ML20032A177

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Public Version of Revision 1 to Emergency Plan Implementing Procedure EP 101, Classification of Emergencies (Emergency Director Functions). Revised Emergency Plan Procedures Index Encl
ML20032A177
Person / Time
Site: Peach Bottom  
Issue date: 09/14/1981
From:
PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC
To:
Shared Package
ML20032A175 List:
References
EP-101-01, EP-101-1, NUDOCS 8110280429
Download: ML20032A177 (13)


Text

{{#Wiki_filter:- EP Index EMERGENCY PLAN PROCEDURES INDEX Page 1 Rev, 5

  • 0 PEACl! BOTTOM UNITS 2 AND 3 09/14/81
  • Review Rev. Revision N t....oe r Title Datie No.

Date cil ? 3 1931 , : a,e. EP-101 Classification of Emergencies (Emergency Oirector Functions) 09/14/81 1 09/14/81

  • EP-102 Unusual Event (Emergency Director Functions)

~ 04/01/81 0 04/01/81 EP-103 Alert Condition (Emergency Director Functions) 05/18/81 ,1 05/18/81 EP-104 Site Area Emergency (Emergency Director Functions) 04/01/81 0 04/01/81' EP-105 General Emergency (Emergencf Director Functions) 04/01/81 0 04/01/81 EP-201 Emergency Director / Technical Support Center (TSC) 04/01/81 0 04/01/01' EP-202 Operational Support Center Instructions 04/01/81 0 04/01/81 E. -205 Radiation Survey Team 04/01/81 d 04/01/81 EP-206 Fire and Damage Team 05/18/81 1 05/18/81 EP-207 Personnel Safety Team 04/01/81 0 04/01/81 EP-208 Security Team 04/01/81 0 04/01/81 EP-209 Telephone List For Emergency Use 07/23/81 2 07/23/81 EP-209 Immediate Notification Call List Appendix A 07/23/81 1 07/23/81 EP-209 Philadelphia Electric Company Appendix B Offic.ials 07/23/81' 1 07/23/81 EP-209 Peach Bottom Station Supervision Appendix C 07/23/81 1 07/23/81 EP-209 On Site Emergency Team Leaders Appendix D-1 07/23/81 1 07/23/81 EP-209 R$diation Survey Team Appendix D-2 07/23/81 .1 07/23/81 209 Fire and Damage Team Appendix D-3 07/23/81 1 07/23/81 l EP-209 Personnel Safety Team hf 0 F u.

EP Index EMERGENCY PLAN PROCEDURES INDEX Pcga 2 Rev. 5

  • PEACH BOTTOM UNITS 2 AND 3 09/14/81 *

~~' Review Rev. Revision Number Title Date No. Date Appendix D-4 07/23/81 1 07/23/81 EP-209 Security Team Appendix D-5 07/23/81 1 07/23/81 EP-209 Re-Entry and Recovery Team Appendix D-6 , 07/01/81 0 03/23/81 EP-209 Technical Support Center Team Appendix D-7 07/23/81 1 07/23/81 EP-209 Corporate Emergency Team Leaders and Appendix E Support Personnel 07/23/81 1 07/23/81 Gove'nment Agencies EP-209 U. S. r Appendix F 07/23/81 1 07/23/81 EP-209 Emergency Management Agencies Appendix G 07/23/81 1 07/23/81 'P-209 Company Consultants ' Appendix H 07/23/81 1 07/23/81 EP-209 Field Support Personnel Appendix I-1 07/23/81 1 07/23/81 EP-209 Rad' Services Call List Appendix I-2 07/23/81 1 07/23/81 EP-209 Nearby Public and Industrial Users Appendix J 07/23/81 1 ,07/23/81 EP-209 Miscellaneous Appendix K 07/23/81 1 07/23/81 EP-209 Local PECo Phones., Appendix L 07/23/81 1 07/23/81 EP-209 Emergency Administrative and Logistics Appendix M Personnel 07/01/81 0 '03/23/81 EP-209 Medical Support Groups Appendix ~N 07/23/81 1 07/23/81 EP-301 Operating the Evacuation Alarm and Pond Page System 04/01/81 0 04/01/81 EP-303 Plant Evacuation (Emergency Director Punctions) 04/01/81 0 04/01/81 EP-304 Assembly for Possible Site Evacuation ---w---- -yy __,.y w--


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EP Index EMERGENCY PLAN PROCEDURES INDEX Pr.gs 3 'Rev. 5* PEACH BOTTOM UNITS 2 AND 3 09/14/81

  • Review Rev. Revision Number Title Date No.

Date (Emergency Director Functions) 04/01/81 0 04/0,1/81 EP-305 Site Evacuation (Emergency Director Functions) 04/01/81 0 04/01/81 EP-306 Evacuation of the Information Center 04/01/81 0 04/01/81 U EP-311 Handling Personnel with Serious Injuries, Radioactive Contamination 0 Exposure, or Excessive Radiation Exposure Emergency Director Functios 04/01/81 0 04/01/81 EP-312 Radioactive Liquid Release (Emergency C, , Director Functions) OA/01/81 0' 04/01/82 EP-3'16 Cumulative Population Dose O Calculations 04/01/81 0 04/01/81 EP-317 Direct Recommendations to County O Emergency Management Agencies 03/31/81 0 03/31/81 EP-320 Procedure fo:: Leaking Chlorine 04/01/81' 0 04/01/81 EP-401 Re-Entry and Recovery (Emergency Director Functions) 04/01/81 0 04/01/81 EP-500 Review and Revision of Emergency Plan (FSAR Appendix 0) 04/01/81 0 04/01/81 9 in* l I e \\ e S 0 9 l l

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A, -1i EP-101 v) (W/ Page 1 of 10, Re v.1 ~ e JB:waf 8 ) l ~ ^^ i, -l f/ e t s u... _. - { C,.el+- -- ~I [ ~ f t l EC 54 4*

  • _

l Cffice 3 PHILADELPHIA ELECTRIC COMPANY PEACH BOTTOM UNITS 2 AND 3 s Emergency Plan Implementing Pro.:edure EP-101 CLASS 1FICATION OF EMERGENCIES (EMERGENCY DIRECTOR FUNCTIONS) PURPOSE: To provide specific guidelines for classifying emergency situations and to proscribe the immediate actions of the Interim Emergency Director in event of an emergency.

REFERENCES:

1. Emergency Plan, Sec. 4 (Emergency Conditions), Sec. S (Organizational Control of Emergencies), and Sec. 6 (Activation of Emergency Organisation) 2. Pennsylvania Emergency Management Agency Plan, Soc. II 3. Maryland Civil Defense and Disaster Preparedness Plan APPENDICES: 1. Appendix EP-101-1, 2, 3, 4' Emergency Action Lcycis (Emergency Plan, Table 4.2) 2. Appendix EP-101-5 Emergency Report Form ACTION LEVEL: Action levcis corresponding to the four emergency classifications. PROCEDURE: Immediate Actions: The Shift Superintendent shall assume the role of Interim Emergency Director. He shall continue to act in this capacity on_a 24 hour-a-day shift basis, rotating with designated alter-nates, until relieved by the EmerRency Director or until the emergency is terminated.- The Interim Emergency Director shall: 1. Proceed to the Control Room. For a fire, have the shift supervisor proceed to the secno of the fire and also assume e e e

T. LTlf;T@J l / Page 2 of 10, Rev.1 the role of Interim Fire and Damage Team Leader (Sce EP-206). 2. Direct the Immediate Operator Actions specified in the applicabic Emergency Procedures. 3. Activate the appropriate alarm systems, if not aircady activated. 4. Ensure that all plant operators arc informed of the nature of the emergency and of appropriate Jpecific information. Make announcements using the interplant telephone and the PA system, if necessary. 5. If the affects of the emergency situation cannot L: direct-ly monitored from the Control Room, as for fire o-toxic chemical hazards, direct the Control Room operators to establish communications with the scene of the emergency. 6. Determine the following, as soon as possibic: a. If there are injured personnel, or personnel who have suffered exposure to radioactive contamination, toxic chemicals, or radiation. b. Extent of damage to plant systems, monitoring instru-montation, and other equipment, c. llazards to site personnel and the public (radioactive contamination, radiation, smoke, fire, dangerous chemicals, damaged or unsafe equipment, electrical haz.ards, steam, Icaking high pressure liquid or gas, etc.). 7. Assess the conditions and determine the classification of the emergency in accordance with Appendix 1. Carry out the applicabic procedure from the following: Unusual Event EP-102 Alert Condition EP-103 Sito Area Emergency EP-104 General Emergency EP-105 FOLLOW-UP ACTION: 1. The Interim Emergency Director or Emergency Director shall review the Appendices periodically to ensure proper classifi-cation of the emergency situation. lie should be especially alert to changes in the various indications listed on the charts. If the situation is worsening, it is important to recognize this fact immediately. 2. For an alert condition, site emergency, or general emergency the Interim Emergency Director or Emergency Director shall

~ 'f - 11 @ ll ,j ' age 3 of 10, Rev. 3 document or have documented operating conditions and release data on the Emergency Report Form (Appendix 5). (Dose rate data can be calculated using EP-316). If the emergency is reclassified, an amended form should bc filled out as soon as possibic so that a record of current information i s available. 1 l l i l l ~ l l

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Toxie Agent Feiease Vsich has a pctential of affecti..: the Public 1 4 4 r. T~ l Reactor Coolant Syste: Lesksge T.S. exceedet \\~ t

5 a

t Security Threat or Atten;ted Sabc+ age a U C 4!. Explcsion er Fire Anywhere cc Site \\- 4 e 4 O RadioleSical Effluent T.S. Exceedei i e l g-LT.TJAi, L N m Fuel Oa:sge :=dication and CO:iant A:tivity T.S. Exceeded g o 3-E t j ; Power Generation Interrupted by Lov Level in Concvingo Fend 0 s 'I n x ~ lt >n i Seis:ie Irent Causics Seiszie Moniter Alar s r+ r O !I T-D i River Level Grester than 113' asi predicted River Flov Oreater than SLO,000 efs t" G t. \\- o e W

i Ternado Sighted f c Plant 1g

' t, 1 1, l k *. ; ; ]- Ir*urv Ra uir*-e 0** site T e-er-n by w re--. ?5 ll \\- L e: ei C ** {} Incide:t which may cause public concer C ^* \\~ c l.. m NOTE: O t j, 1. Action levels are representative. Implementing procedures describe l 1. applicabic action levels. i. 1 R e t 14 'I

I w DRra!.*L PPIS 3*22 "P 2 PSIG EOCS NOT CATAF'I Y l Lo to VATER LP/EL OF RMT.B n LP,TL

RT.T*.,L DC.SE PA*'E > 10.Cr3/.52

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IASINO AT A PA"E OF

\\ 103 3/E PD MI!r.T 1 m = c O ,i C-MAIN S"ACK ETTirEN'" PA.D MONITCR - N2?. VAL PMGE *:>;.PP3 eps 03 WG. PANOT yk.2T? r3/P (See Note 2) i \\ t~ 2 3 e i ROOT VEr ITT*OT.E RA3 M"3:~0R - N;?.v.AL PA5"E "# 5.UL m 03 De :",. PME 7 6. ?";t r3 /9 (See Note 2) >4 o i g t 8 ALDT N ICO:.7. ITT tJE:. SAM:LE vr x s*2ar > ;. 67 .;e* /ce on uw.m > '.?e'. --*/eea (S.. Note I) m \\ u it i* O if l 1

  • 1 l

n SJAI OTT GAS RA2 E XITO: > 30,000 =*/8 o 3 o l t I PRIMA?Y OOC *A Z ACTIVITY y 33 u01/g= I-131 n ~ \\ ".a. o

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SI"JR:n TETA ?.I,"UIRIM CFTSITE IX* Ir0?CD'Ir AIS! STANCE ~ T C ) \\ o INA3:LI*T TO.C TECd E??" LCO's F03 ECOS & E50!NEI:E SAFEGUA?.D SYSTEC l I 's (i l l T RI IN MA!3 P:Ar \\ CTFSI"E T'PI F*CFTIM SUTTORT Prs ^7:?.IO

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8 l c* i VISUAL Iy?:CATICX CF T!*E 8 6 } 4 i NOTE: 1. Action levels are representative. Implementing procedures describe j applicable action IcVels. 2. Release data is based on-a. Class V weather E< b. Wind velocity of 3 miles per hour c. Main stack flow 20,000 cfm d. Roof vent flow 200,000 cfm

  • THIS IS AN ASSUMPTION h*li T Cli MtiST it F MWF SISCF TFF D P. Y X F.LL. E

t -- - MEASU'D SITE FOUNDARY DCSE RA*E >$O -* /93.c;f p; >v et '> ??c.pfen 57 met 3 e .~ MAIN STAOK EFT!EE C RAD MONITOR - 30Pyr PA40E '>1.2PL eps or D'_C'O. RAT *:E >L.2N2 e/B (See Note 2) \\ %o* SITE sc. ROOT VENT E77 ire 5 RAD MONITOR - NORMX RATCE > $.5P5 er er DC'O. P/70E 'lp6. 34k e*/D (See Note 2) A*J.A \\ n22 sex T m c 1 e IODINE ET7:IUE:C SAM?LE - EIN STAOK >L.BP3 uCi/SEC CR ROOT VIN * > 1.2P5 uC1/SEC e e.* (see Note 2) o I Y W i. Lo Io Lo VATE ECCS NOT CAPABLE OF DRYWELL PRESSURE DRYWELL DOSE RATE {

E.*E.

RECOVERING LEVEL >2 PSIG >1 x IOS R/HR* o \\ \\ \\ \\ y o 3 ECCS CR COI.YIERC SA".4C SYSTIM EC P'CC SA3OTAGED OR OAMA3ED BY TIRE n* i 0 rt W DRr=~E*.L PRESSURE o > 20 PSIS 3 DRYVILL DOSE RATE >1 PS R/E

  • I RIACTOR ELDG FRESSURE NOT C

BEING MA NTAIID AT LEAST - 1/k' E 0 2 us Lo Lo Lo VATER ECCS NOT CAPASLE OF DRYWELL DOSE tne-REC 0VERTNG LEVEL RATE >103R/HR*, \\ r s \\ j g 7-NOTE: c: C 1. Action levels are representative. Implementing procedures e describe applicable action levels. / I 2. Release data is based on: e a. Class V weather b. Wind velocity of 3 miles per hour c. Main stack flow - 20,000 cfm d. Roof vent flow - 200,000 c fm NI

  • THIS IS AN ASSUMPTION WilICil MUST BE MADE SINCE THE DRYWELL RADI ATION MONITOR FOR UNIT 2 IS NOT YET INSTALLED.

MAIN STAC'r PJLD MONITOR - NCRMA.:. PJLNGE;>1.2 PS cps (See Note 2) gh ROCT YE:iT - NCRMAL RA50E > 8.53 Ps' ep: (See Note 2) t C \\ Un. ed. x _ICOI3Z EFFLUENT SA' OLE - MAI3 STACK 7 L.76 P4 tn tCf /see er R^^7 VDT 3> I. 23 P 6 t,Ci /se. (Se e Note 7) f \\ ~ o. I DRr=*F'L FRISS*JRE CIIIRAL A > 20 psig Dtn 0E5;Y ~ O \\- s O REACOR 3LDG FRESSURE NOT M 2EING MAI:r AIND AT Io Lo Lo k'ater ECCS NOT CAPABI.E DRTaTLL DCSE RATE ~ o h LIVIL OF REOCvn ING LE7EL 5 PS R/vn

  • x

\\ Y \\ T >a. r+ TCPUS POC:4 FID0 DING [ g \\ C w MEASURD SITE BOLTARY DCSE PATE 7 500 mR/Er LTOLE B0r! OR 'y 2500 mR/ER TgrROID tn \\ NOTE: "x : 1. Action levels are representative. Implementing procedures $7

en describe applicable action levels.

2. Release data is based on: C ; a. Cla$s V weather w-b. Wind velocity of 3 miles per hour o c. Main stack flow 20,000 cfn m d. Roof vent flow 200,000 cfm

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  • THIS IS AN ASSUMPTION WHICH MUST BE MADE SINCE THE DRYWELL RADIATION MONITOR o

NOT YET INSTALLED. FOR UNIT 2 IS ?

Face U or' AU, mrv. A J ALERT CONDITION, SITE DIERGENCY, OR GENERAL EMERGENCY Appendix EP-101-5 Emergency Report Form Date Time of incident Time of this report Brief

Description:

Emergency Classification: 1. Current Reactor Status Unit 2: Operating, Full Load / Operating, Reduced Load / Shutdown Unit 's: Operating, Full Load / Operating, Reduced Load / Shutdown 2. Status of Engineered Safeguards a. Primary coolant inventory: Normal Low b. Backup core coolant system used: (1) Core Spray (Time) (2) SBLC (Time) (3) 11PCI (Time) (4) LPCI (Time) c. Control rods functional yes/no 3. Weather Data Ti'ne-Gtation Winr1 Speerl Wincl Direction Stability C1nnn l PreciplLuf. inn, 1 i 30' EL l 75' EL 90' EL i 320'EL liillPole off Gas Stack Vent Stack (Unit ) CPS Flow Rate UCi/sec CPM WCi/cc Flow PCi/sec m.__.

Payr,e 9 or.10,1(ev.1 Appendix EP-101-5 Emergency Report Form .= 4. Radioactive Gaseous Release Main Stack No. 2 No. 3 Roof Vent Roof Vent ,Tima icps I ~ IIC~i/ cc I EFlow CFil h UCi/sec l ~ Duration (min) ~ ~~ TCi W('CM S.h. mitEM lf F. z. l l ~ { l mi.) l l l z mt.) l ( 5 mi.) l l (fo mi-) l l i Major Isotopos: Affected Sectors: 5. Radioactive Particulate and Iodine Release Main Stack No. 2 l No. 3 Roof Vent Roof Vent Cartridge Filter Cartridge Filter Cartridge Filter i Time uCi/cc I l l} l~ l Vent. Flow CFM f I l l uCi/nce _1);".nt i nn (min D l l .I I udi } l MREM fi.B. ' _ mH E'1 L. P. Z. [ Major Isutopes: e p

Pat',e 3 0 or 10,16 v.F i l' Appendix EP-101-5 Emergency Itcport Form 6. Radioactive Liquid Relence ~ Location I Location Location __Time ~ '9h i C UCi/ml I ~ Flow gpm ~ duration (min) l Vol. released 1 [ 'TCi relcacid j [ Major Isotopas: 7. _ Chemical spill Time Volume Acid Caustic Chlorinc Other Chemical Oil, diesel fuel Bunker "C" Lube Other 8. Remarks: Reviewed b : f Interim Emergency Director or Emergency Director Date: Times

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