) VC Spray Pumps
"# ** i"" # *
- 21. Natural / Forced circulation
- 38. Containment Fan Cooler units -
- 22. Pressurizar level 31, 32, 33, 34, 35
- 23. S/G levels 131 % #33 %
- 39. Auxiliary Feed Pumps - 31, 32, 33 132 % #34 4
- 40. VC Phase A Isolation Cc:nplate
- 34. Off-site /On-site power available: YES/NO
- 41. VC Phase B Isolation Complete
- 25. Containment Pressure **
Comtainment Temperature' 42. VC Ventilation Isolation Complete
- 26. YES/NO
- 27. RCS Subcooled/ Saturated 43. CR Ventilation Isolation Complete psig Subcooled YES/NO
- 88. VC Sump Level ,
- 44. Emergency Diesel Generators
- 29. RWST Level Check Status 31 32 33
- 30. CST Level Load / Running Unloaded / Standby ~ - ~
Out of Service ~ ~ ~ MODES OF SAFETY INJECTION (Circle modes in use) WIOMGICE MONITORS Plant Vent:
- 31. Passive Injection - Accumulators
- 45. R-13 (particulate) CPM
- 32. High Head Injection
- 33. Low Head Injection 40* R~14 (gaseous) CPM 4,7. R-27, (gaseous) uCi/cc MODES OF RECIRCULATION Area Mcnitors:
(circles modes in use) 48. R-2 Containment mR/hr
- 49. R-7 Containment mR/hr
- 34. Low Head Recirculation - Recire Pumps
- 50. R-10 Accident Monitor RHR Pumps (Steamline penetration) gj ,
- 35. High Head Recirculation - 51. Containment High Range Mcnitor I
- Recirc Pumps to S.I. Pumps (R-25/R-26)
- RER Pumps to S.I. Pumps R/hr
- 36. Hot Leg Recirculation - Recire Pumps Additional Monitors of Importance:
- RER Pumps l l
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, Buchenen, New wws 10511 914 733.8200
#4 NewYorkPower
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IMERGENCY PIAN PROCEDbRES e. PROCEDURE NO. IP - - 1031 RE7. O TITLE: PROCEDURE FOR EOF EMERGENCY NOTIFICATIONS AND COMMUNICATIONS
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IP=1031 PROCEDURE FOR ECT D' P RGINCY NTIFICATICNS AND CC*4E'NICA ICN
- 1. 0 INTENT l
To outline the consnunications necessary to be established from the EOF during the course of energency conditions which requ*.re +:he staffing of the ECF. I
- 2. O DISCCSSICN Initial notification and conununication to on and offsite authcrities will be directed and accomplished by the control room. Nctification and c~--mication turn over to the EOF will be accomplished when the EOF is staffed and rea $y to assume control of emergency. At that time the consnunicator should receive a briefing from the CR communicator on the status of emergency notifications and censnunications.
. If the decision is made to relocate to the Alternate Emergency Cperation
. Facility (AEOF), the Emergency Director will notify the Control Room and
, request that the Plant Operations Manager assume Emergency Director control and communication activities. The Plant Cperation Manager, after assuming the role of the ED, should then assure the following positions are assigned: Cczumunicator and Radiological Assessment Team
. Leader. The checklists for communicators found in IP-1031 should be followed during this transition period. When the AECF has been est-ablished and can resume these responsibilities, the ene gency Director at the AEOF will notify the Control Room (PCH) and will again assume ED control and canmunication ac*dvi* des.
- 3. O THREE CCMMINICATCRS MAY BE' AVAILABLE AT TEE ECF ,
- a. Cnsite (including Recovery Center and Con Edison)
- b. Offsite
- c. Radiological The following checklists represent the communication responsibili-des of these individuals.
1.of 5
Ar-AuJi/.u o O CCNE'NICATOR'S CECKI.IST TFSITE
- Assume communication responsibility from Centrol Rocm after being briefed by CR. communicator as to notification and communication status. Also find out which serial number was last used en Form 30a.
- Approximately each 30 minutes:
- a. Passout forms 30s,b, and c (Notification Fact Sheet) . Se sure you serialize all sheets ,
- 1. You fill out 30a and have ED initial it.
ii. Go out over hotline with 30a. iii. Collect ~ 30 b & c and have clerks send 30 a, b, & c out over telecopiers.
- b. NRC ENS Cccur.:nication .
1
-- Notes - If emergency status changesngo out over line immediately.
Advise them you will follow-up with Fact Sheet shortly. In addition to the above, notify the following when radiological conditiens involve or may involve them,
- a. Coast Guard
- b. Rail lines (East and/or West side of river) .
If: Significant Plant Status Change . Reduction or escalation in emergency class j Close out Notify: Offsite State and Counties NRC Coast Guard, Rail I.ines, Adjacent Business (as necessary)
- Notify below if support or assistance is required
- a. INPO
- b. Br khaven National Laboratory h
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IP-1031/5
- Have Recovery Center assu:ne c0=cranication w/A:C and ::220 RECCVERY I CE:CION:
Prior to declaring or entering the Recovery phase, o,f fsite of ficials should be notified and confered with to assure all parties agree on the appropriateness of entering the long term recovery phase. C:cSECUT: Insure you close out energency to all parties involved. ( NCTE: Use CDP (County) radio if the Hotline is not working. You must call separately NYS 'with the microwave link when using the CDP radig.
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IP-1031/0 COMMUNICAZR'S CEC 2C.IST t t i ctSITE l l Receive incoming calls t. Filter as necessary to E.D./RATL etc. Receive all (in-house) direct line phones including Recovery Center Communications. ( Approximately every 30 minutes:
)
Brief OSC/TSC, CR, IM, Security & Con Ed & E re: plant status Go out with change in Emergency Status T=nadiately to Above
- Talk with TSC, CSC, CR, BC, Accountability, Security as directed Use Con Ed f-l radio if communication coes out -
1ccation of f-l - TSC/CSC j CR '. Off & Onsite Monitoring Teams' wil.1 be on f-l also. G t
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- Review and talk with OAHP, Recon: mend to RATL need for On & Off site teams to take K (inc1wiing security personnel) h n ready, as.sume responsibility for ensite and effsite teams by radio.
Tell them to report results to you. Call CR, tell ti.a you've assumed control. Responsibilities regarding on & offsite tea =s: (IP-1010, IP-1011) Dispatch Keep in constant contact ( Advise to check dosimetry Keep teams informed of plant status & emergency classification
& plume direction and location by meteorology & calculations Know where,they are & don't forget them!
Keep track of plume location & don't let security stand in plume. Instruct teams to: I located plume & define edges (do not have them traverse plume unnecessarily) Keep map of location & plume definition Interrogate Ludiums in question if appropriate Publish & inform DAHP & RATL of off and onsite data for utility & county use (transparency) & by phone to county ECC's D.A. or county upper people for transmission - Contact ECC's for information regarding county and state monitoring team data. + - Notify RATL & DAHP of results Will receive R/S info. from MI::AS man Will receive input frem CAHP. See prints from MICAS regarding plu=e locations
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insten Paine 3 Nasedeer Ppmer Plane t P.O. Son 215
*, Buenanen. New Wet 10511 914 738.8200
#b NewYorkPower 4ff Authorny DG3GENCY PIAN PROCZDCRES j PROCEDURE NO. D - IP-1045 Rrt. 4 TI"." Es
- TECHNICAL SUPPORT CENTER (TSC) i .
t This procedure has been extensivefy revised. 9 e 0 e t *
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IP-1045 TECHNICAL SUPPORT CEN"I2 (*SC) 1.0 INTENT The intent is to establish a procedure for the activation and operation of the Technical Support Center (TSC). The TSC will be activated at the Alert. Site Area or General Emergency level. 2.0 DISCUSSION The TSC is the central facility where technical. engineering and operations personnel evaluate plant operating and accident conditions. The location of the TSC is on the west side of the second floor of the M=4 nf stration Building across from the lunchroom and adjacent to the Tursine Building. The TSC is provided with a dedicated ventilation system which filters outside intake air and recirculated facility air through a profilter and a series of HEPA filters. It is also equipped with T.V. monitors to view the Control Room and access the P-250 Plant Computer.
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3.0 RETERENCES 3.1 P-250 Operator's Console Reference Manual for Nuclear Power Plant Supervision (Westinghouse TPO44-P) 3.2 IP-1040 - Habitability of the Emergency Facilities 3.3 IP-1041 - Personnel Monitoring for EOF and TSC OSC Personnel 3.4 IP-1025 - Repair and Corrective Action Teams i 1.5 IP-1027 - Emergency Personnel Exposure 3.6 IP-1070 - Periodic Check of Emergency Preparedness Equipment 4.0 ACTIVATION . 4.1 The TSC is activated and staffed as fonovs: 4.1.1 At the Unusual Event or Alert level, required personnel will be called or paged to report to and staff the TSC. 4.1.2. At the Site Area or General Energency level, the Site Assembly Alarm win be sounded. Technical
- Services personnel win report to the TSC if they are inside the plant. Otherwise, they win report to the nearest assembly area as an "other". They should then inform the area accountability officer that he/she must report to the TSC as soon as a safe route to get there is established.
(During off hours those Tech. Services personnel on Hoster n viu be caned in) 1 of 7 w y . - sams , eS 'O " * " *
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IP-1045/4 i 4.1.3 If additional personnel are needed, they can be requested from the Assembly Areas and Depart:nent Supervisors. 4.2 The ISC v111 remain operational until instructed by the Emergency Director to deactivate. s 5.0 Equ u.E G 5.1 Emergency equipment lockers are located in the TSC/OSC. Equipment available is listed in IP-1070 and is checked monthly in accordance with 3?T-M40. 5.2 The following communications equipment is present in the TSC: Outside line dial telephones Direct line telephones NYPA extensions Handy talkia radio, con Ed Freq. #1 Plant paging syst,em NRC ENS', Telephone Intercoms , 6.0 STAFFING AND RZSPONSI3ILITIES 6.1 Technical Suvoort Manarer (TSM) 6.1.1 Determined by following hierarchy: - Teehafe=1 Services Superintendent Electrical Tech. Services Engineer Mechanical Tech. Services Enginser Reactor Anal--- Performance & Reliability Supervisor 6.1.2 The TSM reports to the Plant Operations Manager. 6.1.3 See following checklist for,TSM responsibilities 6.2 See following checklist for TSC Co-micator(s), computer, and video operac 7 responsibilities l l l i 2 of 7
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, IP-1045/4 TSC FJLNAGER Assign: (and fill out personnel status board)
- Communicators:
- 1. Usually an Engineer or STA to remain on direct line (CR-OSC-EOF-TSC) at all times
- 2. TSC internal con ==mication, outside lines & vendors, and Recovery Center as necessary Be advised of TSC Accountability Officer
- Video operator P-250 plant computer operator, Direct him to complete forms 31a,bac Documents person (s)
Runners ,a Clerks Zeroz & Telecopier person Notify POM, CR, EOF when TSC is manned & ready (thru con ==mf cator on direct line) Schedule TSC personnel for 12 hr. shif ts (if warranted) i - Insure plant status loss $31a,b.c are telecopied to the EOF f approximately every 15 min. and provided to T.9. & OSM. Discuss engineering solutions and plant forecasts with PCM & OSC Matiaeeg
- Through Conusunicator:
l Keep in contact with OSC regarding dispatch of teams, activities and fixes recommended by tihe TSC. Assure TSC activities are reported to the appropriate individuals. Monitor activites throughout Plant & EOF. Update TSC staff as' conditions and parameters change - make announcements regular 1v. l - Coordinate the development of adhoc procedures for Repair & Corrective action teams with the OSC Manager & PCM. Keep NRC official in TSC advised of Plant and Emergency status Establish con ==mf cations with Recovery Center for engineering support functions. 3 of 7 .
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IP-1045/4 TSC COMMUNICATCR (direct line) Test CR-EOF-OSC-TSC direct line phone Test Con Ed radio, f=1 (back up co===mication for Direct Line) Monitor all comummications on Direct Line Update, report and question as necessa.y (i.e. engineering happenings, recommendations, forecasts; ask for feed back on engineering recosamendations when repair teams return) Log all appropriate communications (use conusunications routing forms where necessary) Filter information to'TSC O G B e l t 4 of 7
IP-1045/4 TSC COMMUNICATOR (not direct line) Test cocaunication equipment
- Telephones Plant Paging System latercom Keep log of all TSC activities using log book and NYPA communication routing forms where necessary.
Notify Westinghouse & UEAC of emergency conditions if applicable. Maintain communication as necessary with Recovery Center Technical groups. 9 G 9 e l i I l l ! 5of7 . ? .. . ..- . . . ~ . . - - - . i i
IP-1045/4 7E EO OPERA *0R Monitor Control Room by camera as requested Provida displays from P-250 as requested 6 of 7
I IP-1045/4 . COMPUTER OPERATOR
- Access P-250
- Access P-250 as requested TSC Manager or through video operator
- Complete form 31a,bac (approximately each 10 to 30 min)
- Give to Xerox 4 copies by runner: 2 to TSC Manager 2 to OSC Manger
- Give to telecopier: to EOF to RC Forms Plant Status Los #31a.b & c O
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lessliest Peiset 3 Eseiner Power Pteses P.O.Som 215
- Suenenen.Newwrt 10511 914 738.3200
#b NewYorkPower 4# Authority l l
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DG3GZ2CT PIAN PROCCURES PROCC URZ NO. 3 - 1047 pyy, 5
" Cperations Support Centar l TJ This procedure has been extensively revised.
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IP-1047 OPERATIONS SUPPORT CENTER (OSC) 1.0 INTENT The intent is to establish a procedure for the activation and operation of the Operations Support Center (OSC). The OSC will be activated at the Alert, Site Area or General Emergency level. 2.C DISCUSSION The OSC is the central area from which personnel are assigned, scheduled and dispatched to perform a variety of emergscy tasks. The location of the OSC is on the west side of the second floor of the Administration Building across from the lunchroom and adjacent to the Turbine Building. The OSC is provided with a dedicated ventilation system which filters outside intaka air and recirculation facility air through a prefilter and a series of EEPA , filters. .
3.0 REFERENCES
3.1 IP-1040 Habitability of the Emergency Facilities 3.2 IP-1041, Personnel Monitoring for EOF and OSC Personnel 3.3 IP-1025, Repair and Corrective Action Teams 3.4 IP-1027. Emergency Personnel Exposure 3.5 IP-1070, Periodic Check of Emergency Preparedness Equipment 4.0 ACTIVATION 4.1 The OSC is activated and staffed as follows: 4.1.1 At the Unusual Event or Ale't r level, required-personnel will be ' called or paged to report to and staff the OSC. 4.1.2 At the Site Area or General Energency level, the Site Assembly Alarm vill be sounded. Personnel whose primary assembly area is the OSC vill report to the OSC if they are inside the plant. Otherwise, they will report to the nearest assembly area as an "other". They should then inform the area accountability officer that he/she must report to j the OSC as soon as a safe route to get there is established. (During off hours OSC personnel vill be called in from Roster II) 4.1.3 If additional personnel are needed, they can be requested from the Assembly Areas and Department Supervisors. 4.2 The OSC will remain operational until instructed by the Emergency Director to deactivate. 1 of S
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IP-1047/S 5.0 EQUIP M 5.1 Emergency equipment lockers are located in the TSC/OSC. Equipment available is listed in I?-1070 and is checkad monthly in accordance with 3PT-M40. l
. 5.2 The following communications equipment is present in the OSC: )
Outside line dial telephones l Direct line telephones i NTPA extansions Handy talkie radios (NTPA Energ. Plan Freq. (#2) and con Ed Preq. #1) Portable base station radio (NTPA Freq. #1 and #2) Plant paging system Intercoms 6.0 STAFFING AND.RESPONSIBILITIIS
. 6.1 Operations Support Manager (OSM) 6.1.1 Determined by following hierarchy:
- Maintenance Supserintendent
- I&C Superintendent Asst. Maintenance Superintendent
* - I&C General Supervisor As assigned by Plant Operations Manager or
. Emergency Director 6.1.2 The CSM reports to the Plant Operations Manager 6.1.3 Responsibilities found on following Checklist..
6.2 Operations Suneert Center Team Leaders 6.2.1 Senior members of the HP, Chemistry, Maintenance and Operations Groups shall be designated by the OSM as Tesa Leaders. The Team Leaders report to the OSM. 6.2.2 Team Leader responsibilities found on following Checklists. 2 of 8 i I i i
1 IP-1047/5 I I
- OSC MANAGER I Call CR and have them send spara operations and contingency personnel to the OSC.
Assign: (and fill out personnel status board) i Coenunicator (direct line) Cosaunicator - telephones &~ radios Team Leaders (EP, Chem. , I&C, Maintenance, Operations) - Accountability Officer Clark (s) Let POM, EOF TSC, know when OSC is Operational Assure Accountability,is being accomplished Prioritize work Work closely with Team Leaders & Coimmunicators l - Assure a supplement of repair & corrective action team workers is avaitahle. Schedule shifts (thru OSC accountability officer) 1 Know status of all Plant Teams
- Supply people to other areas Dispatch teams under guidance of IP-1025 (Repair & Corrective action teams) j -
Coordinate development of adhoc repair and corrective action teams with TSC Manager & PON. 4 Assure OSC activities are reported to the appropriate individuals , (thru OSC direct line conmiunicator) Update OSC personnel often Assure PCM, TSC, EOF are aware of current repair status (thru con ==mi cator) i l l l \ t u l l 1 3 of 3 y w g -y a--y 1 * <--w- ---y-rg 39 - ----g-g g-y -yre-- y y - - -s-g- P Wtrv " ""-WP'TL"-"' "-
i 2-1047/5 OSC CCMMUNICATCR (direct line) Test C1, TSC, EOF, OSC Direct Line Test Con Ed radio f=1, backup to Direct Line Remain on direct line, monitor all co-mf cation update and report on line as warranted (i.e.; team dispatch, repair status, team return) Log all appropriate communication Use communications routing sheet where necessary Filter information to CSC 6 9 e i I ( l l 4 of 8 l l . . . - . -- . - . . . . . . . . i
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- 7 1047/5 OSC COMMUNICATOR (direct line)
Trat: telephones
.intarcoms PA base station & radio (NTPA f=2) (team comenmication)
Issue radio to repair teams Monitor radio communication with teams Pilter reports to OSC Manager & Team Leaders if warranted Particular attention to H.P. member Radiological concerns - route to H.P. Team Leader Logteamact1Nties,usecommunicationsroutingformsvnere necessary. Filter information to OSC as required. b o e l 1 e 9 h 5 of 8 j e
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3-1047/5 l l TEAM LEADERS Constant contact with OSM Call-in personnel from accountability areas where necessary Choose mission teams Assure pre-mission briefings consist of: I Compliance with IP-1025 ALARA Rad. Conditions Best route i
- Tools ~
Mock-ups (simulations) Diagrams,(visual aids)
- Radio
- Task understanding Keep in comenmf cation with dispatched teams through conmiunicator Report results of team to OSM O
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- P- 1047/5 H.P. TEAM LEADER
- Assign: TSC/OSC Monitor Control Point Dosimetry Officer Control Room Monitor Assure badges & TLD reader , cally book and margin check are brought down from 4th floor Check into site perimeter team - discuss dispatch with CR or EOF if not sent out yet. (D Fora #4 IP-1010)
Assign HP members for Repair teams Discuss Rad. conditions with HP members of Repair & Corrective action teams and assure he briefs other members of team. Have overerposure power of signature thru ED (so thru direct line communicator) (D Fora #7) Possibility of: Assembly Area Monitoring Evacuation Support Equipt Decon & Contamination support (D Form #16&l7) Fire Support (EP Form i13) Personnel & Skin Decon (D Form #144 15) Check on dose accountability with Dosimetry Officer & Control Point Forms Monitoring Team Survey #4 Emergency Exposure Authorizations #7 . Fireman Exposure Record #13 , Personnel Contamination Check #14 Skin Decon/ Anatomical Man #15 Vehicle Contamination Check #16 Equipment Cone ==4 nation Check #17 r l i 7 cf 8
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l 27-1047/5 l OSC ACCOUNTABILITY OF7ICER Accountability Cognizant of whose where and what tasks are going on (assure team , status board is updated & recorded on hard copy) Remind Team Leaders to pull people from assembly area (you take list & call assembly areas) Schedule shifts (assisted by TEaa Leaders & OSM) 9 6 o O 4 e e G 3 of 8 4 euds.e .h .p4hees . .m= * 4 ..g.. = .
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Inden Peent 3 Nuadeer Power Plant
. s P.O. Som 215
. Sucnenen. New w 10511 914 738.8200
#!> NewYorkPower 1st Authority EMERGINCY PT.AN PROC =URES d
; PRCCCURE NO. IP - 1050 Rrt. 5 TEs " ACCOUNTABILITY 1 .
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IP-1050 t ACCOUNTABILITY
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1.0 INTENT This procedure is used during an emergency to assure IP-3 personnel are accounted for. 2.0 DISCUSSION When the Site Assembly Alam sounds, au non-watch personnel win report to their assigned assembly areas. Maps are posted throughout the site which identify those assembly areas. A list of au persons missing, and/or at an g assembly area other than their assigned one, vin be given to the Land Accountability Officer. Thesa lists will be cross checked to determine who is actually missing.'.The Emergency Director and Lead Accountability Officer viu discuss Search and Rescue Team mobilization. NOTE: When the Site Assembly Alarm is sounded, the Lead Accountability Officer must can training to advise them since they cannot hear g the alarm. 3.0 WATCH & NON-WATC3 PERSONNEL PROCEDURE 3.1 All non-watch personnel wi n report to their assembly areas or to the nearest assembly area when the Site Assembly Alarm sounds. Assembly Area locations are denoted by large orange signs with Q blue letters reading " ASSEMBLY AREA". The larger assembly areas have been further subdivided into department sections and personnel shan report to their respective sub areas. 3.2 Security must can the Lead Accountability Officer with a list of-visitors onsite and who they are visiting. f 3.3 The PASNT assembly areas and who reports to them are as follows: (See page 6 for the site map with PASNT assembly area locations) (L) Training Trailer (Office Area): Training personnel, personnel who are in training classes, or persons in the imediate vicinity. (K) Admin. Service Eldg. (2nd Floor Lunch Room): Admin. Building Personnel, floors 2, 3 & 4, (except H.P. and Chem. personnel - who will report to the OSC) 4' ; (C) Machine Shoe (15' Elevation): A u non-watch, naistenance and construction personnel within the security fence. First floor (maintenance) personnel should use this as their assembly area. (G) Constructien Conference Trailer: PASNT Construction personnel, contractor personnel and all other personnel in the innediate area and outside the security fence. l (J) Warehouse: (Office Area) Warehouse personnel and personnel in immediata vicinity. 1 of 7-. . -_ _ . . _ . . e_u e oge. F ** * * * ' *
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IP-1050/5 (H) Con Edison Service Center. West Scoreroom Area: Personnel may eventua n y assemole here if evacuation of the site is g necessary. 3.4 Each unic Watch or Shift Supervisor shall account for their personnel. 3.5 Security sha n account for their own personnel. 3.6 Technical Support Center personnel should report to the TSC as their assembly area. If a TSC person is at another Assembly Q Area, they should report in, and then go directly to the TSC. One individual will assume responsibility for accountability in the TSC. Missing individuals shall be reported to the Lead Accountability Officer when she/he cans. 3.7 Designated Operations Support Center personnel shan report to the lg Operations Suppo,rt Center as their assembly area. If an OSC designated individual is at another assembly area, they should report to that
, area and then go directly to the OSC. One individual v1 H assume responsibility for accountability in the OSC. Missing individuals shan be reported to the Lead Accountability Officer when he/she cau s.
3.8 All watch, contingency and " spares" vin report to the Control Room until requested to report to the OSC. f 3.9 For accountability purposes, persons reporting to the EOF sha n notify their secretaries that they are going to the EOF. 4.0 AREA ACCOUNTABILITY OFFICERS 4.1 Each assembly area has a designated Area Acccuntab111ty Officar and alternate. . 4.2 The Area Accountability Officer is responsible to survey the assembly area for radiation levels if a release is in progress. The use of each instrument available for this purpose is described below. 4.2.1 Eberline E-330 G.M. Meter - A corrable survey meter brought to the assembly area by the Area Accountability Officer. Used to monitor radiation levels in the general area. 4.2.2 Ludium 300 G.M. Meter - A fixed monitor mounced in each l assembly area to monitor radiacion levels in the general ! area. This monitor has an alarm set switch in the rear. Normany it is set on 16 which corresponds to an alarm set point of 10 mR/hr. If the alarm sounds at this setting, the alarm set point can be changed upward by moving the switch at the rear of the unit. NOTE: Switch set noint Alarms at 16 10 mR/hr 64 50 mR/hr 256 200 mR/hr 1024 800 mR/hr. I 2 of 7 am.N.- .g p.+ gg g s 36 4 4. #W 6
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IP-1050/5 4.2.3 Ludlum RM-14 with Frisker Probe - A portable sur rey noter brought to the assembly area by the Area Accountability Officer. Used to frisk personnel to check for possible contamination. 4.3 If either the E-530 or Ludium 300 indicate a radiation level above 10 mR/hr the OSC Supervisor shall be advised. An H.P. will be dispatched to the area for more extensive surveys, and relocation of persons in that assembly area vill be assessed. f' 4.4 The Area Accountability Officer has a master list of personnel by department who should be reporting to each designated assembly area. 4.5 To assist the Area Accountability Officer in accounting for personnel, First Line Supervisors vill account for their personnel and report any missing individuals to the Area Accountability Officer. 4.6 Constructionhar.assigneU,whereappropriate,AccountabilityOfficers for their personnel. The Construction Accountability Officers should
, report any missing individuals to the Area Accountability Officer.
4.7 On the master list of personnel,'the Area Accountability Officer should note whether an individual is present, missing, or an extra. NOTE: A person should only be accounted for if he/she:
- 1. is visibly preJent
- 2. is on vacation '
- 3. is on travel or not onsite that day
- 4. is on another shift If the person is " thought" to be out to lunch, it should be so noted.
4.7 After the Area Accountability process is complete, the Area Accountability Officer in charge should receive a phone call from the Lead Accountability Officer. At that time, those persons missing and extra should be reported. " Lunch" persons should also be reported as such. 4.8 Area Accountability Officers should report any " late reporters" as soon as possible to prevent unnecessary Search & Rescue Team efforts. 4.9 For Accountability problems that need immediate attention, the Area Accountability Officer should phone the Lead Accountability Officer. 5.0 LEAD ACCOUNTABILITY OFFICER 5.1 The Lead Accountability Officer has a master list of all personnel by Accountability Area and by Departnant located on the Officer Manager's Book Shelves. 5.2 The Lead Accountability Offir.or shall call each of the Assembly Areas to obtain their respective missing and extra lists. ($ PASNT Assembly Areas, TSC, OSC, Security, Watch) 3 of 7 ' s . . _ _ . . . - - . . . . . . . . . . .
e IP-1050/5 1 i l 5.3 The Lead Accountability officar shall make a cross check of missing j and extra personnel. 5.4 A final call should be made to each assembly area to see if there are any " late reporters". . 5.5 A final missing persons list is developed. t 5.6 If persons on the missing list are considered to be missing within the plant, a page of those persons shall be requested. If there is no response to the page, those names should be given to Security to have a badge check run on them to decemine if they are indeed in the plant. 5.7 The Lead Accountability Officer must discuss Search & Rescue Operations with the Energency Director. It is oniv the Emergency Director who may authorize a Search & Rescue sffort. NOTE: The,C9aEdisoYChiefAccountabilityOfficershouldbecalled. This is to check if PASNT people are at Con Ed or to report any Oon Ed people reported as extras at PASNT. 5.8' If necessary, the Emergency Director shall discuss Evacuation Routes with the Lead Accountability Officer and the L&O will transmit that information to all the assembly areas. 5.9 If evacuation is to the Con Ed Service Center ~ Building, a re-accounting of persennel should be performed upon arrival. 6.0 0FF HOURS 6.1 Upon hearing the Site Assembly Alars.*all non-watch personnel should assemble at the nearest assembly area. All vacch, contingency and
" spares" should report to the Control Room. f 6.2 The Security Shift Coordinator is the Lead Accountability Office' during off-hours.
1 6.3 Responsibility for Assembly Area habitability surveys shall be assumed by the Shift Supervisor and the Watch Health Physics technician or other individuali designated by the Shift Supervisor. lf 6.4 The Lead Accountability Officer should call each Assembly Area to gather a list of persons on-site. This includes the Control Rocm. TSC, CSC and Security personnel. ( 6.5 If persons are thought to be missing, a page of :hese persons should be made and a Security Badge check should be run if necessary to f determine if they are indeed in the plant. 7.0 SEARCH & RISCUI $ r . 7.1 A Search sad lascus effort must be discussed with the Imergency Director (the Shift Supervisor is the Emergency Director during the initial stages of an emergency). It is only the Zaergency Director who can authorize a Search and lascue effort. , A 6 4 C3 I m -. ) -- ? -- - . . - - - = - ~ ~-==s- - ~ ~ , ~ - - - - - ~ ~ - - - - ___ ____m_ . _ _ _ . _ . _ _ _
I IP-1050/5 ' 4 8.0 PERSONNEL CONTAMINATION CHICK (IP-1060) 8.1 If personnel are relocated from an assembly area to the con Ed Service Center due to radiation levels, they should be checked for contamination. , 8.2 Prior to leaving the con Ed Service Center, personnel and vehicles should be re-checked for cont ==4 nation, g L ,t 0 B
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Indien Point 3 4
, No.eleer Power Plant P.O. Som 815
} Buchenen, Newwrk 1C529 914 739.8200
#i> NewYorkPower
<# Authority
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EMERGENCY PLAN PROCDCRES C. PROCEURE NO. p - 1058 gry, _ 5 TJ EARnQUAKE EMEROENCY 9
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l IP-1058
; EARTHQUAKE EMERGENCY ! 1.0 INTENT & DISCUSSION
, This procedure highlights the actions which should be followed in the event of an earthquake near or at the Indian Point site. l
- 1. If the earthquake is felt at the site or recorded by station '
seismic equipment it shall be reported as a Notification of Unusual Event. 3
- 2. If the earthquake's epicenter is in the 10 mile radius and records greater than 3.0,oc the Coda scale of the microseismic s monitoring network or reported to us by the public sector, a l courtest notifi'estion should be made to offsite authorities.
. 3. Plant personnel actions are only taken when an actual seismic event is experienced at the site.
Emergency Procedure PEP-S-1. Seismic Monitoring Equipment Actuation specifies mininnun assessment and responsive action requirements in the event of a seismic monitoring equipment actuation. It is not the intent of this procedure to substitute for the Radiological Emergency Procedures if the consequences of an earthquake create a radio-j logical hazard. Applicable procedures for that type of radiological escrgency should be followed in addition to those contained in this procedure.
'. 2. 0 ASSESSMENT EOUIPMENT
~ -
- a. Unit 3 is equipped with a seismic monitoring system that records vibrations caused by strong local earthquakes or similar events. Use' of the data received from the system enables operating personnel to determine what course of action to take following an alarm or earthquake.
Briefly, the system consists of two SMA-2 Strong Motion Accelerographs
- located on the 46 foot and 100 foot elevations in the vapor Containment.
three Peak Shock Recorders located on the 46 foot elevation and Peak i Recording Accelerographs installed on #31 RCP, #21 SG and the Pressurizer. The Unit 3 Control Room is equipped with the appropriate alarm panel and recording devices. l
- b. In addition to the installed monitoring system, the National Warning System (NAWAS) telephone installation in the Unit 3 Control Room can also provide earthquake warning information and verifications.
- c. If the earthquake is not strong enough to record on site monitori=g equipment, the Control Room should be notified by Unit 2 Control Room.
NAWAS, Woodward Clyde or another source as to the nagnitude and location of the event,
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, :P-1058/5 l
1 3.0 PROCEDURE ! i 3.1 If the earthouake is strene enough to be recorded on seismic =enitoring equipment:
- a. See PEP-S-1. Seismic Monitoring Equipment Actuation
- b. Make appropriate Emergency plan notifications as per IP-1030
- c. Assure Con Edisen Unit 2 is notified of the magnitude as recorded on IP-3 equipment.
3.2 If the earthquake is experienced in the general area, but not strong enough to record on site monitoring equipment:
- a. The Control Room would be notified via the Seismic Consultant (Woodward Clyde). Unit 2 Control Room. NAWAS or some other source.
- b. Confirm the notification of an earthquake event by calling Woodward Clyde or the Unit 2 Control Room if the message came
., frem a source other than them.
. c. . Criteria for making courtesy notifications:
- 1. Epicenter of event occuring within 10 miles of Indian Point and
- 2. Coda reading greater than 3.0. 1
- d. If confirmed, make courtesv notificaticus to offsite authorities.
(NOTE: This in a courtesy notification for information only, it is not a Notification of an Unusual Event. Authorities contacted would be the same individuals as an NUE would be reported.co, however, DO NOT USE THE HOT LINE for county & state communication, use regular dial telephones and call the warning points directly. 4.0 DISCUSSION OF THE MICROSEISMIC MONITORING NETWCFJC I Indian Point seismic consultants Woodward Clyde, have established ' within a 15 mile radius surrounding Indian Point a microseis=le monitoring network. This networks consist of approx 1=ately 15 stations with seismic monitoring instrumentation which transmit data to a central location at their offices. Daily interrogation of this data is accemplished.
' The scale used for the Indian Point microseismic network is the Coda scale. It is seismic scale specific to the Northeastern United States.
The Coda range is from 1.5 to 4.5 where 4.5 on the Coda scale is approx 1=ately equal to 4.5 on the Richter Scale. A 4.5 reading would be able to be felt by nost people but is non-destructive. 2 ef 2
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Nucle!.c PIwee Plant P.O. Son 215
, , Buctsenen. Now wk 10511 914 739.8200
#4 NewYorkPower '
<# Authority !
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EMERGDC.* PIAN PROCEDURES PROCEDURE NO. IP - 1070 Rrl. 7 TIT:.Es " PERIODIC CHECK OF EMERGENCf PREPAREDNESS EQUIPMENT N 9 e e e O 4 a
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IP-1070 ! PERIODIC CHECK OF EMERCENCY PREPAREDNESS EOUIPMENT 1.0 INTENT To describe the method for periodic checkh g of emergency equipment stored in Emergency Operation Facilities and Centers. Emergency Vehicles. Unit 3 Control Room and Command Guard House, and Peekskill Community Hospital. 2.0 LOCATIONS OF STORED EQUIPMENT Emergency Operation Facility (EOF) Alternate Emergency Operation Facility (AEOF) Emergency Vehicle (EV) Alternate Emergency Vehicle (AEV) PASNT Conunand Guard House (CCH) Unit 3 control Room (CR)
' Unit J Technical Support Center (TSC)
Unit 3 Operation Support Center (OSC) Peekskill Community Hospital 3.0 PROCEDURE 3.1 Con Edison shall check the, emergency equipment located in the lockers in the EOF, AEOF, EV and AEV on a monthly basis and after each drill. Con Edison procedure IP-1018, Periodic Check of Stored Emergency Equipment will be used. In addition, con Edison personnel will perform the following concruni* cation checks in accordance with Con Edison Emergency Procedure IP-1024 (Monthly Check of Indian Point Emergency Radios, Telephones, and Outdoor Evacuation Alarm). - Con Ed frequency radios (EOF, AEOF, CR-2, CR-3, CE-CCH, i 2 emergency vehicles). Con Ed walkie-talkie radios Con Ed Emergency Site Assembly Alarm h County Hot Line (RECS) Telephones (EOF, CR-2, CR-3) Direct line telephones (EOF, CR-2, CR-3, AEOF) Con Ed TSC/ EOF /CR automatic ring telephones PASNT push button phones in EOF 4 NRC (ENS) phones in EOF and AEOF 1 of 10 l l
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IP-1070/7 3.2 IP-3 Health Physics personnel shall check the emergency equipment lockers in the IP-3 CR, OSC TSC, CGH and Peekskill Community Hospital Decon Room on a monthly basis and after each drill in accordance with Surveillance Test 3PT-M40. Health Physics is also responsible for changing film badges and/or TLD's at these locations (except Peekskill Hospital) on a monthly basis. In addition, Health Physics vill conduct the monthly communication checks as specified on the check-off lists included in this procedure. H.P. shall be issued a procedure monthly.
~
Use a new check off list each month for each location checked. Indicate that each piece of equipment is present by placing a check ( A next to the item on the check off list. Perform a functional inspection and/or battery test on equipment as indicated. Indicate any appropriate comments next to each item found defective. Note the calibration due date in the appropriate column for instruments and counters.
,- Defective and/or missing equipment should be replaced and reported to the Assistant to the Radiological and Environmental Services Supt.
If equipment calibration vill expire before the next scheduled check, that equipment must be replaced. Follow sign off procedures as per 3PT-M40 3.3 The Safety Supervisor shall assure emergency first aid equipment is checked in conformance with surveillance test 3PT-M48. It is also the responsibility of the Safety Department to check and replace as necessary, all of the air supplied and/or oxygen generating respiratory equipment. r I i l 2 of 10 l S eme w w ,m- - ' N e -. e y- ew,, ymem'y w.y<---- ,-o- -- - y--mp n---- u- n--- v- v-
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, IP-1080/3 4.2 na Chief Referee will be appointed by the Supt. of i Power sufficiently in advance of the drill so that he wi n be able to review the scenario. ne Chief Referee and ARESS shan appoint referees and discuss their duties with them. De emergency drin assign-ment sheet (Attachment (la or Ib)) shan bc used as an aid.
4.3 offsite agencias should be contacted at least one month 1 in advance of the Radiological Exercises and invited to i participate. 4.4 Emergency Directors and Support Personnel will normally be appointed by the Supt. of Power on a rotational basis to facilitate training. De emergency drill assignment sheet shall be used to identify the participants for each job function and then it shall be given to the chief referee. (It is recomended that ED's are also rotated as referees to aid in their training prociss and an ow them to see how each job function relates to the overan h=ad14ag of the Energency.) nis assignment sheat can then be made part of the drin scenario-critique package which will be filed. 5.0 CONDUCT OF THE ANNUAL EZERCISES 5.1 All personnel at the site shan participate in emergency exercise unless exempted by the Resident Manager or Sept. of Power. 5.2 Referees shan be responsible for providing the appropriate timing and data for the drin scenario to the drill participants. Referees shan be identified bf some means and shan be considered invisible by the driu participants. 5.3 Referees shall f==f14=rize themselves with the duties and action requirements of the personnel they are monitoring. 6.0 FOLLOWUP
- 6.1 Critique 6.1.1 After the completion of the Exercises, or Medical drin , and before the end of the next normal working day, the Chief Referee shan hold a critique, where au referees shan I
discuss their observations and any noted shortcomings and present their recomendations to improve performance and emergency preparedness. l 6.2 Exercise /Dr1H Report 6.2.1 Fo nowing the critique, the Chief Referee or his designee shan prepare an exercise /drin report and submit it to the Supt. of Power. l
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IP-1080/S 6.2.2 ne exercise / drill report shall include as a mininum. the fonowing: a) ne scenario i b) De assignment sheets (Attachments (la or Ib)) c) An overview of the experience sud emergency preparedness d) A listing of each noted shortcoming and associated recommended corrective action e) Proposed Emergency Plan Corrective Action Reports (DCAR) . Attachment (2), for each noted deficiency. 6.3 Review 6.3.1 Fo nowing the baittal of the exercise /driH report, the Supt. of Power shall review its contents and associated proposed DCAR's. 6.3.2 ne Supt. of Power shall determine the final recommended corrective actions to be taken, assign action addressess and completion dates when necessary. 6.3.3 PORC shan review the exercise / drill report. ne review of the DCAR's and assignment of action addressees shan be incorporated into the PORC meeting minutes, ne PORC secretary will sign the initiated EPCAR. 6.3.4 ne exercise /drin report shan then be forwarded to the Asst. to Rad. & Env. Services Supt. for action and filing. Additiona Hy, a status list sha M be prepared and maintained for the purpose of fonowing the final corrective actio6s and close-out,of each DCAR. A':tachment (3) (EPCAR Status List) may be used as an aid.
- 6.4 Closecut 6.4.1 n e action addressee for each EPCAR will resolve the probles, indicate on the DCAR the final corrective action taken, sign and date it and forward it to the Asst. to the Rad. & Env. Services Supt.
6.4.2 na Asst. to the Rad. & Env. Services Supt. shall inform PORC of the action to close out each DCAR, indicating the final corrective action taken. D e PORC sacratary sha n sign the closed out DCAR and return to the ARESS for filing. 5 cf .11 , e 9 m -g eq ,-..ps-
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- P-lC80/S 6.5 EPCAR Extension 6.5.1 In the event that an action addressee can not complete the final corrective actions by the date specified on the EPCAR, a request for an extension shall be presented to the Supt. of Power /PORC. The request shall include the circumstances or reasons that necessitate the extension and an estimated ceg letion date.
6.5.2 The Supt. of Power /PORC, upon receipt of an extension request, shall review its justification and, either approve ot' reject the request. 6.5.3 For approved estensions, the Supt. of Power /PORC shall assign a revised completion date, and inform the action addressee of the extension. Furthermore, the Asst. to the Rad. & Env. Services Supt. shall be directed to update the
. EPCAR Status List and file the request for extension.
For rejected extensions, the action addressee shall be informed and the request forwarded to the Aset. to the Rad. 4.Env. Services Supt. for filing. O e 4 e 6 cf ;;
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IP-lC80/9 . Medical Drill Assignment Sheet
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Date JOB 1rUNCTION DRILL PAATICIPANT _ . OBSERVER I Chief Centroller Shift Supervisor SRO R0 Security (CR) Security Command Post Security at Accident Scena NPO . . Watch H.P. st 1 Aider (s) Nurse Ambulance Hospital Vie:La H.P.'s at Hospital e
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IP-1080/5 . Attachment (1b) Pg. 1 of 2 Exercise Assigunent Sheet Date JOB s'TNCTION DRILL PARTICIPANT OBSER7ER Chief Controller
- CR Controller TSC Controller EOF Controller OSC Controller Plant Operations Manager S'ife h Super: riser
- SRO ,
10 CR Consunicator(s) NPO's Watch H.P.
; Watch Chemist
-{ TSC Manager TSC Mechanical TSC Z1ectrical TSC Reactor - OSC Manager OSC H.P.. Team Leader OSC Chem. Team Leader OSC I&C Team Leader CSC Maintenance Team Leader OSC Operations Team Leader OSC Accountability Officer i 5 l l 3 of 12 l
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. IP-1080/5 Exercise Assignnent Sheet Attachment (lb)
Pg. 2 of 2 JOB FUNCTION 4 DRC.: PARTICIPANT i OBSERVER Fire Brigade h5 Lead Acet. Officer t-f Accointability Ards Training Wagehouse 2* Floor Construction Machine Shop Onsite Monitoring Team I Offsite Monitoring Teams . - (1) .
.(2)
Repair & Corrective Action Teams (1) (2) (3) , (4) (5) - Security Commana Post' Security Catasj/ Emergency Di ector RATL
- Rad. Assessment Team: * !
MIDAS , EOF Monitor-Dose Assessment Rad. <*- 'cator/ Survey Tesas 3 Communicators Technical Advisor Public Relations Public Relations Tschnical Assistant Clark (s) ' v 9 of n-4
. . IP-1080/5 Attachment (2)
DERCENCT PLAN CORRECTIVE ACTION P2 PORT NO. Prepared By: Date: Name Approved: Supt. of Power Action Addressee: Reviewed: Naas PORC Data ITEM DEFICIENCT- Description and/or Cause f RECCHMENDED COR*'r"II7E ACTION-CORRECTIVE ACTION TO 3E CCMPLETED ST DATE sus:iSION REQU"JTS-EITENSION DATI RETIEWED (PORC'D) APPROVED:(Supt. of Power) RESOLUTION- 5 i
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Signature: i Date: . CLOSEQUT: 1 i : PORC Reviewed Date i
- , p RES Signature Date
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EPCAR STATUS LIST Attachment (3) Date Recommended PORC Extension PORC - -
' l'PCAR Deficiency Corrective Action Approved Date Closed Closcout ,
No. Description Action Addressee Completion (if Appl) Dut Reviev .- ' ! Date Date l
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