ML20138A765
| ML20138A765 | |
| Person / Time | |
|---|---|
| Site: | FitzPatrick  |
| Issue date: | 02/28/1986 |
| From: | POWER AUTHORITY OF THE STATE OF NEW YORK (NEW YORK |
| To: | |
| References | |
| PROC-860228, NUDOCS 8603200053 | |
| Download: ML20138A765 (249) | |
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'l EMERGENCY IMPLEMENTING PROCEDURES / VOLUME 2 UPDATE LIST 97 5-Date of Issue: February 28, 1986 FROcu.i TITLE REV. f I5 sus DATE N/A TABLE OF CONTENTS ~REV. 10 08/85 IAP-1 EMERGENCY PLAN IMPLEMENTATION CHECKLIST REV. 3 12/85 IAP-2 CLASSIFICATION OF EMERGENCY CONDITIONS
- REV. 4 02/86 IAP-2 Classification Flow Chart
- 1. Reactor Coolant Boundary Degradion
- 2. Abnormal Core Conditions Fuel Damage
- 3. Main Steam Releases
- 4. Limiting Conditions for Operation
- 5. Abnormal Radiological Effluent or Radiation Levels
- 6. Loss of Shutdown Functions'- Decay Heat or Reactivity
- 7. Electrical or Power Failure
- 8. Fire
- 9. Ccntrol Room Evacuation
- 10. Loss of Monitors, Alarms and Computers
- 11. Fuel Handling Accident
- 12. Hazards to Plant Operations
- 13. Natural Events
.14 . Security Threats
- 15. Others EAP-1.1 0FFSITE NOTIFICATIONS
- REV. 8 01/86 O EAP-2 PERSONNEL INJURY *
~
REV. 6 12/85 EAP-3 FIRE * ' REV. 5 05/84 EAP-4 DOSE ESTIMATES FROM DOSE ASSESSMENT CALCULATOR
- REV. 6 12/85 EAP-5.1 ENVIRONMENTAL MONITORING
- REV. 6 12/85 j EAP-5.2 INTERIM $MERGENCY DOSE RATE I ASSESSMENT FROM ENVIRONMENTAL MEDIA
- REV. 1 06/82 EAP-6 IN-PLANT EMERGENCY SURVEY / ENTRY
- REV. 4 08/85 l EAP-7.1 EMERGENCY OUT-OF-PLANT AND DOWNWIND SURVEYS
- REV. 4 12/85 j EAP-7.2 DOWNWIND SURVEY DOSE ESTIMATES
- REV. I 11/84 ,
EAP-8 PERSONNEL ACCOUNTABILITY
- REV. 5 07/85 f 1
EAP-9 SEARCH AND RESCUE OPERATIONS
- REV. 2 03/83 ;
EAP-10 RESTRICTED AREA EVACUATION
- REV. -4 09/83 l EAP-11 SITE EVACUATION
- REV. 4 12/85 l l EAP-12 DOSE ESTIMATED FROM AN ACCIDENTAL RELEASE OF RADIOACTIVE MATERIAL TO LAKE ONTARIO
- REV. 1 06/82 Page 1 of 2
*PORC reviewed procedures P g\(
e603200053 060228 DR ADOCK 0500 3 \
i '1 EMERGENCY IMPLEMENTING PROCEDURES / VOLUME 2 UPDATE LIST , Date of Issue: February 28, 1986
- proct;u . i TITLE REV. # ISSUE DATE EAP-13 DAMAGE CONTROL * .REV. 1- 06/82 REV. 2 06/85 EAP-14.1 TECHNICAL SUPPORT CENTER ACTIVATION
- EAP-14.2 EMERGENCY OPERATIONS FACILITY REV. 3 06/85 ACTIVATION
- EAP-14.5 OPERATIONAL SUPPORT CENTER REV. 2 07/84 ACTIVATION AND OPERATION
- EAP-14.6 HABITABILITY OF THE EMERGENCY REV. 0 06/82 FACILITIES *
- EAP-15 EMERGENCY RADIATION EXPOSURE
'REV. 1 06/82 CRITERIA AND CONTROL
- PUBLIC INFORMATION PROCEDURE
- REV. 2 11/84 EAP-16 02/86 4
i EAP-17 EMERGENCY ORGANIZATION STAFFING
- REV. 15 EAP-18 PROTECTIVE ACTION RECOMMENDATIONS
- REV. 6 02/86 EAP-19 EMERGENCY USE OF POTASSIUM IODIDE (KI)* REV. 3 12/85 f POST ACCIDENT SAMPLE, OFFSITE SHIPMENT EAP-20 AND ANALYSIS
- REV. 2 08/85 EAP-21 METEOROLOGICAL DATA ACQUISITION SYSTEM
- REV. 7 07/85 l
I EAP-22 OPERATION AND USE OF RADIO PAGING DEVICE REV. 5 10/85 ] REV. 2 07/85 EAP-23 EMERGENCY ACCESS CONTROL
- EAP-24 EOF VEHICLE AND PERSONNEL DECONTAMINATION
- REV. 1 06/85 EAP-25 0FFSITE AGENCY METEOROLOGICAL AND
' RADIOLOGICAL ASSESSMENT SYSTEM ACCESS REV. 0 06/84 I Page 2 of 2 I i i. O *PORC reviewed procedures l
o c CONTROLLED 27 G NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDURE EMERGENCY PLAN VOLUME 2 PROCEDURl: NO.: 'IAP 1 - TITLE: EMERGENCY PLAN IMPLEMENTATION CHECKLIST l 12/85 PORC REVIEW: Meeting No. N/A Date l f APPROVED BY: .
._ h Resident Manager O
APPROVED BY: /24V /'d V ' RadiologicalaSiEnvironmental Services Superintendent 1 2 3 4 5 6 7 8 9 10 PAGE NO. 3 3 2 3 3 2 3 2 3 REV. NO. 3 Rev. No. 3 Date: 12/85 4
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a.-- _u .a. , . - . . ..xw ua --=.,._,.-..s a. a _ a .-n ua -._a_.,-u a ze.- w. 1 EMERGENCY PLAN IMPLEMENTING PROCEDURE c IAP-1 EMERGENCY PLAN IMPLEMENTATION CHECKLIST [ 1.O PURPOSE l The purpose of this procedure is to provide a bhecklist for implementing actions and direction in the use of additional procedures for implementing the emergency plan.
2.0 REFERENCES
2.1 JAFNPP Emergency Plan, Volumes 2 & 3, Implementing l Procedures. t 3.0 INITIATING EVENTS . t 3.1 Either an Unusual Event, Alert, Site Area Emergency or General Emergency has been declared in accordance with
- LAP-2 CLASSIFICATION OF EMERGENCY CONDITIONS.
4.0 PROCEDURE Emergency Director, Shift Supervisor or designee: (The i Emergency Director is responsible tor implementation of the-actions prescribed in this procedure. The Emergency Direc-tor should delegate authority for performance of the pres-
- cribed tasks to available personnel, as applica' ale) .
(Please Note: This procedure will serve as a checklist for implementing additional Emergency . Plan Procedures. Please note time of each action in individual check spaces.) 4.1 If an Unusual Event has been declared:
.4.1.1 For all Initiating Events:
. A. Implement corrective actions to contend with the situacion and to mitigate possible dete-rioration in plant conditions in accordance time with the JAFNPP Operating Procedures while simultaneously implementing this procedure. Perform this section and any of the following ' sections as applicable:
. Airborne Release Step 4.1.2
. Waterborne Release Step 4.1.3 .
l
. Fire / Explosion Step 4.1.4 i i . Injury Step 4.1.5
- . Natural Event Step 4.1.6
- I Rev. No. 3 Date 12/85 Page 1 of IAP-1
_ _ - . _ . _ _ . - . . _ _ _ . - _ _ - . _ _ _ _ , _ . _ _ _ _ _ . _ _ _ . . . _ _ _ . _ - . . . . _ _ _ ~ . _ _ . . _ . _ _
( B. Implement EAP-1.1 0FFSITE NOTIFICATIONS in order to notify offsite agencies, the JAF emergency response organization and addi-time tional plant personnel, as needed. NOTE: TSC, OSC and/or EOF may be acti-vated if desired by the Emergency ~ Director. C. If plant conditions deteriorate, reclassify with IAP-2 the emergency in accordance CLASSIFICATION OF EMERGENCY CONDITIONS. time 4.1.2 For Airborne Radioactivity Release A. . Implement EAP-4, Section 4.2, Initial Dose Assessment Calculation as a primary means of , initiating and continuing offsite dose ! UI "* projection activities from the Control Room. l B. Implement EAP-4, Section 4.3, Class A Model as .2 primary means of initiating and contin-uine offsite dose projection activities from time the"TSC and/or EOF. C. Implement EAP-4, Section 4.4 Dose Estimates From Dose Assessment Calculator as a third , means of initiating and continuing offsite time dose projection activities in either the , Control Room, TSC and/or EOF, as necessary. , D. Implement EAP-6 IN-PLANT EMERGENCY SURVEY / , ENTRY in order to initiate plant radiation surveys and entries, as necessary. Implement EAP-7.1 EMERGENCY OUT-OF-PLANT E. to initiate AND DOWNWIND SURVEYS in order out-of-plant radiation surveys as neces-sary. F. Implement EAP-5.1 ENVIRONMENTAL MONITORING ' in order to augment the information gath-ered using EAP-7.1.
&e !
G. Implement EAP-18 PROTECTIVE ACTION RECOM-MENDATIONS in order to determine recommen- l dations to be given to the general popula- l,
&e tion. i O
Rev. No. 3 Date 12/85 Page 2 of IAP-1
,m 4.1.3 For Liquid Radioactivity Release A. Determine the activity of the release by
effluent monitor reading, or by estimate in accordance with normal plant procedures. time
'B. Implement EAP-12 DOSE ESTIMATED FROM AN AC-CIDENTAL RELEASE OF RADIOACTIVE MATERIAL TO LAKE ONTARIO in order to determine dose time projections in Lake Ontario, C. Implement. EAP.-18 PROTECTIVE ACTION RECOM-MENDATIONS in order to determine recommen-dations to be given to the general popula-time tion.
4 . l '. 4 For Fire / Explosion Implement . EAP-3 FIRE and conduct fire fighting efforts. 4.1.5 For Personnel Injury Implement EAP-2 PERSONNEL __ INJURY to perform (N emergency measures for personnel injuries re-time quiring medical treatment. 4.1.6 For Tornado / Earthquake / Storms / Flooding Conduct emergency measures in accordance with JAFNPP Abnormal Operating Procedures. time 4.2 If an ALERT has been declared 4.2.1 For all Initiating Events: A. Implement corrective actions to contend with the situation and to mitigate possible deterioration in plant conditions in ac-time cordance with the JAFNPP Operating Proce-dures while simultaneously implementing this procedure. Perform this section and any of the following sections as applica-ble:
. Airbcrre Release Step 4.2.2
. Waterborne Release Step 4.2.3
. Fire / Explosion Step 4.2.4
. Injury Step 4.2.5
. Natural Event Step 4.2.6 O
i ( Rev. No. 2 Date 07/84 Page 3 of IAP-1
l
~
l 1 O B. Implement EAP-1.1 OFFSITE NOTIFICATIONS in agencies, the JAF order to notify offsite response emergency organization and addi-tim
- tional plant personnel, as needed.
C.. Implement the following Emergency Response 4 Facility procedures: time EAP-14.1 TECHNICAL SUPPORT CENTER ACTIVA-TION EAP-14.2 EMERGENCY OPERATIONS FACILITY ACTIVATION EAP-14.5 OPERATIONAL SUPPORT CENTER ACTI-VATION AND OPERATION
; EAP-14.6 HABITABILITY OF THE EMERGENCY FACILITIES D. If plant conditions deteriorate, reclassify the emergency in accordance with IAP-2 CLASSIFICATION OF EMERGENCY CONDITIONS.
time 4.2.2 For Airborne Radioactivity Release A. Implement EAP-4, Section 4.2, Initial Dose i Assessment Calculation as a primary means of Ihitiating and continuing cffsite dose time projection activities from the Control Room. l t 'B. Implement EAP-4, Section 4.3, Class A Model as a primary means of initiating and contin-uing offsite dose projection activities from time the TSC and/or EOF. C. Implement EAP-4, Section 4.4 Dose Estimates From Dose Assessment Calculator as a third means of initiating and continuing offsite time dose projection activities in either the Control Room, TSC and/or EOF, as necessary. D. Implement EAP-6 IN-PLANT EMERGENCY SURVEY / ENTRY in order to initiate plant radiation surveys, as necessary. de E. Implement EAP-7.1 EMERGENCY OUT-OF-PLANT !' AND DOWNWIND SURVEYS in order to initiate ut- f-plant radiation surveys as neces-We sary. l O Rev. No. 3 Date 12/85 Page 4 of IAP-1
O d F. Implement EAP-5.1 ENVIRONMENTAL MONITORING in order to augment the information gath-ered using EAP-7.1. time G. Implement EAP-18 PROTECTIVE ACTION RECOM-MENDATIONS in order to determine recommen-dations to be given to the general popula-time tion. H. Implement the following procedures as ap-plicable if the results of the radiation surveys or area monitors indicate the need: time EAP-10 RESTRICTED AREA EVACUATION EAP-ll SITE EVACUATION I. Implement the following procedures as ap-plicable if an evacuation is conducted: i time EAP-8 PERSONNEL ACCOUNTABILITY EAP-9 SEARCH AND RESCUE OPERATIONS 4.2.3 For Liquid Radioactivity Release A. Determine the activity of the release by effluent monitor reading, or by estimate in accordance with normal plant procedures. ef,, B. Implement EAP-12 DOSE ESTIMATED FROM AN AC-CIDENTAL RELEASE OF RADIOACTIVE MATERIAL TO LAKE ONTARIO in order to determine dose time projections in Lake Ontario. C. Implement EAP-18 PROTECTIVE ACTION RECOM-MENDATIONS in-order to determine recommen-dations to be given to the general popula-time tion. 4.2.4 For Fire / Explosion Implement EAP-3 FIRE and conduct fire fighting
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cime 4.2.5 For Personnel Injury Implement EAP-'2 PERSONNEL INJURY to perform emergency measures for personnel injuries re-time quiring medical treatment. Rev. No. 3 Date 12/85 Page 5 of IAP-1
O V 4.2.6 For Tornado / Earthquake / Storms / Flooding Conduct emergency measures in accordance with JAFNPP Abnormal Operating Procedures. time 4.3 If a SITE AREA EMERGENCY has been declared: 4.3.1 For all Initiating Events: A. Implement corrective actions to contend with the situation and to mitigate possible deterioration in plant conditions in ac-time cordance with the JAFNPP Operating Proce-dures while simultaneously implementing this procedure. Perform this section and any of the following sections as applic-able:
. Airborne Release Step.4.3.2
. Waterborne Release Step 4.3.3
. Fire / Explosion Step 4.3.4
. Injury St.ep 4.3.5
. Natural Event Step 4.3.6 p B. Implement EAP-1,1 0FFSITE NOTIFICATIONS in order to notify offsite agencies, the JAF V emergency response organization and addi-time tional plant personnel, as needed.
C. Implement the following Emergency Response Facility procedures: time EAP-14.1 TECHNICAL SUPPORT CENTER ACTIVA-TION EAP-14.2 EMERGENCY OPERATIONS FACILITY AC-TIVATION EAP-14.5 OPERATIONAL SUPPORT CENTER ACTI-VATION AND OPERATION EAP-14.6 HABITABILITY OF THE EMERGENCY FA-CILITIES D. If plant conditions deteriorate, reclassify the emergency in accordance with IAP-2
^
- time O
V Rev. No. 2 Date 07/84 Page 6 of IAP-1
'd 4.3.2 For Airborne Radioactivity Release - A. Implement EAP-4, Section 4.2, Initial Dose Assessment Calculation as a primary means of initiating and continuing offsite dose time projection activities from the Control Room. B. Implement EAP-4, Section 4.3, Class A Model as a primary means of initiating and contin-uing ffsite dose projection activities from ti** the TSC and/or EOF. C. Implement EAP-4, Section 4.4 Dose Estimates From Dose Assessment Calculator as a third means of initiating and continuing offsite time dose projection activities in- either the Control Room, TSC and/or EOF, as necessary. D. Implement EAP-6 IN-PLANT EMERGENCY SURVEY / ENTRY in order to initiate plant _ radiation 4 surveys and entries, as necessary. l time E. Implement EAP-7.1 EMERGENCY OUT-OF-PLANT AND DOWNWIND SURVEYS in order to initiate s out- f-Plant radiation surveys as neces- j time sary. . F. Implement EAP-5.1 ENVIRONMENTAL MONITORING in order to augment the information gath-time ered using EAP-7.1. g G. Implement EAP-18 PROTECTIVE ACTION RECOM-MENDATIONS in order to determine recommen-dations to be given to the general popula-the tion. H. Implement the following procedures as ap-plicable if the results of the radiation surveys or area monitors indicate the need: de EAP-10 RESTRICTED AREA EVACUATION EAP-ll SITE EVACUATION I. Implement the following procedures as ap-plicable if an evacuation is conducted: time EAP-8 PERSONNEL ACCOUNTABILITY , EAP-9 SEARCH AND RESCUE OPERATIONS ! O i Rev. No. 3 Date 12/85 Page 7 of IAP-1
(3 O 4.3.3 For Liquid Radioactivity Release Liquid releases are not identified as initiating time events likely for to .a Siteexcessive have Area Emerffsiteency o since(any doses it is un- or-gan) due to the release. If a liquid release occurs concurrent with the events which initi-ated the Site Area Emergency refer to Step 4.2.3 of this procedure. 4.3.4 For Fire / Explosion
. Implement EAP-3 FIRE and conduct fire fighting eff rts.
time 4.3.5 For Personnel Injury Implement EAP-2 PERSONNEL INJURY to perform emergency measures for personnel injuries re-time quiring medical treatment. 4.3.6 For Tornado / Earthquake / Storms / Flooding Conduct emergency measures in accordance with JAFNPP Abnormal Operating Procedures. () time 4.4 If a GENERAL EMERGENCY has been declared: 4.4.1 For all Initiating Events: A. Implement corrective actions to contend with the situation and to mitigate possible
. deterioration in plant conditions in ac-time cordance with the JAFNPP Operating Proce-dures while simultaneously implementing this procedure. Perform this section and any of the following as necessary:
. Airborne Release Step 4.4.2
. Waterborne Release Step 4.4.3
. Fire / Explosion Step 4.4.4
. Injury Step 4.4.5
. Natural Event Step 4.4.6 B. Implement EAP-1.1 OFFSITE NOTIFICATIONS in order to notify offsite agencies, the JAF emergency response organization and addi-time tional plant personnel, as ne.eded.
I Rev. No. 2 Date 07/84 Page 8 of IAP-1 i _ _. . _ . . . _ , , _ _ . , . - , , , _ _ . _ ., -..__r_,,.
O , C. Implement the following Emergency Response . Facility procedures: time EAP-14.1 TECHNICAL SUPPORT CENTER ACTIVA-TION EAP-14.2 EMERGENCY OPERATIONS FACILITY AC-- TIVATION EAP-14.5 OPERATIONAL SUPPORT CENTER ACTI-VATION AND OPERATION EAP-14.6 HABITABILITY OF THE EMERGENCY FA-CILITIES D. If plant conditions deteriorate, reclassify the emergency in accordance with IAP-2 CLASSIFICATION OF EMERGENCY CONDITIONS. y time 4.4.2 For Airborne Radioactivity Release A. Implement EAP-4, - Section 4.2, Initial Dose Assessment Calculation as.a primary means.of initiating and continuing offsite dose UI"* projection activities from the Control Room. B. Implement EAP-4, Section 4.3, Class A Model as a primary means of initiating and contin-uing ffsite dose projection activities from ti** the TSC and/or EOF. C. Implement EAP-4, Section 4.4 Dose Estimates From Dose Assessment Calculator as a third
.means of initiating and continuing offsite time dose projection activities in either the Control Room, TS.C and/or EOF, as necessary.
D. Implement EAP-6 IN-PLANT EMERGENCY SURVEY /- ENTRY in order to initiate plant radiation time surveys, as necessary. E. Implement EAP-7.1 EMERGENCY OUT-OF-PLANT AND DOWNWIND SURVEYS in order to initiate ut- f-P lant radiation surveys as neces-Mme sary. F. Implement EAP-5.1 ENVIRONMENTAL MONITORING in order to augment the information gath-ered using EAP-7.1. We O i Rev. No. 3 Date 12/85 Page 9 of IAP-1
4 G. Implement EAP-18 PROTECTIVE ACTION RECOM-MENDATIONS in order to determine recommen-dations to be given to the general popula-time tion. ; H. Implement the following procedures as. ap-plicable if the results of the radiation time surveys or area monitors indicate the need: , I EAP-10 RESTRICTED AREA EVACUATION ; EAP.-11 SITE EVACUATION I. Implement the following procedures as ap-plicable if an evacuation is conducted: time EAP-8 PERSONNEL ACCOUNTABILITY EAP-9 SEARCH AND RESCUE OPERATIONS 4.4.3 For Liquid Radioactivity Release Liquid releases are not identified as. initiating events for a Site Area Emergency since it is un-ti"* likely to have excessive offsite doses (any or-gan) due to the release. If a liquid release Os occurs concurrent with the events which initi-ated the Site Area Emergency refer to Step 4.2.3 of this procedure. 4.4.4 For Fire / Explosion Implement EAP-3 FIRE and conduct fire fighting eff res. time 4.4.5 For Personnel Injury Implement EAP-2 PERSONNEL INJURY to perform emergency measures for personnel injuries re-time quiring medical treatment. 4.4.6 For Tornado / Earthquake / Storms / Flooding Conduct emergency measures in accordance with JAFNPP Emergency Operating Procedures. time 5.0 FIGURES, FORMS AND ATTACHMENTS None i l Rev. No. 3 Date 12/85 Page 10 of IAP-1
CONTROLLED 27 {} NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDURES VOLUME 2 PROCEDURE NO.: IAP-2 TITLE: CLASSIFICATION OF EMERGENCY CONDITIONS
- PORC REVIEW NO./DATE: Meeting No. 86-007 Date: 2-5-86 APPROVED BY:
, MCug#V Resident Manager O '
APPROVED BY: - e Radiological and nvironmental Services S erintendent PAGE No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 REV. NO. 1 1 14 1 1 1 11 1 1 1 1 1 1 1 3 1 1 1 1 1 1 1 PAGE NO. 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 REV. NO. 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 4 4 4 4 4 4 PAGE NO. 46 47 48 49 50 51 52 53 54 55 56 57 58 59.60 61 62 63 64 65 66 REV. NO. 1 1 1 4 4 1 1 1 4 1 1 1 1 1 1 1 1 1 1 1 1 PAGE NO. 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 REV. NO. 1 1 1 1 1 1 1 1 1 1 1 1 1- 1 1 1 1 1 1 1 1 PAGE NO. 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 REV. NO. 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 PAGE NO. 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 REV. NO. 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 PAGE NO. 123 124 125 126 127 128 REV. NO. 1 1 1 1 1 1 Rev. No. 4 Date , 02/86 i
P Des =' 3 2 J AMES A FITZP A k EMERGENCY CLAS EVENT CATEGORY UNUSUAL EVENT ALERT EXCEEDING RE ACTOR COOL ANT REACTOR C00L AN1
!) REACTOR COOLANT IS GRE ATER TMAll BOUNDARY DEGR ADATiON LE Asi R ATE TECHNICAL SPECIFICATION OR REACTOR PRESSURE 15 NOT kE ASUREA S AFEiv Lluif PAGE O PAGE 7 MODERATE FIS$10N PRODUCT M10M FISSION PR(
2] ABNORMAL CORE CONDITIONS AND RELEASE FROM CL FUEL DAMAGE RELEASE FROM CLAD PAGE IT PAGE 32 E ACEED!NG WCPR LtuiTS OR LOW VESSEL LEVEL WHILE SMUTDonN P AGE 89 IMADVERTANT SRV ' OPENING STEAM LINE SREA
$1 MAIN STEAM RELEASES OR RELIEF VALVE REMAINING AND ISOLATION C OPEN PAGE St PAGE SO el OTHER LC0*$ DEGR ADATION OF SAFETY SYSTEMS REQUIRIN3 SMUTDOWN TO COLO CON 0lil0N WITHIN 24 MOURS PACE se 58 AB%0RMAL RADIOLCOICAL EFFLUENT R ADIOLOGICAL EFFLUENT TECHNICAL # ADt0 LOGICAL EFI OR RADI ATION LEVELS. SPECIFICATION LIMITS EXCEEDED, TH AN 10 ftMES P AGE 40 PAGE 43 R ADI ATION LEVEL CONTAMINATION 1 SEVERE DEONADA' 0F RADIC ACTIVE PAGE 44 F A l e nts er 4MuTMwN FliNCTIONS FAILURE OF READ 5" -
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$fstLM t u tNil 1
- QECAY MEAT OR MEACTavif f A SCR AM WHICH -
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T e SUBGRITIC AL PACE S-f 8 IN ABillTY 70 d REACTOR COOL V LESS THAN 212 ' PAGE 71 ELECTRICAL OR POWER LOS$ OF 10$00 AND 10400 LOSS OF t0$00. F A3 LURES BUSSES OR LOSS OF S OF 4 10600 8USSES EMERGENCY DIESEL GENER ATORS PAGE PAGE Ti LOSS OF ALL O' PAGE 8 3 FIRE F:RE OUT CF CONTROL FOR MORE FIRE POTENTI AL TM AN to M NUTES SYSTEMS. P AGE S S P AGE 8 91 CONTROL ROCM EVACU ATION EVACU Att0N OF ANTIC?P ATED CR CCNTROL OF SMm ESTABLISMCD FM P AGE 8' I 181 LOSS OF VONiTOR$. - INDIC ATIONS OR AL ARMS ON PROCESS OR - MOST OR ALL ALARMS. ETC EFFLUENT P AR AME TE.RS NOT FUNCTIONAL IN PAGE CONTROL ROOM TO AN ERTENT REQUIRING PL ANT SMUTDOWN OR OTMER SIGNtFICANT LOSS OF ASSESSMENT OF COMMUNICATION C AP ABILIT Y j PAGE 92 pygg gggggg g i 118 FLEL M ACLiNG ACCIOENT R ADt0 AC Tivi ty POOL AREA PAGE 12 8 H AZ ARDS TO PLANT OPER ATIONS M AZ ARDS BEING EXPERIENCED OR SEVERE MAZAR PROJECTED THAT AFFECT PLANT OR PROJECTED OPER Ail 0NS AFFECTING S AF PAGE100 PAGEi 133 NATUR AL EVENTS NATUR AL PMENOMENA BEING EXPERIENCED - SEVERE NATUR A] OR PRogECTED BEYOND USU AL LEVELS EXPFRIENCED 06 P AGE til PAGE la t a i SECURITY TreREATS SEcus.. f Y THREAT. ATTEMPTED ENTRY ONGOING SECURt r T OR ATTEMPTED S ABOTAGE PAGE 418 P AGE a 151 OTHERS OTHER f'L ANT CONDITIONS ExtST TH AT OTHER PLANT C WARR ANT INCREASED AWARENESS ON THE *AER ANTING PR' PART OF A PLANT OPER Af SNG STAFF OR ACTIVATION OF S' ATE AND/OR LOC AL OFFSITE AuTMORifiES SITE ARE A OR OR RE0uiRE PL ANT SeguTDowN UNDER CECLARED AT N TE CHNI C AL SPECtFICAf t0N REQUtREMENTS OR P AGE 8 INv0LVE OTHER TH AN NORMAL CONTRmiFP SMuf00*N P AGE 12 5 TRANSPORTATION OF CONTAWtNATED
% RED 6%Dt ODUA6 FROM SITE TO 0FFSITE MOSPITAL PAGE 124 Rev. Co. 4 Date 02/86 Pcge
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p' TRICK NUCLEAR POWER PLANT
- S'FICATION GUIDE FLOWCH ART SITE AREA EMERGENCY GENERAL EMERGENCY LEAx clTE LOSS OF COOL ANT ACCIDENT to$s CF COOL ANT ACCIDENT wlTH PO (LOCAL wlTH PROPER ECCS AND ( OEGRADEC CONTA. BENT FUNCTION I) E3PM CR CONTAINVENT FUNCTION \ 8 AGE 12 b LOSS OF CCOLANT ACCIDENT F
stTH DEGtADED ECCS
- AGE I S LOS$ OF 2 0F S FIS$10N PRODUCT
$" C B ARRIERS WITH POTENTIAL LOSS OF THE THIR*) B ARRIER
' AGE 24 LOSS OF COOL ANT ACCIDENT wiTH DEGI AOED ECCS PAGE 27 FITH ISOLOi10N STEAM LINE BREAx
{ VE LEAKAGE WITHOUT ISOLA' ION PAGE S4 6UD.TS GREATE EFFLUENT WONiTORS DETECT LEVELS EFFLUENT MONITORS DETECT LEVELS (CH SPECS. LtWITS. CORRESPONDING TO GRE ATER THAN 50 UR/HR CORRESPCNDaNG TO 1 REM /HR WB OR S REM /HR FOR 1/2 Hour OR GREATER THAN 500 MR/HR THYRotD AT THE SITE BOUNDARY UNDER ACTUAL WS FOR Two MINUTES AT THE SITE METEOR 010GIC AL CONDI TIONS. 80UNDARY AWMCM W. WH
- f. 4 AIR 80RNE pg 49 llCH INDICATES THESE DCSE R ATES ARE PROJECTED B ASED ON ON N CONT ~0L THESE DOSE R ATES AftE PROJECTED 8 ASED ON OTHER PLANT PAPA KTERS OR ARE K ASURED (JTEllAL. OTHER PLANT P AR AMETERS OR ARE WASLRED IN TP*C E 4WiRONS
' AGE SS IN THE ENVIRONS.
P AGE Si EP A PROTECTtvE ACTION uul0ELINES ARE PROJECTED TO BE EXCEEOED CUTSIDE THE SITE 80UNDARY PAGE SS T . T! / \ $T C SE I\ i . i* 3 RPS A
'INGS THE LEiCTOR P AGE 60 EITHER C0 LOSS OF ALL OECAY HEAT REMOVAL TORUS Tl 'et ER uMLuvefetD URE GREATER CRTHAM 165 'F S YSTEMS NECESS ARY TO REACH TAtt AND WalNTAIN THE PLANT IN SUCCESSFUL REACTOR SMUTDowN SUT YD, ER ATUT.E HOT SMUTDowN LCSS OF CECAY ME AT REMOV AL FUNCTION PAGE 62 RESULTih3 IN POSSISLE CORE ELT wiTHIN 40 HOURS 3 AGE 67 00.10510 AND LOSS OF 10300. t0400. IO500 ,
AND 10600 BUSSES FOR
- t$ Wim. #
PAGE TS LOSS OF ALL VITAL ONSITE DC POWER FOR TE 3C 00 eel MORE TH AN IS M N P AGE 76 AFFECTING SLFETY FIRE CCMPROMISf NG THE FUNCTIONS ANY MAJtR INTERNAL OR ENTERNAL EVENTS OF S AFE T Y SYSTEMS. (EG FIRES. E AR THOU AFES SLBSTANTI ALLY PAGE 86 BEYOND 'f SIGN B ASIS) WH I CH COULD CAUSE MASSIVE 00ruoM CAMAGE TO PLANT SYSTEMS NTKOL E001 EVACU ATION OF CONTROL R00W AND ' AGE 87 gE00 SED viTM CONTROL OF SMUT Cowl SYS TE'US NOT 00M SYSTEMS EST ABLISHED rROM LOCAL STATIONS 2 LC CAL STATIONS IN IS min PAGE 90 MS ( ANNUNICATOR$1 LOST. - WOST OR ALL AL ARws ( ANNLNCI ATOR$1 LOST AND PL ANT TR ANSIENT INITI ATED GR IN PROGRESS PAR 94 QCENT PITH LELEASE OF WAJOR DAwAGE TO SPENT F'JEL IN CARD hE1CT02 0a SPENT FUEL REACTOR OR SPENT FUEL POOL PACE 97 SEING EX?EXIENCED CTEN l ALLY SEVERE MAZARCS BE:NG EXPERIENCED OR PROJECTED THAT CouPRowiSE THE h *h~ e On
% SYSTEMS. FUNCT ONS OF SAFETf SfSTEUS.
D REACT 3R NOT t COLD SHUTDO*N gy@fe ff F MELOMENA BEING tEbERE N ATUR AL PMLNCUENA BEING [No.ECTED EXPERIENCE 0 OR PROJECTED TH AT 1 C oup R OWIS E THE FUNCTIONS CF SAFETV S Y STEMS. RE ACTOR NOT IN COLD SHv700'A'N P AGE ate Y COWA0TISE. iuuiNENT LOSS OF PHYSICA6 CONTROL LOSS OF PHf SIC AL CONTROL OF THE OF PLANT F AC LITV' P A0E :20 3 AGE i21 ITIONS EXIST OTaER PL ANT CONDITIONS EN+$ T OTMrR P ANT CON 0ificNS Erl37 FRoy ww ATE vFR J T ON A". Y W ARR ANT.NG ACT iv aT 6 CN CF EGF. Soup CE. TH AT WawE RELE ASE OF L ARGE AvouNTS OF E tic 0 4 A Y CENTERS AND R AQs ) Acti g t T f LN A SHORT TIME PERICD POSS 8LE. E?tL EWEICENCY E uE R GE NC,NG vasiTom TEAv$ OR iSSusNCE EG ANY CORE VEL T SITU ATION Mit E point OF A PREC AJ TiGNAR Y NO IJ d AIa0N ? AGE I29 TO THE PvauC NE AR TmE S.'E P AGE 126 . EVEPGENCY CL AS S IFIC A TI O' GU CE i FLOWCHART F I GU P E IAP-2,1 f ~
%onoco3&oE
O EVENT CATEGORY NO. 5 - ABNORMAL RADIOLOGICAL EFFLUENT OR- " RADIATION LEVELS Consisting of: UNUSUAL EVL';I No. S , ALERT NO. Sa ALERT NO. Sb SITE AREA DIERGENCY No. Sa SITE AREA EMERGENCY NO. Sb SITE AREA DiERGENCY No. Sc I GENERAL DIERGENCY NO. Sa
- CENEEAL DIERCE !CT NO. 5b O
1 ) -i t I I O l Rev. No. 1 Date 05/82 Page 39
,t- ,- , ,- - - + , - - - - - . ,y .-w,-,# aw.,ww,-- ,-- er - %m. %--, y y# , - - - -
UNUSUAL EVENT NO. 5 , ABNORMAL RADIOLOGICAL EFFLUENT OR RADIATION LEVELS Initiating Conditions (NUREG-0654, Rev. 1; App. 1, pg 1-5) Radiological effluent Technical Specification limits exceeded. Emergency Action Levels ! 1. Gaseous release exceeds Technical Specifications (limit based on ODCM Noble Gas instantaneous rates of 2.1E6 pCi/sec for elevated release and 9.2E4 pCi/see for ground release) as indicated by: f Low Range Stack Radiation Monitor High-High Trip (either'
~
- A. 1) channel or both)
Monitor / Panel Annunciator Set Point (ep s) 17-RM-50A/09-10 9.3.2-39 3 x 10 55 17-RM-50B/09-10 9.3.2-39 3 x 10
^""
< O Reading on 17-RM-050A or B exceeds 8 x 10 5 p,, 2) i _OR i B. 1) Offgas Radiation Monitor (17-RM-150A and/or 17-RM-150B on Panel 09-10) High-High -Trip annunciated on 9.3.2-38 at set point of 2000 mR/hr. I j AND
- 2) Failure of 15 minute Offgas Delay Timer (17-157 on 09-10) i to initiate and/or complete isolation.
AND
- 3) Reading increased to >6000 mR/hr. _
j O_R { l One of the following Building Ventilation Exhaust Radia- ; C. 1) tion Monitors High-High Trip: l 8 l I i I 4 i d O J Rev. No. 4 Date 02/86 Page 40 of IAP-2 i )
(D
%)
Building Monitor / Panel Annunciator Set Point . 0 Reactor 17-RIS-452AorB/09-12 9-3-2-40 10 cpm 0 Refuel 17-RIS-456A&B/ Local 09-75-val-15 10 cpm Radwaste 17-RIS-458A&B/ Local HV-12 10' cpm 0 Turbine 17-RIS-431 & 432/ Local HV-1 2.5x10 cpm AND
- 2) Failure to isolate.
AND
- 3) Reading increased to >900,000 cpm.
OR
- 2. A. Liquid Radwaste Effluent Discharge Radiation Monitor (17RM-350 on Panel 09-10) High-High Trip annunciated on 9.3.2-30.
AND B. Failure to isolate, pR
- 3. Service Water Effluent Radiation Monitor (17-RM-351 on Panel 09-10)
High-High Trip (200 cps) annunciated on 09.3.2-30. Emergency Classification Flowchart See next page O i Rev. No. 4 Date 02/86 Page 41 of IAP-2
O UNUSUAL EVENT NO. 5 EMERGENCY CLASSIFICATION FLOWCHART GASEOUS RELEASE LIQUID RELEASE-EXCEEDS TECH. SPEC. EXCEEDS TECH. SPEC. STX OFFGAS RAD MON OFFGAS RAD MON BLDG VENTILATION RADWASTE HI-HI ALARM HI-HI ALARM EXHAUST RAD MON DISCHARGE HI-HI ALARM RAD. MON. HI-HI ALARM 17 RM-050 A 17 RM-050 B 15-MIN OFFCAS RX BLDG. ON NORMAL ON 09-10 ON 09-10 DELAY TIMER - 9.3.2-40 SERVICE READIgG 'READIgG FAILURE TO. WATER
>8 X 10 CPS >8 X 10 CPS INITIATE OR , RAD. MON.
COMPLETE REFUEL ON HI-HI ALARM ISOLATION - 9.75 VA 1-15 - RADWASTE ON READING - HV-12 - INCREASED TO 2 6000 MR/HR TURBINE ON HV-1 FAILURE TO ISOLATE - READING INCREASED
! TO 2 900,000 CPM O UNUSUAL EVENT No. 5 i ,
Rev. No. 4 Date 02/86 Page 42 of IAP-2 I
1 ALERT No. Sa , ABNORMAL RADIOLOGICAL EFFLUENT OR RADIATION LEVELS Initiating Conditions (NUREG-0654, Rev. 1; App. 1, pg. 1-9) Radiological effluent release exceeds 10 times Tech ~nical Specification Limit. Emergency Action Levels
- 1. Gaseous release exceeds 10 -times Technical Specification (limit based on ODCM Noble Gas instantaneous rates of 2.1E6 pCi/see for elevated release and 9.2E4 pCi/sec for ground release) as indicated by:
A. 1) Low Range Stack Radiation Monitor High-High Trip (either channel or both): Monitor / Panel Annunciator Set Point (cps) 17-RM-50A/09-10 9.3.2-39 3 x 10 55 3 x 10 17-RM-50B/09-10 9.3.2-39 AND 0
. 2) Reading on 17-RM-050A or B goes offscale high (>10 cps). <
9.R B. 1) Offgas Radiation Monitor (17-RM-150A & B on Panel 09-10)
High-High Alarm annunciated at 2000 mR/hr on 9.3.2-38.
AND
- 2) Failure to isolate 15 minutes afterwards, f AND
- 3) Reading increased to >70,000 mR/hr.
I S.R. O Rev. No. 4 Date 02/86 Page 43 of IAP-2 {
C. 1) One of the following Building . Ventilation g Exhaust
- Radiation Monitors goes offscale high (>10 cpm):
Building Monitor Reactor 17-RM-452A 17-RM-452B Refuel 17-RM-456A 17-RM-456B Radwaste 17-RM-458A 17-FM-458B Turbine 17-RM-431 17-RM-432 AND
- 2) Failure to isolate the Building Vent' Exhaust System involved.
pR T'T 2. A. 1) Liquid Radwaste Effluent Discharge Radiation Monitor U 17-RM-350 on Panel 09-10 exceeds 10 times set point value then in effect for the batch processing. i AND
- 2) Failure to isolate.
pR,
- 3. A. Service Water Effluent Radiation Monitor 17-RM-351 on Panel 09-10' or Trend Recorder 17-RR-353 on Panel 09-2, indicates a reading of 2000 cps (10 times over Hi-Hi Trip of 200 cps).
Emergency Classification Flowchart See next page 4 i O Date 02/86 Page 44 of IAP-2 Rev. No. 4 i
i I O ALERT No. Sa I DfERGENCY CLASSIFICATION FLOWCHART OFFGAS BUILDING SERVICE LIQUID STACK VENT WATER RADWASTE LOW RADIATION EXHAUST EFFLUENT EFFLUENT RANGE MONITOR - MONITOR OR MONITOR MONITOR HI-HI LOW RANGE MONITORS TREND EXCEEDS l HI-HI ALARM 10 TIMES
' OFFSCALE MONITOR ALARM HIGH READS SETPOINT ' ) 2000 CPS FAILURE TO FAILLTE READING ISOLATE IN TO INCREASED 15 MINUTES ISOLATC ; TO OFFSCALE HIGH
() 10' CPS) I READING INCREASES FAILURE i 2 70,000 TO > MR/HR. ISOLATE l r ALERT 5 a i i ! O Date 02/86 Page 45 of IAP-2 Rev. No. 4 l
l
)
i I l
,es V,
ALERT NO. Sb ABNORMAL RADIOLOGICAL EFFLUENT OR RADIATION LEVELS Initiating Conditions (NUREG-0654, Rev. 1; App. 1, pg 1-9) Radiation levels or airborne contamination which indicate a severe degradation in the control of radioactive materials (e.g., increase of factor of 1000 in direct radiation readings within facility). Emergency Action Levels
- 1. In-plant radiation levels exceed 1,000 times the normal background values as indicated by:
A. Upscale High Trip Alarms on ARMS on Panel 09-11 and annunciated on: 1 Trip Pt. Normal Bkgd* Annunciator ARMS Covered ARM Location (mR/hr) (100% oover) 9.3.1-20 18-RIA-051-30 Refuel Floor South 10 ~ 200 9.3.1-29 18-RIA-051-12 Spent Fuel Pool 25 1 18-RIA-051-14 New Fuel Vault 20 6 18-RIA-051-17 Fuel Pool Pumps 300 90 9.3.1-30 18-RIA-051-B Radv. Ctrl. Rm 15 5 18-RIA-051-9 Radw. Filter /Valv.Op. Area 50 20 18-RIA-051-10 Radw. Drum Store Area 125 40 18-RIA-051-11 Radw. Pump Rm. 130 30 9.3.1-39 18-RIA-051-4 Turbine F1. HP End 10 6 18-RIA-051-5 Turbine F1. LP End 5 1 18-RIA-051-6 Turb. Bldg. Hogging Pu=p 5 1 18-RIA-051-7 Reactor Feed Pu=p 10 1 18-RIA-051-22 Conds.De=in. Valve Area 20 2 9.3.1-40 18-RIA-051-1 Adm. Bldg. Chem Lab 1.0 0.2 18-RIA-051-2 Adm. Bldg. Cloth Change 1.0 0.5 18-RIA-051-3 Adm. Bldg. Ctrl. R=. 1.0 0.05 18-RIA-051-13 R. Bldg. 344' So. Skim TK 20 6 18-RIA-051-15 Cleanup Precoat TK/Pp(2A) 80 10 18-RIA-051-16 Cleanup H.Ex.Ent/ Pump (2B) 30 5 18-RIA-051-18 Contam. Equip. Storage 50 15 18-RIA-051-19 Rx Cleanup Pump (lA) 20 10 18-RIA-051-20 Rx Cleanup Pump (13) 30 10 18-RIA-051-21 CCL Heat Exch. 5 1 18-RIA-051-23 R. Bldg. Access 40 6 18-RIA-051-24 R. Bldg. TIP Cubicle 125 20 Rev. No. 1 Date 05/82 Page 46
)
Normal Bkgd*
. Trip Pt.
ARMS' Covered ARM Location (100% power) Annunciator (mR/hr) 9.3.1-40 18-RIA-051-25 East CRD HCU 30 6 18-RIA-051-26 West CRD HCU 35 10 18-RIA-051-27 Equip Drn Sump 227' East 100 25 . 18-RIA-051-28 Torus /Rx Crd Remval Hatch 25 8 18-RIA-051-29 Flr Drn Sump 227' West 200 30
*These values were taken on 4/28/82 at 100% power for reference only.
.AND B. Area radiation level confirmed by ' local readout or survey to be 1000 times higher than normal values.
S.R_
- 2. Any in-plant radiation survey / sampling result that indicates a direct radiation level or airborne contamination that is 1,000 times higher than the normal exoected vaina.
- Emergencv Classification Flouchart l
See next page O Rev. No. 1 Date 05/82_ Page 47 a
ALERT NO. 5b O EMERoENov cL^SSiPic^ TION rLowcHART ARM UPSCALE HIGH TRIP ANNUNCIATED ANY SURVEY / SAMPLING REPORT INDICATES AIRBORNE CONTAMINATION OR DIRECT RADIATION LEVEL 1000 TIMES 1000 TIMES NORM AL HIGHER THAN NORM AL RADI ATION LEVEL CONFIRMED BY LOCAL l READOUT / SURVEY , O ALERT Sb O l REV. NO.1 DATE 05/82 ? AGE 48
SlTE AREA EMERGENCY NO. Sa- .G ABNORMAL RADIOLOGICAL EFFLUENT OR RADIATION LEVELS Initiating Conditions (NUREG-0654. Rev. 1; App. 1, pg 1-13) Effluent monitors detect levels corresponding to greater than 50 mR/hr for 1/2 hour or greater than 500 mR/hr whole body for two minutes '(or five times these levels to the thyroid) at the site boundary for assumed adverse meteorology. Emergency Action Levels
- 1. Stack High Range Effluent Monitor (17-RM-053A or .17-RM-053B on Panel 09-2) High Alarm (set point 550 mR/hr) annunciated on 09.4.0-26.
E
- 2. A. Turbine Building High Range Effluent Monitor (17-RM-434A or B)
Alert Alarm (setpoint 10 mR/hr) annunciated on 09-4-0-09. AND B. Failure to isolate building axhmiar. O n
- 3. A. Kadwaste Building High Range Effluent Monitor (17-RM-463A or B) Alert Alarm (setpoint 25 mR/hr) annunciated on 09-4-0-17.
AND B. Failure to isolate radwaste building exhaust. Emergency Classification Flowchart See next page O Rev. No. 4 Date 02/86 Page 49 of IAP-2
O SITE AREA EMERGENCY No. Sa EMERGENCY CLASSIFICATION FLOWCHART TURB BLDG HI RANGE RADWASTE HI-RANGE HI-RANGE STK RAD. MON. RAD MONITOR 17RM-053A OR B ON 09-2 RAD MONITOR 17-RM-434 A OR B 17-RM-463 A OR B HIGH ALARM ALERT ALARM ALERT ALARM FAILURE TO ISOLATE FAILURE TO ISOLATE O - SITE AREA EMERGENCY NO. Sa h I ( O Date 02/86 Page 50 of IAP-2 Rev. No. 4 J
J SITE AREA EMERGENCY No. Sb - ABNORMAL RADIOLOGICAL EFFLUENT OR RADIATION LEVELS Initiating Conditions (NUREG-0654, Rev. 1; App. 1, pg. 1-13) Site Boundary dose races, as projected from other plant parameters (e.g., radiation level in containment with leak rate appropriate for . existing contain=ent pressure) or as measured in the environs, exceed the following limits: Whole Body greater than: 50 mr/hr for 30 minutes or, 500 =r/hr for 2 minutes, og Child Thyroid Dose Commitment per hour of exposure at the site boundary greater than: 250 crem for 30 minutes or, 2500 nram for 2 minutes, Adverse meteorology is to be assumed when making the projection. i 0- Emergency Action Levels
- 1. Hi-Hi Alarm from High Range Containment Radiation Monitor 27-RM-104' A or B on panel 09-10 annunciated on 9.4.0-3 or 9.4.0-6 AND
- 2. Reading (s) on 27-RM-104 A or B exceeds 11=its given by either one of the two curves in Fig. SAE Sb-1, AND
- 3. Site Boundary dose rates in the downwind sector confirmed by survey and/or sampling exceeding:
Whole body: 50 =r/hr or, Thyroid: 250 =r/hr Emergenev Classification Flowchart Not required. ( I Rev. No. 1 Date 05/82 Page 51
5"fE AFIA DIER:EC' I"-J, !C. Sb
,s Fic. SAE Sb.-1: APPROXDIATE CORRE:AT 01 CLTF OF IN-()
C2CADEENT HIGi RANGE POST-ANHC
* ~
^ ' RADIATICN M2PZOR READD;G VS. SI".I 1~ ~ -
T. ~ . .. .. , BOUNDA.W DOSE R.CE CICER .CVE?SE .VITSD- -
' N.
u=
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; a g gpp, g - :p. :
.1 . . 1. EE!IGATION X/Q PER R.G. 1.145
" 2. 995-METER DOSE POD 7I FRCM STACK f( ,
, (ELEVATED FNSE) 'IO ESE SECIOR BCQQARY -
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7-
+
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. t 50% EAIOGD5 & 1% FISSION P CDCC SCI- S) 5 ges _ _ . _ . . . . . . . -
4N E-
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N g . -CCM."O PE E. EGOSI.E.) E G cl . 250 :n.WiiR AT EXCUJSIVE ARIA \. IEE . BCT.CARY ICPST _WR (ESE) ~. 5 5 <a - SI I 37J.CARY 'CCER ILCA DEA 5<y 7 yg53.mg.g - - - - . . - . _ _ . _ _- 3...__.. _ _ _ . _ . _ _ . _ _ . . _ . . _ . _ . _
. ..l...._ ,
. 5.
1 10 0 2 4 6 8 10 12 14 16 18 20 22 24 tim E AFTER ACCICENT (REACTOR SHUTDOWN)-HR . REV. No. 1 DATE 05/82 PAGE 52
.e- - - -
.s O
V SITE AREA DERGENCY NO. Se , ABNORMAL RADIOLOGICAL EFFLUENT OR RADIATION LEVELS Initiating Conditions-(NUREG-0654, Rev. 1; App. 1, pg 1-13) EPA Protective Action Guidelines are projected to be exceeded outside the site boundary. Emergencv Action Levels
- 1. When off-site whole body dose is projected to exceed 1 rem 9.E
- 2. When off-site child thyroid dose commitment is projected to exceed 5 re=.
Energenev Classification Flowchart Not required , i OL/ l 1 1 O i Rev. No. I Date 05/82 Page n
GENERAL EMERGENCY NO. Sa (V~) ABNORMAL RADIOLOGICAL EFFLUENT OR RADIATION LEVELS Initiating Conditions (NUREG-0654 Rev. 1; App. 1, pg 1-17) Effluent monitor detect levels corresponding to I rem /hr whole body or 5 rem /hr thyroid at the site boundary under actual . meteorological conditions. Emergency Action Levels
- 1. The stack high range radiation monitor (17-RM-053A or B on Panel 09-2) High-High Alarm (setpoint 11 R/hr) annunciated on 09.4.0-25.
S.R
- 2. A. The Turbine Building High Range Radiation Monitor (17-RM-434A or B) High Alarm (setpoint 160 mR/hr) annunciated on 09-4-0-10 or 11.
AND B. Failure to isolate Turbine Building ventilation. E
- 3. A. The Radwaste Building High Range radiation monitor (17-RM-463A n/
(, or B) High Alarm (setpoint 525 mR/hr) annunciated on 09-4-0-16 or 19. AND B. Failure to isolate Radwaste Building ventilation. Emergency Classification Flowchart HI RANGE STK RAD MON TURB BLDG HI RANGE RADb'ASTE HI RANGE 17-RM-053A OR B ON RAD MON 17-RM-434A RAD MON 09-2 HIGH-HIGH ALARM OR B HIGH ALARM 17-RM-463A OR B HIGH ALARM l FAILURE TO ISOLATE FAILURE TO ISOLATE I GENERAL EMERGENCY NO. Sa g p%J Rev. No. 4 Date 02/86 Page 54 of IAP-2
O O GENERAL EMERGENCY NO. Sb . ABNORMAL RADIOLOGICAL EFFLUENT OR RADIATION LEVELS Initiating Conditions (NUREG-0654, Rev. 1; App. 1, pg. 1-17) Site Boundary dose rates, as projected from other plant parameters (e.g., radiation level in containment with leak rate appropriate for existing containment pressure with some confirmation from effluent monitors) or are =easured in the environs, exceed either one of. the following li=its: Whole Body: greater than 1 rem /hr 9.R Child Thyroid Dose Commitment per hour of exposure at the site boundary greater than 5 rem. Emerzenev Action Levels
- 1. 'Hi-Hi Alarm from High Range Containment Radiation Monitor 27-RM-104 A or B on panel 09-10 annunciated on 9.4.0-3 or 9.4.0-6
- 2. Reading (s) on 27-RM-104 A or B exceeds the product of x/Q and the
-5 5 x 10 11=1: given by either one of the two curves in Fig. GE Sb-1, AND
(
- 3. Site Boundary dose rates in the downwind sector confir:ed by survey and/or sampling exceeding:
Whole body: 1 R/HR or, Thyroid: 5 R/HR E=erzenev Classificat' ion Flowchart Not required. Q
.V Rev. No. I Date 05/82 Page 55
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O 2 4 6 8 10 12 14 16 16 20 22 24 1 TIME AFTER AC0! DENT (REA0 TOR SHUT-DOWN)- HR. l l REV. No. 1 DATE 05/82 PAGE 56 1
-a CONTROLLED 27 x - NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDURE EMERGENCY PLAN VOLUME 2 PROCEDURE NO.: EAP-1.1 TITLE: OFFSITE NOTIFICATIONS *
, .s PORC REVIEW: MEETING NO. 86-003 DATE l-8-86 APPROVED BY: e ,44. CcC W
' Resident Manager rm APPROVED BY: e Radiological and d ironmental Services Superintendent PAGE No.: 1 2 3 4 5 6 7 8 9 10 REV. NO.: 8 8 8 8 8 8 8 8 8 8 PAGE No.: 11 12 13 14 15 16 17 18 19 20 .
REV. NO.: 8 8 8 8 8 8 8 8 8 8 PAGE NO.: 21 22 REV. NO.: 8 8 I Rev. No. 8 ! l Date 01/86 i
( 4 o ( 'v EMERGENCY PLAN IMPLEMENTING PROCEDURE EAP-1.1 0FFSITE NOTIFICATIONS
- 1.0 PURPOSE The purpose of this procedure is to provide detailed in-structions for the prompt notification of offsite authori-ties, offsite emergency response agencies and onsite per-sonnel.
2.0 REFERENCES
2.1 IAP-2 CLASSIFICATION OF EMERGENCY CONDITIONS 2.2 IE. Information Notice No. 85-78: " Event Notificetion" 3.0 INITIATING EVENT The Emergency Director has declared an emergency condition at the JAFNPP in accordance with IAP-2 CLASSIFICATION OF [O
'w l EMERGENCY CONDITIONS.
4.0 PROCEDURE The Emergency Director or his designee shall implement this procedure. 4.1 The Shift Supervisor / Emergency Director is the only individual authorized to declare an emergency or - rec-ommend protective actions to offsite authorities. A designated individual may, however, relay this infor-mation. 4.2 Responsibilities In order to ensure the complete and appropriate han-dling of emergency notifications , the following posi- ~ tion listing provides associated assignment responsi-bilities: 4.2.1 Shift Supervisor
- a. Assumes the role of Site Emergency Director, until properly relieved.
- b. Initiates the classification and reclassifi-A cation of ' emergency conditions based on V available information (IAP-2).
Rev. No. 8 Date 01/86 Page 1 of EAP-1.1
T F J O
- c. Designates a Control Room Communications Aide to initiate and maintain communications with offsite authorities until the TSC or EOF is !
staffed.
- d. Designates an individual to contact Plant Personnel in accordance with EAP-17 EMER-GENCY ORGANIZATION STAFFING.
4.2.2 Control Room Communications Aide (as assigned bv Shift Supervisor)
- a. As directed by SS, initiates and maintains communications with offsite authorities until responsibility is transferred to TSC or EOF.
- b. Continues to maintain communications with TSC following its activation.
- c. Makes plant announcement as directed by the Shift Supervisor.
4.2.3 Emergency Director
- a. Relieves Shift Supervisor of overall respon-sibility for station emergencies.
- b. Initiates or verifies classification and re-classification of emergency conditions.
- c. Initiates or continues cettmunications with offsite authoritie s , through Communications Records Coordinator or designee, until EOF and EOF Manager assumes this responsibility.
- d. Makes announcements as necessary.
- e. Recommends protective actions to offsite ,
agencies. Prior to the issuance of i protective action recommendations, the l Emergency. Director should discuss these actions with state and local liaisons. 4.2.4 Communications and Records Coordinator or EOF Manager
- a. As directed by the Emergency Director, init-iates or maintains communications with off-site activities.
- b. Acts as prime interface with Emergency Dir-l ector for information dissemination to and
! from offsite authorities, NYPA Emergency Or-ganization and other groups. Rev. No. 8 Date 01/86 Page 2 of EAP-1.1
e b f \ 4.3 Control Room Procedure 4.3.1 The Shift Supervisor / Emergency Director
- a. The Shift Supervisor / Emergency Director shall designate one person to serve as a Control Room Communication Aide (until the TSC and/or EOF are activated).
- b. The Shift Supervisor / Emergency Director shall designate one person to contact plant Emergency Response Plan personnel using EAP-17.
- c. The Shift Supervisor / Emergency Director shall make or designate an individual to make the following announcement. (twice) l
" Attention, Attention,. A (specify class of emergenev) has been declared at the James A.
l FitzPatrick Nuclear Power Plant please activate the (specify the facilities to be activated) . O As emergency classifications ' change , repeat the previous announcement. NOTE: The TSC, OSC and EOF will be activated at the UNUSUAL EVENT classification during off shift working hcurs (i.e., 1600 to 0700 the next day, weekends and holidays) unless the Emergency Director is confident that the emergency will not escalate. During normal working hours (i.e., 0700 to 1600 weekdays), the TSC, OSC and EOF will be activated at the ALERT classification.
- d. The Shift Supervisor / Emergency Director shall -
assure that proper notifications are being l conducted to offsite agencies and NYPA . personnel. 4.4 -Control Room Communicator Aide The Communicator Aide, until the activation of the TSC or EOF, shall: O xs 4.4.1 Prepare Form Information) EAP-1.1.1 (Part I General Rev. No. 8 Date 01/86 Page 3 of EAP-1.1
+ ,
s J 4.4.2 Initiate notification to offsite agencies O using the Radiological Emergency Communica-tions System (RECS) within 15 minutes of a declaration of an emergency and using the l prepared Form EAP-1.1.1. The RECS telephone is activated by picking up the handset and pressing the small, white button. All parties are activated simultan-eously on the same line. After the ringing stops, announce:
- "This is to report an incident at the James A. Fit: Patrick Nuclear Power Plant. Stand by for roll call."
Roll call should include all parties listed . at the top of Form EAP-1.1.1. The verifica- l tion procedure shall be a roll call taken again at the end of the message by saying:
"(Name of Agencv), did you coov?"
Then sign off by saying:
"JAFNPP Control Room out at (local time) and (date)."
This notification must be dcne as soon as possible. If the RECS phone is not working, contact the agencies using a regular telephone, (refer to EAP-1.1.5 for commercial phone numbers) or ! backup radio. l 4.4.3 Contact each organization on Form EAP-1.1.4 re-laying information on Form EAP-1.1.1 via telephone. , 4.4.4 Complete the NRC " Event Notification Information Worksheet", Form EAP-1.1.6. l 4.4.5 Contact the NRC via the Emergency Notificction System (ENS). If the ENS is not working contact, the NRC via regular telephone. 4.4.6 If the Emergency is reclassified (higher or low-er), repeat procedure steps 4.4.1 through 4.4.5. O Rev. No. 8 Date 01/86 Page 4 .o f EAP-1.1
6 - v/ 4.4.7 Upon activation of the TSC, the offsite notifica-tions functions shall be transferred to the Com-munications and Records Coordinator. (Upon ac-tivation of the EOF, the offsite notifications shall be transferred to the. EOF Manager.) The communicator shall detail a summary of notifica-tion made and is responsible for transferring copies of forms and checklists- completed when transferring responsibility of offsite notifica-tions to the TSC or the EOF. 4 . 4 . '8 Activation of TSC or EOF signals the end of Con-trol Room offsite notifications. i 4.4.9 Activation of the TSC signals the end of. Control Room plant personnel callouts and inplant Emer-gency Classification announcements. 4.5 Technical Support Center Procedure ~ 4.5.1 The Shift Supervisor / Emergency Director after directing activation of the Technical Support Center shall formally turn over the role of Emer-gency Director _ to a ' designated individual in the Technical Support Center. A designated individual v is one who has been trained as an Emergency Director or alternate. This can be done verbally with an explanation of plant conditions. 4.5.2 The Emergency Director in the Technical Support Center shall complete notifications at this point. The Emergency Director shall direct the Communications and Records Coordinator or his alternate to prepare Forms EAP-1.1.1, EAP-1,1.2, and EAP-1.1.3 to the extent possible. 4.5.3 The Communications and Records Coordinator chall
. prepare Forms EAP-1.1.1, EAP-1.1.2, and EAP-1.1.3 .
1 and transmit the status of changes at least every 30 minutes ,via telecopier to the county, state, EOF and WPO. 4.5.4 Designate a communicator who shall notify ofwite agencies using the Radiological Emergency Communications System (RECS) within 15 minutes of a declaration of an emergency and using the pre-pared Form EAP-1.1.1. (Notify immediatelv if a ' major plant evolution occurs or an emergency plan reclassification.) O Rev No. 9_ Date 01/86 Page 5 of EAP-1.1 l
b d The RECS telephone is activated by picking up the handset and pressing the white button. All parties are activated simultaneously on the same line. After the ringing stops, announce:
"This is to report an incident at the James A.
FitzPatrick Nuclear Power Plant. Stand by for roll call." Roll call should include all parties on Form EAP-1.1.1. The verification procedure shall be a roll call taken again at the end of the message by saying:
"(Name of Agencv) , did you copv?"
Then sign off by saying:
"JAFNPP TSC out at (local time) and (date)."
NOTE: If the RECS is not working or a party cannot be contacted after a reasonable amount of rings (6 rings), contact that party via a regular telephone or radio. If RECS is inoperative, refer to Form EAP-1.1.5 for commercial phone number Notifications shall be made by telephone, with a radio used only as a backup to the Oswego County Sheriff if the telephone systems are inoperative. This will reduce the chances that messages are intercepted by persons who may misunderstand or misinterpret the information and will tbus help to minimize the spread of rumors and undue public anxiety. 4.5.5 Designate another communicator who shall. assist in , notification. Using a copy of the prepared Form EAP-1.1.1, the communicator shall contact all (ap-plicable) parties on Form EAP-1.1.4 (Emergency Notification Checklist). Contact each organiza- ! tion or individual using the primary telephone number or method as lis ted on Form EAP-1.1. 4 If - the party cannot be contacted by the primary num-ber listed, try the alternate telephone number or method listed. If a party cannot be contacted in l O l Rev. No. 8 Date 01/86 Page 6 of EAP-1.1
h . i [v a reasonable period of time (such as 10 rings), bypass that party and proceed to the next one on the list. After several other notifications have been completed, attempt to contact any bypassed parties. If a party still cannot be contacted, consider other methods such as relay through an-other party. This communicator should use the automatic dialer phone located in the TSC. If the individual requests information not listed on the form, make reasonable efforts to obtain and relay the information after notifications have been completed. Do not allow such requests to delay the overall notification process. 4.5.6 Insure that TSC data boards are updated.to reflect most current information. 4.5.7 No press releases shall be made prior to comple-tion of initial notifications. Such press re-leases shall be made only by the plant.Information Officer or other authorized public relations rep-resentative of the Authority. O
~
No information shall be provided to outside in-V dividuals. or organizations not listed. Any such callers shall be referred to the plant Information ! Officer at 342-3840, Extension 218, or the Joint News Center, if activated. 4.5.8 Designate arother Communicator who shall assist in notification to the Nuclear Regulatory Commission. Using copies of the prepared Forms EAP-1.1.1, 1.1.2, and 1.1.3, prepare Form EAP-1.1.6 "NRC Event Form". Any additional information needed to complete Form EAP-1.1. 6 may be obtained from the
. Technical Coordinator, the Rad Support Coordinator and the Security Coordinator. Call the NRC using the (ENS) Emergency Notification Svstem. If the party cannot be contacted by the ' primary number listed, try the alternate telephone numbers -
listed. 4.5.9' Every time Form EAP-1,1,1 is issued, an announce-ment over the Plant Public Address System should be made reflecting that information. The an-nouncement should consist of reading items 5, 6, 8, 10 and 12 of Form EAP-1.1.1. 4.5.10 All notifications made to individuals and organi-O zations listed ~ require verification except where Q noted on the forms. Rev. No. 8 Date 01/86 Page 7 of EAP-1.1
d 4.5.11 The Emergency Director Aid shall explain and dis-O cuss Forms EAP-1.1.1 through 1.1. 3 with the New York State representative in the EOF. This information should be available from the TSC or EOF status boards. (The Emergency Director Aide will provide this information through all phases of an emergency.) 4.5.12 The Radiological Support Coordinator shall comp-lete Form EAP-1.1.2 (Part II, Radiological Assess-ment Data) at least every half hour and forward it to the Communications and Records Coordinator for telecopy to offsite agencies. This information should be available from the TSC status boards. (When the EOF is activated this item will be completed by the EOF Radiological Support Coor-dinator.) 4.5.13 Transfer the offsite agency contacts to the EOF, when the EOF is manned. Continue to transfer original data to the EOF. 4.5.14 Notify authorities of a reduction or escalation in the Emergency Classification. Close out emergency to offsite authorities. 4.6 Emergency ~0perations Facility Procedure 4.6.1 The Shift Supervisor / Emergency Director or the TSC Communications and Records Coordinator, after directing activation of the EOF, shall forra?l" turn over notification functions to a deciznated EOF Manager in the EOF. A designated individual is one who has been trained as an EOF Manager or alternate. This can be done verbally with an ex-planation of plant conditions, i 4.6.2 The EOF Manager in the EOF shall insure conpletion of notifications at thic point. The EOF Manager communicator l shall direct a or alternate ro prepare Forms EAP-1.1.1 and EAP-1.1.2 and receive ' and retransmit Form EAP-1.1. 3 to the county and state. - l 4.6.3 The Communicator shall prepare Form EAP-1.1.1 and transmit every 30 minutes via telecopier. Notify offsite agencies using the Radiological Emergency Communications System (RECS) within 15 minutes o# a declaration of an emergency and using the pre-pared Form EAP-1.1.1. (Notify immediately if major plant evolution or reclassification occurs.) O Rev. No. 8 Date 01/86 Page 8 of EAP-1.1 i
.e o
b. The RECS telephone is activated by picking up the handset and pressing the white button. All parties are activated simultaneously on the same line. After the ringing stops, announce:
"This is to report an incident at the James A.
FitzPatrick Nuclear Power Plant. Stand by for ~ roll call." Roll call should include all parties on Form - EAP-1.1.1. l The verification procedure shall be a roll call taken again at the end of the message by saying:
"(Name of Agencv), did you copv7" Then sign off by saying:
"JAFNFP EOF out at (local time) and (date)."
( NOTE: If the RECS is not working or a party cannot~ be contacted after a reasonable amount of rings (6 rings), contact the party via a regular telephone or radio. If RECS is inoperative, refer to Form EAP-1.1.5 for commercial phone numbers. l 1 Notifications shall be made by telephone, with a radio used only as a backup to - the Oswego County , Sheriff if the telephone systems are inoperative. This will reduce the chances that messages are intercepted by persons who may misunderstand or misinterpret the information and will thus helo to minimize the spread of rumors and undue public anxiety. 4.6.4 The EOF Manager shall designate another communi-cator who shall assist in notification. Using a copy of the prepared Form EAP-1.1.1 the communica-tor shall contact all parties on Form EAP-1.1.4 (Emergency Notification Checklist) . Contact each organization or individual using the primary telephone number or method as listed on Form ( EAP-1.1.4. If the party cannot be contacted by the primary number listed, try the alternate tele-phone number or method listed. If a party cannot O
- -Rev. No. 8 Date 01/86 Page 9 of EAP-1.1
d be contacted in a reasonable period of time (such O as 10 rings), bypass that party and proceed to the next one on the list. After several other notifications have been completed, attempt to ~ contact any bypassed parties . If a party still cannot be contacted, consider other methods such as relay through another party. If the individual requests information not listed on the form, make reasonable efforts to obtain a relay the informa-tion after notifications have been completed. Do not allow such requests to delay the overall notification process. 4.6.5 Insure that EOF data boards are updated to reflect most current information. 4.6.6 Designate another Communicator who shall assist in notification to the Nuclear Regulatory Commission. Using copies of the prepared Forms EAP-1,1,1, EAP-1.1.2, and EAP-1.1.3, prepare Form EAP-1.1.6 "NRC Event Form". Call the NRC using the ENS (Emergency Notification System). If the party I cannot be contacted by the primary number listed, try the alternate telephone number listed. 4.6.7 No press releases shall be made prior to comple-tion of initial notifications. Such press re-leases shall be made only by the plant Information Officer or other authorized public relations rep-resentative of the Authority. No information shall be provided to outside indi-viduals or organizations not listed. Any such callers shall be referred to the Joint News Center (315-342-5900). 4.6.8 The Emergency Director Aide shall ey.p lain and discuss Forms EAP-1.1.1 through EAP-1.1.3 with the New York State representative in the EOF. This information should also,be available from the TSC and EOF status boards. (The Emergency Director Aide will provide this information thrcugh all phases of an emergency.) 4.6.9 'me EOF Radiological Support Coordinator shall complete Form EAP-1.1.2 (Part II, Radiological Assessment Data) at least every half hour and forward it to the EOF Manager for telecopy to offsite agencies. This information should be available from the EOF status boards. O l l Rev. No. 8 Date 01/86 Page 10 of EAP-1.1
W 4.6.10 All notifications made to individuals and organi-zations listed require verification except where noted on the forms. 4.6.11 The EOF Manager shall notify authorities of a reduction or escalation in the Emergency Classi-fication. 4.6.12 Every time Form EAP-1.1.1 is issued, an announce-ment over the EOF Public Address System should bh made reflecting that information. The an-nouncement should consist of reading items 5, 6. ! 8, 10 and 12 of Form EAP-1.1.1. 5.0 FIGURES, FORMS AND ATTACHMENTS 5.1 Form EAP-1.1.1 Part I Notification Fact Sheet. - 5.2 Form EAP-1.1.2 Part II Radiological Assessment Data. 5.3 Form EAP-1.1.3 Part III Plant Parameters.
- 5.4 Form EAP-1.1.4 Emergency Notification Checklist.
5.5 Form EAP-1.1.5 RECS Checklist Alternate Telephone C Numbers. 5.6 Form EAP-1.1.6 NRC Event Notification Worksheet. i ~ 5.7 Attachment EAP-1.1.7 Additional Telephone Numbers Which May Be Of Uce. , 1 l O Rev. No. 8 Date 01/86 Page 11 of EAP-!.1 i
- -~
b W O O 1 1 1. i e h O.
I Ftrm E AP 1.1.1
$ brl(l huger IAMES A. FITZPATRICK
/
\
W NUCLEAR POKER PLANT PARTI GENERAL INFORMATION W 1* "This is to report an incident at the James A. Fitzpatrick Nuclear Power Plant. Sequence Standby for rollcall" Conduct roll call to include the following stations: Number New York State Warning Point Oswego County Warning Point Nine Mile Point Nuclear Site Upon completion of roll call, gin:e information as outlined below:
- 1. Message Transmitted At: Date: Time: Via: l I
- 2. Facility Providing information: @ NMP
- 1 E NMP
- 2 @ FiuPatrick
- 3. Reported By: Name/Titte Phone e
- 4. Reported From: @ Control Room @ TSC C EOF @ Other
- 5. This . A is An Exercise @ is NOT An Exercise.
- 8. Event C!assification:
A Unusual Event o General Emergency F Emergency Terminated a Alert E Transoortation inc'ot@ Other C Site Area Emergency
- 7. A This Emergency Classafication Declared At: Date: Time:
a Thisis An informational Notification Only.This Event Does Not Constitute One of The Four Emergency Classifications-
- 8. Brief Event Descnotion:
5 9. Plant Status / Prognosis is: @ Stable @ improving @ Oegrading @ Unknown
- 10. This Event involves: @ NO Abnormal Release Of Radioactivity a An Atmospheric Release Of Radioactivity C A Release Of Ratoactivity To A Body Of Water o A Ground Sciel Reiease Of Radioactivity
- 11. The Reiease 15 2 Not Appiecau,e [ Cuntnumg [j Terrmnaud [ :n . m: of
- 12. Protective Actions:
@ There is NO Need For Protective Actions Outside The Site Bounciary a Need For Protective Actions is Under Evaluation.
C SHELTERING Recommended in The Following ERPA'S. (Circ!e Acorooriate ERP A'S) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29
@ EVACUATION Recommended in The Following ERPA'S (Circle Acoroariate ERPA S) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29
- 13. Basis For Protective Action Recommendations. Protected A Plant Conditions Field Measurements @ OffsiteOoses
- 14. Wind Soeed Miles / Hour Or Meters < Second
- 15. Wind Direction (From) Cegrees
- 16. Stability Class (Pasquil A to G. Brookhaven 1 IV or Stable. Unstable. Neutra0
- 17. Ambient TemperatureO p p 18. General Weather Conditions: @ Clear a Cloudy c Rain o Snow t
( Message Received 8v: NOTE: For Follow Up Notifical ons Indicate if and flow Part 11andine Part 111 of.%tsficatnan to Fallasr lie., Voice or Teleropy, etc.) Emergency Director Approval: Time: Rev. No. 8 Date 01/86 Page 12 of EAP-1.1
Form EAP 1.1.2 , ,, Numttr: i n #> WrkPouver IAarEs a. nT2PaTRICr t,
- W '
NUCLEAR POWER PLANT PART 11 RADIOLOGICAL ASSESSMENT DATA
- 19. Messagetransmittedat: Date Time From (circle one). Control Room TSC EOF Ciner su o .: i24 aow ca.s Based on information avadaufe at: Time 24 =ew Casi
- 20. GENERAL RELEASE INFORMATION
- p-A. Releasestarted:Date Time E. Wind speed MPH or m/sec 4 ci 2. m ca.,
B. Projected duration of release: hours F. Wind cirection (from) cegrees C. Time of termination of release: G. Stability c! ass. 24 aow Ca.: D. Reactor snutdown Date Time Pasquil A G or Brooknaven i.iv or Stacte. Unstat:e. Neutra:
.a. . . w ca..
- 21. ATMOSPHERIC RELEASE INFORMATION A. Release height Ft. O. tocine release ra'e Cu sec B. lodine /noote gas ratio E. Neole gas release rate C1/sec C. Gross release rate Ci/sec F Particulate activity Ci/sec
- 22. WATERBORNE RELEASE OR SURFACE SPILL INFORM ATION A. Volume of release gations 0 Totalactmtyre!easea C.
B. Concentration (gross) .Ci/mi C. Radionkclfcesin release (in .Ci/ml) 23 00SE/00SE RATE CALCULATIONS Data is cased on (circ:e one): A. Inplant Measurements 8. Fiela Measurements C t ssu*ec Sour:e *erm tad!e below acclies to (circ!e one) A. AtmosDhertc Release B. Watercorne Petease
/
A)
\._ ,/
DCSE AATES NTEG2ATEO CCSE oiE8 ?-E :CU8SE :: N E AC:':E'.* Distance n. Who;e eccy Cnoc s *arcia .Pcte !: . : : s **, N "T Ram / tour Oose Ccrnmitment o-e ccse cym:t e-: it nr encesarei nem l :e- ! Site councary l l i 2 Mnes l ;
~
$ Mnes l l 10 Mues l l l Maes l l ! . ~ - . . -
24 FIELD MEASUREMENT OF DOSE RATES OR SURFACE CONTAMINATION (DEPOSITION) Mee/ Sector or Locatten or r +e ct j Ocse ere ~ r Mdes/ Degrees sam:4ng Point ^ Measur e ent c -'a* mat : '- , s . -.,, c a. , I l l l l l l l l 9emarks REPOR TED BY: A B C n.m. om 7:m. E31ERGENCY DIRECTOR APPROVAL: Tsme: ROUTE TO: Rev. No. 8 Date 01/86 Page 13 of EAP-1.1 '
Form EAP-1.1.3
~ l$ WhrkPQW97 JA.UES A. FITZPATRICK PART lil PLANT PARAMETERS
_l& Authority NUCLEAR POGER PLANT MAJOR PARAMETERS ENGINEERED SAFEGUARDS (Circle) l Reactor Power Level MWE MWT Core Soray Pumps Reactor Shutdown Yes / No (Flow Rate 4625 gpm) Reactor Vessel Level inches TAF 1. A . In Service / Standby / OOS Reactor Level Trend 2.B. In Service / Standby / OOS
~
Reactor Vessel Pressure psig l Reactor Pressure Trend LPCI (4 Pumps N 10.000 gpm each) l Vessel Bottom A. In Service / Standby / OOS + Drain Temperature F In Service / Standby / OOS B. Cleanup Inlet Temp. F In Service / Standby / 005 C. Main Steam Pressure psig D. In Service / Stancby OOS ! Drywell Pressure psia ! Drywell Ave. Temp. F HPCI In Service / Standby OOS ; Torus Ave. Water Temp. F l Torus Pressure psia RCIC in Service Stancbv 005 Torus Water Level inches RADI ATION MONITORS /] above normal Drywell Floor Leak Rate gpm Building Vent Rad Monitors CST Level inches R x. Building __ _ _ C P '. Drywell Equipment Refuel Floor . - . ___ CPM Leak Rate gpm Turbine Building ._ c p a.- Raowaste _ CH" Primary Containment isolation Complete Yes / No Control Room hnleti _ __ _ C P f.* Secondary Isolation Complete Yes / No Off-Gas Rad Monitor _____ _.. m R'hr ELECTRICAL POWER 115KV Reserve Power Available Stack Rad Monitor _ Ce No.3 LHH Yes / No No.4 NMP Yes / No High Range Effluent Monitors Diesel Generators Stack __ mR rr A. Running' Loaded / Running Unloaded / Standby / OOS Turbine Building ._ _ m R h r B. Running Loaded / Running Unloaded / Standby / OOS Radwaste Building MAN C. Running Loaded / Running Unloaded / Standby / OOS Containment Hi Range 7 Monitor _ _ _ . R r-D. Running Loaded / Running Unloaded / Standby / OOS Main Steam Line Rad Monitor R hr STAND 8Y GAS TREATMENT p A B Area Rad Monitors: Time / Monitor No./ Reading (j in Service Yes / No Yes / No Safety Relief Valves: Open/ Closed E.\lERGENCY DIRECTOR APPROVAL Time ROUTE TO: Rev. No. 8 Date 01/86 Page 14 of EAP-l.1
FORM EAP-1.1.4 EMERGENCY NOTIFICATION CHECKLIST Complete with the following information: agency communicator's name / notification time 1)* NUCLEAR REGULATORY COMMISSION
- l
-------/---------------------- a) Emergency Notification Svstem (ENS)
Note: Use Red phone system as prescribed by Plant Standing Order No. 6
- CONTACT ONLY IF ENS INOPERATIVE.
----/-- ---------------- b) Alte rnate l 301/951-0550 or 301/492-8893 301/427-4259 301/427-4056 2)* NINE MILE POINT NUCLEAP ETATION UNIT 41*
--------------/------------------- NMPNS Control Room Tie Line #71-1321 Note : Nine Mile SSS should Outside Phone 315/343-2110 notify NMPC On-Call Supervisor on non duty hours cf situation.
1
- CONTACT ONLY IF RECS INOPERATIVE.
3)* NEW YORK STATE WARNING POINT *
~
-----------------------/---------------------- a) Normal Duty Hours Only '
Provide with Form EAP-1.1 data. Office of Disaster Preparedness 518-457-2200 b) Non Duty Hours ) New York State Police at Albar"
- CONTACT ONLY IF RECS INOPERATIVE. 518-457-6811 .
4)* OSWECO COUNTY WARNING POINT *
----__________/_ -- ____.------- a) Normal Duty Hours Only j Emergency Management Office l 315-598-1191 b) Non Duty Hours Oswego County Sheriff's Office 315-343-5490 l
- CONTACT ONLY IF RECS IS INOPERATIVE OR YOU REQt' IRE SHERIFF ASSISTANCE.
Rev. No. 8 Date 01/86 Page 15 of EAP-1,1 l
d FORM EAP-1.1.4 [)
\m /
EMERGENCY NOTIFICATION CHECKLIST (continued)
- 5) NYPA JAFNPP PUBLIC INFORMATION OFFICER
-------/----- --- a) Normal Duty Hours Only i Rick Chase, Woody Berzins or Barbara Egelston, Ext. 218 or 217 or at the Energy' Information Center 315/342-4177 or 341-3380
/- -- -------- b) Non Duty Hours Rick Chase
! Home Phone 315/342-3049 or 315/343-7026 Peeper: 315/433-2031
/-- ------ - Woody Berzins Home Phone 315/963-8188 Unlisted Energency 315/963-8869 Beeper: 315/433-2093
----/---- ------------ Barbara Egelston Home Phone 315/343-0059 NYPA NEW YORK HEADOUARTFPS OFFICE
("' )
\
. /------ ------------ a) Normal Duty Hours Only Note: The dedicated hot line rings in: Use dedicated hot line in TSC i) The Office of the Senior Vice Circuit # (63 10793)
, President, Nuclear Generation (the designated Recovery Manager)
- 11) The Office of Vice President BWR Support iii) The Nuclear Operations Duty Officer will verify the notification i _______________________/________-------------- b) Non Duty Hours 1 Note: The number dialed above will activate Nuclear Operations Duty Officer a beeper on the Nuclear Operations Beeper J Duty Officer. Af ter dialing the 212/396-7007 i above number, the connection must be .
j maintained for at least thirty (30) seconds after the call is completed in order to activate the transmitter. The Duty Officer should then call JAFNPP at Extension 310. After the notification message is given, the Duty Officer will call again to verify. A Nuclear Ceneration Duty Officer Roster is posted in the Control Room and the TSC at the RECS Communicator Station. 1 i . Rev. No. 8 Date 01/86 Page 16 of EAP-1,1
e s a FORM EAP-1.1.4 EMERCENCY NOTIFICATION CHECKLIST l () j (continued) . l l l 1
-- ---- / --- - - - - - - - - c) No respons b5 rom? Nuclear Operations l Note: This number will only be used if the Duty officer ((ONLY))
Duty Officer does not respond to the ECC MARCY beeper call. Give ECC.Marcy the 315/797-8271 notification. ECC Marcy will then contact the New York Offi:e. No verification call will be forthcoming. .
- 7) US NRC RESIDENT INSPECTOR
----------/--------- - - - a) Normal Duty Hours Oniv Alan Luptak Plant Ext. 365 Outside Lines 315/342-4907 315/342-4908 s
j -----------------------/---------------------- b) Non Duty Hours Alan Luptak Home Phone 315/598-1583 i
, 8) INPO (Institute of Nuclear Power Operations) EMERGENCY
-------------------/---------------------- RESPONSE Note: Do not notify for an Unusual Event.
Notification should be in accordance Duty Officer with the Coordination Plan established 404/953-0904 between INPO, AIF and EPRI. This or Coordination Plan is attached to the 404/953-0922 i INPO Letter of Agreement in Section C of the JAF Emergency Plan. I i 5 9)* UNITED STATES COAST CUARD STATION
- _______________________/______---------------- 315/343-1551 (Oswego)
Message: "This is the JAFNPP: 716/846-4152 (Buffalo) we are in a (state class of emergency). Please NOTE: Please call Oswego i ensure that boats are cleared from station first, the lakefront within a one-mile ra-dius of the plant." ] j
- NOTIFY ONLY WHEN ASSISTANCE IS REQUIRED ON LAKE OR ALERT OR HIGHER.
1 i i Rev. No. 8 Date 01/86 Page 17 of EAP-1.1
-s . . - - - . _ .
FORM EAP-1.1.4 /j EMERGENCY NOTIFICATION CHECKLIST \m,/ ' (continued)
- 10) Department of Energy
--- /-------- -------- Radiological Assistance Program Do not notify unless directed to do so by 516/282-2200 the Emergency Director.
Messaae: Give details as presented on initial and follow-up notification forms. Request assistance if needed and directed by Emergency Director. 11)* Oswego County Sheriff *
------- / ------------ 315/343-5490 Message: This is the JAFNPP. We are or radio in a (state class of or RECS emergency). Please assign deputies to block off the site at the east and west boundaries'on Lake Road to keep all unauthorized personnel out.
- NOTIFY AT ALERT
- 12) General Electric
-----/---------------------- BWR Emergency Support Program Do not notify unless directed to do so by 408/971-1038 the Emergency Director.
Message: This is the JAFNPP. We are in a (state class of [ ). \' ' emergency). This is (name), at phone number 315/342-3840, Extension (one being used). Give a summary of the situation and request assistance, if necessary.
'3)
. American Nuclear Insurers
-------/---------------- 203/677-7305 Do not notify unless directed to do so by 203/677-6989 the Emergency Director.
Message: This is the JAFNPP. We are in a (state class of emergency). This is (name), at phone number 315/342-3840, Extension (one being used). Give a summaryeof the situation and request assistance, if necessary.
- 14) Radiation Management Corporat.cn i
-----------------------/---------------------- 215/243-2950 DO not notify unless directed to do so by 215/243-2990 the Emergency Director.
Messaae: This is the JAFNPP. We are in a (state class of emergency). This is (name), at phone number 315/342-3840 Extension (one being used). \ Give a summary of the situation and request assistance, if necennary. Rev. No. 8 Date 01/86 Page 18 of FAP-1,1
4 FORM EAP-1.1.5 RADIOLOGICAL EMERGENCY COMMUNICATIONS SYSTEM CHECKLIST (s TELEPHONE CIRCUIT # 63 PLNT 14222 BACK UP TELEPHONE NUMBERS , Contact Only
- Agencies agency communicator's name / notification time 4
i 1)* --- -- --- /----------------------- New York State Warning Point
- t Note: NYSWP is only agency that must be on the NYSWP line before the message begins. NYSWP 518-457-2200 will reconvey message to absent parties.
- 2) ----------/---------- --- -New York State Department Note: Manned just during normal working hours. of Health, Radiological Division NYSDOH l 518-454-3321
- 3) --- --
--/----------- ------ New York State Emergency Operations Note: Manned just during normal working hours. Center NYE0C 518-454-3337 I New York State Office of Disaster
- 4) -----
------/-----------------------
1 Note: Manned just during normal working hours. Preparedness, Central District ,
; NYSODPCD
! 315-363-8524 . i
- 5) -----------------------/----------------------- Oswego County Emergency Operations Note: Manned just during normal working hours. Centar DCECC 315-598-1191 ;
6)*.-----------------------/---------- ---- Oswego County Warnine Point [ 4 Note: This is sheriff's office and is manned 315-343-5490 24 hours a day. ! i 7)* --------- ---------/--- ---------------- Nine Mile Point Nuclear Power Note: Manned 24 hours a day. Station, Unit dl, Control Room l { j NMPNPS#1CR i 71-1321 (tie-line) <
! 315-343-2110
- 8) -----------------------/----------------------- Emergency Operatiens Facility j EOF 315-593-5795 i i Time i
} \ Communicator Signature Date l j Rev. No. 8 Date 01/86 Page 19 of EAP-1.1
. _ _ , ~ . , , . . . . _ , , . . . _ _ , _ , _ , _ . , , . , . _ _ , . _ , _ _ . . , . _ . _ - _ _ . , . , . , _ , _ _ _ _ . , _ _ . _ _ , , _ . _..,,.,_,._____,r-,.
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Page___20 , of EAP-1.1 _ _ _ _
Form EAP-1.1.6 (cont) AtI3CT"I Irl 95-f8 I ADDITIONAL INFOTMATION FOR RADIOLOGICAL RELEASES f ' ' # ~l L1QUZD RtLtA$t PLANNtD SOURCt($) Castoffs RtLCA$t UNPLANNED TitLCASE AATE (C1/sec) : EST TOTAL ACT!VITY (Cilt RCLtASE DUAAT!CN t CST TOTAL ZOO!NC (Cl): a T.3. LIMITS t GRA9 SA" plt "CA ! TOR RtActhC Areas evacuated ? YlN List below Personnel esposed/ contaminated Y v cescu te below l Plant Nealth Physics backup requested ? Y N Note: Only it T.S. esCeeded at actual CF t4% rnts:P ADDITIONAL INFORMATION ADDITIONAL INFORMATION FOR REACTOR COOLANT or STEAM GENERATCR TUBE LEAF.S SU:ctN on :.cN: 7 taw itvtLcrMENT ? STAMT CATt g $? ART Tlyt ICAR AATt # ' "I i ACTViCY MONITOP PEA 0!%S LEAR voLUMC r 5 ONDARY C T ACTTVTTy cC,ggggg, 7.5. LIM!?1:* =a:s s:~ L:'r , s: s w x-i. I L:s? or sArtTr stu,Tro routrntNT g cresATzcnAL \ srt::AL Acticas Tarts sr LzCtNste c:t ano J I ) N._ / Rev. No. 8 Date 01/86 Page 21 of EAP .1.1
i
, t ATTACHMENT EAP-1.1.7 ,
(O s_-) ADDITIONAL TELEPHONE NUMBERS WHIC MAY BE OF USE Agency / Individual Phone Number Agency / Individual Phone Number American Nuclear Insurance .... 800/243-3172 Oswego Hospital Administrator
... 203/677-7305 Corte J. Spencer ........ 315/349-5520
... 203/677-6989 NYPA Nuclear Generation Ecological Analysts, Inc. Duty Officer ............. 212/396-700/.
Paul H. Muessig .......... 914/692-6706 NYPA Public Relations Emergency Planning Coordinator Cliff Spieler Nicholas Avrakotos O f f ic e . . . . . . . . . . . . . . . . . . .!12/397-6225 Home ................... 315/342-5257 Home ................... 914/739-0357 Emergency / Unlisted ...... 315/342-5429 Carl Patrick Office .................. 914/681-6247 Energy Information Center...... 315/342-4117 Home .................... 914/528-7835 Emergency ................ 315/342-3380 Public Information ............. Ext. 218 INPO Emergerey Response Rick Chase /Home . . . . . . . . . . 315/342-3049 Duty Officer ............. 404/953-0904 or ......... 315/343-7026 , New York State Bureau of Radiation Control Assistant Information Officer Co-directors Woody Berzins Mr. West /Mr. Heald ...... 518/474-2846 Home ................... 315/963-8188 [ % New York State Bureau of Radiation Health Emergency / Unlisted ...... 315/963-8869 Bruce McQueen ........... 518/473-3393 Radiation Management Corporation Department of Energy Tom Linneman ............. 215/243-2950 David Schweller ......... 518/282-2200 Emergency 24 hours Primary 215/243-2990 New York State Warning Point . 518/457-2200 Radiation safety Officer Alternate Dr. C. C. Chamberlain .... 315/473-6510 24 hr.(NY State Police). 518/457-6811 Resident Inspector Niagara Mohawk Customer Service 315/343-0162 Alan luptak .............. 315/598-1583 NMP-1 Control Room ............ 315/342-3046 Ex:ension .............. 71-1321 Rochester Cas and Electric Co.. !6/546-17en NMP-2 Safety .................. 315/342-4740 Resident Manager Extension ............... 71-319 Bruce Snow .......... ... Ext. 291,250 Dr. David O'Brien State University Hospital ..... 2!3/473-5611 office .................. 315/343-4348 VP Hosaital Affairs Home ................... 315/343-2484 Thomas J. Campbell ...... 315/4'3-4240 Sumner .................. 315/343-6889 U.S. Coast Guard - Buffalo Oswego County Fire Control .... 315/343-8571 Commander A. D. Rosebrook . 716/846-4151 Oswego County Emergency U.S. Coast Guard - Oswego Management Office ........... 315/598-1191 BMC J. M. Dusch. DIC ...... 315/343-1551 Osrego County Sheriff U.S. NRC Resident Inspector Charles Nellis .......... 315/343-5490 office .................. 315/342-4007
.................. 315/342-4908 Extension ................ 365 Rev. No. 8 Date 01/86 Page 22 of EAP-1.1
a CONTROLLED 27 O NEW YORK POWER AUTHOR.ITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT
'- EMERGENCY PLAN IMPLEMENTING PROCEDURE 4 EMERGENCY PLAN VOLUME 2 PROCEDURE NO.: EAP-2 TITLE: PERSONNEL INJURY * ,
i PORC REVIEW: Meeting No. 86-003 Date 1-8-86 2 APPROVED BY: -
-W e v Resident Manager l APPROVED BY: 44v P /A/[M Radiological and En81ronmental
! Services Superintendent PAGE NO. 1 2 3 4 5 6 7 8 9 10 REV No. 3 3 6 5 3 3 4 3 5 5 PAGE NO. 11 12 13 14 15 16 17 18 19 20 i REV NO. 5 5 5 5 5 5 5 5 5 5 PAGE NO. 21 22 23 REV. NO. 5 5 3 Rev. No. 6 Date 12/85
,(' e EMERGENCY PLAN IMPLEMENTING PROCEDURE $ EAP-2 PERSONNEL INJURY
- 1.0 PURPOSE This procedure provides instructions necessary to assure that medical attention is promptly administered to individ-uals injured or stricken at the JAFNPP while limitin ex- the unnecessary spread of contamination, limiting personne posure, and providingThe forJAFNPP appropriate First off-site Aid Team is notifica-made up tions. (Please Note:
of members of the JAFNPP Fire Brigade and a RES Technici m.)
2.0 REFERENCES
2.1 EAP-15 EMERGENCY RADIATION EXPOSURE CRITERIA AND CONTROL , 2.2 Oswego Hospital Emergency Plan for Radiation Accidents 2.3 Upstate Medical Center Emergency Plan for Radiation Accidents O 2.4 ITP-15 FIRST AID AND EMERGENCY CARE TRAINING 2.5 RPOP-2 PERSONNEL DECONTAMINATION 2.6 RADIATION PROTECTION PROCEDURES 2.7 JSAFE-83-039. 3.0 INITIATING EVENT A person has been injured or has become ill and is possibly contaminated. 4.0 PROCEDURE MINOR INJURIES - IMPLEMENT SECTION 4.1 , INJURIES THAT REQUIRE IMMEDIATE ATTENTION - IMPLEMENT SECTION 4.2 4.1 Minor Injuries 4.1.1 The injured individual reports to First Aid or contacts the Shift Supervisor for assistance. O Rev. No. 3 Date. 04/83 Page 1 of EAP-2
1 4.1.2 The nurse or person qualified to administer first aid in accordance with ITP-15 FIRST AID AND EMERGENCY CARE TRAINING shall evaluate the injury to assure that it can be treated on-site.
- a. The injury shall be treated using standard first aid techniques and if contaminated taking additional care to assure that any contemination on the individual is not spread to medical equipment or other individuals,
- b. Monitor and decontaminate the individual, equipment used, the surroundings, and yourself in accordance with RPOP-2 PERSONNEL DECONTAMINATION and RADIATION PROTECTION PROCEDURES.
4.2 Injuries That Require Immediate Attention 4.2.1 Person who discovers the injured individual, or the individual, immediately contac.ts the Control Room for first aid assistance. 4.2.2 Emergency Director / Shift Supervisor shall (Actions are performed with 4.2.3): 4.2.2.1 Instruct the Control Room Operator to sound the Station alarm for about 10 seconds and then make the following announcement twice over the PA system. ATTENTION, ATTENTION: AN INJURY HAS OCCURRED (location of injured). THE FIRST AID TEAM SHALL REPORT TO (location of injured) IMMEDIATELY. ALL OTHER PERSONNEL REMAIN CLEAR OF THAT AREA. 4.2.2.2 If diagnostic information from the first aid team, step 4.2.3.6 indicates that the indi-vidual is contaminated and will not be decon-taminated prior to treatment and requires off-site medical assistance, implement pro-cedure IAP-2 CLASSIFICATION OF EMERGENCY CONDITIONS. If the individual is not contam-inated or has been decontaminated proceed to step 4.2.2.14. O Rev No. 3 Date 04/83 Page 2- of EAP-2
f3 V 4.2.2.3 Call the Oswego County Fire Control and complete Form EAP-2.2. 315/343-8571 or 315/343-4555 or 315/343-1313 and give the following message: THIS IS THE JAMES A. FITZPATRICK NUCLEAR POWER PLANT. WE HAVE AN INJURED INDIVIDUAL WHO REQUIRES TRANSPORTATION. TO THE HOSPITAL I (describe injuries or nature of illness). HE/SHE IS CONTAMINATED. PLEASE REQUEST THAT THE HOSPITAL IMPLEMENT ITS RADIATION EMERGEN-CY PLAN. NOTE: It is not necessary to call the hospital. The Fire Coordinator will notify the hospital. Ambu-lance and hospital personnel will make the determination as to whether 'or not the individual should be taken to Oswego Hospital O' or to Upstate Medical Center based on the extent of injuries. 4.2.2.4 Provide information from the form EAP-2.2 to the Oswego County Fire Control Dispatcher. Request that the dispatcher relay this infor-mation to the receiving hospital (Oswego or Upstate Medical Center). 4.2.2.5 Call Security and deliver the following message: AN AMBULANCE IS ENROUTE TO THE PLANT. WHEN IT ARRIVES, PERMIT IMMEDIATE ENTRY OF THE AMBULANCE AND ATTENDANTS AND ESCORT TO (building entry closest to location of injured). PROVIDE AMBULANCE ATTENDANTS WITH TLD's. 4.2.2.6 Assign a RES Technician to accompany the ambulance to the hospital. Rev. No. 6 .Date 12/85 Page 3 of EAP-2 l .
4.2.2.7 Obtain and provide the first aid tend member accompanying the ambulance with the personnel _ medic.al history information if available at the JAFNPP First Aid Office (Ext. 289). (Located within the medical office is a roledex on the nurse's desk that contains'*the following~information.
- a. Allergies, if any,
- b. Pre-existing medical problems,
- c. Medications being currentlyreaken byenn employee,
- d. The person to contact in the event of an emergency.
If additional information is requested by the hospital, attempt to contact the plant nurse for more complete information). 4.2.2.8 Contact the radiological emergency physician Dr. David O'Brien for medical asssitance. Office 315/343-4348 Home 315/343-2484 - Summer 315/343-6889 Inform him of the situation and ask him to report to the receiving hospital. 4.2.2.9 Complete plant staff notifications as required or necessary. As a minimum, contact the on call supervisor and the Public Information Officer, per Plant Standing Order
#6. Provide these individuals with as much information as available.
4.2.2.10 Obtain the name of the victim and request the ' Public Information Officer to contact the individual designated in the victim's medical j file for emergency information. l 4.2.2.11 Assign a RES Technician with survey equipment l and a vehicle to go to the receiving hospital to assist in clean up and monitoring of the ambulance and hospital. Survey kits as listed in SAP-2 should be utilized. l Rev. No. 5 Date 10/85 Page 4 of EAP-2
1 3 (V 4.2.2.12 contact the receiving hospital. arrival of patient and assist . in providing After the l personnel information as requested. Hospital Emergency Room Phone Numbers: Oswego Hospital 315/349-5592 Up' state Medical Center 315/473-5611 4.2.2.13 Prior to the arrival of the ambulance decontaminated, if the individual is successfully notify the Oswego County Fire Control of the change in status. 4.2.2.14 If the individual is found not to be contaminated or is decontaminated, call the Oswego County Fire Control 315/343-8571 or 315/343-4555 or 315/343-1313 and give the following message: IS THE JAMES A. FITZPATRICK NUCLEAR O THIS POWER PLANT. WE HAVE AN INJURED INDIVIDUAL WHO REQUIRES TRANSPORTATION TO THE HOSPITAL. (describe injuries or nature of illness) HE/SHE IS NOT CONTAMINATED, I REPEAT NOT CONTAMINATED. (State specifically that the individual is NOT CONTAMINATED.) 4.2.3 First Aid Team shall 4.2.3.1 Upon hearing the announcement of injury over the PA system, the first aid team (the Senior Nuclear Operator and/or Auxiliary Operator, a Security Guard and an RES Technician,) if available, shall report to the specified location with a first aid kit. First aid kits are located in the following areas:
- a. First Aid Office
- b. Reactor Control Room
- c. Radwaste Control Room O
Rev. No. 3 Date 04/83 Page 5 of EAP-2
(As available, in addition to first aid team at JAFNPP plant, Nurse and/or Safety Super-visor shall report to the specified location. The plant Nurse and/or Safety Supervisor may direct the First Aid Team upon reporting to - the accident scene.) v.. . : . - - 4.2.3.2 U 7 on reaching the injured individual, assess the injury and take radiological precautions in accordance with EAP-15 EMERGENCY RADIATION EXPOSURE CRITERIA AND CONTROL if necessary. 4.2.3.3 If necessary, administer lifesaving measures requiring immediate action such as CPR. NOTE: When making decisions concerning the dispostion of the injured, the injured s well-being and need for medical attention shall always take precedence over decontamination efforts. 4.2.3.4 If the injured is located in a radiological control area, move the injured to a control point (if possible) to minimize radiation exposure and contamination.of the injured or first aid team members. 4.2.3.5 Survey the injured for contamination and, if necessary, concurrently administer lifesaving measures. (If the injured is wearing protec-tive clothing and condition permits , remove the clothing prior to performing this survey). 4.2.3.6 Complete form RPOP-2.1 " Personnel Decontami-nation Record" from RPOP-2 which is an at-tachment to this procedure. Report the contamination levels to the Emergency Director / Shift Supervisor or his designee. The Emergency Director / Shift Supervisor shall take the steps necessary to obtain an ambulance and get it to the location of the injured in accordance with 4.2.2.3. 4.2.3.7 Administer first aid as necessary. 4.2.3.8 If the injured individual is contaminated, perform as much decontamination as possible in accordance with RPOP-2 PERSONNEL DECONTAM-l INATION. As the injuries permit attempt to: O Rev. No. 3 Date 04/83 Page 6 of EAP-2
O a. Remove any protective clothing,
- b. Place.the injured on a stretcher.
- c. Wrap . the injured and the stretcher in a clean blanket.
4.2.3.9 If the individual has been successfully de-contaminated, notify the Emergency Director immediately. 4.2.3.10 If the injured is not contaminated or has been successfully decontaminated, inform the ambulance attendants that no special hospital 4 procedures need to be implemented. 4.2.3.11 Have a first aid team member. accompany the ambulance and patient to the hospital. This team member should preferably be a RES Tech-nician. This team member should.be provided with the completed form RPOP-2.1 and any available medical history information to be utilized at the hospital. accompany the injured to the hospital shall CJ monitor themselves and ben decontaminated as necessary. 4.2.4 First Aid Team Member (RES Technician) assigned to accompany the contaminated individual shall: 4.2.4.1 Obtain the ambulance kit, stored in a locker on the 272'el of the Administration Building, near the elevator, and take to the ambulance. Obtain completed Form RPOP-2.I and available medical history information. When the ambulance arrives, issue each atten- l 4.2.4.2 dant a TLD and any necessary protective l clothing from the ambulance kit if this has l not already been done by the security force. Cover the floor of the ambulance with protective material (such as Herculite if available). 4.2.4.3 Assist in placing 'the contaminated injured person into the ambulance. I Rev. No. 4 Date 06/84 Page 7 of EAP-2
G 4.2.4.4 Notify the Emergency Director when the con-taminated injured person is leaving the site, and have the ambulance attendants notify the hospital when they are leaving the site. 4.2.4.5 Continue to monitor the patient in the ambulance and note changes 'in status on form RPOP 2.1 " Personnel Decontamination Record". Proceed to the Oswego Hospital in the ambu-lance and have another plant person (if not done so already by the Emergency Director) drive a separate vehicle to the hospital to help with any contamination problems and for the purpose of returning personnel and rad-waste to the plant. If the patient is di-rected to Upstate Medical Center, instruct the ambulance driver to request the Oswego County Fire Control to contact the JAFNPP Emergency Director. 4.2.4.6 Further disposition of the contaminated in-jured shall proceed in accordance with the Hospital Emergency Plan for Radiation Acci-dents. Provide information obtained to hospital staff. 4.2.4.7 The first aid team member shall act in accor-dance with hospital ptocedures, assist the hospital staff as requested and, if neces-sary, contact the plant for additional assistance. 4.2.4.8 When it is determined that the ambulence is no longer needed, survey the attendants and the ambulance interior ~ for contamination and decontaminate as necessary in accordance with RADIATION PROTECTION PROCEDURES or with the Hospital's procedures. 4.2.4.9 When no longer needed at the hospital, report back to the plant with any radwaste generat-ed. Report to plant supervisory personnel for debriefing. 5.O ATTACHMENTS / FORMS 5.1 Attachment EAP-2.1, RPOP-2, PERSONNEL DECONTAMINATION (14 pages) 5.2 Form EAP-2.2, Checklist for Oswego Fire Control Ambulance Dispatcher. O Rev. No. 3 Date 04/83 Page 8 of EAP-2
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-' ~
g * , T ATTACHMENT EAP-2.1 l 17 . SU7C ** O ol " 3 auuuisil , POWER AUTHORITY OF THE STATE OF NEW YORK JAMES A. FITZPATRICK NUCLEAR POWER PLANT RADIOLOGICAL AND ENVIRONMENTAL SERVICES DEPARTMENT PROCEDURE NO. RPOP-2 TITLE: PERSONNEL DECONTAMINATION l
. I PORC Review No./Date Meeting No.: N/A Date: 9/Jo/M Approved By: (h Resident Manager Approved By: u ~
Radtblogical ana F.nvirope/ncal Services Superintendb6t PAGE NO.: 1 1 2 3 4 5 6; 7 8 9 10 REV. NO.: 3 3 3 3 3 3 3 3 3 3 3 PAGE NO.: 11 12 REV. NO.: 3. 3 $ 1 Rev. .To.: L Date 09/85 O Rev. No. 5 Date 10/85 Page 9 of EAP-2
. ._- .s k .-
E_ ATTACHMENT EAP-2.1 (cont.) l C RPOP-2 PERSONNEL DECONTAMINATION 1.0 PURPOSE 1 2.0 REQUIREMENTS AND ACCEPTANCE CRITERIA 1 2.1 10 CFR 20 Limits 1 2.2 Plant Limits 1 3.0 SPECIAL EQUIPwENT 2 3.1 Decontamination Shower and Sink 2 3.2 Decontamination Equipment 2 4.0 PREREQUISITES AND CAUTIONS 2 5.0 PROCEDLTE 4 5.1 Hand Contamination 4 5.2 Hair Contamination (No Skin Contamination) 4 5.3 Eye, Ear, Nose, or Mouth Contamination 5 5.4 Spotty Skin Contamination 6 5.5 General Skin Contamination (Below Shoulders) 7 5.6 General Skin Contamination (Whole Body) 7 5.7 Persistent Skin Contamination 8 5.8 Medical Assistance , 9
6.0 REFERENCES
10 7.0 ATTACHMENTS 10 7.1 FIGURE RPOP-2.1, Personnel Decontamination Record 11 I l l l l Rev. No. 3 Date 09/85 Page i of RPOP-2 O Rev. No. 5 Date 10/85 Page 10 of EAP-2
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ATTACHMENT.EAP-2.1~(cont.) 4 RPOP-2 PERSONNEL DECONTAMINATION 1.0 PURPOSE The purpose of this procedure is to provide guidelines individuals , who may for become the decontamination of accidentally contaminated with radioactive material while working at the JAFNPP. 2.0 REQUIREMENTS AND ACCEPTANCE CRITERIA. 2.1 10 CFR 20 Limits 2.1.1 Section 20.1 (c) states that every reasonable effort be made to maintain radiation exposures and exposure to radioactive material as low as reasonably achievable. 2.2 Plant Limits 2.2.1 Contamination levels of personnel leaving the Restricted [ 'i Areas of the plant should not exceed 100 cpm above \"/ background as measured by a frisker or GM count ratemeter. ' Personnel should attempt to remove any contamination detectable above background. 2.2.2 The use of absolute numerical values for acceptable levels of decontamination may not always be practical. In some cases, even af ter repeated decontamination efforts, the acceptable levels of contamination specified in this procedure may not be attained. In these cases, it may be necessary to release an individual with higher levels of contamination after an evaluation of the potential dose to the individual and risk to others. An RES Supervisor shall make this determination as well as the need for medical advice or assistance. (This may also be necessary in cases where decontamination would have an adverse or the individual's highly undesirable effect or ,upon objection to further treatment.) 2.2.3 Facial or nasal contamination in excess of 10,000 Dpm as determined by a smear, swab or frisk requires notification of RES department supervision. Such cases shall be RPOP-7, investigated in accordance with procedure Radiological Incident Investigation. A whole body count shall be performed when contamination is indicated in outlined area of facial picture o'n figure RPOP 2.1 (from chin to bridge of nose and cheek'to cheek) one to three I days following the incicent in order to evaluate internal contamination. I Rev. No. 3 Date 09/85 Page 1 of RPOP-2 p (v ) l Rev. No.. 5 Date '10/85 Page 11 of.EAP-2
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ATTACHMENT EAP-2.1 (cont.) i I 4 . l 3.0 SPECIAL EQUIPMENT 3.1 Decontamination Shower and Sink 3.1.1 This shower is located in the Administration Building 272' elevation near the Radiation Protection Office. The drains from this shower and the adjacent decontamination sink are routed to th6 radioacedwa waste treatment system. 3.2 Decontamination Equipment - 3.2.1. Decontamination supplies are maintained in the personnel decontamination locker located outside the Radiation Protection Office. The following supplies are available for use:
- a. Bar soap
- b. Sha=poo
- c. Paper towels '
- d. Razor
- e. Shaving cream
- f. Scissors (hair cutting)
- g. Liquid hair remover (e.g., Nair) ,
- h. Cotton gauze pads
- 1. Titanium dioxide powder
( j. Potassium permanganate solution k. 1. Sodium bisulfite solution Surgical scrub brushes
- m. Surgical gloves
- n. Glove liners
- o. Surgical tape i
- p. Cotton-tipped swabs -
- q. Plastic food wrap
- r. Plastic rain suits
- s. Tcwels 4.0 PREREQUISITES AND CAUTIONS 4.1 All personnel exiting the Restricted Area are required to monitor themselves for contamination. In addition.
personnel should monitor themselves as soon as possible following an incident in which contamination of the body or clothing may have occurred (e.g., spills, failure of protective clothing. etc.). l 4.2 Personnel using respiratory protection devices may be required to perform nasal smears for the detection of inhaled radioactive material as a condition of the Radiation Work Permit. 4.3 In the event contamination of the hands is detected, personnel may wash and resurvey. If the survey results indicate less than 100 cpm above background, the individual may leave the Restricted Area. l Rev. No. 3 Date 09/85 Page 2 of RPOP-2 l Rev. No. ~5 Date 10/85 Page 12 of EAP-2
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s ATTACHMENT EAP-2.1 (cont.)
.e extens'ive and
[A 4.4 In the event that of contamination the body other is than morethe hands or if involves portionsinvolved, an RES Technician shall be requested clothing is to supervise / perform the decontamination effort. 4.5 All personnel decontamination area sha'll adjacent be performed in the to the Radiation personnel decontamination Sinks and showers in the locker room are Protection not drainedOffice. to the radioactive waste system and shall not be . used for personnel decontamination. 4.6 Inspect theIf individual wounds are forfound, wounds refersuch as cuts to section forand the abrasions. decontamination of injured personnel. 4.7 Removal of localized contamination should be performed carefully to prevent the spread of contamination. Higher activity areas should be decontaminated first. 4.8 Any decontamination agent or method which appears to causediscontinued skin reddening or irritation should be immediately. [fs\ \ NOTE: It should be noted that signs of excessive skin decontamination efforts will be more evident 24 hours later than the time at which decontamination is being Skin irritation should be avoided since performed.it can damage one of the body's natural barriers and result in absorption of radioactive material enrough the skin. If milder methods of decontamination do not produce dramatic decreases in levels of skin contamination after one or two steps, chemical methods should be considered before the skin becomes irritated by excessive rtbbing. Chemical methods should not be used if the skin appears to be irritated. In such cases, it may be necessary to postpone further decontamination efforts to avoid skin damage. 4.9 Caution should be exercised ddring the decontamination process to prevent liquids from. entering the ears, eyes, nose and mouth. 4.10 The temperature of the water used with decontamination solutions for rinsing should be just slightly warm to . prevent opening skin pores. 4.11 Personnel performing decontamination should wear protective clothing as appropriate for ch'e degree of contamination involved. 4.12 Caution should be exercised any time the skin is rubbed in imbedding the contamination in the skin. I order to prevent Page 3 of RPOP-2 Rev. No. 3 Date 09/85_ O V
'5 Date '10/85 Rev. No._ Page 13 of,EAP-2
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r ~3 .fjM z ,y-nac.;. O ATTACHMENT EAP-2.1 (cont.) 1 d. C. 4.13 Contaminated areas should be surveyed frequently during the decontamination process using a frisker. 4.14 Decontamination efforts and survey data shall be recorded on a Personnel Decontamination Record Form (Figure RPOP-2.1). forwarded to an RES Supervisor The completed form shall beA copy of the completed form shall be retained for review. in a file shall original in thebeRadiation filed withProtection Office the individual's and the dosimetry records. 4.15 A Radiological Incident Report shall be initiated Radiological Incidentin accordance with procedure RPOP-7, Investigation. 4.16 Removal of radiciodine contamination shall be performed in accordance with is procedure. 5.0 PROCEDURE 5.1 Hand Contamination 5.1.1 Instruct the individual to wash his hands with a mild soap and warm water, using a soft bristle brush around the fingernails, if necessary. 5.1.2 Instruct the individual to gently dry his hands. 5.1.3 Survey the hands. 5.1.4 If contamination levels do not exceed 100 cpm above is required. If background, no further action l still exceed 100 cpm above contamination levels I background, continue with step 5.1.5. steps 5.1.1 through 5.1.4 a maximum of two 5.1.5 Repeat additional cycles. 5.1.6 If contamination levels do not exceed 100 cpm above required. If no further action is background, exceed 100 cpm above contamination levels still background, proceed to step 5.7.1. l 5.2 Hair Contamination (No Skin Contamination) 5.2.1 Prepare the individual for hair washing by placing a tcwel around the shoulders and face and place cotton in the individual's ears to avoid potentially contaminated water from entering the ear canal. 5.2.2 Instruct the individual to bend over a sink (or shower) and wet the area to be washed. Date 09/85_ Page 4 _ of RPOP-2 Rev. No. 3 O Rev. No. 5 Date 10/85 Page 14 of EAP-2
ll ATTACHMENT EAP-2.1 (cont.) 1 and work up a heavy lather, mass' aging for 5.2.3 Apply shampoo several minutes. 5.2.4 Use just enough water to rinse the lather from the hair.
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5.2.5 Dry the hair with a clean towel. 5.2.6 Survey the hair. 5.2.7 If contamination levels do not exceed 100 action is cpm above required. If background, no further 100 cpm above levels still exceed contamination background, continue with step 5.2.8. steps 5.2.1 through 5.2.6 a maximum of two 5.2.8 Repeat additional cycles. 5.2.9 If contamination levels do not exceed is 100 cpm above required. If background, no further action exceed 100 cpm above contamination levels still background, continue with step 5.2.10. 5.2.10 If hair contamination is spotty and minor, crim scissors, away the surveying as contaminated area (s) with necessary. 5.2.11 If contamination levels do not exceed action is 100 cpm above required. If background, no further 100 cpm above levels still exceed contaminationevaluate the use and potential effectiveness background, of other decon methods given in this procedure, as well as If extensive hair removal or more extensive hair removal.to be necessary, an RES Supervisor shall shaving is felt be contacted to evaluate the need for such actions. 5.2.12 remover In the event shaving is required, the use of a liquid hair may be substituted. The use of products such as with manufacturer's Nair shall be in accordance instructions. NOTE: Certain individuals may be particularly sensitive to such aareahair remover. Test the hair remover in a small of uncontaminated skin prior to applying it to the contaminated area (s). 5.3 Eve, Ear, Nose, or Mouth Contamination 5.3.1 If nasal contamination is known or suspected, proceed as follows: s Date 09/85 Page 5 _ of RPOP-2 Rev. No. 3 b(% Rev. No. 5 Date 10/85 Page 15 of EAP-2 _ --,,a - , . . , - -
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ATTACHMENT EAP-2.1 (cont.)
- a. Gently rub the entire inside area of each nostril with
,- ,_, ,a - f.88parate. cotton swab.
- b. Have the swabs analyzed with a lab type counting instrumenc.
- c. If contamination levels in each nostril do not exceed 400 dpm, no further action is required. If contamination levels in either nostril exceed 400 dpm, continue with step 5.3.1,d.
- d. Have the contaminated individual blow his nose and clean his nostrils with tissues several times,
- e. Take more nasal smears in accordance with step 5.3.1.a and have the swabs analyzed with a lab type counting
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instrument.
- f. If contamination levels in either nostril still exceed 400 dpm, contact RES supervision for further action.
- g. Cases of facial or nasal- contamination in excess of 10,000 dpm shall be reported toARES department whole body count -
supervision for further action. shall be performed when contamination is indicated in i outline area of facial picture on figure RPOP 2.1 i (from chin to bridge of. nose and cheek to cheek) one l co three days following the incident in order to g evaluate internal contamination. 5.3.2 Cases of eye, ear or mouth contamination. shall be determine evaluated by medical personnel to decontamination methods to be used. Refer to section 5.8 of this procedure. 5.4 Scotty Skin Contamination 5.4.1 Slightly moisten an absorbent cotton gauze pad or cotton i l tip swab with water or a water / soap solution. 5.4.2 Gently rub the pad in a circular motion for one or two minutes over a contamination skin area. I 5.4.3 Rinse the skin area with an absorbent pad slightly I moistened with water and gently dry. 5.4.4 Survey the skin area and surrounding skin areas that may have become contaminated. 5.4.5 If contamination levels do not exceed 100 cpm above background, repeat steps 5.4.1 through 5.4.4 for any other contaminated skin areas, performing a maximum of three decontamination cycles on any one skin area. Date 09/85 Page 6 of RPOP-2 Rev. No. 3 O Re'v. No. .5 Date 10/85 Page 16 of EAP-2
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f ATTACHMENT.EAP-2.1 (cont.) d . . 5.4.6 If contamination levels do not exceed 100 cpm above background after all contaminated areas have been cleaned, no further action is required. If contamination levels still exceed 100 cpm above background on any skin areas, evaluate the use and possible effectiveness of other decontamination methods given in this procedure and/or the need for medical assistance. 5.5 General Skin contamination (Below Shoulders) 5.5.1 Adjust the personnel decontamination shower to a warm, i moderate flow. If necessary, lay down a plastic covering ! on the floor for the individual to undress. 5.5.2 Instruct the individual to work up a good lather using a mild soap and rub the contaminated areas for several minutes taking care not to get any water or lather above the shoulders, paying particular attention to skin folds and body hair. If a surgical scrub brush is used, caution the - individual to rub gently and avoid irritating the skin. 5.5.3 Instruct the individual to rinse off all lather and to dry l v gently and thoroughly. l - 5.5.4 Survey the individual's body with a frisker. 5.5.5 If contamination levels do not exceed 100 cpm above background, no- further action is required. If contamination levels exeted 100 cpm above background, repeat steps 5.5.2 through 5.5.4 up to a maxi.1:um of two additional cycles. 5.5.6 If contamination levels still exceed 100 cpm above background, consider placing the individual in a rain suit and have the individual stand under a warm shower for a period of 5 to 10 minutes to produce sweating. Remove the rain suit and have the individual rinse under the shower. dry and monitor. If contamination levels still exceed 100 cpm above background, evaluate the need for further decontamination efforts and/or medical assistance. 5.6 General Skin Contamination Whole Body) 5.6.1 Perform applicable steps of section 5.2 5. 3 and 5. 4 as appropriate. Rev. No. 3 Date 09/85 Page 7 of RPOP-2 b i t . Rev. No. 5 Date 10/85 Page -17 . of EAP-2 l
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Qhkfhh: 7" - J 74*ieXhGg. l ATTACHMENT.EAP-2.1 (cont.) l ( i (- : 5.7 Persistent Skin Contamination' 5.7.1 For persistent skin contamination, chemical decontamina-tion may be attempted as follows: (
- a. Prepare a thick paste of water and titanium dioxide.
- b. Spread the paste on the contaminated skin area with a swab, keeping the paste moist for 2 to 3 minutes. Do not allow the paste to dry. (If the paste drys, skin may be removed when the, paste is removed.)
- c. Remove the paste with damp swabs or cotton gauze and wash the skin area with soap and water, and then dry.
- d. Survey the area.
- e. If contamination levels do not exceed 100 cpm above background, no further action is required. If contamination levels still exceed 100 cpm above background, continue with step 5.7.1,f.
- f. Prepare a solution of about one ounce of potassium per=anganate per ounce of water. (Bottles of the -
prepared solution are in the decontamination locker.)
- g. Prepare a solution of about one ounce of sodium C. bisulfite per ounce of water. (Bottles of the prepared solution are in the decontamination locker.)
- h. Swab the potassium permanganate on the contaminated area and allow it to dry to a dark brownish color.
- t. Repeat step 5.7.1.h two additional times.
1 l j. Swab the sodium bisulfite solution over the area to remove the skin discoloration. l
- k. Wash th'e area with soap and water, then dry.
- 1. Survey the area.
- m. If contamination levels do not exceed 100 cpm above background, no further action is required. If contamination levels still exceed 100 cpm above background, evaluate the use of the technique in step 5.7.2 and the need for medical assistance (see section 5.8).
l Rev. No. 3 Date 09/85 Page 8 of RPOP-2 O
" Rev. No.
5 Date 10/85 , Page 18 of.EAP-2
4%uL.r , - . ATTACHMENT EAP-2.1'(cont.) i 5.7.2 Areas of persistent, ground-in contamination, such as elbows and knees, can be covered to cause sweating and to enhance the normal, continuing process of sloughing-off of dead skin as follows.
- a. Cover the contaminated skin area (s) with several layers of gauze, I
- b. Cover the gauze with a piece of plastic slightly larger in area than the gauze.
- c. Tape the plastic to the skin around the entire piece of plastic. (If this covering is to be worn home by the individual, supervisory approval shall be obtained before doing so. The potential ps of this situation on the individua{chological and on hiseffects family l must be considered and the individual must be instructed not to remove the covering at home.)
5.8 Medical Assistance 5.8.1 For cases involving the eyes, nose, mouth or a contaminated injury, medical advice and/or direct assistance may be necessary to assure safe and effective - decontamination. 5.8.2 If medical assistance is requested, the Shift Supervisor and an RES Supervisor shall be notified. If off-site medical assistance is desired, the Shift Supervisor shall initiate the request. If the individual may require hospitalization, the Shift Supervisor will make a determination as to whether the Emergency Plan must be activated. For further information, refer to EAP-2, Personnel Injury. 5.8.3 If a nurse is on duty, contact the nurse for assistance and further evaluation. 5.8.4 If a physician is desired, make the following contact for medical assistance: Dr. David O'Brien Office: 343-4348 - Home: 343-2484 343-6889 (summer) During off-hours, the physician may be cor.cacted through his answering service by calling the office r.u=ber. Kev. No. 3 Date 09/85 Page 9 of RPOP-2 i i i
-Rev. No. 5 Date 10/85 Page 19 of EAP-2 m
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6.0 REFERENCES
6.1 Management of Persons Accidentally Contaminated with Radionuclides NGRP Report No. 65. 7.0 ATTACHME! TIS 7.1 FIGURE RPOP-2.1, Personnel Decontamination Record (2 pp) I O 1 l l l Rev. No. 3 Date 09/85 Page 10 of RPOP-2 Rev. No. 5 Date 10/85 Page 20 of EAP-2
v= ' < ,n s._,/ ATTACHMENT.EAP-2.1 (cont.) FIGURE RPOP-2.1 , PERSONNEL DECONTAMINATION RECORD AAEL OF COATAultift3 lRalVIItat: tam
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v imisti inv0LilD: C 59 C fil (Eastaisk ML91 CAL A111& lance 08Iain10 O RS C!!! (E s plaia): l I ACIAL ComI Aulkall0N; j C 20 C ft! (E astain'n e43At sutaal IAsts; C no C Ytt ti sositit den t[FT sostett: d,, 0411 ass inut Olcon 8tCAs. Olit aas list OLC44 Couritits; l Rev. No. 3 Date 09/85 Page 11 of RPOP-2 Rev. No. 5 Date 10/85 Page 21 of.EAP-2
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,.pg yg ATTACHMENT EAP-2.1 (cont.)
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- - ~ -ircuRrRPOP-2.1 (continued) l PERSONNEL DECONTATAINATION RECORD (CON'T) l LOCitiGa of Conr8MtAAtlantinDIC811 Os APP 90PRIATI 1RETCa er sa!TCNES)
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FI64f BACE { FACE (,, . DECONTAMIN ATION DATA C39l AMisatiO3 L[vil " M ' LIIll CONfluitaf!O DICOM f!CElit001 AN8 AFitt C 3Pitf19G rnis 5EIN LOCAf t04 stFOat,stClatinG f ut5 ogc3 cygtg t e,,, AClif 95t0 01C34 CYCit;cs=# 1 i I ' I I i l l l 1 :1 1 i svAintA 2Cias atuals. C sa C its sain Casoines ar:ta nc;s: (fisioac AQAHAf d 4 4 3. C 30 C 115 C .isC C Ofuf f At t e d a $. CtC39 fitfaaltg/ 5UPt4715tg IT : 03II Riolat3 91 Ris $gPtaviica Ostt nt es'e,n n.ec,,,t rurater[U?"' t en sie'm i .wer*'u arr'er Date 09/85 Page 12 _ of RPOP-2 Rev. No. 3 Rev. No. 5 Date 10/85 Page 22 of EAP-2 m
v FORM EAP-2.2 CHECKLIST FOR THE OSWEGO FIRE CONTROL AMBULANCE DISPATCHER The Oswego Fire Control Ambulance Dispatcher wiIl receive 1 4 the initial notification telephone call from the nuclear station of impending ' patient (s) arrival. It is their responsibility to call the Emergency Room nurse and to pass on the following I information in the order listed below: Initial Notification Data Date/ Time of Call Person Calling: ] Name Address O . Telephone Number Accident Information: Location Date & Time
/ of Injured Patients f of Contaminated / Injured Patients Description of Injuries l
l Expected time of arrival at hospital Remarks: i O Rev. No. 3 Date 04/83 Page 23 of EAP-2
1 CONTROLLED 27 O NEW YORK POWER AUTHORITY JAMES . FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDURE VOLUME 2 PROCEDURE NO.: EAP-4 TITLE: DOSE ASSESSMENT CALCULATIONS
- PORC REVIEW: MEETING NO. 86-003 Date 1-8-86 1
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l APPROVED BY: f, , /
#CCwocV Resident Manager O
APPROVED BY: A/U 8#' / ' Adid I Radiological dnd Environmental Services Superintendent 1 PAGE NO.: 1 2 3 4 ~5 6 7 8 9 REV. NO.: 6 6 6 6 6 6 6 6 6 PAGE NO.: 10 11 12 13 14 15 16 17 18 j REV. NO.: 6 6 6 6 6 6 6 6 6 i
- 1 PAGE N6.: 19 20 21 22 23 REV. NO.: 6 6 6 6 6 Rev. No.: 6 Date: 12/85 4
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() g3 EMERGENCY PLAN IMPLEMENTING PROCEDURE. EAP-4 DOSE ASSESSMENT CALCULATIONS
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1.0 PURPOSE I This procedure provides instructions for conducting dose ! assessment calculations using a MS-DOS based microcomputer, l Class A Model or dose assessment calculator. !
2.0 REFERENCES
2.1 EAP-7.1 EMERGENCY OUT-OF-PLANT AND DOWNWIND SURVEYS 2.2 EAP-18 PROTECTIVE ACTION RECOMMENDATIONS 2.3 EAP-42 OBTAINING METEOROLOGICAL DATA 2.4 NRC IRDAM Manual, Volumes 1, 2 and 3 2.5 Class A Atmospheric Dispersion and Radiological Dose ! ( Assessment Model, Vol. I, Specifications and Flowcharts 2.6 Class A Atmospheric Dispersion and Radiological Dose Assessment Model, Vol. II, Model Formulation 2.7 Operators. Manual, Atmospheric Dispersion and Radiologi-cal Dose Assessment Model. 4 3.0 INITIATING EVENTS 3.1 An emergency classification has been reached as defined in IAP-2, and 3.2 A release of radioactivity exceeding technical specifi-cations is imminent or in progress. 4.0 PROCEDURE 4.1 There are three available methods for performing dose i assessment calculations at JAF:
- 4.1.1 The Initial Dose Assessment Calculation (IDAC) is a MS-DOS microcomputer program based upon the 1 ;
NRC's IRDAM program. IDAC should only be used as f
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an initial means of dose assessment from the Control Room until the TSC IDACor EOF may is be also mannedused asand an !
\ MMRAS can be started.
i ' acceptable backup to MMRAS in case of failure of that system. i Date 12/85 Page 1 of EAP-4 ! Rev. No. 6 l - _ _ _ _ . - . - _ - . , . _ _ .
t d I 4.1.2 The Meteorological . Monitoring and Radiological ' Assessment System (MMRAS) Class A Model is the primary means of dose assessment in the TSC and EOF. MMRAS may also be used as an acceptable backup to IDAC in case of failure of that system. 4.1.3 The dose assessment calculator is a manual means of performing dose assessment. The calculator obtains XU/Q values from overlays on maps based on equations included in Appendix A of the NMP-Unit 1 i FSAR. 'The calculator should only be used as a backup to MMRAS and IDAC in case of failure of , those systems. l 4.2 Control Room Dose Assessment Method Description using IDAC 4.2.1 The Initial Dose Assessment Calculation program is based upon the NRC's IRDAM program with certain vn'ces and assumptions fixed for the FitzPatrick racility. No specific knowledge is required to operate this program. 4.2.2 If a General Emergency has been declared before or during use of this procedure, always complete the i flowchart listed in EAP-18 first for protective actions based upon plant conditions. 4.2.3 Complete form EAP-4.1. ~ Asterisked items on the l form must be completed. Meteorological data may be obtained using procedure EAP-42, " Obtaining Meteorological Data". All other data not aster-isked has a default value which is listed on the form. - 4.2.4 Obtain the Data General One Microcomputer from the TSC Emergency Equipment Storage Cabinet (located in the TSC next to the elevator; key is available in TSC key locker or in break-glass box on side of cabinet). 4.2.5 Set up the microcomputer by plugging in the power supply to the unit and 120V AC outlet. Open unit ; and turn on by pressing down on black button located above the keyboard on the left side of the unit. (Insure that 3 1/4" disk is located in the side disk drive.) i' 4.2.6 Unit will self boot and begin running the program. Using the completed EAP-4.1 form, answer the questions using the keyboard and the return (8 ) key. Rev. No. 6 Date 12/85 Page 2 of EAP-4
1 i e 1 1 i ! w 3 O , L.2.7 Successful running of the program will produce ' three (3) screens similar in appearance to . Form
- EAP-4.2.
i' 4.2.8 Copy - data. from each individual. screen on-to Form EAP-4.2 (secuentially). I 4.2.9 Data obtained is the centerline dose. If the centerline . doses warrant the need for protective action recommendations, then consideration shall i also be given to use the contour diagrams on '.the
- JAFNPP Dose - Calculator (Whiz Wheel) to determine l l extent of release and values associated with it.
j 4.2.10 Complete EAP-18, " Protective Action Recommen-- .; dations" and Form EAP-1.1. 2 " Radiological Assess-i ment Data" found in EAP-1.1. (Maintain copies of all completed forms.) j 4.2.11 In the event it is not possible to perform Control Room dose essessment using IDAC, refer to Section i j 4.3 for-use of MMRAS to perform dite assessment.
, 4.3 TSC and/or EOF Dose Assessment Mcthsd De:cription using i i Class A Model 4.3.1 This section describes the -use of the Meteor-l ologica.1 Monitoring and Radiological Assessment j System's. (MMRAS) Class A Model to pceform dose assessment. <
j 4.3.? The primary system for running the Clas: A Model i is the JAF.MV8000 Computer. It is imperative that
! the user assures the " Black Box" modem switches i #or the Hi Scan and T200 in the JAF Control Room, TSC and/or EOF are in the JAF or "A" position.
l NOTE: The C1 ass A Model may also be run from the Miagara Mohawk VAX computer. In , this case, the " Black Box" modem switch-i es would need to be in the NiMo or "B"
! position.
1 4.3.3
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j Turn power on to Hi Scan memory chassis and CRT (2-switches on back of units). 4.3.4 Press the " Return" key. Response on CRT: USERNAME: Type in Username on Terminal and hit " Return". l Response on CRT: PASSWORD: Rev. No. 6 Date 12/85 Page 3 of EAP-4
h Type in Password on Terminal and hit " Return". Response on CRT: NYPA/JAF MMRAS l
- 0. Exit
- 1. Generate Meteorological Report
- 2. Generate Meteorological Plot
- 3. Class A Model
- 4. Release Reports ,
- 5. Dispersion Reports
- 6. Liquid Pathway Model I
4.3.5 After the user has logged on, he will have to i select the Class A Model from a menu - the model is choice "3". 4.3.6 The user is next asked a series of questions for model input: 4.3.6.1 Is model execution to be
- 1. a New Run or g
- 2. a Restart Answer "1" and " Return". The " Restart" will access the last plume display and data files associated with it. It would only be used if the model failed during the emergency and you i did indeed have to perform a restart to retain plume history.
Response on CRT: l "Model Initialization ----- Please Wait" l 4.3.6.2 Is an emergency in progress (Y/N)? An "N" answer would 1 Answer "Y" and " Return". allow you to run a version of the model j intended for training. 4'.3.6.3 Specify class of emergency (choose one): 1 = Unusual Event l 2 = Alert i 3 = Site Area Emergency 4 = General Emergency l Answer "1", "2", "3" or "4" and " Return". Rev. No. 6 Date 12/85 Page 4 of EAP-4
e , t U 4.3.6.4 Which facility? .
- 1. NMPNS Uniti.1
- 2. PASNY JAF $
- 3. NMPNS Unit 2 Answer "2" and " Return".
4.3.6.5 What class of accident. occurred? (choose closest applicable accident type): I 1 - Steam line break 2 = Loss of coolant i 3 = Containment design basis accident ( 4 = Refueling 5 = Control rod drop 6 = User specified isotopic distribution Answer " 1" , ' " 2 " , "3", "4", "5", or "6" and
" Return".
If the user selects one of the first five accident classes, isotopic source strength defaults values are listed, and the user is . (} given the opportunity to change the total l (,f source strength value. The new source value can be inputted in Ci/see or as a count rate. After the new rates are inputted, the . new total source strength is listed and .the i process to change it repeats. Once.the total source strength has been established, a shift is-made to the isotopic distribution. If the operator wishes to change the isotopic distribution, each isotope comes up on the screen and the operator inputs percentages until 100% is reached. This response will send the user back to a place where he will again be able to change the total source strength. If the user selects the sixth class, he will have to input the source term and isotopic distribution. The user input for changing the source i strength value and/or the isotopic distribu-tion must be coordinated with the Plant Chemistry and Environmental Supervisor who is in charge of obtaining samples from the stack : sampling and PASS stations. The results of j the analysis of these samples will give a . breakdown of~ isotopes present. This informa-tion must be made known to the Dose Assess-O ment Coordinator located in the EOF. It is l V t Rev. No. 6 Date 1?./85 Page 5 of EAP-4
the responsibility of the Dose Assessment ; Coordinator and Plant Chemistry and Environ-mental Supervisor to establish a means of { relaying this information between facilities ; as soon as practical. . 4.3.6.6 What type of release? 1 = Continuous 2 = Puff (batch) Answer "1" and " Return". A puff release would only be appropriate if venting a known volume of gas for a known time. l 4.3.6.7 Identify sou-ce of release (choose one or more): 1 - Reactor Building { 2 = Stack 3 = Turbine Building i 4 = Radwaste Answer "1", "2", "3" and/or "4" and " Return". Stack is an elevated release. Choices 1, 3 I and 4 are ground releases. It is possible to have multiple release points. the meteorological data to be input 4.3.6.8 Is "Y" and " Return". The l l automatically? Answer automatically b o.tain the most model will recent 15 minute meteorological data from the t l database for the appropriate release source (i.e., Ground release uses 30 ft. main tower data and elevated release shalluses 200 ft. main access the tower data). The user I ' meteorological database to verify the meteor-ological data being used by the model is accurate and current. To access the data-base, the user shall refer to EAP-42 "obcain-ing Meteorological Data". An "N" answer will require the manual input of mete data by the user. To obtain this data, the user will again refer to EAP-42
" Obtaining Meteorological Data".
O Date 12/85 Page 6 of EAP-4 Rev.'No. 6
4.3.6.9 Continuous release from release point / area is: Isotope Source Strength (Ci/sec) Kr-83m 0.000E-01*. Kr-85m 1.367E+00 . I 1 Press the " Return" key to continue... Hit " Return". 4.3.6.10 H-3 0.00E-01* Total Release 2.01E+01 Ci/sec* Do you wish to change total source strength value (Y/N)? Answer "Y" or "N" and " Return". O If "Y" is answered: CRT responds: Select units: I. 1 i
- 1. Ci/sec
- 2. Count rate Answer "1" or "2" and " Return".
If "1" is selected the release rate in Ci/sec will have to be input. If "2" is selected, a count rate from an effluent monitor along with a K factor and flow rate will have to be input. I Af ter 'either input or if " N" was answered, ~ the response on the CRT is:
- Values may be different based on accident type.
, O v i i l l Rev. No. 6 Date 12/85 Page 7 of EAP-4
, , - . ----,.,m%._ ,,,-py-,,% ,wm...,,,, --,w-,,,,.-..,y, ..,--.mem,,,,.v,,,w,,,.wwww..w#..m,-c, ..-m,
t' Continuous from release 4.3.6.11 release point / area is: l Isotope Source Strength (Ci/sec) Kr-83m 0.000E-01* Kr-85m 1.367E+00* Press the " Return" key to continue... , Hit " Return". , 4.3.6.12 H-3 0.000E-01* Total release 2.01E+01 Ci/sec* Do you wish to change total source strength value (Y/N)? Answer "N" if value is correct and " Return". 4.3.6.13 Do you wish to change isotope distribution (Y/N)? Enter "Y" and " Return" if new isotopic data is available from the. Plant Chemistry and Environmental Supervisor. Enter "N and
" Return" if no isotopic breakdown is avail-able.
If "Y" is entered, the CRT responds: Enter Isotope % distribution: Kr-83m = You will enter percentages totaling up to 100% and the CRT'will respond: , Total release (Ci/sec)=
"N" is entered and/or after changing the
~
If isotopic distribution, the response on the i CRT is: , I
- Values may be different based on accident type.
1 Rev. No. 6 Date 12/85 Page 8 of EAP-4 l l l
, !O v
-4.3.6.14 Do vou uish to see the source terms for NM1 1
(Y/N)? Enter "N" and " Return". A "Y" answer would reveal source term for NM1~ under a similar accident type. 4.3.6.15 Is there . supplemental mete station info (Y/N)?
- Answer "Y" or "N" and " Return".
If "Y", the following info is needed: o How many stations (zero if none)? j If "1", CRT responds:
! Type in station 1 -coordinates in . polar.
notation [ radius, angle] (XX.X,XXX.X) What is the height of station 1 in feet?
,( What is the 15 min average wind speed in MPH?.
What is the 15 min- average (from) wind direction in degrees? ! Choose one of thes'e stability classes: i 1 = Stability A 2 = Stability B
- 3'= Stability C 4 = Srnbility D 3 - Stability E 1 6 = Stability F
, 7 = Stability G l
- Station 1 polar coordinates are ... XX.X
- XXX.X Station I height in feet is ... XX.X i The wind speed in MPH is ... XX.X
- The wind (from) direction is ... XXX.X The stability class is ... X LO i
Rev. Iio . 6 Date 12/85 Page 9 _ of EAP'4 i ,... -,,...-_ -,.--.-., - _ .-
Do you wish change the meteorological l' 4.3.6.16 to input (Y/N)? If data is correct, answer "N" and " Return". If info is wrong, then answer "Y" and "Re-turn". If "N" and " Return", CRT responds: 4.3.6.17 Is there ambient air monitor data available (Y/N)? Answer "Y" or "N" and " Return". If "Y" is selected, the time, location and readings of field data will have to be input. This will enable the adaptive estimation subroutine to modify the model calculations. , If "N" is selected or after enabling the i adaptive estimation subroutine: 4.3.6.18 Is the cooling tower in operation (Y/N)? Answer "Y" or "N" and " Return". When NMP2 i becomes operational, a "Y" answer will compensate for the possibility of the plume &w being entrained and released out the cooling ! tower. 4.3.6.19 At this point, all the necessary input for running the model has been completed and this message appears:
" Waiting for display data" This indicates the model is still performing calculations and displays are not available.
When the displays do become available, the 2-mile actual radiological plume display for the facility selected appears on the screen. ' If the operator wants to look at other displays, he types NEW, this activates the menu. NOTE: To print displays on the Gulton Color Graphic Printer, turn power j "on" (on left side), and press
" Copy" button after the " Ready" light is on.
O Rev. No. 6 Date 12/85 Page 10 of EAP-4
rs t 1
'/ ' Displays available are:
BA/Barchart - This develops a barchart of the isotopic distribution ! (uCi/sec). CO/ Contour - This.contains three graphs of the whole body gamma dose contours (mrem) for- the 10 mile radius. PL/ Plume - This contains nine radiologi- I cal plume displays. 1 OF/Offsite - This display develops the operators choice of 24 Dose Offsite Receptors Tables. ON/Onsite - This display develops the operators choice of 24 Dose Onsite Receptors Tables. WI/ Wind Field - This display graphs the ground level wind field on the 5 mile radius display.
/ FA/ Facility - Enables the site to be changed from FitzPatrick to Nine Mile.
CM/On Command - Nine selections which include obtaining mete data, adding receptors, enabling actual data, enabling. simulated data, terminate model, consider combined facilities, cancel-combined facilities and displaying mete tower read-ings. TI/ Arrival Time - Four tables providing informa-tion on the plume arrival time l at various receptors and the l associated relative concentra- , tions. ! g i 4.3.6.20 At 15 minute intervals, the model allows the operator to update the source term and also ! updates the mete data. ! l l O) Rev. No. 6 Date 12/85 Page 11 of EAP-4
. _ , ., c ,_. , ..-- ._.. _ , - _ _ _ - _ - . , . , - -
This message appears:
" Type BBB to input new 15-minute data."
The operator has 60 seconds to type BBB and update the data. If he chooses to update, the model will ' prompt for new source data. If the meteoro-logical data are not automatically inputted and thereby updated, the nodel will also prompt for new meteorological information. If the operator does not wish to update the input data and ignores the message, the computer will utilize the previous manually entered data base with source terms corrected for decay during the previous 15 minutes. If BBB has been typed, this message appears:
" Decay the isotope source strength at the source (Y/N)"
If the operator responds with a "Y", the new ; source strengths are displayed. If the operator responds with an "N", the old source strengths are displayed. For a YES answer the decayed source strength by isotope is displayed - changes can be made as they were described in Section 4.3.6.10. For manually inputted data, this message ap-pears:
"Do you wish to change the 15 minute meteorological data (Y/N)?"
If the response is Y, the operator follows the same procedure as in Section 4.3.6.8. If the response is N, the previous data is used. 4.3.6.21 It will be necessary to use the results of the Class A Model calculations to project * ;' ' whole body and thyroid dose in locations throughout the 10 mile EPZ. The displays depicting actual and projected doses for all l receptors shall be hardcopied and given to , l the individual who will perform EAP-18 l "Projective Action Recommendations" and I complete Form EAP-1.1.2 " Radiological Assess- , ment Data" found in EAP-1.1. Rev. No. 6 Date 12/85 Page 12 of EAP-4
4 .4., .--4 . s -% . 3 ms 5.,- m P 4.4 ~CR, TSC, and/or EOF Dose-Assessment Method Descriptive l using the Manual Calculator (Whiz Wheel) -l
.. i be procedure shall~ only 4.4.1. This section of the l performed if . it is impossible to ' perform section .
4.2 (IDAC) and/or section 4.3 (Class'A.Model). l 4.4.2 The dose assessment calculator is a The manual means calculator of performing _ dose assessment. - obtains Xir/Q values from overlays on maps based on equations included in Appendix A of the NMP-Unit 1 FSAR. :The calculator should only be used as a backup to MMRAS and :IDAC in case they fail. i 4.4.3 Method Description Projected whole body and thyroid doses are ini-tially estimated based on control room indications , of release rate, meteorology and release duration. I Dose rates off-site will be estimated from cloud Cloud concentra-concentrations at ground. level. l tion is determined by application of the appropri-ate Atmospheric Dilution ' Factor -(XE/Q), to the release rate (Q). XE/Q values are obtained from overlays on the maps located on the Dose Estimate i. 1 Calculator cabinet which are based on equations included in Appendix A of the NMP-Unit 1 FSAR. The release rate Q is determined from effluent > monitors or by back calculations from dose rate ; ' measurements downwind. I 4.4.3.1 Elevated Release Rates j A stack (off-gas vent pipe) release is the only release which qualifies as an elevated release. For a stack release, the stack radiation monitor reading in counts /sec is converted to Q, curies per.second, by means of the posted stack monitor constant. This - constant is posted adjacent to the vent pipe i radiation monitors in the control room and at ' the Dose Estimate Calculator. The RES Department may also estimate offscale monitor i l release rates. t 4'4.3.2 Ground Release Rates The- Building roof top vent releases are considered ground releases. Building vent monitor readings obtained from the plant , iO i Rev. No. 6 Date 12/85 Page 13 of.EAP-4 ,
. , _ _ . _ . . , _ . _ . . . _ _ . _ . . . _ ...,....._,m_..;..._, .-._,.,v,. ._ -
process computer or the monitors are con-verted to Q, curies per second, by means of constants posted at the Offsite Dose Estimate Calculator. The RES Department may also estimate off-scale monitor release rates. 4.4.3.3 Back Calculation of Release Rates Calculation of noble gas release rate is possible by measuring the gamma dose rate at the plume centerline and back calculating the release' rate. The iodine release rate may be estimated by obtaining an air sample in the plume centerline and back calculating the release rate. This method may be used in the absence of effluent monitor readings when downwind survey data are available. Radiological Support Coordinator, Plant Operator or desig-nees: Perform steps 4.4.4 or 4.4.5 to determine release rate and step 4.4.6 to determine projected doses: (Record data on Calculator Proj ected Dose Worksheet Form EAP-4.3. ) 4.4.4 Obtaining Release Rate via Effluent Monitors 4.4.4.1 Record the release point. 4.4.4.2 Record the affected monitor reading in counts /sec, for the stack, counts / min for the vents or Ci/sec, from RES Department supplied data and its conversion constant as logged at the Dose Estimate Calculator cabinet. Process Computer Points and Typical Conver-sion Constants are as follows: NOTE: These constants are only typical I conversion constants and may vary based on emergency condition. Turbine Bldg. M005 1.0E-1 uCi/sec/ cpm M006 l Reactor Bldg. F207 1.0E-1 uCi/sec/ cpm F208 Refuel Floor M007 2.5E-2 uCi/sec/ cpm M008 ! Radwaste Bldg. M011 4.5E-1 uCi/sec/ cpm l M012 l Stack B070 2.5 uCi/sec/ cps B0071 9' Rev. No. 6 Date 12/85 Page 14 of EAP-4
O NOTE: If computer points are unavailable, control- room monitors can be used for this data. 4.4.'4.3 Fultiply the count rate b'y the- conversion constant~ and record the release rate in , uCi/sec. 4.4.4.4 Multiply uCi/sec by 1 x 10-6 to get Ci/sec and record the release rate in Ci/sec. 4.4.4.5 If the normal ventilation ' or stack effluent monitors are inoperative or off-scale, the appropriare high range noble gas effluent monitor (HREM) must be used. In order to evaluate - Q it is necessary to convert the monitor readings which are expressed in mR/hr to Ci/sec. A conversion factor of 0.45 (uCi/ce)/(mR/hr) was -applied to the normal ' flow rate. This value is given by General Electric and is based on the monitor response to Xe-133. Multiply the stack, turb i'ne and/or radwaste Hi Range noble gas monitor reading in mR/hr by the following factors to O
%J obtain the release rate in Ci/sec:
HREM K'(Ci/sec)/mR/hr)
- 1. STACK !
a) One SGT train 1.40 operating b) One SGT train 2.54 and one stack dilution fan operating
- 2. TURBINE BUILDING 2.27
- 3. RADWASTE BUILDING 0.691 4.4.4.6 Obtain the estimated duration of release from the Emergency Director and record. If it is unknown, use 6 hours as a first estimate.
4.4.4.7 Perform Step 4.4.6. 4.4.5 Release Rate from Downwind Survey Dose Rate Data (Back Calculation) 4.4.5.1 Record the survey location and whole body gamma dose rate information transmitted from the survey team in accordance with EAP-7.1 EMERGENCY OUT-OF-PLANT AND DOWNWTND SURVEYS.
'Rev. No. 6 Date 12/85 Page 15 of EAP-4
9 4.4.5.2 Determine and record the approximate distance ' of the downwind survey location from the plant. (Each numbered point on the calcula-tor. pointer is 1/4 mile). ; Obtain the wind direction over the last l 4.4.5.3 15 minute period in accordance with FAP-42. 4.4.5.4 Obtain the nearest turbulence class based on the stability determined in performance of EAP-42. 4.4.5.5 Record the average direction (degrees) from which the wind is blowing in accordance with EAP-42. 4.4.5.6 Record the average windspeed over the with last 15 minates obtained in accordance EAP-42, 4.4.5.7 Record the type of release (ground / elevated). If both types occur, determine a Q (release , rate) for each type and use the higher value and associated overlay for all projected dose calculations. Adj ust the four mile radius map to the 4.4.5.8 affected plant. 4.4.5.9 Align the wind direction arrow (needle) on i both the four mile and twenty mile radius map , with the wind direction (degrees) marked on the map circumference of each map. 4.4.5.10 Select the proper overlay as follows: A. Type of release (ground or elevated)
- 1. For elevated, use blue overlay i
- 2. For ground, use green overlay B. Turbulence class
- 1. For Class II, III or IV stabil-ities, use the appropriate overlay
- 2. For Class I stability, use Class II I
overlay 4.4.5.11 Rotate appropriate overlay to line up with l the centerline downwind direction on both , l maps. Date 12/85 Page 16 of EAP-4 Rev. No. 6
m f3
-d 4.4.5.12 Determine the Xu/Q value for .the survey location data have been reported for using the following guidelines:
A '. If the location is along the centerline of the plume, use the appropriate table of Centerline Xu/Q Values JAF Plant. B. If the location borders two isopleths,- choose the-higher Xu/Q value. C. If-the location. borders an isopleth and
- the ' centerline , use judgement and pick either the isopleth value or the nearest centerline value.
4.4.5.13 Record' the Xu/Q value from the overlay for the survey location data have been reported for. 4.4.5.14 Set the inner wheel index (labeled #1) of the Dose Estimate Circular Calculator to the Xu/Q value on the blue' ring. (Step 1 on calcula-tor). Use care in. reading correct powers of
'o-(::)
4.4.5.15 Align the correct windspeed line on the fan with survey gamma dose rate previously recorded. 4.4.5.16 Read the Q, curies per second, where the fan index points. 4.4.5.17 Record the Q value (release rate). 4.4.5.18 Obtain the estimated duration of release from the Emergency Director and record. If'it is unknown, use 4 hours as a first estimate. 4.4.5.19 Perform step 4.4.6.10 through step 4.4.6.18. 4.4.6 Projected Dose Determination N 4.4.6.1 Obtain the wind direction over the last 15 minute period in accordance with EAP-42. 4.4.6.2 Obtain the nearest turbulence class based on the stability determined in performance of EAP-42. Record the average direction (degrees) from O, 4.4.6.3 which the wind is blowing in accordance with EAP-42. Rev. No. 6 Date 12/85 *Page 17 of EAP-4
4.4.6.4 Record the average windspeed over the last l 15 minutes obtained in accordance with i EAP-42. l 4.4.6.5 Record the type of release (ground / elevated). If both types occur, use separate worksheets for each and add the resultant dose rates /- doses estimated together for a total pro-jected dose estimate. 4.4.6.6 Adj us t the four mile radius map to the affected plant. 4.4.6.7 Align the wind direction arrow (needle) on both the four mile and twenty mile radius map with the wind direction (degrees) marked on the map circumference of each map. 4.4.6.8 Select the proper overlay as follows: , l A. Type of release (ground or elevated) l
- 1. For elevated, use blue overlay
- 2. For ground, use green overlay i B. Turbulence class
- 1. For Class II, III or IV stabil- f ities, use the appropriate overlay
- 2. For Class I stability, use Class II overlay 4.4.6.9 Rotate appropriate overlay to line up with the centerline downwind direction on both maps.
4.4.6.10 Record a brief description of the locations for downwind calculations selected on the basis of: A. Intersection of plume centerline with site boundary.
~
B. Intersection of plume centerline with 2, 5 and 10 mile radii. C. Locations of interest from a population exposure standpoint. e Rev. No. 6 Date 12/85 Page 18 of EAP-4
"4 O
' NOTE: The Radiological Support Coordina-tor in the Technical Support Center must be notified of the recommended-downwind survey locations in order to dispatch survey teams.
4.4.6.11 Determine the Xu/Q value 'for each location using the following guidelines: A. If the location is along the centerline of the plume, use -the appropriate table of Centerline Xu/Q Values JAF Plant. B. If the location borders . two isopleths, choose the higher Xu/Q value. C. If the location borders an isopleth and the . centerline , use judgement and , pick either the isopleth value or the nearest centerline value'. 4.4.6.12 Record the Xu/Q value for .each location determined. O 4.4.6.13 Set the inner wheel index (labeled #1) of the Dose Estimate Circular Calculator to the Xu/Q value on the blue ring. (Step 1 on calculator). Use care in reading correct powers of 10. 4.4.6.14 Set fan index to Q (release rate) value determined from Step 4.4.4.4 or Step 4.4.5.17. (Step 2 on calculator). For o values greater than l ') 0 , use the 1 to 10 range, times the appropriate factor of 10. 4.4.6.15 Read and record the gamma dose rate , beta dose rate and two-hour adult thyroid dose (two-hour adult = one-hour chiid thyroid dose) for the proper windspeed on the fan, multiply times the appropriate factor of 10, if necessary. NOTE: If the I-131 Q (release rate) is determined from downwind survev data, thyroid dose rate may be read from dose calculator. Do not attempt to read thyroid dose rate from calculator if the noble gas Q (release rate) is used with the calculator. Rev. No. 6 Date 12/85 Page 19 of EAP-4
4.4.6.16 Multiply the ganna dose rate by 10~ , to convert to rem, and by the estimated release duration. Record the result in the appropri-ate whole body proj ected dose box. 4.4.6.17 Multiply the two-hour adult thyroid dose, if applicable, by the estimated rel. ease duration and divide by 2 to obtain child thyroid projected dose. Record the result in the appropriate thyroid projected dose box. 4.4.6.18 Repeat Steps 4.4.6.10 through 4. 4. 6.18 above for each location selected. 4.4.6.19 Record date, time and signature on Calculator Projected Dose Worksheet Form EAP-4.1. Provide the results of the whole body and thyroid projected dose calculations to the individual who will perform EAP-18 PROTECTIVE ACTION RECOMMENDATIONS. 5.0 FIGURES, FORMS AND ATTACHMENTS 5.1 Form EAP-4.1, IDAC Input Data 5.2 Form EAP-4.2, IDAC Results 5.3 Form EAP-4.3, Calculator Projected Dose Worksheet O Rev. No. 6 Date 12/85 Page 20 of EAP-4
c7 , O Form EAP-4.1 IDAC INPUT DATA'
*Name Time Date Release Level (Circle One) Ground Elevated (default is Ground Level)
Wind Speed MPH (either Elevated or Ground) Wind Direction from'
- Wind-Direction 180* = to Direction *
*Pasquil Stability Class _
Gross Release Rate (CI/SEC) l
- Accident Classification (circle one)
- 1. Steam Line Break
- 2. Loss of Coolant
- 3. Containment Design Basis 4 Refueling Accident
- 5. Control Rod Drop
- 6. Normal Release Rate Percentage of Iodine in Release (default 1.96%)
Percentage of Noble Gas in Release (default 98.04%) Iodine to Noble Gas Ratio (default 2.00E-02) PercentageofIodineremovedbyFiltratidk (default 95%) Time interval from Reactor Shutdown to Initiation of the Release (br) (default 0 hrs.) Time Estimate for total duration of release hr (default 8 hrs.) (Use 6 hours if estimate is unknown.)
,, Rev..No. 6 Date 12/85 Page 21 of EAP-4
- _ , . - . . . .. - .= - .. .
f Form EAP-4.2
- IDAC RESULTS
. PLUME INFORMATION
. DISTANCE PLUME TRAVEL TIME. CHI /Q '
.(METERS) (MILES) (HOURS: MINUTES) VALUE_
500.0 0.3 960.0 0.6 j 2016.0 1.2 . 'l 3225.0 2.0 8064.0 5.0 16129.0 10.0 Screen 2 u n n n**************************
SUMMARY
CALCULATED DOSE RATES DISTANCE WHOLE' BODY INFANT THYROID 1 (METERS) (MILES) (REM /HR) (REM /HR) ! 500.0 0.3 i, 960.0 0.6 i 2016.0' 1.2 i 3225.0 2.0 ! 8064.0 5.0 I 16129.0 10.0
- Screen 3 I ***************************************************************************
CALCULATED DOSE RATES DISTANCE WHOLE BODY INFANT THYROID
- (METERS) (MILES) (REM) (REM) i 500.0 0.3 .
! 960.0 ' O.6 l 2016.0 1.2 , ! 3225.0 2.0 , 8064.0 5.0 f ! 16129.0 10.0 i Rev. No. 6 Date 12/85 Page 22 of EAP-4 l 4
. - , - . _ . . _ , . _ _ . - . . _ _ . _ . _ , ~ . . , . , _ _ . . _ _ . _ . . . _ _ , - - _ _ , _ _ _ _ _ . . _ . . . _ _ . _ . . - ~ _ _ . - , , _ - . . . .
I l
- 1 l
1 o . 1 FORM EAP-4.3 1
/~'N ' ) 's CALCULATOR PROJECTED DOSE WORKSHEET DATE TIME RELEASE RATE CALCULATION:
EFFLUENT MONITOR BACK CALCULATION i RELEASE POINT LOCATION i COUNT RATE (UNITS) DISTANCE (mi) CONVERSION CONSTANT X/Q (1/ .:) , I Q (aci/sec) DOSE RATE (nr/hr) Q (Ci/sec) Q (C1/sec) DURATION OF RELEASE (hrs)
. METEOROLOGICAL PARAMETERS:
TURBULENCE CLASE I (PASQUILL A) DIRECTION FROM (deg) i 7-~ (_,/ II (PASQUILL B, C) WINDSPEED (mph) III (PASQUILL D) TYPE OF RELEASE TV (PASQUILL E, F, G)
^
ILOCATION/ SECTOR X,,/Q(L/M ) [ DOSE RATE 2 HR ADULT RELEASE PROJECTEDf I THYROID DURATION DOSE h (MREM /HR) i i DOSE (REM) (REM)
! l l WB
! THY l !
I WB l THY WB THY WB THY ,
\- /
Rev. No. 6 Date 12/85 Page 23 of EAP-4
CONTROLLED 27 O NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDURE EMERGENCY PLAN VOLUME 2 PROCEDURE NO.: EAP-5.1 TITLE: ENVIRONMENTAL MONITORING
- Meeting No. 86-003 Date 1-8-86 PORC REVIEW:
~
APPROVED BY: Qw Resident Manager ? M/V - I, V /[ APPROVED BY: RadiologicalandInvironmental Services Superintendent i v 4 5 6 7 8 9 10 11 12 PAGE NO. 1 2 3 4 4 2 3 6 1 REV. No. 4 3 1 1 1 i 16 17 18 19 20 21 22 23 24 PAGE NO. 13 14 15 5 5 5 5 4 4 3 6 2 5 5 5 ' REV. NO. l PEGENO. 25 26 27 28 29 REV. NO. 4 1 1 1 1 Rev. No. 6 Date: 12/85 i
i O EMERGENCY PLAN IMPLEMENTING PROCEDURE
' EAP-5.1 4-4-
ENVIRONMENTAL MONITORING
- i 1.0 PURPOSE.
This procedure provides instructions to the Radiological Support Coordinator (RSC) and the survey teams for . collecting water, soil, snow, various and-air, environmental media including vegetation samples and TLD's.
2.0 REFERENCES
4 i 2.1 EAP-17 EMERGENCY ORGANIZATION STAFFING 2.2 EAP-15 EMERGENCY RADIATION EXPOSURE CRITERIA AND CONTROL i 2.3 EAP-24 EOF VEHICLE AND PERSONNEL DECONTAMINATION _ 2.4 ESP-4 ENVIRONMENTAL STATION INSPECTION AND SAMPLE COLLE 3.0 INITIATING EVENTS 3.1 A radioactive release to the environment has occurred or is occurring which has resulted in a declared emergency or, designee requests I 3.2 The Radiological Support Coordinator, or environmental sample collection. 4.0 PROCEDURE 4.1 Initial Actions The RSC or designee sball: for environmental sample 1- 4.1.1 Authorize a request collection. 4.1.2 Designate a radio dispatcher. I 4.1.3 Assign a team leader and team number to each survey l- team. I i 4.1.4 Assign radio communications frequencies to each l team, as applicable. Page 1 4 Date 01/85 Rev. No. _
--.-,-,-...,m,-, -,,.--c.,.r-- , , ...e v.,,,,.-e-. -,e - . . , - , , , . - . w,.,,.e.. ,,-.-w--.--=--.,.m--%,mm.
4.1.5 Brief each team providing them with the following information:
~
A. Current plant conditions, the types of samples to be collected, and sample locations. Provide replacement emergency TLD's if desired at this , time. B. Projected dose rates and maximum allowable dose for team members during the mission. C. Communications requirements; such as radio channels, telephone numbers in effect, etc., emergency kit locations. D. Protective measures needed, if applicable. E. Special aad/or hazardous conditions. 4.2 Survey Team Preparations Survey team members shall: 4.2.1 Assemble at the Operational Support Center in ac-cordance with EAP-17 EMERGENCY ORGANIZATION STAFFING, and 4.2.2 Record briefing information supplied by the RSC or designee on the Environmental Sample Information Form EAP-5.1.1. Survey team leader (s) shall: 4.2.3 Map out survey locations and routes to be taken on the Onsite Nine Mile Point Environmental Map 4 Fig-ure EAP-5.1.2, and/or the Offsite Nine Mile Point Environmental Map 6 Figure EAP-5.1.3. Descriptions of the sample locations are presented in the List of Environmental Monitoring Stations Fo rm EAP-5.1.4, l the List of Environmental TLD's Form EAP-5.1. 5, and the List of Emergency TLD's Form EAP-5.1.6. l 4.3 Survey Team Equipment Survey team members shall: 4.3.1 Obtain emergency kit (s) at the locations indicated by the RSC or designee. O Rev. No. 3 Date 07/84 Page 2
/
4.3.2 Gather necessary protective gear (dosimeters, respirators, etc.) as instructed during briefing. 4.3.3 Perform source _ checks and battery checks on equipment, as required. 4.3.4 Zero personal pocket dosimeters. Record " Initial Dosimeter Reading" where appropriate on the Environmental Sample Information Form EAP-5.1.1. 4.4 Transportation Survey team members shall: 4.4.1 Check spare tire and gas level, as appropriate, prior to departure and act accordingly once dispatched if gas is needed. 4.4.2 Don protective clothing and respirator if so instructed during briefing. 4.4.3 Load equipment on vehicle. Place survey meter in vehicle such that ~its probe hangs outside car supported by using tape from the kit if this is n possible. Ensure that it is turned on. ( I NOTE: Do not hang the probe outside the window if it means supporting it by its attached cable. 4.4.4 Conduct a radio check with radio dispatcher, inform that team (# ) is commencing environmental survey. Request final instructions, if any. Record mission start time on the Environmental Sample Information Form EAP-5.1.1. 4.4.5 Use the maps provided in this procedure and in the emergency kit and proceed to survey / sample loca-tions. NOTE: Drive sicwly on dirt roads to avoid stir-ring up excessive dirt and dust. 4.5 Communications Survey team members shall: 4.5.1 Maintain periodic radio contact with the dispatch center, reporting such information as team location and progress, current dosimeter readings, survey v Rev. No. 1 Date 06/82 Page 3
N meter readings enroute, arrival and departure times from each sample location. A. Use the Environmental Sample Communication Form EAP-5.1.7 to record any messages, new instructions, etc. from t,he dispatcher. B. If the radio becomes inoperative, use public telephones to communicate with the dispatch center. The radio dispatcher shall: 4.5.2 Maintain radio or telephone contact with survey teams and record survey data on the Environmental Sample Communication Form EAP-5.1.7. 4.5.3 Transmit to the survey teams any changes in location assignments, sample types required, etc. 4.5.4 Based on personnel and equipment monitoring results: A. Direct teams to proceed to decontamination, or, B. Direct teams to deliver air samples, TLD's and data to the dispatch center for analysis. 4.6 Air Sample Collection Survey team members shall: 4.6.1 Don plastic gloves. Unlock the Air Sample Monitoring Station cabinet using the P-5 key found in the emergency survey kit. Open the door using the "T" shape key located in the locking device on the right-hand cabinet door. 4.6.2 Connect a flow meter to the pump intake (located on the right hand side of the cabinet) with the tubing on the flow meter. (If a flow meter is not available, use the initial flow rate recorded on the envelope as the final flow rate as well.) 4.6.3 Record the date, time, flow rate and flow meter used in the SAMPLE OFF space on the envelope located in l the cabinet. l l 4.6.4 Hold the flow meter vertically and read the flow rate. 4.6.5 Record the current radiation monitor reading on the envelope. Rev. No. 1 Date 06/82 Page 4
l pd 4.6.6 Turn the pump switch to the OFF position. 4.6.7 Unscrew the filter holder and remove the used particulate filter and radioiodine cartridge filters. 4.6.8 Indicate the direction of flow of the cartridge with an arrow and label . with the sample station, and date. Place the used cartridge in the cellophane in which the new cartridge was packaged. 4.6.9 Remove the plastic gloves and place in a plastic bag for use at the.next sample location, if appropriate.
. 4.6.10 Label a new air sample envelope with the sample station, date and time on, and date and time off.
4.6.11 Reset the pump run time indicator 'or record time indicator reading as applicable. Inspect the flow path to the filter for obstructions.
-- 4.6.12 Label the discharge side of a new particulate filter with the station designation and insert the new particulate filter- and the new radioiodine cartridge. Fasten the sample holder back together.
% 4.6.13 Check that the new particulate filter is placed on the inlet side of the radiciodine cartridge. Repeat 4.6.12 if the filter is placed incorrectly.
4.6.14 Turn the pump switch to the ON position. 4.6.15 Record the sample flow rate, date, time, and flow meter used in the SAMPLE ON epace on the new air sample envelope. 4.6.16 Place the new air sample envelope in the cabinet. 4.6.17 Disconnect the flow meter (if a flow meter was used). 4.6.18 Rotate the trip check control so that the pen moves completely down-scale and then full-scale. Observe Hi and Lo trip check indicator lights. Depress , reset button. If required, based on briefing i information, remove strip chart. l l 4.6.19 Insert a new chart if the old one was removed and rotate trip check control. Depress reset button. Enter date, time and initial on chart paper.
/ 4.6.20 Collect the emergency TLD and install a new-
' emergency TLD utilizing procedure steps 4.7.1 through 4.7.3, if provided during briefing.
Rev. No. 1 Date 06/82 Page 5 i
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4.6.21 Close and lock the cabinet. 4.6.22 Load TLD and/or air samples in the vehicle. 4.6.23 Report your team number, sample ' location, and the information on the used air sample envelope to the radio dispatcher. 4.6.24 Continue to the next designated location and begin this procedure at step 4.6, 4.7, or 4.8 as_ appli-cable. If environmental sample collection has been completed, continue this procedure with step 4.9. 4.7 Emergency TLD Collection / Installation Survey team members shall: 4.7.1 Prior to collecting any emergency and/or environmental TLDs, check with the Rad Support Coordinator to assure requirements of EAP-27 ESTIMATION OF POPULATION DOSE WITHIN THE 10 MILE EPZ have been fulfilled. 4.7.2 Collect emergency TLD from survey / sample location or emergency TLD monitoring station. Record TLD number and location on Environmental Sample TLD Form EAP-5.1.8. 4.7.3 Install a new TLD. Record TLD number and location on Emergency / Environmental Sample TLD Form EAP-5.1.8. 4.7.4 Complete steps 4.6.21 through 4.6.24 if you are at an air sampling location. 4.7.5 Load TLD in the vehicle. 4.7.6 Report your team number and sample location to the radio dispatcher at each location. 4.7.7 Continue to the next designated location and begin this procedure at step 4.6, 4.7, or 4.8, as appli-cable. If environmental sample collection has been completed, accomplish step 4.9. NOTE: Environmental TLD's are to be collected only if replacements are available at the time of collection, unless otherwise instructed by the Radiological Support Coordinator or designee. l l l Rev. No. 4 Date 01/85 Page 6
O
- N-I Collect environmental TLD's in accordance with steps 4.7.8 (Additional information 4.7.1. through 4.7.7.
concerning the collection of environmental TLD's is found in ESP-4 ENVIRONMENTAL STATION INSPECTION AND SAMPLE COLLECTION. (Refer to 4.8 Other Environmental Media Sample Collection Radiological Environmental Sampling Program Form EAP-5.1.9 for guidance while collecting samples) Survey team members shall: 4.8.1 If water is to be sampled, A. Collect water sample _using clean, unused poly-ethylene containers. (Each sample must total 2 liters in volume, whether in one or more , containers.) B. Record applicable information on the Environ-mental Media Sampling Form EAP-5.1.10. C. Seal containers for transit with tape. Label containers with the assigned sample () D. number as recorded in step B. above. E. Load sample containers in vehicle for transfer to laboratory for analysis. 4.8.2 If milk is to be sampled. A. Request local farmers to remove raw milk samples from collecting tanks or milk trucks containing milk from at least two milkings and place sample in clean, unused polyethylene containers in presence of sample team. (Each sample must total 2 liters in volume, whether ' in one or more containers.) applicable information on the B. Record
~
Environmental Media Sampling Form EAP-5.1.10. 1 C. Seal containers for transit with tape. D. Label containers with the assigned sample number as recorded in step B. above. E. Load sample containers in vehicle for transfer to laboratory for analysis. i 00 i Date 01/85 Page 7 Rev. No. 4 l i
~- ._ _ ___ , ----- -- . - _ , . _ _ . _ _ . _ _ , , _ . , ,_
4.8.3 If soil is to be sampled, A. ~Use a spade to dig 3 to 4 inches of soil from an area of about one square foot and place the soil in a bucket. B. Mix the soil in the bucket to distribute the topsoil evenly with the subsoil. C. Remove enough of the soil from the bucket to make at least a 2 1/2 pound sample (approximately 1 kg.), place in an appropriate size polyethylene bag and close bag securely. D. Record applicable infomation on the Environ-mental Media Sampling Form EAP-5.1.10. E. Label bag with the assigned sample number as recorded in step D. above. F. Load sample bags in vehicle for transfer to laboratory for analysis. 4.8.4 If vegetation is to be sampled, A. Take samples of leafy vegetation in quantities of about 2 1/2 pounds (approximately 1 kg.) using shears if necessary. B. Place samples in an appropriate size polyethylene bag and close bag securely. C. Record applicable information on the Environ-mental Media Sampling Fom EAP-5.1.10. D. Label bag with the assigned sample number as recorded in step C. above. E. Load sample bags in vehicle for transfer to laboratory for analysis. 4.8.5 If snow is to be sampled, A. Use a scoop to dig 3 to 4 inches of snow from area sufficient to supply a total of 20 liters of snow. B. Place sample in clean, unused polyethylene containers. C. Record applicable infomation on the Environ-mental Media Sampling Fom EAP-5.1.10. Rev No. 2 Date 05/84 Page 8
I
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D. Seal containers for tratisit with tape. E. Label containers with the assigned sample number as recorded in step C. above, i
- F. Load sample containers in vehicle for transfer to laboratory for analysis.
4.9. Environmental Sampling and Closeout Survey team members shall: 4.9.1 Report to radio dispatcher that environmental 3 I sampling has been completed and that you are returning to the dispatch center. 4.9.2 Drive back to the dispatch center but do not enter the building. I { , 4.9.3 Remove protective clothing, if applicable, folding l them inside out to prevent contamination and put them into a plastic bag. r ^ 4.9.4 Check survey vehicle inside and outside for possible contamination with the a count rate survey meter. l , window-opened, before leaving the vehicle in the 1 parking lot. Radio the dispatcher for further instructions, if contamination is detected { (a 100 cpm above background). j 4 4.9.5 Check equipment for contamination in the parking lot. Radio the dispatcher for further instructions l if contamination is detected (u 100 cpm above back-j ground), and refer to EAP-15 EMERGENCY RADIATION EXPOSURE CRITERIA AND CONTROL. 1 4.9.6 Monitor each other for contamit.ation (u 100 cpm i above background on a count rate s trvey meter) . If l contamination is detected, radio tt e dispatcher to request further directions and aic in performing decontamination measures. See EAP- 24 EOF VEHICLE ! AND PERSONNEL DECONTAMINATION. Request an individ-l ual to pick up environmental samples. TLD's and data forms so that laboratory analyses can be made. Re- , , turn to the dispatch center af ter decontamination j with your dosimeters and Environmental Sample Infor-i mation Form EAP-5.1.1. Record your final dosimetry j readings. I ( ( ( t Rev. No. 3 Date 07/84 Page 9
O 4.9.7 If contamination is not detected, return to the dis-patch center with environmental samples, TLD's and data forms so that laboratory analyses can be made. Record your final dosimetry reading on Environmental Sample Information Form EAP-5.1.1. 5.0 FORMS, FIGURES AND ATTACHMENTS 5.1 Form EAP-5.1.1, Environmental Sample Information (2 pages) 5.2 Figure EAP-5.1.2, Onsite Nine Mile Point Environmental Map 4 5.3 Figure EAP-5.1.3, Offsite Environmental Station Location Map 7 5.4 Form EAP-5.1.4, List of Environmental Monitoring Stations (2 pages) 5.5 Form EAP-5.1.5, List of Environmental TLD's (4 pages) 5.6 Form EAP-5.1.6, List of Emergency TLD's (2 pages) 5.7 Form EAP-5.1.7, Environmental Sample Communication 5.8 Form EAP-5.1.8, Environmental Sample TLD Form 5.9 Form EAP-5.1.9, Radiological Environmental Sampling Program 5.10 Form EAP-5.1.10, Environmental Media Sampling Form O Rev. No. 6 Date 12/85 Page 10 ,
1 FORM EAP-5.1.1 i O ENVIRONMENTAL SAMPLE INFORMATION
- 1. Date: Time Survey authorized by:
2.- Team Dispatcher , Dispatch Center at: Tel. Number
- 3. Team Number
- 4. Team Leader , Initial dosimeter reading:
Final dosimeter reading: , TLD Numbers j a
- 5. Team Member , Initial dosimeter reading:
J Final dosimeter reading: TLD Number:
- 6. Survey Team briefed by: at:
, 7. Maximum whole body dose allowed for this surveys i Team Leaders rems authorized by:
Team Members rem; authorized by:
- 8. Projected Duration of Survey: (hours)
- 9. Assigned radio channel: ,
- 10. Protective measures required:
E (1) pocket dosimeter (high range)' specify range (2) pocket dosimeter (low range) specify range (3) pocket dosimeter (other) (4) Scott Air Pak II
- (5) Coveralls (6) Gloves (7) Shoe covers (8) Other (specify) 4 i
i l Rev. No. 1 Date 06/82 Page 11 l
/~% FORM EAP-5.1.1 ( J-x,.s' ENVIRONMENTAL SAMPLE INFORMATION (continued)
- 11. Special or hazardous conditions:
- 12. Special instructions:
'u d'
- 13. Assigned survey locations:
m f m 14. Mission start times Rev. No. 1 Date 06/82 Page 12
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FORM EAP-5.1.4
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- V LIST OF ENVIRONMENTAL MONITORING STATIONS 4
ONSITE I Direction Distance , i Location Description from Site from Site l
! Sector Station ID # '
E, N.E. 2500' j D D g Onsite 30' south of NNP-2 i Stone & Webster Warehouse E, N.E. 5000' , D H Onsite Dirt access road on JAFNFP j j site along the lake r E 4500' E I Onsite Along dirt access road j .5 mile south of Environ-
- ' mental Station H (onsite)
E, S.E. 4700' i F J Onsite Along Lake Road (1600') )
.3 mile east of JAFNPP access road a
E, S.E. 3525' l F K onsite 250' south of Lake Road near JAFNPP access road S.E. 2800' U' G D2 Onsite Along NMP-2 material access road approximately 50' from
- Lake Road intersection i
Along south side of Lake Road S.E. 2300' 5 G E Onsite 800' west of NMP-2 materials j access road 1 Lake Road and Energy Informa- S 2000' l J F Onsite > tion Center driveway 4 Nine Mile Meteorological Tower S, S.W. 2100' j K G Onsite i i 7 1 I i l
- i Date 05/84 Page 15 l Rev. No. 2
FORM EAP-5.1.4 (con't) LIST OF ENVIRONMENTAL MONITORING STATIONS OFFSITE Direction Distance from Site Location Description from Site _ Sector Station ID # N.E. 16.2 miles C C Offsite 1.3 miles north on Montario Point-Road E 1.8 miles D g Offsite NMP Road 4 miles E North of Lake Road E S.E.- 1.5 miles , F D y Offsite Rt. 29 and Lake Road S.E. 1.5 miles E Offsite Rt. 29, .7 miles G South of Lake Road S.E. 2.2 miles G F -Offsite Rt. 29 and Miner Road S.W. 5.3 miles L C Offsite 100' north of Seneca Street on St. Paul's Cemetery Road I O Page 16 03/85 Date Rev. No. 5
.- -_ . . . . .. ~ -
9 I 1. 1 FORM EAP-5.1.5 LIST OF ENVIRONMENTAL TLDs ONSITE )4 Direction Distance Sector TLD ID # Location Description from Site from Site A 41 Unit 2 Construction Site NW of North Fence N 600' i I " l A 42 Unit 2 Construction Site Turbine Building N 200' l ('. 4 A 62 Unit 2 Construction Site i Turbine Building N 200' 4 i l= A 75 Unit 2, N. Fence North of Rx. Bldg. (RETS #6) N 800' i e-I A 76 Unit 2, N. Fence , j North of Change House (RETS #7) N 600' ( A 77 Unit 2 N. Fence North of Pipe Bldg. (RETS #8) N 600'
- A 86 Unit 2, N. Fence N. of W.
j Side Screen House (RETS #20) N 500' a l A 87 Unit 2. N. Fence, N. of E. Side Screen House (RETS #21) N 500' B 39 N. Fence, Opp. RW Bldg. NMP-1 N, N.E. 300' D 3 30' South of NMP-2 Stone & E N.E. 2500' l Webster Warehouse by I I Environmental Station D g [ I D 23 Dirt access road along the E N.E. 5000' ; } 1ake on JAFNPP site by Environmental Station H (Onsite) i D 27 North fence inside JAFNPP. E. N.E. 1100' j by lake shore D 28 Light pole inside JAFNPP E N.E. 3600' ; { across from road intersection j! ! D 29 North fence inside JAFNPP E N.E. 3400' j cpposite Screenhouse () D 30 Northwest corner of fence inside.JAFNPP E N.E. 2800' 1 i i l Rev. No. 5 Date 03/85 Page 17 l i.-__...______.-__._ _ _ _ _
I FORM EAP-5.1.5 (con't) (} %J LIST OF ENVIRONMENTAL TLDs ; ONSITE Direction Distance Sector TLD ID # Location Description from Site from Site D 47 NE shoreline inside JAFNPP E. N.E. 4100' on fence E 19 . East boundary JAFNPP Site E 6900' Pole #9 E 24 Alor.g dirt access road by I E 4500' Onsite Environmental Station E 48 On a pole .36 mile north on E 4800' access road west of road between H & I Onsite Environ-mental Stations E 59 Environmental Laboratory - JAFNPP E 2700' E 61 On a pole 700' north of E 4800' O. Environmental TLD #48 on access road of JAFNPP site E 78 JAF, E. of E. Old Laydown Area, on tree (RETS #10) E 4900' F 25 Along Lake Road (1600') E, S.E. 4700'
.3 mile east of JAFNPP access road by J Onsite Environmental Station F 26 250' south of Lake Road, near E. S.E. 3525' JAFNPP access road by K Onsite Environmental Station F 50 Lake Road 400' West of J Onsite E, S.E. 4675' Environmental Station (1200')
.23 mile east of JAFMPP access road G 4 Along NMP-2 access road 50' S.E. 2800' from Lake Road by D 2 Onsite Environmental Station C 5 Along south side of Lake Road S.E. 2300' 800' west of materials access
( road by E Onsite Environmental Station Rev. No. 5 Date 03/85 Page 18
F e FORM EAP-5.1.5 (con't) LIST OF ENVIRONMENTAL TLDs
. ONSITE Direction Distance Sector TLD ID # Location Description from Site from Site J 6 Along south side of Lake Road S 2000'
- 500' east of NMP-1 access road by F Onsite Environmental Station K 7 .5 mile north of Lake Road past S, S.E. 2100' entrance to Energy Information Center driveway by.G Onsite Environmental Station L 15 Pole #66, northeast section of S.W. 1.0 mile Bible Camp N 18 Energy Information Center picnic W 1600' area northshore on lamp post N 68 Unit 1. Unit - Unit 2 Fence. W 300' S. Section 0 67 Unit 2 Construction Site, W, N.W. 300' Trailer Offices at W. Boundary P 66 Unit 1, Unit 1 - Unit 2 Fence, N.W. 300' Mid. Section 31 North fence NMP-1 N, N.W. 300' Q
Q 64 Unit 1. Unit 1 - Unit 2 Fence, N, N.W. 300' N. Section Q 85 Unit 1, N. Fence, N. of W. Side N, N.W. 400' Screen House (RETS #19)
*N/A 71 Unit 2 Construction Site N/A N/A j Reactor Building
^
*N/A 72 Unit 2 Construction Site N/A N/A Reactor Building
*N/A 73 Unit 2 Construction Site N/A N/A Reactor Building
*N/A 74 Unit 2 Construction Site N/A N/A Reactor Building
*Centerpoint NMP Unit 2 Reactor Building Rev. No. 5 Date 03/85 Page 19
o
- FORM EAP-5.1.5 (con't)
LIST OF ENVIRONMENTAL TLDs OFFSITE Direction Distance Location Description from Site from Site Sector TLD ID # N.E. 16.2 miles C 8 13 miles north on Montario Point Road by C Offsite Environmental Station Corner Route 3 and Kelly Drive E, N.E. 13.0 miles D 44 southwest of intersection on pole Gas Substation, Route 5, E. N.E. 14.0 miles D 55 West of Pulaski, New York E 11.7 miles E 9 .65 mile north of the entrance to Selkirk Shores State Park on Poute 3 On a pole .9 mile north on E 10.0 miles E 43 Route 3 from intersection of Route 104B and Route 3 in a [)
\-- field north of road Demster Beach Rd. N, pole #35 E 4.8 miles E 88 0.6 miles N, of Rt. 1 (RETS #22) i Lake Rd. pole #145. 0.15 miles E 1.2 miles E 98 E. of Rt. 29 (RETS #37)
NMP Rd., 0.4 miles N. of Lake Rd. E 1.8 miles E 99 Environmental Station D g 10 .75 mile west on County Route E S.E. 9.1 niles F 64 in Village of Mexico l Route 104 New Itaven School E. S.E. 5.3 miles F 56 i S.E. corner on pole 1 Liberty Street & County Route E, S.E. 9.8 miles F 54 l
' 16 - Mexico liigh School on pole Co. Rt. 29 S. pole #63, 0.2 E. S.E. 1.3 miles F 79 miles S. of Lake Rd. (RETS #11)
Leavitt Rd., pole #16, 0.4 miles E S.E. 5.0 miles F 89 S. of Rt. 1 (RETS #23) O F 100 Rt. 29 and Lake Rd., Env. Sta. D 2 E, S.E. 1.5 miles Corner Route 64 & 35 on pole S.E. 8.0 miles G 45 Date 03/85 Page 20 Rev. No. 5
n FORM EAP-5.1.5 (con't)
/ )
LIST OF ENVIRONMENTAL TLDs OFFSITE Direction Distance TLD ID # Location Description from Site from Site Sector G 80 Co. Rt. 29 S. pole #54, 0.7 S.E. 1.8 miles miles S; Lake Rd. (RETS #12) , G 90 Rt. 104, pole #300, 150 ft. E. S.E. 4.4 miles of Keefe Rd. (RETS #24) G 97 Rt. 29, pole #50, 200 ft. N. S.E. 1.5 miles of Miner Rd. (RETS #34) G 101 Rt. 29, 0.7 miles S. of Lake Rd., S.E. 1.5 miles Env. Sta. E H 11 250' east of O'Connor Road on S. S.E. 7.3 miles ' County Route 4 H 49 Phoenix, N.Y. - Control S, S.E. 19.6 miles (Connolly Road) O H 81 Miner Rd., pole #16, 0.5 miles W. of Rt. 29 (RETS #13) S. S.E. 1.7 miles H 91 Rt. 51A, pole #59, 0.8 miles W S. S.E. 5.0 miles of Rt. 51 (RETS #25) .l J 12 .55 mile East of County S 7.8 miles l Route 53 on Dutch Ridge Road J 46 Corner Route 176 & Black S 8.0 miles Creek Road ) J $3 Broadwell & Chestnut Street S 14.8 miles Fulton High School J 82 Miner Rd. pole #1 1/2, 1.1 miles S 1.7 miles l W. of Rt. 29 (RETS #14) J 92 Maiden Lane Rd., power pole, S 4.5 miles 0.6 miles S of Rt. 104 (RETS #26) l [ K 83 Lakeview Rd., Birch Tree, S. S.W. 1.2 miles l ' O.45 miles N. of Miner Rd. (RETS #15) K 93 Rt. 53, pole #1-1, 120 ft. S of S. S.W. 4.5 miles Rt. 104 (RETS #27) Rev. No. 5 Date 03/85 Page 21
FORM EAP-5.1.5 (con't)
<> 3
(I LIST OF ENVIRONMENTAL TLDs OFFSITE Direction Distance Location Description from Site from Site Sector TLD ID # Creamery Rd. 0.3 miles S. of S. S.W. 3.7 miles K 96 Middle Rd., pole 1 1/2'(RETS #32) 100' N. of Seneca Street on S.W. 5.3 miles L 13 St. Paul's Cemetery by G Environmental Station DeMass Road, S.W. Oswego - S.W. 12.4 miles L 14 Control East 12th & Cayuga Streets S.W. 6.0 miles L 52 Oswego High School - Corner of County Route 1 and S.W. 2.9 miles L 58 Alcan (E. of E. Entrance) 65 Dutch Ridge & Kerfien Roads S.W. 7.8 miles L , 84 Lakeview Rd. N. pole #6117 S.W. 1.1 miles L 200 f t. N. of Lake Rd. (RETS #16) 94 Rt. 1, ple #82, 250 ft. E. of S.W. 4.6 miles L Kocher Rd. (RETS #28) Oswego Steam Station, North W. S.W. 7.7 miles M 51 1 end of west fence inside property (W. Liberty & Bronson Streets) 95 Lakeshore Camp Site from Alcan W. S.W. 3.5 miles M W. Access Rd., pole #21, 1.2 miles N. of Rt. 1 (RETS #29) 15 Pole #66 W. Bound W 0.5 miles N 1 () ! \_ / l l i I Rev. No. 5 Date 03/85 Page __22
(} \.j FORM EAP-5.1.6 LIST OF EMERGENCY TLDs . Distance Direction Location Description from Site from Site Sector TLD ID # A E-1 Directly north of NMP-1 N 375' Screenhouse ) l D E-2 30' south of NMP-2 St'one & E N.E. 2500' 1 Webster Warehouse by D OnsiteEnvironmentalSkation D E-3 Directly north of JAFNPP Screen- E 3350' house on fence by Environmental TLD #29 D E-4 On solitary Black Walnut tree E. N.E. 4800' 250' south of H Onsite Environ-mental Station directly on Dynamite Road E E-24 Hickory Grove at end of E 5.0 miles Hickory Grove Drive on NM pole #43 E E-30 Intersection of Route 104B and E 8.0 miles Rt. 16 (Texas) on pole #153 F E-5 250' south of Lake Road near E, S.E. 3525' JAFNPP access road in woods by K Onsite Environmental Station F E-19 Nine dile Pole #58 1/3 the E, S.E. 1.3 miles distance between Lake Road and Miner Road on west side of Route 29 F E-20 Pole #141-1, N.W. corner of E. S.E. 1.2 miles intersection of County Route 29 and Lake Road (Co. Rt. 1-A) F E-25 Nine Mile Point Rd. halfway E. S.E. 2.2 miles between Lake Rd. and Miner Rd. on pole #30 G E-13 Nine Mile Pole #46, S.E. corner S.E. 1.8 miles of intersection of Miner Road and County Route 29 G E-16 10' high on first metal tower S.E. 1.0 mile O south of K Onsite Environmental Station Rev. No. 4 Date 01/85 Page 23
r FORM EAP-5.1.6 (con't) ( LIST OF EMERGENCY TLDs Direction Distance Location Description from Site from Site Sector TLD ID # Nine Mile Pole #15, first pole S.E. 1.3 miles G E-17 on Miner Road and JAFNPP transmission line Nine Mile Pole #53, 2/3 distance S.E. 1.6 miles G E-18 between Lake and Miner Roads on west side of Route 29 E-26 Intersection of Nine Mile Point S.E. 2.8 miles G Road and County Route 1 on NM pole #112 Nine Mile Pole #5, half-way S. S.E. 1.5 miles H E-12 between the two transmission lines on Miner Road Metal tower, 10' high, half-way S 2000' H E-6 between E & F Onsite Environmental Stations on Lake Road, 100' from O E-27 NMP-1 access road Intersection of County Route 1 S. S.E. 2.6 miles H and County Route 29 on NM pole #216 E-10 North side of Nine Mile Pole #20 S 1.5 miles J on the west side of the inter-section of Miner & Lakeview Roads J E-11 Nine Mile Pole #1 by intersec- S 1.5 miles tion of Miner Road and Nine Milo Point's transmission line road J E-14 Second set of NMP-l's metal S 1.1 miles transmission poles from Miner Road, N.W. Street J E-15 On Stone & Webster Road adjacent S 0.7 mile to transmission lines on 5th set of metal transmission poles south of NMP-1 switchyard J E-28 Intersection of Route 104 and S 4.0 miles Maiden Lane Road on NM pole #159 E-7 Energy Information Center access S, S.W. 2100' K O road, 125' before 20 mph sign on west side of the road, 6' up on the first Black Walnut tree Date 01/85 Page 24 Rev. No. 4
FORM EAP-5.1.6 (con't) p LIST OF EMERGENCY TLDs Direction Distance Sector TLD ID # Location Descriotion from Site from Site K E-9 15' high on Nine Mile Pole #90, S. S.W. 1.0 mile S.E. corner of intersection of Lakeview and Lake Road (Co. Rt. 1-A) E-23 ' Met Tower on Env. Sta G Pole S, S.W. 2100' K K E-29 Intersection of Middle Road S. S.W. 3.4 miles and Creamery Road on pole #28 K E-31 Intersection of County Route 4 S, S.W. 5.9 miles and County Route 53 on pole #49 L E-8 N.E. corner of Ontario Bible S.W. 0.8 mile School, on access road, 8' high on pole #64, 200' from the lake E-21 & 22 NMPNS Administration Building N/A N/A N/A (controls) in Lead Pig O l l I O Date 01/85 Page 25 Rev. No. 4 1
FORM EAP - 5.1.7 O. ENVIRONMENTAL SAMPLE COMMUNICATION DATE TEAM NUMBER
. TEAM LEADER / TLD Nun 8ER TEAM NENBER / TLD NUMBER ASSIGNED RADIO CHANNEL: DISPATCH CENTER PHONE NUMBER:
I, Tine MESSAGE . i e ,t
) .
1 O 4 i . I i l i l J I 1 i.O i l REV. NO. 1 O A TE --. 06 / 2 2 PAGE 26
l .. l
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l
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- FORM E AP - 5.1.8 4
y j ENVIRONMENTAL SAMPLE TLD FORM i .
. DATE TEAM NUMBER TEAM LEADER / TLD NUMBER ! TEAM MEMBER / TLD NUMBER COLLECTED TLD NEW TLD TIME LOCATION / SECTOR TLD 10
- SERIAL = SERIAL =
i l 4 O l 1 l 1 O i 1 REV. NO. 1 OATE 06/R9 PAGE 27 a
'"'/-. _ 9___.__ i , ,
T O**. FORM EAP-5.1.9 RADIOLOGICAL ENVIRONMENTAL SAMPLING PROGRAM The following table should be used in determining environmental samples and , quantity to be sampled: Quantity /Vol. Medium Sampled Each Sample Analysis Preferred Sample Location
-Air-Particulate 27,000 ft*** Beta, gamma Downwind from site .
20 fts. , Air-Iodine 27,000 ft*** Beta, gamma Downwind from site 20 ft2* Water-Lake 2 liters Beta, gamma - 10 downstream from site ' (Note 1) Isotope 2 upstream from site for control - l Water-Tap ~2 liters Gamma 2 from control 15 mi.fre' te (Note 2) Isotope 4 downwind from site f i Soil 1 kg. Gamma 2 from control 15 mi. i (Note 3) Isotope '6 downwind from site l Vegetation 1 kg. Gamma 2 from control 15 mi.from sise (Note 3) Isotope 6 downwind from site Milk 2 liters I-131, Cs-137, 2 from control 15 mi.from site *** (Note 4) Sr-90 5-10 downwind frem site *** Snow 20 liters Gamma 2 from control 15 mi.from site *** , Isotope 5-10 downwind frca site ***
- Downwind Survey Team Air Sample
** Normal Environmental Monitoring Program Air Sample
*** If Owner Cooperation Available Note 1: Upstream samples should be a minimum of 5 mi. upstream of plant outfall.
Note 2: Control samples should come from least prov21ent wind direction from township (municipal) water supply. Note 3: Control samples should come from least prevalent wind direction at nearest TLD site for sample accountability. Downwind samples should be ; taken at/near TLD locations for sample accountability. Note 4: Milk samples should be raw, untreated milk from dairies in . least preva- j lent wind direction for control purposes. NOT ALL SAMPLES ON THIS TABLE NEED TO BE COLLECTED DURING EMERGENCY CONDITIONS, HOWEVER, A REPRESENTATIVE SAMPLE SHOULD BE TAKEN ON Tl!OSE LISTED AS TIME PERMITS. This procedure may continue for a relatively long period of time af ter the emer- i gency has been cancelled. However, this procedure should continue in effect until all required samples have been collected, prepared, and analyzed. i i Page 20 f Rev. No. 1 Date 06/82
.N# '5 " i'N ',* . i l ' '
r
x_/ FORM EAP-5.1.10 ENVIRONMENTAL MEDIA SAMPLING FORM
- PREPARE IN DUPLICATE -
Sample Location Date Collected Time Collected Date Delivered Time Delivered ,_ Collected By Type
- of Sample or Swipe (if applicable)
Sample Volume Sample Weight
- Milk, water (raw or treated), fish, vegetation, soil, smears, or swipes, etc.
l i Assigned Identification Number O Eev. No. 1 Date 06/02 Page 29
e EAP-7.1 Pages 9, 10 and 11 remain the sames transfer from the previous revision. 9 9
CONTROLLED E. f'3 O NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTII G PROCEDURE EMERGENCY PLAN VOLUME 2 PROCEDURE NO..- EAP-7.1 TITLE: EMEP.GENCY OUT-OF-PLANT AND DOWNWIND SURVEYS
- PORC REVIEW: Meeting No. 86-003 Date 1-8-86
-1
,' /.
[]', APPROVED BY: _ [ n/ .c<c.,v Resident Manager O APPROVED BY: / ,' ' !'// ',. '
? l' Radiological and Environmental Services Superintendent PAGE NO. 1 2 3 4 5 6 7 8 9 10 REV. No. 1 3 2 3 0 4 4 3 2 2 PAGE NO. 11 12 13 14 15 16 REV. No. 2 4 3 3 3 3
(^,s) _ Rev. No. 4 Date: 12/85
4 l EMERGENCY PLAN IMPLEMENTING PROCEDURE EAP-7.1 EMERGENCY OUT-OF-PLANT AND DOWNWIND SURVEYS
- i
~1.0 PURPOSE This procedure provides instructions for making out-of-plant and off-site surveys which may be required as a result of an emergency condition at JAF. Survey teams are dis-patched at the direction of the Emergency Director.
2.0 REFERENCES
2.1 EAP-17 EMERGENCY ORGANIZATION STAFFING 2.2 EAP-5.1 ENVIRONMENTAL MONITORING 2.3 EAP-7.2 DOWNWIND SURVEY DOSE ESTIMATES 2.4 EAP-15 EMERGENCY RADIATION EXPOSURE CRITERIA AND CONIKOL 3.0 INITIATING EVENTS 3.1 A request for out-of-plant and downwind survey has been l issued by the Emergency Director, Radiological Support Coordinator or designees, and, 3.2 Survey team members have been notified and assembled at the Radiation Protection Office in accordance with EAP-17 EMERGENCY ORGANIZATION STAFFING, and, 3.3 EAP-7.2 DOWNWIND SURVEY DOSE ESTIMATES procedure is being implemented. 4.0 PROCEDURE Survey Team Leader or designee: 4.1 Pre-deployment briefing (Ensure each team has a copy of this procedure) 4.1.1 Receive a briefing on the current situation from the Emergency Director, Radiological Support Coordinator or designee. Record briefing information on Downwind Survey In-formation Sheet Form EAP-7.1.1. O Rev. No. 1 Date 07/84 Page 1 of EAP-7.1 I
4.2 With the aid of survey team member, obtain a Downwind Survey Kit and check the equipment at the dispatch center or other location as directed by the dispatcher. 4.2.1 Check equipment against inventory list stored with the kit. Obtain any items missing or short of quantity. 4.2.2 Install and check batteries in survey, com-munication and other mission related equip-ment, as required. Source check survey equipment for proper response. 4.2.3 Conduct a radio check with the radio dis-patcher to establish radio communications. 4.2.4 Install a particulate filter and an iodine collection cartridge on the air sampler. 4.2.5 Gather necessary protective equipment as instructed in the briefing (dosimeters, respirators, clothing, gloves, shoe covers, etc.). Examine personal pocket dosimeters. Record current readings under " Initial Do-simeter ~ Reading" on the Downwind Survey In-formation Sheet Form EAP-7.1.1. 4.3 Transport all equipment designated to survey vehicle and prepare it for the mission: (Private vehicles may be used if necessary with a portable radio.) 4.3.1 Check spare tire and gas level before driving out making sure the vehicle has enough gas for the trip. 4.3.2 Complete the preoperational check of the air sampler by plugging it into the 120 volt receptacle in the vehicle and switching it on. Observe satisfactory operation as indicated by flow on the indicator. Turn the unit off after checking and leave the filter and cartridge installed. 4.3.3 Load equipment onto vehicle, then don pro-tective clothing if directed to do so per briefing. 4.3.4 While in transit, frequently observe the meter indication to help locate the plume. Report readings above background as des-I ! ignated during briefing to the radio dis-patcher. Rev. No. 3 Date 03/85 Page 2 of EAP-7.1
l l (D 4.3.5 Conduct an operational check of radio com-V munications with radio ' dispatcher or inform dispatcher of team status and request any final instructions prior to departure. 4.4 Survey Instructions (Use the maps provided in the Downwind Survey Kit along with the survey / sample maps and location descriptions provided in this procedure to locate survey / sample locations: FIGURE EAP-7.1.3, 7.1.4, 7.1.5, 7.1.6 and TABLE EAP-7.1.7.) NOTE: Survey teams will be sent to designated lo-cations selected for ease of access and im-portance of expected dose to the population. Survey teams may be requested to proceed to any or all of three general areas, as fol-lows:
- a. Downwind Security Fence. This is the outermost fence surrounding the plant.
At a minimum, radiation level readings will.be taken at a specified point at the fence and in both directions along the fence from that point.
- b. Site Boundary. This is defined as the
('~3 joint NMPC and NYPA site property line. V Surveys conducted at designated points along or within the site boundary normally are performed in the same manner as for off-site downwind surveys. ' c. Off-site. This is the property beyond the site boundary. Points in this area are surveyed for airborne activity as well as for deposition. 4.1.1 Determine the maximum concentration at each survey location by scanning to the left and right. At the position.of highest dose rate commence survey and data recording. 4.4.2 Perform both beta and gamma surveys with an ionization chamber survey meter. (Record instrument serial numbers, time, survey location and beta / gamma dose rates on Downwind Survey Log Sheet Form EAP-7.1.2).
- a. Take three readings at waist level (3 feet above ground) within a circle of about 10-15 yards in diameter at the sampling location.
Rev. No. 3 Date 03/85 Page 3 of EAP-7.1 m - - - _- - i
,- r -.--s - - - - . - ,
- b. Take three readings at 3 inches above ground at locations corresponding to the h
waist level readings. 4.4.3 Transmit results of survey to the dispatch center. (Be sure to identify team, time, survey location as well as dose rate data.) Acknowledge accurate receipt of information repeated back by radio dispatcher. 4.4.4 As directed by radio dispatcher, conduct an air sample in accordance with steps 4.4.5 -
- 4. 4.11 or proceed to next sampling location and surWy in accordance with steps 4.4.1 -
4.4.3 or return to station in accordance with step 4 E.14. 4.4.5 Set up the portable air sampler such that it has power, has both particulate filter and iodine collection cartridge and is between 3 and 7 feet off the ground. 4.4.6 Obtain a sample of 25 cubic feet. (Run the sampler for a time interval corresponding to the flow rate data affixed to the pump such that 25 cubic feet is obtained. A normal flow rate is about 3.3 cfm.) h 4.4.7 Perform a background count, particulate filter count and iodine cartridge count separately using the count rate meter. (Io-dine sample counts greater than 10,000 cpm should be returned as directed for Ge(Li) analysis.) 4.4.8 For air samples collected in locations with a dose rate greater than 5 mR/hr, move to an area with a dose rate of less than 1 mR/hr and draw a one minute sample purge prior to background counting. 4.4.9 Record applicable data for air sample col-lected on both the Downwind Survey Log Sheet Form EAP-7.1.2 and the Air Sample envelope. 4.4.10 Place particulate filter in envelope and iodine cartridge in plastic bag for transfer to the lab for Ge(Li) analysis. Put fresh particulate filter and iodine cartridge into holder for next air sample. O Rev. No. 3 Date 03/85 Page 4 of EAP-7.1
p Transmit results of air sampling to the () 4.4.11 (Be sure to identify team, dispatch center. sample collected, survey location, time sample count data and sample volume.) Acknowledge accurate receipt of information repeated back by radio dispatcher. 4.4.12 As directed by radio dispatcher, proceed to next sampling location and survey ~ in ac-cordance with steps 4.4.1 - 4.4.3, or proceed with steps 4.4.13 - 4.4.14. 4.4.13 As directed by the dispatcher, proceed to selected environmental monitoring stations to retrieve air samples and TLDs, if required. Survey radiation levels at these locations and record the data on the Downwind Survey Log Sheet Form EAP-7.1. 2. Refer to EAP-5.1 ENVIRONMENTAL MONITORING. 4.4.14 Return to the location specified by the radio o dispatcher and turn in samples and records: d a. Before dropping off the vehicle, remove any protective clothing and respirators. Place the used protective clothing on (N the vehicle floor until a contamination () survey is completed,
- b. r* :ck the survey vehicle interior and exterior for possible contamination with the count rate meter before leaving the vehicle in the parking lot. Report readings above background as designated during briefing to the radio dispatcher for further instructions. Otherwise, proceed to the location specified,
- c. Check equipment for contamination at the dispatch center. If contamination is found, refer to EAP-15 EMERGENCY RADIA-TION EXPOSURE CRITERIA AND CONTROL.
- d. Check each team member's dosimeter reading, record it utider " Final Dosim-eter Reading" on the Downwind Survey Information Sheet Form EAP-7.1.1. Turn over this record and the Downwind Survey Log Sheets, Form EAP-7.1.2, to the radio dispatcher.
O Date 08/82 Page 5 of EAP-7.1 Rev. No. O l _.
5.O FIGURES, FORMS AND ATTACHMENTS 5.1 FORM EAP-7.1.1, Downwind Survey Information Sheet 5.2 FORM EAP-7.1.2, Downwind Survey Log Sheet 5.3 FIGURE EAP-7.1.3,- Onsite Emergency Planning Survey Map 1 5.4 FIGURE EAP-7.1.4, Onsite Emergency Planning Survey Map 2 5.5 FIGURE EAP-7.1.5, Onsite Emergency Planning Survey Map 3 5.6 FIGURE EAP-7.1.6, Offsite Survey Locations Map 4 5.7 TABLE EAP-7.1.7, Table of Onsite and Offsite Survey / Sample Locations (4 pages) 4 9 Rev. No. 4 Date 12/85 Page 6 of EAP-7.1 .
. _ _ . _._..- , i. r4
, ~. \
l Vl FORM EAP-7.1.1 POWNWIND SURVEY INFORMATION SHEET
- 1. Date Tine Team No. Survey Requested By
- 2. Team Dispatcher ; Dispatch Center at ext.
- 3. Tean 'I.eader ; Initial dosimeter reading Final dosimeter reading 4 Tecm Member ; Initial desimeter reading Final dosimeter rendirg
- 5. Survey Info. briefed / filled in by at
- 6. Nature of airborne release: ground; elevated; unknown.
- 7. Survey poirts/ locations:
'8. Wind directions (from) or critical sectors /ERPAs:
(' ' s 9 . Environmental conitoring stations to be checked and samples brought back: Station No. or location: , for: air; TLD
, for: air; TLD
, for: air; TLD
- 10. Projected dose rates at survey locations (when available):
location: : dose rate: mr/hr location: : dose rate: mr/hr i location: - dose rate: mr/hr
- 11. Protective measures required:
(1) pocket dosimeter (6) cover-alls (10) other (specify) (2) TLD (7) gloves (3) other dosimeter (specify) (S) shoe covers (4) SCEA (9) KI l (5) respirator - particulate / canister
- 12. Padiation data to be collected:
(1) beta / gamma whole body (3) heta/ gamma ground (2) air semple (4) other (specify)
- 13. Assigned radio channel: .
14 Any other special or hazardous conditions: ( ,f 15. Special instructions: l Rev. No. 4 Date 12/85 Page 7 of EAP-7.1 ( l __ __ __ . _ _ _ _ _ _ _
._ _ _ _ =_ . _ . .
4 FORM EAP-7.1.2 DOWNWIND SURVEY LOG SHEET Date of Surveys Dose Rate Instrument Model # S/N Count Bate Instrument Model #. S/N
/ / High Volume Air Sampler Model # S/N NOTE: Iodine canisters with count rate greater than 10,000 cpm should be returned to the site for GeLi analysis on a priority basis. Based on 50% N.Y.S. protective action guide.
Dose Rate Dose Rate Air Sample Sample Time Survey Location 3 inch (mrem /hr) 3 foot (mrem /hr) cpm Volume (ft8 ) Bkg. t Y= Y= Filt. 8= 8= Part. Bkg. Y= Y= Filt. ! 8= 8= Part. .I l Bkg.
- y. y.
Filt. }'
! 8= 8= Part.
t Bkg. ) Y= Y= { Filt. -t ! 8= 8= Part. 1 Bkg. Y= y= I Filt. 8= 8= Part. Bkg. Y= Y= Filt. I 8= 8= Part. Team Member I Team Member l l Rev. No. 3 Date 03/85 Page 8 of EAP-7.1 l _ - - . _-
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Cff;ita Survey Locations na=--E %. s James A.FitzPatrick/Nine Mile Point
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Mf >, Radiological Emergency Plans and Procedures Ovv & vueess es****" - C3iester.h 08643
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APERTURE
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TABLE EAP-7.1.7 TABLE OF ONSITE AND OFFSITE SURVEY / SAMPLE LOCATIONS SECTOR & DISTANCE
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SAMPLE ID# LOCATION DESIGNATION FR0M SITE ** AZIMUTH ERPA(S) C-1 (offsite) 1.3 miles north on Montario Point- 16.2 miles 40 N/A* i Road by Environmental Station C. r D-1 (onsite) 30' south of Stone & Webster 0.4 miles 72 1 Warehouse on NMP-2 by Environ-i mental Station D. D-2 (onsite) Dirt access road along the lake 1.0 mile 73 1 on JAFNPP Site by Environmental Station H. D-3 (offsite) In hamlet of Selkirk on County 11.3 miles 71 14 Route 5. D-4 (offsite) 0.65 miles north of the entrance 11.3 miles 77 14 to Selkirk Shores State Park on Route 3. D-5 (offsite) Corner Rainbow Shores Road and 13.5 miles 65 N/A*
; Route 3.
E-1 (onsite) In front of NMP-2 combined 0.3 miles 89 1 construction offices. E-2 (onsite) Along dirt access road by 0.9 miles 93 1 Environmental Station H on j JAFNPP Site. 1 E-3 (offsite) Corner of Lake Road and 1.9 miles- 97 1,2 Nine Mile Point Road. - E-4 (offsite) Shore Oaks - at the end of 2.7 miles 94 2,4 Shore Oaks Drive. E-5 (offsite) Hickory Grove - at the end - 4.6 miles 96 4 of Hickory Grove Drive. 2 ) E-6 (offsite) Intersection of Route 104B. 6.6 miles 101 7
! Route 1 and Route 43.
f E-7 (offsite) Texas - itatersection of Route 7.8 miles 95 15 104B and County. Route 16. l 1 E-8 (offsite) Corner of Ramona Beach Road 10.2 miles 86 14 and Route 3. I *N/A = not in an ERPA, outside 10 mile EPZ.
** Center of site is NMP Unit 2.
l Rev. No. 3 Date 03/85 Page 13 of EAP-7.1
TABLE EAP-7.1.7 (con't) TABLE OF ONSITE AND OFFSITE SURVEY / SAMPLE LOCATIONS SECTOR & DISTANCE SAMPLE ID# LOCATION DESIGNATION FROM SITE ** AZIMUTH ERPA(S) F-1 (onsite) Along Lake Road about 0.3 1.2 miles 107 1 miles off JAFNPP access road to Environmental Station J. F-2 (offsite) Intersection of County Route 1.1 miles 105 1 29 and Lake Road. F-3 (offsite) Nine Mile Point Road halfway 2.1' miles 114 2 between Lake Road and Miner Road intersection. i F-4 (offsite) Intersection of Pleasant Point 3.9 miles 110 4 Drive and County Route 1. F-5 (offsite) Intersection of Route 104 and 5.5 miles 121 4,7,8,9 Route 6 by New Haven School and Environmental TLD #56. F-6 (offsite) Intersection of Route 104 7.4 miles 116 7,8
- and Route 43 at Tollgate.
F-7 (offsite) Intersection of County Route 9.3 miles' 117 16 64 and Route 104 in the Village of Mexico. 3 ! G-1 (onsite) NMP-2 Training Center. 0.2 miles 129 1 G-2 (onsite) Along NMP-2 material access 0.5 miles 142 1 road approximately 50' from Lake Road intersection by Environmental Station D ' 2 G-3 (onsite) 250' south of JAFNPP access 0.7 miles 131 1 road on Lake Road by Environmental Station K. G-4 (offsite) Intersection of Miner Road 1.9 miles 142 1,2 and County Route 29. G-5 (offsite) Intersection of Nine Mile 2.8 miles 134 2,4,5 Point Road and County Route 1. G-6 (offsite) Intersection of Route 104 & 104B. 4.8 miles 126 4,9 G-7 (offsite) Intersection of Lilly Marsh 6.1 miles 135 9 Road and Darrow Road. G-8 (offsite) Cummings Bridge - intersection 7.3 miles 136 8,9 4 of Routes 6 and 51.
** Center of site is NMP Unit 2.
Rev. No. 3 Date 03/85 Page 14 of EAP-7.1
,. _ ._ . _ _ __ . . _ _ _ _ _ . . _ _ ___ _ _ _ _ _ . . . . _ _ _ _ , _ _ . . _ _ _ _ _ _ ~
TABLE EAP-7.1.7 (con't) TABLE OF ONSITE AND OFFSITE SURVEY / SAMPLE LOCATIONS DISTANCE SECTOR & ERPA(S) FROM SITE ** AZIMUTH SAMPLE ID# LOCATION DESIGNATION G-9 (offsite) Hamlet of Vermillion on Route 6. 9.6 miles 137 H-1 (onsite) South side of Lake Road about 0.5 miles 155 1 800' west of NMP-2 materials access road by Env. Sta. E. 1.6 miles 157 1,2,3 H-2 (offsite) Nine Mile Pole #3, half-way between the two transmission lines on Miner Road. 2.5 miles 152 2,5 H-3 (offsite) North Scriba - intersection of County Routes 1 and 29. 3.5 miles 159 5,10 H-4 (offsite) Hammonds Corners - intersec-tion of Ronces 104 and 29. H-5 (offsite) South New Haven - intersec- 5.2 miles 149 9 tion of Routes 51 and 51A. H-6 (offsite) 250' east of O'Connor Road 7.1 miles 159 18 and County Route 4 by Environmental Station E. H-7 (offsite) Intersection of County 9.2 miles 156 18 Route 6 and McDougall Road. J-1 (onsite) Along Lake Road, west of 0.4 miles 174 1 NMP-2 Cooling Tower. 4 J-2 (offsite) NMP Pole #1 - intersection 1.5 miles 177 1,3 of Miner Road and NMP Transmission Road. 2.2 miles 178 3,5 J-3 (offsite) Intersection of North Road and NMP Transmission Lines east of Lakeview Road. 3.8 miles 176 5,10 J-4 (offsite) Intersection of Route 104 and County Route 51A. 7 J-5 (offsite) Intersection of O'Connor Road ' 5.5 miles 176 10 and Hay Fly Road. J-6 (of fsite) Intersection of Route 176 7.9 miles 177 20 and Black Creek Road. J-7 (offsite) Intersection of Route 176 11.1 miles 176 N/A* and Howard Road.
*N/A = not in an ERPA, outside 10 mile EPZ.
** Center of site is NMP Unit 2.
Rev. No. 3 Date 03/85 Page 15 of EAP-7.1
TABLE EAP-7.1.7 (con't) TABLE OF ONSITE AND OFFSITE SURVEY / SAMPLE LOCATIONS V SECTOR & DISTANCE AZIMUTH ERPA(S) SAMPLE ID# LOCATION DESIGNATION FROM SITE ** K-1 (onsite) Intersection of Lake Road and 0.8 miles 211 1 E. I. C. Rd by Env. Sta. F. 1.6 miles 189 1,3 K-2 (offsite) Intersection of Miner Road and Lakeview Road. 2.6 miles 205 3,5,6 K-3 (offsite) Intersection of County Route 1 (North Road) and Creamery Road. 3.9 miles 194 5,6,10,11 K-4 (offsite) Scriba - intersection of Route 104, Creamery Road and-Klocks Corners Road. K-5 (offsite) Lansing - intersection of 5.7 miles 201 11,19 County Routes 4 & 53. K-6 (offsite) 0.55 miles east of the corner 7.6 miles 193 19 of Route 53 and Dutch Ridge Road by Environmental Station F. 201"
- K-7 (offsite) Minetto - intersection of County 9.0 miles 21 Route 48 and Worden Road.
L-1 (onsite) Energy Information Center access 0.5 miles 224 1 road, approx. 600' from Lake Road. 1.4 miles 219 1,3 L-2 (offsite) Intersection of Lakeview and Lake Road (Co. Rt. lA). L-3 (offsite) Walker - intersection of County 3.1 miles 221 3,6 Routes 1 and 1A. 100' N of Seneca St. on St. Paul's 5.2 miles 226 12 L-4 (offsite) Cemetary Road by Env. Sta. G. L-5 (of fsite) Oswego - inter. of Rtes. 104 & 57. 6.6 miles 229 12 L-6 (offsite) SUNY at Oswego - intersection of 8.1 miles 232 22 Route 104 and college access road. L-7 (offsite) Oswego Center - intersection of 9.6 miles 220 20 County Routes 7 and 20. M-1 (onsite) Energy Information Center access 0.5 miles 246 1 road - approx. 60' from building. Meteorological Tower. 0.8 miles 250 1 M-2 (onsite) Energy Information Center. 0.4 miles 265 1 N-1 (onsite)
** Center of site is NMP Unit 2.
Rev. No. 3 Date 03/85 Page 16 of EAP-7.1
l CONTROLi.tD 27 () 4 (M NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDUPI , EMERGENCY PLAN VOLUME 3 l PROCEDURE NO.: EAP-ll , TITLE: SITE EVACUATION
- PORC REVIEW: MEETING NO. 86-003 Date 1-8-86 APPROVED BY: u Resident Manager APPROVED BY: 84V f//' t'// //f4 Radiological and Environmental Services' Superintendent i
i PAGE NO. 1 2 3 4 5 6 7 8 9 10 11 REV. No. 1 3 1 1 1 3 3 1 4 4 3 t l i l . i l Rev. No. 4 Date: 12/85
(J EMEReENcx , tin 1 PtExENT1No PROCEDURE EAP-ll SITE EVACUATION
- f 1.0 PURPOSE This procedure provides instructions for the orderly evacua-tion of personnel from the site to a- remote assembly area, or home.
2.0 REFERENCES
2.1 RPOP-2 PERSONNEL DECONTAMINATION 2.2 EAP-4 DOSE ESTIMATES FROM DOSE ASSESSMENT CALCULATOR 2.3 EAP-7.2 DOWNWIND SURVEY DOSE ESTIMATES 2.4 EAP-8 PERSONNEL ACCOUNTABILITY
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2.5 EAP-9 SEARCH AND RESCUE OPERATIONS 2.6 EAP-18 PROTECTIVE ACTION RECOMMENDATIONS 2.7 RADIATION PROTECTION PROCEDURES 2.8 Definitions 2.8.1 Protected Area - That area of JAFNPP within the security patrolled fence. 2.8.2 Exclusion Area - The Authority and NMPC property around the protected area in which the licensee has the authority to determine all activities in- ' cluding exclusion or removal of personnel and property from the area. 2.8.3 Restricted Area Evacuation - Evacuation of all personnel within the restricted area of the plant to their designated assembly areas. 2.8.4 Site Evacuation - Evacuation of all nonessential to their personnel from within protected area homes or to the designated remote assembly area; and, as appropriate, the evacuation of individuals from the Energy Information Center to their homes or a designated remote assembly area.
- O 2
Date 06/82 Page 1 of EAP-ll j Rev. No. 1 i l r
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i 1 2.8.5 Remote Assembly Area - Specific location outside of the exclusion area for the assembly of person-nel in the event of a Site Evacuation. The pri-mary remote assembly area is the Niagara Mohawk Service Center on Howard Road, Fulton, N.Y. - (alternate EOF). 3.0 INITIATING EVENT 3.1 A site evacuation shall be implemented upon occurrence of one or more of the following abnormal conditions: 3.1.1 Radiological conditions in any previously Unre-stricted Area, (including areas on-site but out-side of plant buildings), which will result in personnel dose rates in excess of 5 mrem /hr or a projected dose in excess of 100 mrem whole body and/or airborne radioactivity in excess of 1 MPC or 40. MPC-hrs / week from uncontrolled sources of radiation as determined by the results of EAP-6 IN-PLANT EMERGENCY SURVEY / ENTRY. 3.1.2 Significant ground level atmospheric releases have occurred or are projected to occur. 3.1.3 Other safety hazards, such as toxic gases, flamma-ble gases, and/or fire affect widespread areas on-site and, in particular, the primary assembly areas. 3.1.4 Adverse weather conditions such as floods, hurri-canes, or tornadoes are present or are expected to occur. Normally in the case of adverse weather, advance weather warnings will provide adequate time for an orderly dismissal of plant personnel without the need for evacuation. 3.1.5 An immediate site evacuation should be implemented upon occurrence of radiological conditions in widespread areas on-site of such magnitude that personnel exposures in excess of 5 rem whole body or 25 rem thyroid would be likely based on EAP-6 IN-PLANT EMERGENCY SURVEY / ENTRY if a normal site evacuation was implemented. 3'. 2 The implementation of a site evacuation shall be or-dered after it has been determined that it is the pro-tective action which will result in the lowest person-nel exposure. Site evacuations shall be initiated either before or after the passage of the release, and evacuation routes shall be chosen to lead personnel O Rev. No. 3 Date 11/84 Page 2 of EAP-11
r away from the path of the plume. The Emergency Direc-tor shall consider the dose rates at the personnel as-sembly-area, dose rates on-site, dose rates along evac-uation routes, number of personnel on-site, whether or
- not the emergency can be mitigated prior to personnel receiving significant exposures. . 4.0 PROCEDURE 4.1 Site Evacuation - No OffSite Radiological Considera- ,
tions: 4.1.1 If the Emergency Director determines that the site should be evacuated and no radiological hazards exist outside the plant based on EAP-4 DOSE ESTI-MATES FROM DOSE ASSESSMENT CALCULATOR or EAP-7.Z DOWNWIND SURVEY DOSE ESTIMATES, the following ac-tions shall be taken: NOTE: The term Emergency Director shall be used throughout this~ procedure although the Emergency Director may delegate any of these tasks. 44.1.1.1 The Emergency Director shall determine which per-sonnel are to remain at the site ( e . g . ,- S e c u r i t y , RES personnel, operators, etc). These personnel O' shall be notified that they are to remain onsite and that non-essential personnel are to be evacu-ated. The Emergency Director or designee will also notify the personnel where to report and what safety precautions are to be observed. 4.1.1.2 The Emergency Director shall . notify the security force that non-essential personnel are going to be-evacuated from the site and that they should stand by to -implement EAP-8 PERSONNEL ACCOUNTABILITY. Advise the security force that personnel dosimetry is to be collected at the gate. 4.1.1.3 If a restricted area evacuation has already been called and personnel are at their primary assembly areas the Emergency Director shall contact each of . the assembly areas and direct . that non-essential l personnel are to leave the site. Personnel should 1 be advised that the evacuation is not urgent and ! no off-site radiological hazards are present. l The Emergency Director shall advise of any evacua- i tion route restrictions or whether personnel l should use normal routes, if known. Calls to the i O Rev. No. 1 Date 06/82 Page 3 of EAP-11 l 1
1 assembly areas should be staggered to avoid large crowds at the security buildings. Use the- form EAP-11.1 as a checklist for contacting assembly areas. The Emergency Director shall designate one evacuee as the responsible individual at the remote assem-bly area. Instruct this person to contact the Emergency Director upon arrival at that area for further instructions. , 4.1.1.4 If a restricted area evacuation has not been called and the Emergency Director decides.that all non-essential personnel should proceed directly off-site he shall direct the Control Room Operator to sound the evacuation tone using the multitone generator. The Control Room Operator shall announce the fol-lowing over the page party system (including all buildings and area within the exclusion areas): ATTENTION ALL STATION PERSONNEL. ALL PERSONNEL EXCEPT THOSE WITH EMERGENCY ASSIGNMENTS SHALL EVACUATE THE SITE PROMPTLY AND ORDERLY. PROCEED TO THE PRIMARY SECURITY BUILDING, TURN-IN YOUR SECURITY BADGE AND DOSIMETRY, PROCEED HOME. Repeat the alarm and the announcement three addi-tional times at one minute intervals. 4.1.1.5 After non-essential personnel are evacuated from the site, the security force shall complete EAP-8 PERSONNEL ACCOUNTABILITY and report the results to the Emergency Director. 4.1.1.6 The Emergency Director, when notified by security, if necessary shall proceed with EAP-9 SEARCH AND RESCUE OPERATIONS to find any person (s) not ac-counted for. 4.2 Site Evacuation - Offsite Radiological Considerations: 4'.2.1 The specific actions to be taken will vary greatly with the type of incident, magnitude of offsite releases and degree of urgency in evacuating per-sonnel from the site. The actions given in this section are intended to provide guidance to the Emergency Director in determining the specific ac-tions to be taken. O Rev. No. 1 Date 06/82 Page 4 of EAP-ll [
l l /7 4.2.2 Prior to directing the evacuation of personnel, V the Emergency' Director. shall assess onsite and offsite radiological conditions, determine the plume pathway from EAP-4 DOSE ESTIMATES FROM DOSE ASSESSMENT CALCULATOR or EAP-7.2 DOWNWIND SURVEY and select an evacuation route or DOSE routes ESTIMATES-avoids which the plume pathway to the l greatest extent possible. If protective action recommendations to off-site authorities have been made using EAP-18 PROTECTIVE ACTION RECOMMENDA-TIONS, consider actions recommended and use At-tachment 11.2 to insure continuity of evacuation routes. Make an estimate of the potential dose to personnel from an evacuation and consider the pos-sibility of delaying evacuation until the release is terminated or the plume passes. 4.2.3 All of the personnel evacuated from the site shall be directed to assemble at an off-site location by the Emergency Director. Determine if the primary remote assembly area (Niagara Mohawk Service Cen-ter) is an acceptable facility based on offsite dose estimates at that location. If it is not, designate another area to serve as the remote assembly area. Determine the advisability of setting up stations for monitoring and/or decon-tamination of personnel and vehicles evacuated (3 (/ from the site at the remote assembly area. 4.2.4 The Emergency Director shall determine which per-sonnel are to remain at the site. If significant personnel exposure is anticipated, select the per-sonnel with the lowest accumulated quarterly expo-sure, if possible . Prepare a list and request these individuals not to evacuate, instruct them where to report. 4.2.5 Based on radiological conditions, the Emergency Director shall decide whether or not personnel should use normal exits or if the main gates are to be opened. Decide whether or not the evacua-tion should be staggered or if all non-essential personnel should be released at once. 4.2.6 The Emergency Director shall determine if any road blocks or special traffic arrangements are neces-sary to facilitate evacuation or the setup of mon-itoring stations. Also if the EOF is operable no-tify that emergency facility of the radiological conditions that have mandated the site evacuation. Rev. No. 1 Date 06/82 Page 5' of EAP-11
1 4.2.7 The Emergency Director shall designate one evacuee as the responsible individual at the ' remote assem-bly area. Instruct this person to contact the Emergency Director upon arrival at that area, for further instructions. 4.2.8 The Emergency Director shall contact Security and advise them of the intended course of action, the route, the designated assembly area and whether or not to collect dosimetry devices. Request that they stand by to implement EAP-8 PERSONNEL AC-COUNTABILITY. NOTE: If evacuation to the remote assembly area is ordered, the Emergency Director will contact Security and advise them to distribute copies of Attachment 11.3 to personnel who are exiting the site. 4.2.9 The Radiological Support Coordinator shall be di-rected by the Emergency Director to dispatch a Radiation Survey Teau to report to the parking lot to evaluate contamination on cars. Time per-mitting, cars found to be contaminated to levels greater than 100 cpm above background should be hosed at the warehouse fire hose valve located ad-jacent to the primary parking area in accordance with RADIATION PROTECTION PROCEDURES. Otherwise, h cars should be decontaminated at the remote assem-bly area once they arrive. 4.2.10 The Emergency Director shall contact the control room and advise the Shift Supervisor of the in-tended course of action. If it has been decided to release all non-essential personnel at once, give the Shift Supervisor the appropriate an-nouncement to be made in conjunction with the Evacuation Alarm (routes, assembly, etc.). 4.2.11 If a restricted area evacuation has been ordered l and plant personnel are assembled at the primary I assembly areas and it has been decided to evacuate on a staggered basis, the Emergency Director shall I notify each assembly area using the form EAP-11.1 l and advise them of actions to be taken (routes, assembly, etc.) l 4.2.12 "If a restricted area evacuation has not been or-l dered and the Emergency Director decides that all I non-essential personnel should proceed directly off-site, he or she shall: O Rev. No. 3 Date 11/84 Page 6 of EAP-11
( l l 4.2.12.1 Direct the Control Room Operator to sound the evacuation tone using the multitone generator. 4.2.12.2 Direct the Control Room Operator to announce the following over the page party system (including all buildings and area within the exclusion area (s): ATTENTION ALL STATION PERSONNEL. ALL PERSONNEL EXCEPT THOSE WITH EMERGENCY ASSIGNMENTS SHALL PROCEED EVACUATE THE SITE PROMPTLY AND ORDERLY. TO THE PRIMARY SECURITY BUILDING, TURN-IN YOUR SECURITY BADGE AND DOSIMETRY, PROCEED TO THE RE-MOTE ASSEMBLY AREA (designate). (Continue with additional instructions as neces-sary.) 4.2.12.3 Notify the NMP-1 SS in the event that the site is being evacuated. Request the NMP-1 SS to instruct Niagara Mohawk Security to unlock the Niagara Mohawk Fulton Service Center. 4.2.12.4 Repeat the alarm and the announcement three addi-tional times at one minute intervals. 4.2.12.5 Direct Security to implement appropriate personnel accountability measures as provided in EAP-8, PERSONNEL ACCOUNTABILITY. 4.2.12.6 Personnel within the restricted area should pro-ceed to the designated assembly area, without de-laying at the Health Physics Access Control Point for monitoring. Personnel should don a clean pair of coveralls over their potentially contaminated clothing. Otherwise, personnel should proceed to the designated assembly area. 4.2.12.7 Direct a radiation survey team to the remote as-
'sembly area with portable friskers. Personnel i found to be contaminated should be decontaminated ,
using RPOP-2 as a guide. 4.2.12.8 If necessary, based on the outcome of accountabil-ity efforts or other reports, direct Security to initiate search and rescue measures as provided in i EAP-9, SEARCH AND RESCUE OPERATIONS. l l O Rev. No. 3 Date 11/84 Page 7 of EAP-11
1 4.2.12.9 When the site evacuation is complete, Security personnel not necessary to maintain an appropriate g security posture should be directed to remote as-sembly area to await further instructions. Secur-icy personnel will be instructed to insure contin-uity with their own contingency plans. 4.2.12.10 Upon decontamination of personnel and autos at the remote assembly area, the Emergency Director may dismiss person'nel if desired. 4.2.13 The Radiological Support Coordinator shall deter-mine the need and extent for personal vehicle man-itoring and additional personnel monitoring and will establish appropriate monitoring stations at the remote assembly area. 5.0 FIGURES, FORMS AND ATTACHMENTS Form EAP-ll.1, Contact List for Site Evacuation
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5.1 5.2 Attachment 11.2, Emergency Planning Zones and Evacua-tion Routes 5.3 Attachment 11.3, Remote Assembly Area 9 I O l Date 06/82 Page 8 of EAP-ll Rev. No. 1
( y
\.) FORM EAP-11.1 CONTACT LIST FOR SITE EVACUATION l
NOTIFIED Time / Initials CONTROL ROOM 310 TSC 449 l MAINTENANCE SHOP 225 I & C SHOP 235 RADIATION PROTECTION OFFICE 246 NEW ADMINISTRATION BUILDING 437, 280 ( ). SECONDARY ACCESS BUILDING 428, 430 MAIN ACCESS BUILDING 283, 282 O Rev. No. 4 Date 12/85 Page 9 of EAP-11
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- .. Radiological Emergency Plans and Procedures
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APE <RTURE MAP NUMBER 8
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T;Wat:rt wa Thamap shows the designated evacuation routes for the 10 mile Emer-gency Ptanning Zone around she Nine Mile Point and FitzPairick plants. m These routes have been chosen to (D minimize traif ac congestion and provide the quickest way out of the Energency Planr>,ng Zone. g To learn how you would evacuate, o find the designated route nearest your location. You would follow that toute out NINE MILE POINT & of the Emergency Planning Zone re. FITZPATRICK PLANTS d'? gardless of your final destina: ion. , LAKE ONTARIO. ~~,,,(( N NORTN N'.l l ,,yo48 i p i t!! 2 , 9 .. , q t \'
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1 CONTROLLED 27 0 NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDURE f EMERGENCY PLAN VOLUME 3 f PROCEDURE NO.: EAP-17 TITLE: EMERGENCY ORGANIZATION STAFFING
- 2-5-86; Meeting No. 86-007 Date PORC REVIEW:
' APPROVED BY:
- MMM Resident Manager O.
As a r APPROVED BY: nvironmental Radiological an Services Sup rintendent 7 8 9 10' 4 .5 6 1 2 3 13 13 10 13 PAGE NO.: 12 13 13 13 13 REV. NO.: 12 15 16 17 18 11 12 13 14 PAGE NO.: 15 15 15 15 12 14 12 15 REV. NO.: 4 O Rev. No. 15
, Date 02/86 l
~
I . . _ _ . . _
(]) . L llhB'E5.2 ([]) EMERGENCY ORGANIZATION ASSIGNMENTS g MONTH / YEAR ASSIGNMENT 02/86 Page 1 of 5 Emergency Organization Phone Emergency Organization Reporting z Personnel Number Title Location 963-8923 Abbott, Bruce Out of Plant Survey Coord/ Dispatcher (A) TSC Abbott, Peter 298-5509 Shift Supervisor (P) CR
- Allen, Cynthia 298-4547 Clerical / Registration (P) JNC vi Allen, K. Shawn 343-2546 Assistant Shift Supervisor (P) CR Auchampau, Judy 298-6484 Emergency Log Keeper (P) EOF Austin, Clara 963-7045 Clerical / Registration'(P) JNC Austin, John 342-2860 Administrative Manager (P) JNC e Avrakotos, Nicholas 342-5257 Emergency Director Aide (P) TSC/ EOF
$ Baker, Robert 342-0871 Manager (A) TSC-o Bathie, James 593-7383 Manager (A) OSC Benson, Michael 343-8022 Communications (A) TSC l c, Bergene, Theodore 342-4482 ALARA Supervisor (P) TSC/OSC N Bernstein, Boris 947-5846 Plant Engineer (A) TSC S Berzins, Elwood 963-8188 Public Information Liaison (P) TSC/ EOF
- 963-8869 Bogart, Kenneth 963-8618 Communicators (A) EOF Bostian, Bonnie 343-7592 Clerical / Registration (P) JNC Brons, Jack 914-762-7362 Recovery Manager (P) EOF Brown, Charles 622-1669 Plant Engineer (A) TSC m Brozenich, Paul 342-3897 Shift Supervisor (P) CR j Burch, David 342-4428 Reactor Analyst (P) CR o Burns, Robert 203-431-0608 Recovery Manager (A) EOF Butler, Thomas 298-4531 Emergency Director Aide (A) TSC/ EOF
~ Carlson, Bennett 598-1445 NYS RECS Communicator (P) TSC c- Castaldo, Elizabeth 342-0026 Clerk (P) EOF Catella, Frederick 298-5718 Manager (A) .
EOF Chaldu, Patricia 343-8653 Staffing Coordinator 2(A) EOF o Childs, Verne 963-3832 Technical Support (P) JNC
- Claxton, Randy 592-5441 Radiation Data Coordinator (A) EOF m Clemmens, Anne 343-2680 Clerical / Registration.(P) JNC
> Clemons, Monica 963-3584 Clerk (A) EOF 7 Coffey, Thomas 342-5527 Plant Computer Operator (P) EOF
[ Conger, Edward 695-5312 Stock /Warehouseing (A) OSC Converse, Radford 343-8613 Emergency Director (A) TSC/ EOF (P) = Primary (A) = Alternate
4 i O - etE5.2 ,o EMERGENCY ORGANIZATION ASSIGNMENTS i g - MONTH / YEAR ASSIGNMENT 02/86 Page 2 of 5 Emergency Organization Phone Emergency Organization Reporting 2: Personnel Number Title Location Cottongim, Arlene 699-8696 Telephone /Telecopy Operator (A) TSC i Curran, Andrew 564-6656 Technical Liaison (A) EOF I . Daby, Steven 298-4709 Clerical / Registration (A) JNC v' Daczkowski, Wallace 622-2262 Environmental Sample Coordinator (A)- EOF ~ DeNeve, Richard 695-6342 Dose Assessment Coordinator (A) EOF
- Dietz, Rose 343-4307 Clerical / Registration (P) JNC Donovan, Laura 342-4587 Clerk (P) EOF c Dull, Duane 963-7138 Inplant Coordinator / Dispatcher (A). TSC/OSC
$ Dull ~, Lisa 963-7138 Clerical / Registration (A) JNC ! m Durr, Ellen 343-6084 Telephone /Telecopy Operator (P) TSC ,
j Egelston, Barbara 343-0059 Public Information Liaison (A) TSC/ EOF. o Erkan, John 342-4852 Plant Engineer (P) TSC i 343-2923 Manager (P) TSC tiao Fernandez, William Emergency Director (A) TSC/ EOF
- Fish, Hamilton 446-7400 Public Information Technical Asst (A) TSC/ EOF
! Fitzgerald, John 458-8987 Manager (P) OSC i Flaherty, Joseph 598-8186 Communications and Records Coordinator (A) TSC Fox Mary 343-7794 Clerk (P) EOF j4 Frawley, Patrick 343-3589 Staffing Coordinator-(P) EOF
- m Frank, Gary 593-7965 Dose Assessment Coordinator (P) EOF -
, $m Gambill, Jerry 457-1220 Accountability Supervisor (A) JAF l Gannon, Cornelius 343-2336 Radiation Protection Supervisor (P) TSC/OSC ] Goodroe, Kenneth 343-2737 Manager (A) OSC l s. Gorman, Barrie 342-0115 Plant Chemistry & Environ Super (P) TSC/OSC 4 v' Grandy, Boyd 343-8082 Manager (A) OSC Grodi, David 343-4297 Communicator (P) EOF Haas, Henry 797-3712 Accountability Supervisor (P) JAF 343-4008 TSC o Haley, James Security Coordinator (A)
- 593-6619 Emergency Log Keeper (A) TSC Halstead, Dawn m Hamblin, William 964-2695 Plant Chemistry & Environ Super (A) TSC/OSC 343-6308 Emergency Log Keeper (P) TSC g Hanley, Frances TSC i Hansen, Mogens 592-4620 Plant Engineer (P) 298-4085 Communicator (P) EOF j [ Hart, David i
) (P) = Primary 1 (A) = Alternate l t
4 () - ()BLE5.2 .(I EMERGENCY ORGANIZATION ASSIGNMENTS m MONTH / YEAR ASSIGNMENT 02/86 Page 3 of 5 Emergency Organization Phone Emergency Organization Reporting g: Personnel Number Title Location ] Heath, Alan 342-5366 Security Coordinator (P) JNC Herrmann, Terry 598-5251 Plant Engineer (P) TSC r, Holliday, Arnold 963-7133 Manager (A) OSC vi Holliday, Derid 343-3224 Technical Support (P) JNC Hoy, Norman 638-4972 Plant Engineer (P) TSC Hyne, Edward 652-5065 Assistant Shift Supervisor (P) CR j Jensen, Stuart 298-6428 Radiation Data Coordinator (P) EOF , e Johnson, Daniel 342-4368 Shift Supervisor (P) CR
$ Johnson, Sharon 343-7936 Clerk (A) EOF ! m Jones, Larry 343-4714 Plant Engineer (A). TSC
]' Juravich, Stephen -343-3249 NRC Communicator (P)' TSC c2 Karsten, Richard 622-2562 Communicator (A) EOF i N Keith, Hartford 342-0515 Communications and Records Coord (P) TSC~ l S Kieper, Dennis 342-3182 I & C Supervisor (A) OSC
- Kilpeck, Kevin 451-6910 NYS RECS Communicator (A) TSC l
i Klinger, James 298-4349 Communications (P) TSC Lawton, Robert 963-7577 Communications (A) TSC 598-6770
] Lindsey, Douglas Operations Coordinator (P) .CR Liseno, Robert 298-2094 Emergency Maintenance Coordinator (P) TSC m Locy, Roger 343-3444 Operations Coordinator (A) CR j y LoTempio, Andrea 342-2759 Clerical / Registration (A) JNC 1
m LoTempio, Peter 342-2759 Purchasing / Accounting (P) EOF Lyons, John 343-5524 Technical Coordinator (A) TSC l r, MacCammon, Gordon 298-4323 Accountability Supervisor (A) JAF
; m Maki, Robert 342-3815 Shift Supervisor (P) CR Maniccia, Theresa 343-3588 Dose Assessment Clerk / Assistant (P) TSC Mariano, Bonnie 342-3095 Clerical / Registration (P) JNC
. o Mason, Carolyn 668-7148 Clerical / Registration (A) JNC l Mather, Timothy 343-2561 Communicator (A)- EOF m Matthews, Ronald- 652-9304 I & C Supervisor (P) OSC
> McCarty, John 298-5576 Dose Assessment Coord. (A) TSC/ EOF
! 7 McDougal, Floyd 232-2654 Switchboard Operator (P) EOF ! [ McGrath, Mella 342-1682 Clerical / Registration (P) . JNC i (P) = Primary J (A) = Alternate 1 l ^ i
O . SE5.2 o EMERGENCY ORGANIZATION ASSIGNMENTS MONTH / YEAR ASSIGNMENT 10/85 Page' 4 of 5 g
< Emergency Organization Reporting Emergency Organization Phone Number Title Location Personnel McKeen, Alan 451-9207 Radiation Support Coordinator (A) TSC/ EOF M-Mahon, Mark 564-5194 ALARA Supervisor (A) TSC/OSC McMillen, Marilyn 695-2232 Switchboard Operator (A) EOF 488-7538 Security Coordinator-(A) JNC vi Milesi, Leo 342-5085 Communicator (A) ' EOF Moreau, Claude 342-5029 Communicator (P) EOF Morris, James 635-7262 Manager (A) TSC Moskalyk, Thomas en Mott, Deborah 342-5452 Telephone /Telecopy Operator (A) TSC Mulcahey, Eric 343-1510 Radiation Support Coordinator (P) TSC/ EOF
$ 963-3938 Emergency Log Keeper (A) EOF m Nelson, Nancy CR Pelton, Thomas 652-7313 Assistant Shift Supervisor (P)
Peters, Robert 343-8440 Maintenance Engineer (P) OSC c, 342-1978 Assistant Shift Supervisor (P) CR N Pike, Robert S Pirong, Richard 635-6959 Plant Computer Operator (P) TSC
- 343-2728 Clerical / Registration (P) JNC Pitsley, Cheryl CR Plumpton, Thomas 598-4691 Shift Supervisor (P)-
Pobutkiewicz, Stanley 633-8890 Plant Computer Operator (A) TSC 695-6438 Communicator (P); EOF Pozzuoli, Henry Prarie, Calvin M. 342-3915 Out-of-Plant Coord/ Dispatcher (P) TSC Primeau, Gerald 343-6836 Clerical / Registration (A) JNC m EOF-Pritchard, Sherry 343-9632 Communicator.(A)
$a Proctor, Wesley 342-3306 Public Information Technical Asst (A) TSC/ EOF Prokop, Jerome 342-2716 Public Information Technical Asst (P) TSC/ EOF Pruenal, Beverly 343-3654 Administrative Manager (A) JNC r.
sa Ramstad, Robert 342-2667 Stock /Warehouseing (P) OSC Recknall, James 342-3341 Plant Computer Operator (A) EOF Reich, Lise 598-8090 Telephone /Telecopy Operator (P) TSC o Robert, Dennis 963-8874 Waste Management (A) 1CR
"' Robinson, William 696-8738 NRC Communicator (A) TSC Romanowski, Joseph 342-3029 Technical Liaison (P) EOF m 342-0032 Maintenance Engineer (A) OSC
> Ruddy, Daniel Offsite Security Coordinator (A) EOF 7 Sanford, Randy 343-9414
{ Sarkissian, Robert 342-2417 Assistant Shift Supervisor (P)- CR [ (P) = Primary (A) = Alternate ____________________________________.____._J
h - hLE5.2 h EMERGENCY ORGANIZATION ASSIGNMENTS g8 HONTH/ YEAR ASSIGNMENT 02/86 P a g e ____ 5 __ .of 5 Emergency Organization' Phone Emergency Organization- Reporting-g: Personnel Number Title Location Schadt, John 963-3918 Purchasing / Accounting (A) EOF l Schilling, Richard 342-2371 Shift Supervisor'(P) CR
. Schlau, Peter 343-3249 Maintenance Engineer (A) OSC l v' Scott, John 963-3891 Communicators (P) EOF i Shafer, Harold 298-6035 JAF Radio Operator (A) EOF Shannon, Marlene 343-1661 Clerk (A) EOF .
Sherman, Jodi 342-5735 Clerical / Registration'(A) JNC l c Simpson, Donald 343-5614 Manager (P) EOF ,
$ Snyder, Lisa 963-3546 Clerical / Registration (A) JNC
- Solini, John 622-3420 Environmental' Sample Coordinator (P) EOF Sova, Karen 343-7933 Dose Assessment. Clerk / Assistant (A) TSC o Squires, Douglas 963-8520 Assistant Shift Supervisor (P) CR R Steere, Richard 938-5145 Clerical / Registration (A) JNC oo Stoutenger, JoAnn . 342-1208 Clerical / Registration (A) JNC Street, John 343-9404 NYS RECS Communicator (A) TSC Swinburne, Paul 343-7868 JAFNPP Licensing' Rep to Oswego County (A) OCEOC Symborski, Daun 343-2306 Clerical / Registration (P) JNC Szeluga, Kurt 343-5312 Rad Protection Supervisor (A) TSC/OSC Teifke, Thomas 963-7472 Security Coordinator (P) .TSC m Tiner, Gregory 457-9594 JAF Radio Operator (P) EOF l
$S Tolbert, John 598-6326 Reactor Analyst (A) . CR Torbitt, Donald 593-7629 Assistant Shift Supervisor (P) CR Vargo, George 598-7845 Dose Assessment Coordinator (P) TSC/ EOF
- r. Vickery, Raymond 343-6662 Clerical / Registration (A) JNC m Walker, Kelly 598-8261 Rad Support Coordinator (P) EOF 963-7741 Walker, Paul Shift Supervisor (P) CR Wallace, David 342-4367 JAFNPP Licensing Rep to. Oswego County (P) OCEOC o Walz, Victor 564-6302 Technical Coordinator (P)
.TSC Warchol, Michael. 964-2413 Offsite Security Coordinator (P) EOF m Wierowski, James 716-482-6379 Radiation Support Coordinator (A) EOF g Wiese, Richard 457-4403 Emergency Maintenance Coordinator (A) TSC i Zimmerman, Donald 343-7885 Inplant Survey Coord/ Dispatcher (P) TSC/OSC
[ Zufelt, Edison 298-5956 Communications (P) TSC-(P) = Primary ' (A) = Alternate
. _ _ . _ ________ D
e CONTROL 41ED27 O NEW YORK POWER AUTHORITY' JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDURE EMERGENCY PLAN VOLUME 3 PROCEDURE NO.: EAP-18 . TITLE: PROTECTIVE ACTION RECOMMENDATIONS
- Meeting No. 86-007 Date 2-5-86 PORC REVIEW:
f .<< APPROVED BY: As tuiu Resident Manager O ~ z A APPROVED BY: v _ Radiological and E onmental Services' Super endent 4 5 6 7 8 9 10 PAGE NO. 1 2 3 6 6 6 6 0 3 3 REV NO. 6 6 6 14 15 16 17 18 19 20 PAGE No. 11 12 13 3 3 3 3 3 3 3 REV. No. 3 3 3 23 24 25 26 27 28 29 30 FAGE NO. 21 22 6 0 3 2 3 6 6 REV. NO. 3 3 0
. PAGE No. 31 REV. NO. 6 O REV. NO. 6
- i. DATE: 02/86 i
i f
- b EMERGENCY PLAN IMPLEMENTING PROCEDURE EAP-18 PROTECTIVE ACTION RECOMMENDATIONS
- 1.0 PURPOSE This procedure provides guidelines for determining protec-tive action recommendations to be given to state and local officials. Because protective action decisions could be influenced by factors not included here, use this procedure with common sense and good judgement.
2.0 REFERENCES
l 2.1 EAP-4 DOSE ASSESSMENT CALCULATIONS. l 2.2 EAP-7.2 DOWNWIND SURVEY DOSE ESTIMATES. 2.3 EAP-12 DOSE ESTIMATED FROM AN ACCIDENTAL RELEASE OF RADIOACTIVE MATERIAL TO LAKE ONTARIO. 2.4 HIGH RANGE CONTAINMENT MONITOR RESPONSE TO POST ACCI-() DENT FISSION PRODUCT RELEASES - JAMES A. FITZPATRICK
~
NUCLEAR POWER PLANT, SL-4370, SARGEANT LUNDY, MAY 1985. 2.5 OSWEGO COUNTY RADIOLOGICAL EMERGENCY RESPONSE PLAN, NINE MILE POINT NUCLEAR STATION AND JAMES A. FITZ-PATRICK NUCLEAR POWER STATION, APPENDIX A, JULY 1981. 2.6 MANUAL OF PROTECTIVE ACTION GUIDES AND PROTECTIVE AC-TIONS FOR NUCLEAR INCIDENTS, SEPTEMBER 1975. 2.7 SAND 77-1725 (UNLIMITED RELEASE). 2.8 NRC I & E NOTICE NO. 83-28. 2.9 PARSONS BRINKERHOFF REPORT, 1984 POPULATION ESTIMATES. 2.10 GE NEDO-22215 PROCEDURES FOR THE DETERMIMATION OF THE EXTENT OF CORE DAMAGE UNDER ACCIDENT CONDITIONS. 2.11 RTP-34 CONTAINMENT RADIATION MONITORING - POST ACCI-DENT. 3.0 INITIATING EVENTS Offsite dose estimates have been completed via reference p 2.1, 2.2 or 2.3. l
\J Rev. No. 6 Date 02/86 Page 1 of EAP-18
.I a
4.0 PROCEDURE h. NOTE: If a GENERAL EMERGENCY has been declared, refer.to Figure EAP-18.8, " Criteria for Protective Action- l Recommendations for General Emergencies" and At-tachment 1, " Evaluation of Containment Exposure Rates" for guidance. Radiological Support Coordinator or designee shall: Perform step 4.1 to determine airborne protective action recommendations and/or step 4.2 to determine waterborne pro-tective action recommendations. 4.1 Airborne Protective Actions (Record results on Airborne Worksheet Form EAP-18.1.) 4.1.1 Projected whole body and thyroid doses shall be obtained from the individual performing EAP-4 DOSE ASSESSMENT CALCULATIONS. As accurate field data becomes available. EAP-7.2 DOWNWIND SURVEY DOSE ESTDIATES results should be used to refine the initial projected doses as the most reliable in determining protective action recommendations.
- 4.1.2 It will be necessary to use Form EAP-18.1 to l record EAP-7.2.
information obtained from EAP-4 and/or () 4 .1.' 3 When performing EAP-4, data will be made available l from one of three types of calculations -(i.e.
- IDAC, Class A Model and/or Dose Calculator). A '
description of how to use this data to determine ! protective action recommendations follows: 4.1.3.1 Using IDAC Output to Determine PARS: l It is first necessary to determine what ERPAs the plume has possibly affected and then obtain the three displays from IDAC and l perform the following calculations on i separate EAP-18.1 forms: A. For each affected ERPA, assign the highest IDAC data (i.e. X/Q, Whole Body and Thyroid Dose) that could be associ-ated with that ERPA in order to perform l PAR calculations. Ex: ERPA #1 PARS would most likely be based on calculations which use either the .3, .6 or 1.2 mile centerline doses whichever is highest. $4 Rev. No. 6 Date 02/86 Page 2 of EAP-18
o O - ERPA #2 and #3 PARS would most likely be based on calculations which use 2 mile centerline doses. In cases such as ERPA #5 which lies between the 2 and 5 mile points, it will be necessary to choose the higher of the two doses when performing the PAR calculation. B. Determine the evacuation time for the area (ERPA) of concern for which r.rotec- be tive action recommendations vill determined:
- 1. Determine and record the prevailing weather conditions. (Adverse weather consists of conditions considered to ..cause a slippery roadway and/or reduced visibility.
Normal weather ~ conditions are considered to be clear sky and dry roadway.).
- 2. Determine and record the prevailing O scenario based on those delineated on the Evacuation Time Estimates Figure EAP-18.2.
- 3. Using the Evacuation Time Estimates Figure EAP-18.2 and the information previously recorded on the Airborne Worksheet, determine and record the evacuation time for the area (ERPA) of interest. The Evacuation Time Estimate should be for the resident population with autos, unless a request is made for one of the other population subgroups.
C. Complete the calculations on the table of the Airborne Worksheet to determine
- the doses to the population in the ERPA of concern if they took shelter and if they evacuated.
NOTE: Shelter dose and projected dose for the whole body will t only be different if the county supplies additional ! O l Rev. No. 6 Date 02/86 Page 3 of EAP-18
information regarding the sheltering of individuals in some type of structure. Based on the county's information and referring to Figure EAP-18.3, a Shelter Shielding Factor other than 1.0 may be appropriate and shelter dose may then be less than project-ed dose. D. Based on the results obtained in Step C above, refer to the Whole Body and Thy'oid r Guidance Chart Figure EAP-18.4 to determine the whole body and thyroid i indicated ~ actions. Record this result by circling the chosen indicated action on the Airborne Worksheet. E. Based on the results of Step D above, determine the more severe (i.e., evacua-tion is more severe than sheltering) of the two indicated actions and circle it as the protective action recommendation on the Airborne Worksheet. Record the date, time and signature. F. Record the protective action recommenda-tion determined in Step E above on the Protective Action Map Figure EAP-18.6 (ERPAs). G. Complete the Protective Action Map after all EAP-18.1 forms have been completed. Record date, time, signature and any additional comments necessary for clarity. Also, attach all completed EAP-18.1 forms. H. Transmit the completed Protective Action Map and forms to the Emergency Director or Recovery Manager for approval and signature. I. Once the Emergency Director has reviewed i and approved of the protective action recommendations as noted by signature on i the Protective Action Map, inform the appropriate agencies in accordance with EAP-1.l'0FFSITE NOTIFICATIONS. O Rev. No. 6 Date 02/86 Page 4 of EAP-18 i ' ~- .- . .- .- . . _ --, _ . _ _ . , _ _ _ _________ , __ ,_ _ _ _ _ _ _ _ _ _ _ _ _ _ , _ __
l e J. Repeat this procedure for each area (ERPA) of interest for which projected , doses have been calculated taking into account the following:
- 1. Consideration should be given to recommend the same or lower protec-tive actions for adjacent ERPAs.
- 2. During lake breeze conditions (i.e.
when the wind direction is anywhere between 230' and 90*) take into account the uncertainty in the plume location. Protective action recommendations shall include an area 22
- either side of the indicated wind direction.
- 3. Protective action recommendations will be made for entire ERPAs even though only a portion of that ERPA may be affected.
4.1.3.2 Using Class A Model output to determine PARS: C It is first necessary to determine what ERPAs the plume has possibly affected and then obtain proj ected doses for those areas in order to perform the following calculations on form EAP-18.1: A. For each affected ERPA, use the highest 6 hour projected receptor dose in that ERPA to perform PAR calculations on form EAP-18.1. Continue with Steps B through I listed under Section 4.1.3.1 B. Repeat this procedure for each area (ERPA) of Interest for which projected doses have been calculated. 4.1.3.3 Using Dose Estimate Calculator output to determine PARS: A. Obtain completed Form EAP-4.1 and use those projected doses for performing PAR calculations. Proceed with Steps B through G listed under section 4.1.3.1. O Rev. No. 6 Date 02/86 Page 5 of EAP-18 n
D 4.2 Waterborne Protective Actions 4.2.1 Record projected doses and estimated release duration, as obtained from EAP-12 DOSE ESTI-MATED FROM AN ACCIDENTAL RELEASE OF RADIOAC-TIVE MATERIAL TO ' LAKE ONTARIO on the Water-borne Worksheet Form EAP-18.5. 4.2.2 Compare projected swimming (whole body and skin) and boating doses recorded, with Water-borne Protective Action Guides on the Water-borne Worksheet and determine the recommended action. 4.2.3 Based on results of step 4. 2. 2 above , take the higher recommended action and record this :
- on the Protective Action Map Figure EAP-18.6.
Record date/ time and signature on the Water-borne Worksheet. 4.2.4 Complete the Protective Action Map by re-cording date , time, signature and any addi-tional comments necessary for clarity. 4.2.5 Transmit completed Protective Action Map to the Emergency Director or Recovery Manager for approval and signature. 4.2.6 Once the Emergency Director or Recovery Manager has reviewed and approved the protec-tive action recommendations as noted by signature on the Protective Action Map, inform the appropriate agencies in accordance with EAP-1.1 0FFSITE NOTIFICATIONS.
- NOTE
- The plume exposure pathway wall
! maps located in the Control Room, Technical Support Center and the Emergency Operations Facility may be used to determine and record protective action recommendations. 5.0 ATTACHMENTS 5.1 Form EAP-18.1, Airborne Worksheet 5.2 Figure EAP-18.2, Evacuation Time Estimates (14 pages) 5.3 Figure EAP-18.3, Representative Shielding Factors from Gamma Cloud Source O Rev. No. 6 Date 02/86 Page 6 of EAP-18 1 _ .-. . _ . _ - _ _ _ . _ . . _ - _ . _ _ _ _ . _ . ~ _ . _ - _ . . _
O 5.4 Figure EAP-18.4, Whole Body and Thyroid Guidance Chart 5.5 Form EAP-18.5, Waterborne Workshe,et-5.6 Figure EAP-18.6, Protective Action Map - ERPA's 5.7 Figure EAP-18.7, Emergency Planning And You
- 5.8 Fipre EAP-18.8, Flowchart- for General Emergency Offsite Protective' Decisions .
5.9 Figure EAP-18.9, Containment Radiation Monitor Work-l sheet 5.10 Figure EAP-18.10, Approximate Source and Damage Esti- , mate 5.11 Attachment 1, Evaluation of Containment Exposure Rates O i l r a i i O i f Rev. No. 6 Date 02/86 Page 7 of EAP-18
FORM E AP- 18.1 AIRBORNE WORKSHEET p) DATE V AREA (SECTOR /ERPA) 0F INTEREST WEATHER CONDITION NORMAL ADVERSE ICIRCLE ONE! D I S T ANCE (mi AWAY FROM SITE) RELEASE DUR ATION (bre) TIME ESTIMATE SCENARIO EVACUATION T IME < hrs) DOSE PROJECTED DOSE (rem) SHELTER 00SE < rem) EVACUATON 00SE(r.-> CONSIDERATIGN IF R02 Evac Time WHOLE BODY SO:PO X SSF ED: j-X EV. T IF RO < Evac Ti m. EO = PD PO: SO: ED: FOR R05 2 hrs IF R0 2 Evac Ti m. THYR 010. SO = PO X .33 E 0 = 21 X E V . I h'~ FOR RD > 2ers I F R < Evac Ti m. SO = P0 (1- hP) EO = PD PD: SO: EO: REFER TG nHOLE BODY AND THYROIO GUIDANCE CHARTS KEY AND CIRCLE THE INDICATED ACTION FOR EACH: O - NOMEO DE WHOLE 800Y THYROIO SD - SHELTER 00SE NO ACT10N NO ACTION ED - EVACUATIGN COSE SHELTER SHELTER SSF - STRUCTURAL SHIELO[NG EVACUATE EVACUATE FACTOR IFIGURE EAP-IS.3!
~
OTHER OTHER Evae tim. - EVACUTION TIME IFIGURE EAP-18.21 PROTECTIVE ACTION RECOMMENOATION ERPA - EMERGENCY RESPONSE PLANNING AREA NO ACTION SHELTER EVACUATE OTHER (CIRCLE ONEI "0THER' EXPLANATION : O V TIME INDIVIOUAL COMPLETING FORM ' Rev. No. O Date 06/82 Page 8 of EAP-18
Figuro EAP-18.2 (1 of 14)' EVACUATION TRAVEL TIME ESTIMATES BY ERPA SCHOOL-IN-SESSION SCENARIO NORMAL WEATHER Resident Population Special Facilities Transienta With Autos Without Autos ERPA From - To From - To From - To From - To - 1 1.67 - 2.5 1.33 - 2.33 - 1.67 - 2.0 2 1.167 - 2.33 1.33 - 2.5 - 1.167 - 2.33 3 1.67 - 2.5 1.33 - 1.5 - - 4 1.0 - 2.33 1.5 - 2.83 1.5 - 2.5 1.0 - 2.33 5 1.67 - 2.5 1.33 - 2.33 - 1.67 - 2.33 6 3.83 - 6.167 4.33 - 6.67 - 3.83 - 6.167 7 1.0 - 2.167 l'.33 - 2.67 - 1.0 - 2.167 8 0.83 - 2.0 1.167 - 2.33 - 0.83 - 2.0 9 0.83 - 1.83 1.33 - 2.33 . 0.83 - 1.83 10 1.67 - 2.33 1.83 - 2.67 - 1.67 - 2.33 11 3.83 - 6.167 4.167 - 6.5 - 3.83 - 6.167 12 3.83 - 6.33 6.33 - 8.67 4.167 - 6.5 3.83 - 6.33 13 4.67 7.83 6.67 - 9.0 4.0 - 5.0 4.67 - 7.83 14 0.67 - 2.167' 3.67 - 5.33 - 1.0 - 2.33 15 0.83 - 2.167 3.67 - 5.5 - 0.83 - 2.167 16 0.67 - 2.0 3.83 - 5.5 0.83 - 2.167 0.67 - 3.0 17 0.83 - 1.83 3.67 - 5.5 1.0 - 1.167 0.83 - 1.0 18 0.67 - 1.67 3.67 - 5.33 - 0.67 - 1.67 19 3.83 - 6.167 5.5 - 7.5 - 3.167 - 5.167 20 3.67 - 6.0 5.5 - 7.5 - 3.67 - 6.0 21 2.5 - 4.0 6.33 - 8.67 2.83 - 4.33 2.5 - 4.0 22 4.67 - 7.83 6.33 - 8.83 5.0 - 8.0 4.67 - 7.83 1 ALL ERPAs 4.67 - 7.83 6.67 - 9.0 5.0 - 8.0 4.67 - 7.83 Notes (1) The evacuation travel time ranges presented in this Table are based on operational strategies indicated in the evacuation implementation procedures. Lower bound evacuation travel times (shorter times) can be anticipated whens (a) l'nexpected long-term capacity restrictions on key highway links owing to incidents such as accidents, vehicle breakdowns, ani highway construction, do not occur; (b) A high state of operational readiness (traffic control officers mobilized, traf fic centrol devices operational, all buses stationed to begin their initial runs, etc.) is attained; (c) An informed and cooperative public follow directions as instructed. I'pper bound evacuation travel times (longer times) are representative of a situation where: (a) Capacity restrictions adversely af fect traffic flow, but not to the point where a breakdown in traffic flow would result; (b) A low state of operational readiness results from minimal mobilization of the emergency i workforce; I (c) A lew degree of cooperation from the public occurs. (2) The evacuation travel time ranges are indicated as decimal hours and include 20 minutes of pub-l lic prepartion time, j (3) Normal weather conditions are considered to be clear sky and dry roadway pavement for the above 1 scenario, l (4) The population subgroups indicated in this Table aret j (a) resident population (with and without automobiles); (b) special facilities (schools, colleges, nursing homes, hospitals, other health care facili-l ties, residential facilities such as group homes, convents, and monasteries); 1 (c) transients (employees, visitors to parks, resident and day camps, hotels, and motels). ($) Caps in this Table indicates that there is no special facility d'r transient population in the t given ERPA. (6) The evacuation travel time ranges presented in this Table assume a simultaneous evacuation of the entire EPZ. The evacuation travel time for any individual ERPA in a staged evacuation will j not exceed the travel time range indicated in this Table.
- Rev. No. 3 Date 10/84 Page 9 of EAP-18 1
l
Figura EAP-18.2 (2 of 14) EVACUATION TRAVEL TIME ESTIMATES BY ERPA SCHOOL-IN-SESSION SCENARIO . ADVERSE WEATHER ERPA Resident Population With Autos Without Autos Special Facilities Transients h , 1 2.83 2.67 - 2.83 2 2.83 2.83 - 2.83 3 3.0 1.67 - - 4 2.67 3.167 2.67 2.67 l 5 2.83 2.67 - - 2.83 2 6 7.67 8.0 - 7.67 7 2.5 3.0 - 2.5 8 2.5 2.67 - 2.5 9 2.167 2.67 - 2.167 10 2.83 3.167 - 2.83 11 7.67 7.83 - 7.67 12 7.67 10.33 7.83 7.67 - 13 9.67 10.67 6.0 9.67 14 2.5- 6.167 - 2.67 15 2.5 6.33 - 2.5 16 2.33 6.5 2.5 2.33
; 17 2.33 6.33 2.0 1.83 18 2.0 6.167 - 2.0 19 7.5 8.83 -
6.33 20 7.5 8.83 - 7.5 21 5.0 10.33 5.167 5.0 4 22 9.67 10.5 9.83 9.67 All ERPAs 9.67 J- 10.67 9.83 9.67 1 ! Notes: g (1) The evacuation travel time estimates presented in this Table are based on l operational strategies indicated in the evacuation implementation l i procedures. ! (2) The evacuation travel times are indicated as decimal hours and include 20 l minutes of public preparation time. l (3) Adverse weather conditions are considered to be a slippery roadway surface > l (e.g. , due to snow or ice), and/or reduced visibility (e.g. , due to fog or i heavy rain) for the above scenario. l (4) The population subgroups indicated in this Table are:
; (a) resident population (with and without automobiles);
(b) special facilities (schools, colleges, nursing homes, hospitals, other j health care facilities, residential facilities such as group homes. l convents, and monasteries); ! (c) transients (employees, visitors to parks, resident and day camps, ! hotels, and motels). (5) Caps in this Table indicate that there is no special facility or transient population in the given ERPA. (6) The evacuation travel time ranges presented in this Table assume a simultaneous evacuation of the entire EPZ. The evacuation travel time for any individual ERPA in a staged evacuation will not exceed the travel time range indicated in this Table. O Rev. No. 3 Date 10/84 Page 10 of EAP-lo
Figura EAP-18.2 (3 of 14) EVACUATION TRAVEL TIME ESTIMATES BY ERPA SCHOOL-NOT-IN-SESSION SCENARIO NORMAL WEATHER Resident Population Special Facilities fransients With Autos Without Autos , ERPA From - To Fros - To Fros - To From - To 1 2.33 - 3.5 1.33 - 2.33 - 2.5 - 3.67-2 2.33 - 3.5 1.33 - 1.5 - 2.33 - 3.5 3 1.67 - 2.5 1.33* - 1.5 - - 4 2.167 - 3.33 2.67 - 3.83 1.5 - 2.33 2.167 - 3.33 5 1.67 - 2.5 1.33 - 2.33 - 1.67 - 2.33 6 3.83 - 6.33 4.33 - 6.67 - 3.83 - 6.33 7 2.167 - 3.33 1.167 - 2.167 - 2.167 - 3.33 8 0.83 - 1.83 1.167-- 2.00 - 0.83 - 1.83 9 0.83 - 1.83 1.33 - 2.33 - 0.83 - 1.83 10 1.67 - 2.33 1.83 - 2.67 - 1.67 - 2.33 11 3.83 - 6.167 4.167 - 6.5 -. 3.83 - 6.167 12 4.0 - 6.33 4.0 - 6.33 3.67 - 5.67~ 4.0 - 6.33 13 3.67 - 6.167 4.0 - 6.5 3.167 - 4.67 3.67 - 6.167 14 2.0 - 3.167 2.5 - 3.5 - 2.33 - 3.5 15 2.0 - 3.167 1.167 - 2.167 - 2.33 - 3.5 16 0.67 - 1.5 1.33 - 2.33 - 0.67 - 1.5 17 0.67 - 1.5 1.167 - 2.0 - 0.67 - 0.83 18 0.67 - 1.67 1.167 - 1.83 - 0.67 - 1.67 19 3.83 - 6.167 4.0 - 6.5 - 3.167 - 6.167 20 3.67 - 6.167 4,0 - 6.167 - 3.67 - 6.167
.1 2.33 - 3.83 2.67 - 4.167 -
2.33 - 3.83 22 3.67 - 6.0 4.0 - 6.33 4.0 - 6.33 3.67 - 6.0 ALL ERPAs 4.00 - 6.33 4.33 - 6.67 4.0 - 6.33 4.0 - 6.33 Notes: (1) The evacuation travel time ranges presented in this Table are based on operational strategies indicated in the evacuation implementation procedures. Lower bound evacuation travel times (shorter times) can e anticipated whent (a) Unexpected long .erm capacity restrictions on key highway links owing to incidents such as accidents, vehicle breakdowns, and highway construction, do not occur; j (b) A high state of operational readiness (traffic control of ficers mobilized, traffic control devices operational, all buses stationed to begin their initial runs, etc.) is attained; (c) An informed and cooperative public follow directions as instructed. Upper bound evacuation travel times (longer times) are representative of a situation where: (a) Capacity restrictions adversely affect traffic flow, but not to the point where a breakdown
- in traffic flow would result; (b) A low state of operational readiness results from minimal mobilization of the emergency workforceg (c) A low degree of cooperation from the public occurs.
(2) The evacuation travel time ranges are indicated as decimal hours and include 20 minutes of pub-lic prepartion time. (3) Normal weather conditions are considered to be clear sky and dry roadway pavement for the above scenario. (4) The population subgroups indicated in this Table ares (a) resident population (with and without automobiles)) ' (b) special facilities (schools, colleges, nursing homes, hospitals, other health care facili-ties, residential facilities such as group homes, convents, and monasteries); (c) transients (employees, visitors to parks, resident and day camps, hotels, and motels). (5) Caps in this Table indicates that there is no special facility oIr transient population in the given ERPA. (6) The evacuation travel time ranges presented in this Table assume a simultaneous evacuation of the entire EPZ. The evacuation travel time for any individual ERPA in a staged evacuation will not exceed the travel time range indicated in this Table. Rev. No. 3 Date 10 /84 Page 11 of EAP-18
Figura EAP-18.2 (4 of 14) EVACUATION TRAVEL TIME ESTIMATES BY ERPA SCHOOL-NOT-IN-SESSION SCENARIO . ADVERSE WEATHER Resident Population Special Facilities Transients ERPA With Autos- Without Autos 1 4.167 2.5 - 4.33
-2 4.167 1.67 - 4.167 3 3.0 1.67 - -
4 4.0 4.5 2.67 4.0 5 2.83 2.5 - - 2.83 6 7.67 8.167 - 7.67 7 4.0 2.5 - 4.0 8 2.0 2.33 - 2.0 9 2.0 2.67 - 2.0 10 2.83 3.167 - 2.83 11 7.67 7.83 - 7.67 12 7.67 7.83 6.83 7.67 13 7.5 7.83 5.5 7.5 14 . 3.83 4.0 - 4.167 15 3.83 2.5 - 3.83 16 1.83 2.5 - 1.83 17 1.67 2.167 - 1.0 18 2.0 2.167 - 2.0 19 7.67 7.83 - 6.33 20 7.5 7.5 - 7.5 21 4.5 5.0 - 4.5 22 7.5 7.67 7.67 7.5 All ERPAs 7.67 8.167 7.67 7.67 Notes: - (1) The evacuation travel time estimates presented in this Table are based on operational strategies indicated in the evacuation implementation procedures. (2) The evacuation travel times are indicated as decimal hours and include 20 minutes of public preparation time. (3) Adverse weather conditions are considered to be a slippery roadway surface (e.g., due to snow or ice), and/or reduced visibility (e.g., due to fog or heavy rain) for the above scenario. (4) The population subgroups indicated in this Table are: (a) resident population (with and without automobiles); (b) special facilities (schools, colleges, nursing homes, hospitals, other health care facilities, residential facilities such as group homes, convents, and monasteries); (c) transients (employees, visitors to parks, resident and day camps, hotels, and motels). (5) Caps in this Table indicate that there is no special facility or transient population in the given ERPA. (6) The evacuation travel time ranges presented in this Table assume a simultaneous evacuation of the entire EPZ. The evacuation travel time for g w any individual ERPA in a staged evacuation will not exceed the travel time range indicated in this Table. l Rev. No. 3 Date 10/84 Page 12 of EAP-13 i t
Figura EAP-18.2.(5 of 14) . EVACUATION TRAVEL TIME ESTIMATES BY ERPA WEEKEND / HOLIDAY SUMMER SCENARIO NORMAL WEATHER Resident Population Special Facilities Transients With Autos Without Autos ERPA From - To From - To From - To From - To ' 1 2.167 - 3.167 1.33 - 1.5 - 2.33 - 3.167 2 2.167 - 3.167 1.33 - 1.5 - - 3 1.0 - 1.83 1.5 - 2.33 - - 4 2.0 - 3.0 2.5 - 3.5 1.5 - 1.67 - 5 1.0 - 1.83 1.33 - 2.33 - 1.83 - 1.0 6 2.5 - 3.83 2.83 - 4.33 - 1.0 - 1.83 7 2.0 - 3.0 1.167 - 1.33 - - 8 0.83 - 1.0 1.0 - 1.167 - - 9 0.83 - 1.0 1.33 - 1.5 - - 10 0.83 - 1.83 1.167 - 2.167 - - 11 2.5 - 3.83 2.67 - 4.0 - 2.5 - 4.0 12 2.5 - 3.83 2.67 - 4.0 2.83 - 4.33 2.5 - 3.83
.13 1.83 - 2.83 2.167 - 3.167 2.33 - 3.33 1.83 - 2.83 14 1.83 - 2.83 2.33 - 3.167 -
2.167 - 3.167 15 1.83 - 3.0 1.167 - 1.33 - 2.167 - 3.167 16 0.67 - 0.83 1.167 - 1.33 - - 17 0.67 - 0.83 1.0 - 1.167 - - 18 0.67 - 0.83 1.0 - 1.167 - - 19 2.33 - 3.83 2.67 - 4.0 - - 20 2.33 - 3.67 2.83 - 4.167 - - 21 1.67 - 2.33 2.0 - 2.83 - - 22 1.83 - 2.83 2.167 - 3.0 - 1.83 - 2.83 ALL ERPAs 2.5 - 3.83 2.83 - 4.33 2.83 - 4.33 2.5 - 4.0 O Notes: (1) Ihe evacuation travel time ranges presented in this Table are based on operational strategies indicated in the evacuation implementation procedr res. Lower bound evacuation travel times (shorter times) can be anticipated when (a) l'nexpected long-term capacity restrictions on key highway links owing to incidents such as accidents, vehicle breakdowns, and highway construction, do not occurg (b) A high state of operational readiness (traffic control officers mobilized, traffic control devices operational, all buses stationed to begin their initial runs, etc.) is attained; (c) An informed and cooperative public follow directions as instructed. Upper bound evacuation travel times (longer times) are representative of a situation where: (a) Capacity restrictions adversely affect traffic flow, but not to the point where a breakdown in traffic flow would result; (b) A low state of operational readiness results from minimal mobilization of the emergency workforce; (c) A low degree of cooperation from the public occurs. (2) The evacuation travel time ranges are indicated as decimal hours and include 20 minutes of pub-lic prepartion time. (3) Normal veather conditions are considered to be clear sky and dry roadway pavement for the above scenario. (4) Ihe population subgroups indicated in this Table ares (a) resident population (with and without automobiles); l (b) special facilities (schools, colleges, nursing homes, hospitals, other health care facili- I ties, residential facilities such as group homes, convents, and monasteries); i (c) transients (employees, visitors to parks, resident and day camps, hotels, and motels), i (5) Caps in this Table indicates that there is t.o special facility or transient population in the given ERPA. O (6) The evacuation travel time ranges presented in this Table assume a simultaneous evacuation of the entire EPZ. The evacuation travel time for any individual ERPA in a staged evacuation will i not exceed the travel time range indicated in this Table. Rev. No. 3 Date 10/84 Page 13 of EAP-18 '
. . 1
4 Figuro EAP-18.2 (6 of 14) EVACUATION TRAVEL TIME ESTIMATES BY ERPA WEEKEND / HOLIDAY SUMMER SCENARIO ADVERSE WEATHER Resident Population Special Facilities Transients ERPA With Autos Without Autos 1 3.83 2.167 - 4.0 3 2 3.83 1.67 - - i 3 2.167 2.67 - - 4 3.67 4.167 2.33 - 5 2.167 2.67 - 1.167 6 4.67 5.0 - 2.167 7 3.67 2.167 - - 8 1.67 1.33 - - i 9 1.67 2.167 - -
! 10 2.167 2.33 - -
I 11 4.67 4.83 - 4.5 l 12 4.67 4.83 5.0 4.67 13 3.5 3.83 3.83 3.5 i 14 3.5 3.67 - 3.67 l 15 3.5 2'.33 - 3.83 16 1.5 2.33 - - 17 1.5 1.33 - -
; 18 1.5 1.33 - -
19 4.5 4.67 - - i 20 4.5 5.0 - - i 21 2.83 3.167 - - 22 3.33 3.67 - 3.33 All ERFAs 4.67 5.0 5.0 4.67 I
; Notes:
l l (1) The evacuation travel time estimates presented in this Table are based on j operational strategies indicated in the evacuation implementation procedures. l (2) The evacuation travel times are indicated as decimal hours and include 20 j minutes of public preparation time. (3) Adverse weather conditions are considered to be a slippery roadway surface (e.g., due to snow or ice), and/or reduced visibility (e.g., due to fog or heavy rain) for the above scenario. (4) The population subgroups indicated in this Table are: (a) resident population (with and without automobiles); (b) special facilities (schools, colleges, nursing homes, hospitals, other health care facilities, residential facilities such as group homes, convents, and monasteries); (c) transients (employees, visitors to parks, resident and day camps, hotels, and motels). (5) Caps in thi.s Table indicate that there is no special facility or transient population in the given ERPA. (6) The evacuation travel time ranges presented in this Table assume a simultaneous evacuat. ion of the entire EPZ. The evacuation travel time for any individual ERPA in a staged evacuation will not exceed the travel time range indicated in this Table. Rev. No. 3 Date 10/84 Page 14 d of 'AP-18 I
Figuro EAP-18.2 (7 of 14) EVACUATION TRAVEL TIME ESTIMATES BY ERPA WEEKEND / HOLIDAY WINTER SCENARIO NORMAL WEATHER
.O Resident Population Special Facilities Transients-With Autos Without Autos i ERPA From - To From - To From 'To From - To
! 1 1.0 - 1.83 1.33 - 2.167 - 1.0 - 1.167 i 2 1.0 - 1.167 ~1 .33 - 1.5 - - 1 3 1.0 - 1.83 1.5 - 2.33 - - i 4 1.0 - 1.167 1.5 - 1.67 1.5 - 1.67 - 4 5 1.0 - 1.83 1.33 - 2.33 - 0.83 - 1.0 6 2.33 - 3.67 2.83 - 4.167 - 1.0 - 1.83 7 0.83 - 1.0 1.167 - 1.33 - - 8 0.67 - 1.0 1.0 - 1.167 - -
- 9 0.83 - 1.0 1.33 - 1.5 - -
10 0.83 - 1.83 1.167 - 2.167 - - 11 2.33 - 3.67 2.67 - 4.0 -
'2.33 - 3.67
)
- 12 2.5 - 3.83 2.67 - 4.0 2.83 - 4.167 2.5 - 3.83 13 1.83 - 2.83 2.167 - 3.0 2.33 - 3.33 1.67 - 2.83 0.5 1.0 - 1.167
! 14 - 0.67 - 0.67 - 0.83 15 0.83 - 1.0 1.167 - 1.33 - ~0.83 - 1.0 ! 16 0.67 - 0.83 1.167 - 1.33 -
- 17 0.67 - 0.83 1.0 - 1.167 - -
18 0.67 - 0.83 1.0 - 1.167 - - ! 19 2.33 - 3.67 2.67 - 3.83 - - 20 2.33 - 3.5 2.83 - 4.167 - -
- 21 1.67 - 2.33 200 - 2.83 - -
22 1.83 - 2.67 2.167 - 3.0 2.0 - 3.0 2.0 - 2.67 ALL ERPAs 2.5 - 3.83 2.83 - 4.167 2.83 - 4.167 2.5 - 3.83 i Notes: (1) The evacuation travel time ranges presented in this Table are based on operational strategies indicated in the evacuation implementation procedures. Lower bound evacuation travel times (shorter times) can be anticipated whent ? (a) Unexpected long-term capacity restrictions on key highway links owing to incidents such as l accidents, vehicle breakdowns, and highway construction, do not occur; (b) A high state of operational readiness (traffic control of ficers mobilized, traffic control { devices operational, all buses stationed to begin their initial runs, etc.) is attaineds - ~ (c) An informed and cooperative public follow directions as instructed. Upper bound evacuation travel times (longer times) are representative of a situation where (a) Capacity restrictions adversely af fect traf fic flow, but not to the point where a breakdown in traffic flow would result:
- (b) A low state of operational readiness results from minimal mob 111
- ation of the emergency j workforce; (c) A low degree of cooperation from the public occurs.
l (2) The evacuation travel time ranges are indicated as decimal hours and include 20 minutes of pub- i j lic prepartion time, j (3) Norinal weather conditions are considered to be clear sky and dry roadway pavement for the above { scenario. (4) The population subgroups indicated in this Table ares
, (a) resident population (with and without automobiles);
j (b) special facilities (schools, colleges, nursing homes, hospitals, other health care fact 11-
- ties, residential facilities such as group homes, convents, and monasteries),
I (c) transients (employees, visitors to parks, resident and day camps, hotels, and motels). (5) Caps in this Table indicates that there is no special facility or tratistent population in the i given ERPA. (6) The evacuation travel time ranges presented in this Table assume a simultaneous evacuation of l the entire EPZ. The evacuation travel time for any individual ERPA in a staged evacuation will not exceed the travel time range indicated in this Table. t . j Rev. No. 3 Date 10 /84 Page 15 o f 'dAP-18
. .- _ - = - .. - . . - . . - - - - . _ - .. . . - . .
Figuro EAP-18.2 (8 of 14) EVACUATION TRAVEL TIME ESTIMATES BY ERPA ~ WEEKEND / HOLIDAY WINTER SCENARIO ADVERSE WEATHER Resident Population Special Facilities Transients ERPA With Autos Without Autos , 2.5 - 1.33 1 2.167 - I 2 1.33 1.67 - 3 2.167 2.67 2.33 - 4 1.83 2.33 - l 2.67 - 1.167 5 2.167 2.167 6 4.5 5.0 - 7 1.67 2.167 -
! 8 1.67 1.33 -
- 9 1.67 2.167 -
10 2.167 2.33 -
! 4.67 - 4.5 11 4.5 4.5 i
12 4.5 4.67 5.0 i 3.67 3.83 3.33 13 3.33 - 1.0 14 0.83 1.33
'2.33 - 1.167 -
l 15 1.67 - 1 16 1.5 2.33 - 17 1.5 1.33 - 18 1.5 1.33 19 4.33 4.5 - ] 20 4.33 5.0 - j - - 21 2.83 3.167 '_ 3.5 3.5 3.33 ' 22 3.33 4.5 All ERPAs 4.5 5.0 5.0 l
) G 4 Notes:
l (1) The evacuation travel time estimates presented in this Table implementation are based on operational strategies indicated in the evacuation : procedures. . (2) The evacuation travel times are indicated as decimal hours and include 20 j minutes of public preparation time. ) (3) Adverse weather conditions are considered to be a slippery roadway surface [ r
- (e.g., due to snow or ice), and/or reduced visibility (e.g., due to fog or '
heavy rain) for the above scenario. (4) The population subgroups indicated in this Table aret (a) resident population (with and without automobiles); (b) special facilities (schools, colleges, nursing homes, hospitals, other health care facilities, residential f acilities such as group homes, ; convents, and monasteries); l (c) transients (employees, visitors to parks, resident and day camps. j hotels, and motels). (5) Gaps in this Table indicate that there is no speciti facility or transient I l population in the given ERPA. . (6) The evacuation travel time ranges presented in this Table assume a simultaneous evacuation of the entire EPZ. The evacuation exceed travel time for the travel time t ' any individual ERPA in a staged evacuation will not ; range indicated in this Table. i l ' 1 Date 10 /84 Page . 16 of LAP-IS j Rev. No. 3 i.._-.__.______.__ _ _ - . _ _ . _ . _ _ _ _ . . . _ . _ .__ __
Figuro EAP-18.2 (9 of 14) EVACUATION TRAVEL TIME ESTIMATES BY ERPA EVENING SCENARIO NORMAL WEATHER Resident Population Special Facilities Transients With Autos Without Autos ERPA From - To From - To From - To From - To 1 1.167 - 2.167 1.33 - 2.5 - 1.33 - 2.33 2 1.167 - 2.167 1.33 - 2.5 - - 3 1.0 - 1.83 1.5 - 2.33 - - 4 1.0 - 1.167 1.5 - 2.67 1.5 - 1.67 - 5 1.0 - 1.83 1.33 - 2.33 - 0.83 - 1.0 6 2.33 - 3.67 2.83 - 4.0 - 1.0 - 1.83 7 0.83 - 2.0 1.167 - 2.33 - - 8 0.83 - 1.0 1.0 - 1.167 - - 9 0.83 - 1.0 1.33 - 1.5 - - 10 0.83 - 1.83 1.33 - 2.167 - - 11 2.33 - 3.67 2.5 - 3.83 - 2.33 - 3.67 12 2.33 - 3.67 2.5 - 3.83 2.83 - 4.0 2.33 - 3.67 9 13 2.83 - 4.67 3.167 - 5.0 2.33 - 3.167 2.83 - 4.67 14 0.67 - 2.0 1.167 - 2.33 - 0.83 - 2.167 15 0.83 - 2.0 1.167 - 2.5 - 1.0 - 2.167 16 0.67 - 0.83 1.167 - 1.33 - - 17 0.67 - 0.83 1.0 - 1.167 - - 18 0.67 - 0.83 1.0 - 1.167 - - 19 2.33 - 3.5 2.67 - 3.83 - - 20 2.167 - 3.5 2.83 - 4.0 - - 21 1.5 - 2.33 2.0 - 2.67 - - 22 2.83 - 4.67 3.167 - 4.83 3.0 - 4.83 2.83 - 4.67 ALL ERPAs 2.83 - 4.67 3.167 - 5.0 3.0 - 4.83 2.83 - 4.67 Notes (1) The evacuation travel time ranges presented in this Table are based on operational strategies indicated in the evacuation implementation procedures. Lower bound evacuation travel times
, (shorter times) can be anticipated whent (a) L'nexpected Icog-term capacity restrictions on key highway links owing to incidents such as accidents, vehicle breakdowns, and highway construction, do not occur; (b) A high state of operational readiness (traffic control officers mobilized, traffic control devices operational, all buses stationed to begin their initial runs, etc.) is attained; (c) An informed and cooperative public fo11cw directions as instructed.
11pper bound evacuation travel times (longer times) are representative of a situation wherer (a) Capacity restrictions adversely af fect traf fic flow, but not to the point where a breakdown in traf fic flow would result; (b) A low state of operational readiness results from minimal ioblitzation of the emergency workforces (c) A low degree of cooperation from the public occurs. (2) The evacuation travel time ranges are indicated as decimal hours and include 20 minutes of pub
- lic prepartion time.
(3) Normal weather conditions are considered to be clear sky and dry roadway pavement for the above scenario. (4) The population subgroups indicated in this Table aret (a) resident population (with and without automobiles); (b) special facilities (schools, colleges, nursing homes, hospitals, other health care facili- I ties, residential facilities such as group homes, convents, and monasteries)l (c) transients (employees, visitors to parks, resident and day camps, hotels, and motels). ($) Caps in this Table Indicates that there is no special facility or transient population in the given ERPA. (6) The evatuation travel time ranges presented in this Table assume a simultaneous evacuation of the entire EPZ. The evacuation travel time for any individual ERPA in a staged evacuation will not exceed the travel time range indicated in this Table. Rev. No. 3 Date 10 /84 Page 17 of liAP-18 )
Figuro EAP-18.2 (10 of 14) EVACUATION TRAVEL TIME ESTIMATES BY ERPA EVENING SCENARIO ADVERSE WEATHER Resident Population Special Facilities Transients l ERPA With Autos Without Autos ! 1 2.5 2.83 - 2.67 ! 2 2.5 2.83 - - , 3 2.167 2.67 - - l 4 2.5 3.0 - 2.33 -
, 5 2.167 2.67 - 1.167 6 4.33 4.83 - 2.167
- 7 2.33 2.67 - -
f 8 1.67 1.33 - -
- 9 1.67 2.167 - -
; 10 2.167 2.33 - -
11 4.33 4.5 - 4.33 12 4.33- 4.5 4.33 4.33 ' i 13 5.67 6.0 3.67 5.67 .
; 14 2.13 2.67 -
2.5 15 2.33 2.83 - 2.5 16 1.5 2.33 - - i 17 1.5 1.33 - - l 18 1.5 1.33 - - I 19 4.33 4.5 - -
! 20 4.167 4.83 - -
l 21 2.83 3.167 - - 5.0 5.83 4.67 i 22 All ERPAs 5.67 5.67' " 6.0 5.83 5.67 i i t Notes g l (1) The evacuation travel time estimates presented in this Table are based on j operational strategies indicated in the evacuation implementation procedures. l (2) The evacuation travel times are indicated as decimal hours and include 20 minutes of public preparation time. { (3) Adverse weather conditions are considered to be a slippery roadway surface (e.g., due to snow or ice), and/or reduced visibility (e.g., due to fog or heavy rain) for the above scenario. i i (4) The population subgroups indicated in this Table ares ! (a) resident population (with and without automobiles);
- (b) special facilities (schools, colleges, nursing homes, hospitals, other j health care facilities, residential facilities such as group homes, convents, and monasteries);
i (c) transients (employees, visitors to parks, resident and day camps, j hotels, and motels). I j (5) Caps in this Table indicate that there is no special facility or transient population in the given ERPA. j! (6) The evacuation travel time ranges presented in this Table assume a j 1 simultaneous evacuation of the entire EPZ. The evacuation travel time for any individual ERPA in a staged evacuation will not exceed the travel time h ! range indicated in this Table. i Rev. No. 3 Date 10 /84 Page 18 o f r2.P- 18 {
- l '
i L__-_---_-.---..-_,_-.-- - . - . - - . - . . . - . - , . --
_- _ _ _ _ . ~
. Figuro EAP 18.2 (11 of 14) . EVACUATION TRAVEL TIME ESTIMATES BY ERPA NIGHTTIME SCENARIO NORMAL WEATHER O Resident Population Special Facilities Transients With Autos Without Autos ERPA From - To From - To From - To From - To 1 1.167 - 2.167 1.33 - 2.33 - 1.33 - 2.33
! 2 1.167 - 2.167 1.33 - 2.33 - - . 3 1.0 - 1.83 1.5 - 2.33 - - 4 1.0 - 2.167 1.5 - 2.67 1.5 - 1.67 - 5 1.0 - 1.83 1.33 - 2.33 - 0.83 - 1.0 6 2.5 - 3.67 2.83 - 4.0 - 1.0 - 1.83 7 0.83 - 2.0 1.167 - 2.33 - - 8 0.83 - 1.0 1.0 - 1.167 - - 9 0.83 - 1.0 1.33 - 1.5 i 10 0.83 - 1.83 1.167 - 2.167 - - 11 2.33 - 3.67 2.5 - 3.83 - 2.33 - 3.67
; 12 2.33 - 3.67 2.5 - 3.83 2.83 - 4.0 2.33 - 3.67 '
13 2.33 - 3.83 2.83 - 4.167 2.33 - 3.167 2.33 - 3.83 4 14 0.67 - 2.0 1.167 - 2.33 - 0.83 - 2.167 i 15 0.83 - 2.0 1.167 - 2.5 - 1.0 - 2.167 i 16 0.67 - 0.83 1.167 - 1.33 - - 17 0.67 - 0.83 1.0 - 1.167 - - 4 18 0.67 - 0.83 1.0 - 1.167 - - 19 2.33 - 3.5 2.67 - 3.83 - 20 2.167 - 3.5 2.83 - 4.0 - - 1 ! 21 0.67 - 2.33' 2.0 - 2.67 - - 22 2.33 - 3.83 2.67 - 4.167 2.67 - 4.0 2.33 - 3.83 ALL ERPAs 2.33 - 3.83 2.83 - 4.167 2.83 - 4.0 2.33 - 3.83 j Notes: j (1) The evacuation travel time ranges presented in this Table are based on operational strategies indicated in the evacuation implementation procedures. I.ower bound evacuation travel times i (shorter times) can be anticipated whens (a) Unexpected long-term capacity restrictions on key highway links owing to incidents such as accidents, vehicle breakdowns, and highway construction, do not occurg j (b) A high state of operational readiness (traffic control officers mobilized, traffic control 2 devices operational, all buses stationed to begin their initial runs, etc.) is attaineds j (c) An informed and cooperative public follow directions as instructed.
- Upper bound evacuation trr. vel times (1coger times) are representative of a situation where l (a) Capacity restrictions adversely affect traffic flow, but not to 'the point where a breakdown f in traffic flow would results (b) A low state of operational readiness results from minimal mobilization of the emergency I workforces (c) A low degree of cooperation from the public occurs.
(2) The evacuation travel time ranges are indicated as decimal hours and include 20 minutes of pub-Lic prepartfon time. (3) Normal weather conditions are considered to be clear sky and dry roadway pavement for the above l
- scenario.
l (4) 1he population subgroups indicarec in this Table ares i ! (a) resident population (with and without automobiles);
- (b) special facilities (schools, cotleges, nursing homes, hospitals, other health care facili-ties, residential facilities such as group homes, convents, and monasteries);
(c) transients (employees, visitors to parks, resident and day camps, hotels, and motels).
- (5) Caps in this Tat,le indicates that there is no special facility or trar. stent population in the j given ERPA.
l (6) Ihe evacuation travel time ranges presented in this Table assume a simultaneous evacuation of I the entire EPZ. The evacuation travel time for any individual ERPA in a staged evacuation vill ! not exceed the travel time range indicated in this Table. l Rev. No. 3 Date 10/84 Page 19 of EAP-18
i- Figuro EAP-18.2 (12.of 14) '-
!' EVACUATION TRAVEL TIME ESTIMATES BY ERPA'
~
' ~
NIGHTTIME SCENARIO f ADVERSE WEATHER , i Resident Population - Special Facilities Transients ERPA With Autos Without Autos I 1 2.5 2.67 - 2.67 i 2 2.5 2.67 - - l 3 2.167 2.67 - - . j 4 2.5 3.0 2.33 -
; 5 2.167 2.67 '
1.167 j 6 4.33 4.83 - 2.167 1 7 2.33 2.67 - - 8 1.67 1.33' - - 9 1.67 2.167 - - 10 2.167 2.33 - - q 11 4.33 4.5 - 4.33 i 12 4.33 4.5 - 4.83 4.33 13 4.67 5.0 3.67 4.67 . 14 2.33 2.67 1 2.5 , 15 2.33 2.83 - 2.5 16 1.5 2.33 - - 17 1.5 1.33 - - l 18 1.5 1.33 - - l 19 4.33 4.5 - - 20 4.167 4.67 - - ! ! 21 2.83 3.167 - - j 22 4.67 5.0 4.83 4.67 1 All ERPAs 4.67 5.0 4.83 4.67 j Notes: O i j (1) The evacuation travel time estimates presented in this Table are based on ] operational strategies indicated in the evacuation implementation j procedures. 1 (2) The evacuation travel times are indicated as decimal hours and include 20 j- minutes of public preparation time. i ! (3) Adverse weather conditions are considered to be a slippery roadway surface j (e.g., due to snow or ice), and/or reduced visibility (e.g., due to fog or heavy rain) for the above scenario. '
- (4) The population subgroups indicated in this Table are
{ (a) resident population (with and without automobiles); j (b) special facilities (schools, colleges, nursing homes, hospitals, other i j health care facilities, residential facilities such as group homes, ! convents, and monasteries); j (c) transients (employees, visitors to parks, resident and day camps, i j hotels, and motels). i (5) Caps in this Table indicate that there is no special facility or transient I j population in the given ERPA. ' i (6) The evacuation travel time ranges presented in this Table assume a simultaneous evacuation of the entire EPZ. any individual ERPA in a staged evacuation will not exceed the travel time The evacuation travel time for h ) , range indicated in this Table. i ! Rev. No. 3 Date 10/84 Page 20 of L'AP-18 i l L_ . ___ _ . , _ . . . - . . . _ , _ _ _
Figuro EAP-18.2 (13 of 14) EVACUATION TRAVEL TIME ESTIMATES BY ERFA SCHOOL-IN-SESSION SCENARIO WITH TEMPORARY CONSTRUCTION WORKFORCE
'+r NORMAL WEATHER
? Resident Population Special Facilities Transients With Autos Without Autos ,
ERPA From - To From - To From - To From - To 1 2.5 - 3.83 1.33. - 2.33 - 3.5 - 4.83 2 2.33 - 3.67 2.5 - 3.67 - 2.33 - 3.67 3 2.167 - 3.5 2.67 - 3.83 4 2.33 - 2.5 2.83 - 4.167 1.5 - 2.5 2.33 - 3.5 5 2.167 - 3.33 2.67 - 3.83 - 2.167 - 3.167 6 4.0 - 6.5 4.5 - 6.83 - 4.0 - 6.5 7 2.33 - 3.5 1.33 - 2.67 - 2.33 - 3.5 8 0.83 - 2.167 1.167 - 2.33 - 0.83 - 2.167 9 0.83 - 1.83 1.33 - 2.33 - 0.83 - 1.83 10 2.167 - 3.33 2.33 - 3.5 - 2.167 - 3.33 11 4.0 - 6.5 4.167 - 6.67 - 4.0 - 6.5 12 4.0 - 6.5 6.5 - 8.83 4.167 - 6.67 4.0 - 6.5 13 4.83 - 8.167 6.83 - 8.67 3.167 - 5.167 4.83 - 8.167 14 2.167 - 3.33 3.67 - 5.33 - 2.5 - 3.67 15 2.167 - 3.5 3.83 - 5.5 - 2.167 - 3.5 16 0.67 - 2.0 3.83 - 5.67 0.83 - 1.0 0.67 - 2.0 17 0.83 - 2.0 3.67 - 5.67 1.0 - 1.167 0.83 - 1.0 18 0.67 - 1.67 3.67 - 5.33 - 0.67 - 1.67 19 4.0 - 6.33 5.67 - 7.67 - 3.33 - 5.5 20 3.83 - 6.33 5.67 - 7.67 - 3.33 - 6.33 21 2.67 - 4.33 6.5 - 9.0 2.83 - 4.5 2.67 - 4.33 n 22 4.83 - 8.0 6.5 - 9.167 5.167 - 8.33 4.83 - 8.0 Q ALL ERPAs 4.83 - 8.167 6.83 - 9.167 5.167 - 8.33 4.83 - 8.167 Notes: (1) The evacuation travel time ranges presented in this Table are 1,ased m operational strategies indicated in the evacuation implementation procedures. Iower bound evacuation travel times (shorter times) can be anticipated whens (a) Unexpected long-term capacity restrictions on key highway links owing to incidents such as accidents, vehicle breakdowns, and highway construction, do not occurg (b) A high state of operational readiness (traf fic centrol of ficers mobilized, traffic control devices operational, all buses stationed to begin their initial runs, etc.) is attained; (c) An informed and cooperative public follow directions as instructed. Upper bound evacuation travel times (longer times) are representative of a situation where: (a) Capacity restrictions adversely affect traffic flow, but not to the point where a breakdown in traffic flow would results (b) A low state of operational readiness results from minimal mobilization of the emergency workforee,g (c) A low degree of cooperation from the public occurs. (2) The evacuation travel time ranges are indicated as decimal hours and include 20 minutes of pub-lic prepartion time. (3) Normal weather conditions are considered to be clear sky and dry roadway pavement for the above scenario. (4) The population subgroups indicated in this Table ares (a) resident population (with and without automobiles); (b) special facilities (schools, colleges, nursing homes, hospitals, other health care facilia ties, residential facilities such as group heres, convents, and monasteries): (c) transients (employees, visitors to parks, resident and day camps, hotels, and motels). ($) Caps in this Table indicates that there is no special facility or transient population in the ( given ERPA. (6) The evacuation travel time ranges presented in this Table assume a simultaneous evacuation of the entire EPZ. The evacuation travel time for any individual ERfA in a staged evacuation will not exceed the travel time range indicated in this Table. Rev. No. 3 Date 10 /84 Page 21 of EAP-18
Figuro EAP-18.2 (14 of 14) EVACUATION TRAVEL TIME ESTIMATES BY ERPA , SCHOOL-IN-SESSION SCENARIO WITH TEMPORARY CONSTRUCTION WORKFORCE ADVERSE WEATHER Resident Population Special Facilities Transients ERPA With Autos Without Autos 1 4.5 2.67 - 5.67 2 4.5 3 .33
~
4.5 3 4.167 4.5 - - 4 4.33 4.83 2.67 4.33 5 4.0 4.5 - 4.0 6 7.83 8.33 - 7.83 7 4.167 3.0 - 4.167 8 2.5 2.83 - 2.5 9 2.167 2.67 - 2.167 10 4.0 4.167 - 4.0 11 7.83 8.167 - 7.83 12 8.0 10.67 8.167 8.0 13 10.0 11.0 6.167 10.0 14 4.167 6.167 - 4.33 15 4.167 6.33 - 4.167 16 2.5 6.67 2.67 2.5 17 2.33 6.5 2.167 1.83 IS 2.0 6.167 - 2.0 19 7.83 9.167 - 6.67 20 7.67 9.0 - 7.67 21 5.167 10.83 5.33 5.167 22 10.0 10.83 10.167 10.0 All ERPAs 10.0 11.0 10.167 10.0 Notes:
.O (1) The evacuation travel time estimates presented in this Table are based on operational strategies indicated in the evacuation implementation procedures.
(2) The evacuation travel times are indicated as decimal hours and include 20 minutes of public preparation time, i l (3) Adverse weather conditions are considered to be a slippery roadway surface
- (e.g. , due to snow or ice) , and/or recreed visibility (e.g. , due to fog or l heavy rain) for the above scenario.
l
- (4) The population subgroups indicated in this Table are
(a) resident population (with and without automobiles); (b) special facilities (schools, colleges, nursing homes, hospitals, other health care facilities, residential facilities such as group homes, convents, and monasteries); I (c) transients (employees, visitors to parks, resident and day camps, ~ hotels, and motels). (5) Gaps in this Table indicate that there is no special facility or transient population in the given ERPA. (6) The evacuation travel time ranges presented in this Table assume a simultaneous evacuation of the entire EPZ. The evacuation travel time for any individual ERPA in a staged evacuation will not exceed the travel time range indicated in this Table. Rev. No. 3 Date 10 /84 Page 22 of EAP-18
() FIGURE EAP-18.3 REPRESENTATIVE SHIELDING FACTORS FROM GAMMA CLOUD SOURCE (1) - Shielding Structure or Location Factor (a) Representative Range Outside 1.0 -- Vehicles 1.0 -- - Wood-frame house (b) 0.9 -- (no basement) Basement of wood house 0.6 0.1 to 0.7 (c) Masonry house (no basement) 0.6 0.4 to 0.7 (c) Basement of masonry house 0.4 0.1 to 0.5 (c) Large office or industrial 0.2 0.1 to 0.3 (c), (d) building The ratio of the dose received inside the structure to the ()(a) dose that would be received outside the structure. (b) A wood frame house with brick or stone veneer is approximately equivalent to a masonry house for shielding. purposes. (c) This range is mainly due to different wall materials and dif-ferent geometries. (d) The shielding factor depends on where the personnel are lo-cated within the building (e.g., the basement or an inside room). (1) Ref.: SAND 77-1725 (Unlimited Release) O Rev. No. O Date 06/82 Page ? 'i of SAP-18
- FIGURE EAP-18.4 WHOLE BODY AND THYROID GUIDANCE CHART (1)
WHOLE BODY GUIDANCE CHART IF THEN Projected dose less than 1 ~ rem No action Shelter dose less than 5 rem Shelter
- Shelter dose equal to or greater than 5 rem Shelter
- and evacuation dose equal to or greater than shelter dose.
Shelter dose equal to or greater than 5 rem Evacuate and evacuation dose less than shelter dose. THYROID GUIDANCE CHART O IF THEN Projected dose less than 5 rem No action Shelter dose less than 25 rem Shelter * ! I Shelter dose equal to or greater than~25 rem Shelter
- and evacuation dose equal to or greater than shelter dose.
Shelter dose equal to or greater than 25 rem Evacuate and evacuation dose less than shelter dose.
- Shelter is to be with ventilation control. Ventilation control means turning off air conditioners or fans, closing doors and windows thus preventing access of outside air.
(1) Ref.: Manual of Protective Action Guides and Protective Ac-tions for Nuclear Incidents, September 1975, revised June, 1979. (Derived from Table 5.1) () Rev. No. 6 Date 02/86 Page 24 of EAP-18
/~'
FORM EAP-18.5 UATERBORNE WORKSHEET DATE: TIIE : Projected whole body or skin dose due to Estimated swimming (rem) release duration (hrs) Projected whole body dose due to boating (rem) WATERBORNE PROTECTIVE ACTION GUIDES (1) Projected Dose (rem) Recommended Actions Projected whole body or skin Request the U.S. Coast Guard dose due to swimming is equal to remove all swimmers within to or greater than 1 rem. the 10 mile Emergency Planning Zone of the plant. Projected whole body dose due Request the U.S. Coast Guard to to boating is equal to or evacuate all boats and vessels O greater than 1 rem. within the 10 mile Emergency Planning Zone of the plant. (1) Ref.- Manual of Protective Action Guides and Protective Ac-tions for Nuclear Incidents, September 1975, revised June , 1979. (Derived from Table 5.1) i j Radiological Support Coordinator ; O i 1 1 I Rev. No. O Date 06/82 Page 25 of EAP-18
l . l l DESIGNATE ERPA*S WITH RECOMMENDED PROTECTIVE ACTIONS AS FOLLOWS: , N - NO ACTION F - FOOD. WATER & MILD CONTROL ! S - SHELTER 0 - OTHER ! E - EVACUATE * - REMOVE SWIMMERS S l 0 - EVACUATE BOATERS COMMENTS: RADIOLOGICAL SUPPORT C00RDLNATOR 1 EMERGENCY DIRECTOR /OR RECOVERY MANAGER APPROVAL TIME /DATE FIGURE EAP 18.6 g PROTECTIVE ACTION MAP ERPAT ! - c
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_.__-19_ . _ _ . _ _ . , _ _ _ _ , _e. ,
Figure EAP-18.8 O FLOW Ti CHART FOR GENERAL EMERGENCY OFFSITE PROTECTIVE DECISIONS *
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** Flowchart is recommended guidance by NRC to plant operator for any General Emergency classification. Use Attachment 1 of this procedure as a guide in making decfsions concerning this chart.
Rev. No. 3 Date 10/84 Page 28 of EAP-18
1 3 () Figure EAP-18.9 CONTAINMENT RADIATION MONITOR WORK SHEET Name: Time: ,
- 1. Containment Radiation Monitor Readings 17-RE-104A R/hr: .Date: Hour:
17-RE-104B R/hr: Date: Hour:
- 2. Elapsed Time-Shutdown Date: Time:
Elapsed time in Hours: O 3. Compare actual readings to the curves shown on figure 2 and select the curve closet.to the reading. Circle one CORE INVENTORY RELEASE Airborne Liquid Case Noble Halogens Halogens Fission Prod. Gases 1 100% 25% 50% 1% 2 100% 2% 50% 1% 3 10% 10% 5% 1/10% 4 1% - 5/10% - 5 1/10% - - - 6 1/100% - - - 7 No Fuel Damage. l () , Name: Rev. No. 6 Date 02/86 Page 29 of EAP-18
O Figure EAP-18.10
. ('_
~ APPROXIMATE SOURCE AND DAMAGE ESTIMATE 3E a :
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10 3 10 4 Tif1E RFTER SHUT 00WN (H80RS) O ritzearatex - asc8ri acaotaos Rev. No. 6 Date 02/86 Page 30 of EAP-18
e O Attachment 1 Evaluation of Containment Exposure Rates The following methods used for evaluating containment exposure rates as a means for estimating core damage area developed from Reference 2.4: 1.0 Obtain the containment radiation monitor reading in R/hr for each available monitor and record data on , Figure EAP-18.9. 2.0 Determine the elapsed time from plant shutdown to the monitor reading in hours as follows: A. Record time of reading on Figure EAP-18.9. B. Record time of shutdown on Figure EAP-18.9. C. Calculate hours since shutdown and record on Figure EAP-18.9. 3.0 Complete the worksheet shown in Figure EAP-18.9. O 4.0 Refer to Figure EAP-18.10. If the reading lies near one of the predetermined release fractions, estimate the core inventory release directly from Figure EAP-18.10 and circle the appropriate value on the worksheet Figure EAP-18.9. 5.0 If the observed containment radiation monitor readings are less than the curve shown for case 6, no fuel damage is assumed (case 7). 6.0 If a General Emergency has been declared and the containment radietion monitor readings are: A. Above the curve shown for case 3, then assume that core damage exceeds 20% and that there is a large fission product inventory in containment. B. Above the curve shown for case 4 but below case 3, then assume the potential for .20% fuel damage exists, however, there is not a large fission product inventory in containment. C. Below the curve shown for case 4 then N0 substan-
~~
tial core damage has occurred. O Rev. No. 6 Date 02/86 Page 31 of EAP-18
' 1 1
COATROLLED27 .
-g d
NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDURE EMERGENCY PLAN VOLUME 3
. PROCEDURE NO.: EAP-19 TITLE: EMERGENCY USE OF POTASSIUM,.}qDIDE (KI)*
PORC REVIEW: Meeting No. 86-003 Date 1-8-86 APPROVED BY:
/ N Resident Manager APPROVED BY: 4t/ h- [ 'f M Radiological and' Environmental Services Superintendent PAGE No.: 1 2 3 4 5 6 7 8 9 10 REV. NO.: 2 3 2 2 1 1 1 1 0 3 Rev. No. 3 Date 12/85
EMERGENCY PLAN IMPLEMENTING PROCEDURE EAP-19 EMERGENCY USE OF POTASSIUM IODIDE (KI)*
- 1. PURPOSE The purpose of this procedure is to provide instructions for the use of Thyroid Blocking Potassium Iodide (KI), for New York Power Authority employees only. (The purpose of using Potassium Iodide (KI) is to saturate the thyroid p' land with stable iodine.so the radioactive iodine will be blocked".
Studies indicate that iodine has approximately a six hour half 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. The Na-tional Council on Radiation Protection and Measurements (NCRP) in Report No. 55 recommends that " individuals who , have had an accidental occupational exposure to radiciodine, regardless of the route of exposure, should immediately be given Potassium Iodide and this administration should be m continued for 7 to 14 days.)
2.0 REFERENCES
2.1 National Council on Radiation Protection and Measure-ments Report No. 55. PROTECTION OF THE THYROID GLAND IN THE EVENT OF RELEASES OF RADIOIODIhT - 2.2 PASNY, INTERIM POLICY FOR THE DISTRIBUTION AND USE OF POTASSIUM IODIDE (KI), March 12, 1984. l 2.3 Manufacturers (Wallace Laboratories) Recommendations on Use of Thyro-Block Tablets. 2.4 EAP-6 IN-PLANT EMERGENCY SURVEY / ENTRY 2.5 EAP 7.1 EMERGENCY OUT-OF-PLANT AND DOWNWIND SURVEYS 2.6 EAP 7.2 DOWNWIND SURVEY DOSE ESTIMATES 2.7 RTP-15 MINI SCALER OPERATION FOR AIR SAMPLE COUNTING
.2.8 RTP-36 EMERGENCY AIR SAMPLE COUNTING, ENVIRONMENTAL LAB 2.9 RTP-23 HIGH VOLUME PORTABLE AIR SAMPLER O -
Rev. No. 2 Date 11/84 Page 1 of EAP-19
3.0 INITIATING EVENT 3.1 Annunciators, alarms or other instrumentation indi-cating abnormal radiological conditions in the plant or environs. 4.0 PROCEDURE 4.1 The Shift Supervisor / Emergency Director is the only in-dividual authorized to implement this procedure. 4.2 Erergency Director or Designee Shall: 4.2.1 Request the Radiological Support Coordinator to determine the potential thv.ypid y total absorbed dose from the radioisotope I emergency workers, in the JAFNPP Emergency Response facilities. 4.2.2 Should the estimate be in the 1 to 10 rads range, request the Radiological Support Coordinator to institute immediate isotopic monitoring. If the real exposure to any personnel is calculated to be in excess of 10 rad, instruct the Radiological Support Coordinator to administer Potassium Iodide for voluntary use. The Radiological Support Coor-dinator shall refer to Appendix A of this proce-dure prior to administering KI for voluntary a use memo by JAF personnel. Appendix A is (JSAFE-85-166) which lists JAS employees with l known allergies to potassium iodide and those JAF employees not yet questioned about their aller-gies. Employees with knotm allergies shall not useaware KI. Employees not yet questioned shall be made of possible allergies before they decide to use KI. 4.3 Radiological Support Coordinator or Designee Shall: 4.3.1 Monitor the radiological conditions in the emer-gency facilities or any work areas containing per-sonnel. This shall be done in accordance with the following procedures: EAP-6, EAP-7.1, EAP-7.2,
)
RTP-15, RTP-36, and RTP-23.
~
4.3.2 Determine the potential thyygd total absorbed dose from the radioisotope I for all risk per-sonnel. I Rev. No. 3 Date 12/85 Page 2 of EAP-19
I i (q) 4.3.3 Should the estimate be in the 1 to 10 rads range, continue isotopic monitoring. If the real expo-sure to any personnel is calculated to be in ex-cess of 10 rads, recommend.to the Emergency Direc- ) tor the voluntary use of Potassium Iodide (KI) for i risk personnel after referring to Appendix A which l lists JAF employees with known KI allergies. 4.3.4 If instructed to administer Potassium Iodide (KI) by the Emergency Director to the risk personnel, Potassium Iodide shall be administered in a dosage of 130 mg (one tablet) orally, initially,.followed by 130 mg. once daily. Administration of Potassi-um Iodide should not be less than 3 days and usu-ally not for more than 10 days . The Authority's designated physician or medical consultant may change this total dose requirement based on moni-toring measurements exposure potentials, etc. (The Authority's designated physician's phone num-ber is included in SAP-3.) 4.3.5 Potassium Iodide (KI) should be administered no later than three hours after exposure. 0
, 4.3.6 Potassium Iodide (KI) is located in the Technical Support Center Emergency Lockers, the JAFNPP Plant Nurse's Office and the JAFNPP Emergency Operations Facility.
4.3.7 Consideration should be given to issuance of Po-tassium Iodide (KI) to technicians performing field survey work if potential thyroid total ab-sorbed dose exceeds previously established parame-ters. 5.0 WARNING AND SIDE EFFECTS 5.1 Warning Potassium Iodide should not be used by people allergic to iodide. Keep out of the reach of children. In case of overdose or allergic reaction, contact a physician i or the public health authority. 52 Side Effects
- a. Usually, side effects of Potassium Iodide happen when people take higher doses for a long time.
You should be careful not to take more than the
- recommended dose or take it for longer than you O . are told. Side effects are unlikely because of the low dose and the short time you will be taking the drug.
Rev. No. 2 Date 11/84 Page 3 of EAP-19
- b. Possible side effects include skin rashes, swell-ing of the salivary glands, and " iodism" (metallic taste, burning mouth and throat, sore teeth and gums, symptoms of a head cold, and sometimes stom-ach upset and diarrhea)
- c. A few people have an allergic reaction with more serious symptoms. These could be fever and joint pains, or swelling of parts of the face and body and at times severe shortness of breath requiring immediate medical attention.
- d. Taking iodide may rarely cause overactivity of the thyroid gland, underactivity of the thyroid gland, or enlargement of the thyroid gland (goiter).
6.0 FIGURES, FORMS AND ATTACHMENTS 6.1 EAP-19.1 - PASNY, Interim Policy for the Distribution and Use of Potassium Iodide (KI), March 12, 1984. 6.2 EAP-19.2 - Patient Package Insert for " THYRO-BLOCK" Potassium Iodide. 6.3 Appendix A - Memo (JSAFE-85-166) O O Rev. No. 3 Date 12/85 Page 4 of EAP.19 , I
l 1 EAP 19.1 - l INTERIM POLICY FOR THE DISTRIBUTION AND USE OF / O POTASSIUM IODIDE (KI)
.(
POWER AUTHORITY OF THE STATE OF NEW YORK e, e INTERIM POLICY FOR THE DISTRIBUTION AND USE OF POTASSIUM IODIDE (KI) s .
. . . l a
Page 1 of 4 1 Revised: F.ebruary 22, 1984
..*.* Effective Date: March 12,1984 Rev. No. 1 Date 05/84 Page 5 f EAP-19 -
EAP 19.1 (Continued) INTERIM POLICY FOR THE DISTRIBUTION AND USE OF POTASSIUM IODIDE (KI) b h
! I. GENERAL j With the rapid development of nuclear power reactors, and especially in view of a deepening energy crisis, concern i has been raised that potential accidents at nuclear reactors
! could result in substantial offsite radiation exposures.
! It is possible, but highly unlikely, that an accident li at a nuclear power reactor could release large quantities of radionuclides, including isotopes of radiciodine, into.the
;I atmosphere. When the radiciodines are inhaled or ingested, they rapidly accumplate in the thyroid gland and are metabo-
;i lized into organic iodine compounds. These compounds could reside in the thyroid gland long enough to cause local l radiation damage. The dose to the thyroid can occur from (1) external dose from the passing cloud, (2) external dose from contaminated ground, and (3) internal dose from the inhalation or ingestion of radiciodines. Thyroiditis may-
, occur as an early effect, but because it has been observed
'l -
only with very large doses of I131, it is unlikely to be a problem during offsite releases. Hypothyroidism and thyroid nodules with either benign or malignant characteristics are usually results of lower doses and do not occur until later. Therefore, it is considered in the best interest of Power
, I
~
Authority Management in support of its emergency workers to
! be prepared to take effective measures to prevent or mitigate
- the accumulation of radioiodines by the thyroid gland.
II. INTERIM POLICY FOR USE AND DISTRIBUTION OF POTASSIUM IODIDE (KI) A major protective action to be considered after a l serious accident at a nuclear power facility involving the release of radiciodine is the use of stable iodide as a thyroid blocking agent to prevent thyroid uptake of radio-iodines. i Using guidance outlined in the National Council on Radiation Protection and Measurements Report No. 55 and recommendations of the Power Authority's medical consultant, l the following interim policy for the use and distribution of Potassium' Iodide has been developed; i t Page 2 of 4 ( .i. Rev. No. 1 Date 05/84 Page 6 _ of EAP-19
~
I EAP 19.1 (Continued)
') -INTERIM POLICY FOR THE DISTRIBUTION AND USE OF
%./ POTASSIUM IODIDE (KI)
- - A. An initial estimate of the potential th roid '#
total absorbed dose from radioisotope I 31 , from the release should be calculated. l B. Should the estimate be less than 10 rads, no distribution of KI should be instituted. If the exposure is calculated to be in ex-cess of 10 rada, the voluntary use should be as follows:
- 1. Potassium Iodide should be administered no later than three shours after exposure, and preferably before.
~
1 2. Potassium Iodide will be i administered in a dosage of
; 130 mgm (one tablet) orally, i initially, followed by 130 mgm i once daily. This dosage should be administered for not less than d
3 days and usually not for more than 10 days. The Authority's designated O physician may change this total dose requirement based on monitor-(~ ing measurements, exposure poten-tials, etc. - C. Should the initial estimate have been 10-30 rads or more, all plant emergency personnel ' that are at risk should have potassium iodide (KI) administered as per Item-B.1 and B.2 above. D. The decision to administer potassium iodide (KI) will be made by the plant's Emergency Director in coordination with the plant's Radiological and Environmental Services Superintendent. l E. Potassium Iodide will only be distributed for use to personnel who are New York Power Authority Employees. It will not be given to non-NYPA employees. The distribution and use of KI to non-NYPA employees is under the jurisdiction of
- the New York State Department of Health.and the appropriate County Health Department.
Non-NYPA employees who are emergency workers can contact the local Office of Disaster and Emergency (} ( Services for infcrmation on the availability of KI. r- . l Page 3 of 4 J Rev. No. 1 Date 05/84 Page 7 Iof EAP-19
,, .. --- _ _ = - . . _ _ . . _ _ . _ _ . _ _ . - .-_ .
EAP 19.1 (Continued) i INTERIM POLICY FOR THE DISTRIBUTION AND USE OF POTASSIUM IODIDE (KI) III. LOGISTICS A. Potassium lodide tablets of strength of 130 mgm will be stockpiled and maintained at the nuclear plant under the direction of the Radiological & Environmental Services' Superintendent. B. Suitable amounts will be available for immediate administration to those at highest risk of exposure. C. These sites to be determined by the site-emergency Planning coordinator in coordination
- with the Radiological Environmental Sorvices Superintendent. Remaining tablets will be stored in areas logistically suitable for immediate administration to the remaining personnel, including Authority emergency personnel arriving at the facility.
l l 1 i t , /- Page 4 of 4
^
Rev. No. 1 Date 05/84 Page 8 ; of EAP-19
+
f EAP 19.2 PATIENT PACKAGE INSERT FOR THYRO-BLOCK POTASSIUM IODIDE t Pseent Peenage enseet For HOW PCTAS$lyM 10010E WOM S Certas forms of todine heap your thyroid gtsee eers right. Meet people get the iodane they need from fooos. L.se imaged saat or ILsh. The thyreed can " stere er hond only a cartam ameums of
**a* )f THYRO BLOCK'"
ta . rad cm. .mergency. redmacen. mdum m.y be reie.s.d - (POTASSauts 10010e the air. This metenal may be bresched er sweilewed It may (pronouncespoora$3 en Evgen<rveen ester the thyroid gland and damage it. The damage would pre taaere=essee na bably not show itsed for years. Chadron are most hkat; to have TasLETS aae SOLUTION U SP. thFreed damage. If you take potassaum ela it =dt fdl-up your thyroid gland. Tks reduces the chance that harmrun reaaractrue sonane out TAKE POTASS!UM IODIDE ONLY WHEN PUBLIC HEALTH OFFICIALS TELL YOU. IN A RADIATION EMERGENCY. RADIOACTIVE !ODINE cot;LD BE WMC SMOULO NOT TAKE POTA$$1UM 10010E RELEASED INTO THE A!!L POTAS$1t;M IODIDE (A The enty peopie who snound not tase potass.um iadade are people who know they are a&lergic to acesde. You maw taae potassaum FORM OF IODINE) CAN HELP PROTECT YOU. iodide even d you are taa as messemes for a tavred prontem ifor IF YOU ARE TOLD TO TAKE THIS MEDICINE. TAKE IT naampie. a thyroid hermone er antahyroid drugt Pregnant and ONE TIME EVERY 24 HOURS. DO NOT TAKE IT MORE aursmg womme and babies and chddres may e.se taae t.ta crug. OFTEN. MORE %ILL NOT HELP YOU AND MAY IN* CREASE THE RISK OF S!0E EFFECTS. DO.VOT TAKE MOW AND WHEN TO TAKE POTA$$3UM 10010( Potassium todide shouad be taaea se sec.a as poss4bie a(ser TR/3 DACO IF YOU K. vow YOU ARE ALLERGIC TO publ.c heank off cia.s ted you. You saouad taae one dose avery 24 IODIDE. iSEE SIDE EFTECTS BELOW. bours. More edl not help you because sne thvend cas "ho.dNo-pg ly lunstad amounts of ua Larger doses wul maruse the risa
/ j of side effecta. You wdl probably be said not to taae the drug for more thaa 10 days.
IN0lCATIONS $10E EFFECTS THYRO!D BLOCKING IN A RADIATION EMERGENCY Usuaar. mde effects of potassausa sodede happea when people ONLY. take hagner deses for a long tame. You enound ne carerui not to take more than the .- ed dose er taae it for longer tasa DIRECTICNS FOR USE you are tokL Sade effects are unkkesy because of the low case and Use only as directed by State er local pubhc heada authenties a the short tuna you wdl be tsaang tae drug. the event of a red.auen emergency. . Pumble mde Mfacta eclude em ruhet :=% W W eery j stands and T.dism 'emetadac taste. hurmang =oint and taroat. g sore
.t. machteeth ande.
e,e.t gu.m.s. symptoms a,rkea . of a head cosa, and someumes g
+ {.
1 A few peop4e have sa ailargic reactaan wah raore serious symp. tema. These could be fever sad joint peat er swedag of parts of
\ the face and bocy and at tunes severe enortness os breath requar.
ing unmee.aste medical attention Telung iodide may rarety cause owesetavuy of the thyroid gined underectavity of the tarroid g!and. or es.argement of tae thyrmd stand isoiterL } WMAT TO 00 IF SIDE EFFECTS CCCUR If the side effects are severe or d you have sa adergic react:en. stop tasaag potassium iodide Thee J possiste. cad a doctor or pubbe heada authenty for instruccons. f 5 Store et controded room temperature between IS* and 30*C139*
- to de'F). Keep costamer t:gnity eneseg and protect from baht MCW SUPPLIED I Do not ese the soAutaos if is appears brownasa a the nosaie or tae '
THYRGBLOCKT4 TABLETS aPotus us tod.dt U S P 1 bot-bottia ties of 14 takiets INDC 00374472 20 i Each =tte, round, scored tables contaut.* 130 mg Fntassium iocade. WAANING t Peteessani endsde shee6d not te used be people silergne to medids Keep out of the reece of chudres. la case of overdose or edergsc reution. contact a physictaa er the pubase e.esah authenty. DESCRIPTION Each THYRO BLOCKT4 TABLET contains 130 mg af
. esium .odat )
i-1 l O v i l 1 Y l i Rev. No. O Date 05/83 - Page 9 'of EAP-19
James A. FitzPatrick Nuclear Power Plant PO. Box 41 [sh (.) Lycoming NewYork 13093 ais 342.3840 APPENDIX A
#> NewYorkPower 4# Authority Memorandum f
December 6, 1985 JSAFE-85-166 MEMORANDUM TO: ART ZAREMBA FROM: CAROL SOUCY'
SUBJECT:
P.I. ALLERGY o The following employees indicated a positive response when questioned at annual physical exam of an allergy to potassium iodide. ,
- 1. Anne Stark
- 2. Joseph Colloca hD d The following employees indicated allergy to IVP dye which is iodine based. They should be considered icdine allergic.
- 1. Dominick Alsheimer
- 2. Peter Reynolds dll h h
~
L/A CAROL A. SOUCY, RN C.O.H.N. OCCUPATIONAL HEALTH NURSE CAS:lmd cc: File i f Rev. No. 3 Date 12/85 Page 10 of EAP-19 i
EMERGENCY IMPLEMENTING PROCEDURES / VOLUME 3 UPDATE LIST 27 (q j Date of Issue: February 28, 1986 REV. # ISSUE DATE PROCEU.i TITLE N/A TABLE OF CONTENTS REV. 11 08/85 EAP-26 PLANT DATA ACQUISITION SYSTEM ACCESS REV. 1 06/85
- ' EAP-27 ESTIMATION OF POPULATION DOSE WITHIN 10 MILE EMERGENCY PLANNING ZONE
- REV. 0 11/84 EAP-29 VENTILATION ISOLATION DURING AN EMERGENCY
- REV. 0 06/85 EAP-34 ACCEPTANCE OF ENVIRONMENTAL SAMPLES AT THE EOF DURING AN EMERGENCY REV. 0 08/85 EAP-35 EOF TLD ISSUANCE DURING AN EMERGENCY REV. 0 08/85 EAP-36 ENVIRONMENTAL LABORATORY USE DURING AN EMERGENCY REV. 0 08/85 EAP-37 SECURITY OF THE EOF AND EL DURING DRILLS, EXERCISES AND ACTUAL EVENTS
- REV. 0 06/85 EAP-39 EOF TELEPHONE SYSTEM REV. 0 08/85 EAP-40 EOF RADIO SYSTEM REV. 0 08/85 EAP-41 INITIAL DOSE ASSESSMENT CALCULATION REV. 0 06/85 EAP-42 OBTAINING METEOROLOGICAL DATA REV. I 12/85l
() EAP-43 EMERGENCY FACILITIES LONG TERM STAFFING REV. 0 06/85 SAP-1 MAINTAINING EMERGENCY PREPAREDNESS
- REV. 3 12/85 i SAP-2 EMERGENCY EQUIPMENT INVENTORY
- REV. 6 12/85 SAP-3 EMERGENCY COMMUNICATIONS TESTING REV. 5 10/85 SAP-4 OSWEGO CdUNTY EMERGENCY PREPAREDNESS 4
PHOTO IDENTIFICATION CARDS
- REV. 2 11/84 SAP-5 0FFSITE EMERGENCY PLAN INVENTORY
- REV. 2 12/83 SAP-6 DRILL / EXERCISE CONDUCT
- REV. 2 01/85 SAP-7 QUARTERLY SURVEILLANCE PROCEDURE FOR ON-CALL EMPLOYEES REV. 2 04/85 SAP-8 SIREN SYSTEM FALSE ACTIVATION REV. 1 12/85 l REV. 1 02/84 )
SAP-9 MDAS SURVEILLANCE PROCEDURE
- _
SAP-10 METEOROLOGICAL MONITORING ~ SYSTEM SURVEILLANCE
- REV. I 10/85 SAP-ll EOF DOCUMENT CONTROL REV. 0 08/85 SAP-13 EOF SECURITY AND FIRE ALARM SYSTEMS
< DURING NORMAL OPERATIONS REV. 0 06/85 SAP-14 EOF COM DEV 8200 SERIES () TELECOMMUNICATIONS PROCESSOR REV. 0 08/85 l
*PORC reviewed procedures
CONTROLLED 27 O 88w voax rowsa turnoa rv JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDURE EMERGENCY PLAN VOLUME 3 PROCEDURE NO.: EAP-42 TITLE: OBTAINING METEOROLOGICAL DATA PORC REVIEW: MEETING NO. //A DATE /Mes*
/ ,
i APPROVED BY: , MMMuu RESIDENT MANAGER APPROVED BY: u o /s s RADIOLOGICALANDENVIHbkMENTAL SERVICES SUPERINTENDENT PAGE NO. 1 2 3 4 5 6 7 8 9 1 1 1 1 REV. NO. 1 1 1 1 1 PAGE NO. 10 11 12 13 14 15 16 17 18 i
- REV. NO. 1 1 1 1 1 1 0 1 1 l
PAGE NO. 19 20 21 22 l REV. NO. 0 0 0 1 REV. NO. , 1 DATE 12/85 1 4 e
, ~. - , - - , - - - . . , _ . . _ - - -__m- ._ . . -,-- , ,
EMERGENCY PLAN IMPLEMENTING PROCEDURE EAP-42 OBTAINING METh0ROLOGICAL DATA
- 1.0 PURPOSE a This procedure provides instructions to the dose assessment- l designea for accessing meteorological data in the Control Room, Technical. Support Center, or at the Emergency Opera-tions Facility and also includes provisions for long-term forecasting.
2.0 REFERENCES
l EAP-4, Dose Assessment Calculations 2.1 2.2 Class A Atmospheric Dispersion and Radiological Dose Assessment Model. Vol. II, Model Formulation. 3.0 INITIATING EVENTS Dose assessment calculations being performed in accordance with'EAP-4. , 4.0 PROCEDURE 4.1 Method Description There are three sequential methods for acquiring meteorological data for dose assessment input: the Primary Method involves obtaining data digitally through either the Niagara Mohawk or the NYPA Meteoro-logical System; the Secondary Method involves extra-polating ~ meteorological data from analog strip chart recorders and is utilized if digital data is unavail-able; and a Back-up Method is utilized if both digital and analog data are unavailable, which involves obtain-ing information from outside sources. 4.2 Primary Method - Obtaining Digital Meteorological Data
- 4.2.1 To access meteorological data from either the
; Control Room, TSC or the EOF, log onto the Termi-net 200 as follows:
4.2.1.1 Make sure power is applied to the unit; the power switch is on the back left side. 4.2.1.2 Insure that the " MOTOR" key is "0N" on the left hand side and the "All Caps" key is O- down. i Rev. No. 1 Date 12/85 Page 1 of EAP-42 1
l Place "Blacli Box" modem switch to "A" or JAF I 4.2.1.3 position. h 4.2.1.4 Hit " Return" key. 4.2.1.5 Utilize the available username and password on the nearby Digital Video Terminal.
~
4.2.1.6 The system menu will then appear; choose item "5" from the menu, called " Dispersion Re-ports" and hit " RETURN". 4.2.1.7 The " Class A Radiological Display Menu" is ! then displayed; choose "MR" for your selec- i tion. (Make sure the " CAPS" button is "0N" j on the keyboard.) NOTE: The selection would be "ME" if using the Niagara Mohawk system. 4.2.1.8 For " REPORT TYPE", enter "1", " EMERGENCY". 4.2.1.9 For "Outp"ut Device Menu", enter "1" , " Logged in device . NOTE: During print-out, you will have to hit the " RETURN" key each time a
<cr> request is made in order to l
continue the printing process. 4.2.1.10 After the print-out, the " CLASS A RADIOLOGI-CAL DISPLAY MENU" will be re-displayed; hit '
" Return" and then "1" to repeat process.
NOTE: When manually inputting meteorolog-ical data, an update is required every 15 minutes, therefore, repeat process as needed every 15 minutes. 4.2.1.11 To exit, enter "Ex" when the " CLASS A RADIO-LOGICAL DISPLAY MENU" reappears. , i NOTE: The selection would be "XX" if using the Niagara Mohawk system. 4.2.1.12 The "NYPA Meteorological System Menu" will i I then appear; type "0" to exit. O Rev. No. 1 Date 12/85 Page 2 of EAP-42 1
NOTE: When manually inputting the meteor-ological data, primary concern is , given to wind speed and direction i (and to the stability class) , at a i certain level which is dependant on the type of release. It is impor-
^
tant to note -that the latest. 15 4 minute averages are utilized. (It , is optional to record meteoro-logical data on Form EAP-42.1, or utilize an available sheet of paper.) 4.2.2 In the event data is unavailable from the NYPA ~ i Meteorological System, it is possible to obtain the data from the Niagara Mohawk system as fol-
- lows
4.2.2.1 To access Niagara. Mohawk meteorological data from either the Control Room or TSC, log onto the Terminet 200 as follows: A. Make sure power is applied to the unit; the power switch is on the back left side. 1
, B. Make sure the " MOTOR" key is "0N" on the left side and the "ALL CAPS" key is down. .
Place " Black Box" modem switch to "B" or 1 C.
"NiMo" position.
D. Hit " Return" key. E. Utilize the available username and s password on the nearby Digital Video Terminal. F. Proceed to step 4.2.1.6 and continue. 4.2.2.2 To access Niagara Mohawk l meteorological data from the EOF, log on to the Terminet 200 as follows: A. Make sure power is applied to the unit; the power switch is on the back left side. B. Make sure the " MOTOR" key is "0N" on the left side and the "ALL CAPS" key is O down. Rev. No. 1 Date 12/85 Page 3 of EAP-42 _ _ . , _ m -_ _ . _ _ . _ . _ , . . 7 . . _ _ _ . _ _
C. Place " Black Box" modem switch to "B" or "NiMo" position. D. Press " CTRL" and "E" simultaneously on keyboard and then press " Return". , E. The terminal will respond with " HELLO: I'm Ready" . Press "D" on keyboard and then " Return". F. Response on terminal will be " NUMBER"? Type in "9K3492020" and hit the " Return" twice. G. After a few seconds, the terminal will respond: ' Dialing... then Ringing... Answer Tone On Line then hit the " Return" key. H. Utilize the available username and password on the nearby Digital Video Terminal. J. Proceed to step 4.2.1.6 and continue. 4.2.3 Meteorological data for a ground or both ground and elevated release are to be derived as follows: . 4.2.3.1 Locate the most tecent 15 minute average on the left side of the Main Tower Parameters print-out under the " TIME AVG." column. Consult Figure EAP-42.2 or Figure EAP-42.3 i for Niagara Mohawk and NYPA printouts. 4.2.3.2 If there has been a ground release or both a ground and elevated release, utilize the Main Tower wind speed and direction at the 30 foot . level denotad by the column indicators WSPL l for wind speed, and WDRL for wind direction. (Wind sper.d is either in a 1 or 2 digit form , and is in MPH, and wind direction is in a 1 l to 3 digit form, and is in degrees of arc.) NOTE: Make sure to separate actual data from the flags following the data values if the Niagara Mohawk l printout is utilized. (See Figure EAP-42.2.) Rev. No. 1 Date 12/85 Page 4 of EAP-42
C If the Main Tower 30 foot data is not avail-C) able, adhere to the following hierarchy for data substitution: A. If the Main Tower 30 foot data is not available, utilize the 100 foot Main
-Tower Parameters indicated by WSPM for wind speed and WDRM for wind direction.
B. If both 30 foot and 100 foot data are not available, utilize the 90 foot JAF Tower Parameters indicated by WSPJ for wind speed and WDRJ for wind direction.
- c. If the 30 foot, 100 foot and 90 foot data are not available, utilize the 200 foot Main Tower Parameters indicated by WSPU for wind speed and WDRU for wind direction.
- d. If the 30 foot, 100 foot, 90 foot and 200 foot data are not available, utilize the Inland Tower Parameters at 30 foot, indicated by WSPI for wind speed and WDRI for wind direction.
- e. If none of the aforementioned data is available proceed to section 4.3 after completing 4.2.3.3, and utilize; the analog strip chart data.
4.2.3.3 To determine stability class. for a ground or both a ground and elevated release, utilize the stability class letter as determined by the Main Tower Wind Direction Variation at the 30 foot level indicated by the "S" column marker following the WDVL column. > If the 30 foot data is not available, adhere ', to the following hierarchy for data substitu-tion: l
- a. If 30 foot stability class, derived from ,
wind variation, is not available, utilize the stability class letter determined by the Wind Direction Varia-tion at the 100 foot level indicated by the "S" column marker following the WDVM column. l l Rev. No. 1 Date _ 12/85 Page 5 of EAP-42 l
i
- b. If both the Main 30 foot and 100 foot ,
level stabilities are unavailable, utilize the stability class letter determined by the JAF Tower 90 foot Wind
. Direction Variation indicated by the "S" column marker following the WDVJ column.
- c. If the Main 30 foot, Main 100 foot, and the JAF 90 foot stabilities are unavail-able, utilize the stability class letter deternined by the Main Tower 200 foot Uind Direction Variation, indicated by the "S" column marker following the WDVU column.
- d. If the Main 30 foot, 100 foot, 200 foot and JAF 90 foot stabilities are unavail-able, utilize the stability class letter determined by the Inland Tower Wind Direction Variation, indicated by the "S" column marker following the WDVJ column.
- e. If NO wind direction variation stability data are available at any of the thre'e towers, utilize the stability letter determined by the Main Tower Temperature Difference between 30 and 100 foot, as
. indicated by the "S" column marker following the TDFM column.
- f. If wind direction variation stability data is unavailable, and the 30 - 100 foot temperature difference is unavail-able, utilize the stability letter determined by the Main Tower Temperature Difference between 30 and 200 foot, as indicated by the "S" column marker following the TDFU column.
1
- g. If stability cannot be derived from the digital data, proceed to section 4.3 and utilize the analog strip chart data.
4.'.L Meteorological data for an elevated release only ; should be extrapolated as follows: l 4.2.4.1 Locate the most recent 15 minute average on l the left side of the Main Tower Parameter i print-out under the " TIME AVG" column. O Rev No. 1 Date 12/85 Page 6 of EAP-42
f3 V 4.2.4.2 If -there has been an elevated release, utilize the Main Tower wind speed and direc-tion at the 200 foot level denoted by the column markers WSPU for wind speed and WDRU for wind direction (wind speed is either in a 1 or 2 digit form and is in . MPH , and wind direction is in a~1 to 3 digit form, and is in degrees of arc.)
- NOTE: Make sure to separate actual data {.
from the flags following the data values, if the Niagara Mohawk ~ i printout is utilized. (See Figure , EAP-42.2.) l If the Main Tower 200 foot data is unavail-able, adhere to the- following hierarchy for data substitution:
- a. If the Main Tower 200 foot data is not j available, utilize the Main Tower 100 i foot wind speed and direction indicated by WSPM for wind speed and WDRM for wind direction.
3 ) b. If the Main Tower 100 foot and 200 foot data are not available, utilize the JAF 90 foot wind speed and direction indi-cated by WSPJ for wind speed and WDRJ for wind direction,
- c. If the Main-Tower 100 foot and 200 foot data and the JAF 90 foot data are unavailable, utilize the Main Tower 30 foot wind speed and direction indicated by WSPL for wind speed and WDRL for wind direction.
- d. If the Main Tower 30, 100 and 200 foot i data and the JAF 90 foot data are unavailable, utilize the Inland Tower 30
- foot wind speed and direction indicated by WSPI for wind speed and WDRI for wind direction. , ,
- e. If none of the aforementioned data is available, proceed to section 4.3 (after completing 4.2.5.3) and utilize the analog strip chart data.
O Rev. No. 1 Date 12/85 Page 7 of EAP-42
6.2.4.3 To determine stability class for an elevated release, utilize the ~ stability class letter l as determined by the Main Tower Wind Direc-tion Variation at the 200 foot level, indi-cated by the "S" column marker following the WDVU column. If the Main Tower Wind Direction Variation at the 200 foot level is unavailable, adhere to the following hierarchy for data substitu-tion:
- a. If the 200 foot Stability Class is unavailable, utilize the stability class letter determined by the Main Tower Wind Direction Variation at the 100 foot level, indicated by the "S" column marker following the WDVM column.
- b. If both the 100 foot and 200 foot stabilities are unavailable , utilize the stability class letter determined from the JAF 90 foot Wind Direction Variation indicated by the "S" column marker following the WDVJ column.
- c. If the 90, 100 and 200 foot stabilities are unavailable, utilize the stability class letter determined from the Main Tower 30 foot Wind Direction Variation, indicated by the "S" column marker following the WDVL column.
- d. If the 30, 90, 100 and 200 foot stabili-ties are unavailable, utilize the stability class letter determined from the Inland Tower 30 foot Wind Direction Variation, indicated by the "S" column marker following the WDVJ column.
- e. If NO wind direction variation stability data are available at any of the three towers, utilize the stability letter determined by the Main Toper Temperature Difference between 30 and 200 foot, as indicated by the "S" column marker following the TDFU column.
O i Rev No. 1 Date 12/85 Page 8 of EAP-42
- f. If the stability determined from the Main Tower Temperature Difference between 30 and 200 foot is unavailable, utilize the stability letter determined from the temperature difference between 30 and 100 foot, as indicated by the "S" column marker following the TDFM column.
- g. If stability cannot be derived from the digital data, proceed to section 4.3 and utilize the analog strip chart' data.
4.3 Secondary Method - Obtaining Analog Meteorological Data 4.3.1 The primary method for obtaining meteorological data is via the G.E. Terminet 200. The Texas Instrument TIGRAPH 100 Graphic Display Recorders (Analog Strip Charts) located in the CR and TSC l s h o u l d go n 1 be used if data cannot be obtained using the G.E. Terminet 200. 4.3.2 Before attempting to obtain data from any of the strip chart recorders, ascertain if they are functioning by verifying that the date and time on the left side of the chart is correct. The strip i chart runs at 1"/hr and the time and date are O- indicated every two hours or two inches. indicated is Eastern Standard Time.
, Time
- 4.3.3 In order to determine the time of a particular strip chart, open the clear plastic protective
- cover of the recorder and . depress the "CHTADV" button located at the top of the strip chart. This will allow you to view the most recent recorded time. 4.3.4 When manually inputting meteorological data, primary concern is given to wind speed and direc-tion, and to the stability class at a certain level, dependent on the type of release. 4.3.5 In order to properly estimate the last 15 minutes on the strip chart, measure the last 1/4" of data for each parameter, if not readily visible, and/or the chart has not already been advanced, do so in order to average the last 15 minutes of data properly. 4.3.6 Meteorological data for a Ground or both a Ground and Elevated release are to be~ determined as follows: O Rev. No. 1 Date 12/85 Page 9 of EAP-42
- - . - - _ . - - - . - . ._,,,,._.._.,...,,.n_, , . _ _ - _-
,_.__,,,--.e. -.,-,.,.n.-,. _ _ , _ . - _ _
4.3.6.1 There are 3 recorders which measure wind speed and direction (Recorders D, G, and J). For each chart, wind speed (the left trace) is labeled Channel A and is in MPH (the range is 0 to 100 MPH and spans the left half of the chart) and wind direction (the right trace) is labeled Channel B and is in. degrees (the range is 0 to 360. degrees and spans the right half of the chart). Consult Figure , EAP-42.4. I To obtain wind direction and speed for a ground or ground and elevated release, y'ou must firTt determine whether the Recorder J" toggle switch is set for 30 or 100 foot (Main Tower). If it is set for 30 foot (Main), average the wind _ speed and direction as per step 4.3.5. If the Recorder "J" toggle switch is set for 100 foot (Main Tcwer) and/or there is no 30 foot data, adhere to the following hierarchy of substeps:
- a. Average the wind speed and direction as per step 4.3.5 for Recorder "G", which is meteorological data for the JAF Tower 90 foot level.
- b. If Recorder "G" is inoperable, or data is invalid, average the wind speed and direction as per step 4.3.5 for Recorder "D", which is meteorological data for the Main Tower 200 foot level.
- c. If both. Recorder "G & D" are inoperable,
! or data' is invalid, average the wind speed and direction as per step 4.3.5 for Recorder "J" (if NOT already uti-lized), which will contain meteorologi-l cal data for the Main Tower 100 foot level. I d. If N0 strip chart wind speed and direc-proceed to tion data is available, section 4.4 after completing 4.3.8. 4.3.7 Meteorological data for an elevated release is to be determined as follows: O Rev. No. 1 Date 12/85 Page 10 of EAP-42
4.3.7.1 -There are 3 recorders which measure wind (U9 speed and direction (Recorders D, G and J). For each chart, wind speed (the left trace) is labeled Channel.A and is in MPH (the range is 0 to 100 MPH, and spans the left half of the chart) and wind direction (the right trace) is labeled Channel B and is in degrees (the range is 0 to 360 degrees and spans the right half of the chart). Consult Figure EAP-42.4. i To obtain wind speed and -direction for an elevated release, adhere to the following-substeps:
- a. Average the wind speed and direction as per step 4.3.5 for Recorder "D", which is meteorological data for the. Main Tower 200 foot level.
- b. If Recorder "D" is inoperable, or data is invalid, average the wind speed and.
direction as per step 4.3.5 for Recorder "G", which is meteorological data ~for the JAF 90 foot level,
- c. If both Recorder "D & G" are inoperable, or invalid, average the wind speed and direction as per step 4.3.5 for Recorder "J" which is meteorological data for either the 30 or 100 foot Main Tower levels, as determined by the toggle switch position.
- d. If NO strip chart wind speed and direc-
-tiondata is available, proceed to section 4.4 after completing 4.3.8.
i 4.3.8 To determine stability class for either a ground or elevated release, you must utilize Recorder "K" information, which contains 4 channels that span 1 the full chart: A. Trace labeled "A" .provides ambient tempera-
. ture, on a -4 to +11 scale and must be multiplied by- ten (10) to derive the current temperature in degrees F at the Main Tower 30 foot level.
B. Trace "B" provides temperature difference ; (delta T) between the 30 and 100 foot level i on the Main Tower , and is on the -8 to +20 1 O- scale in degrees F. 1
-Rev. No. 1 Date 12/85 Page 11 of EAP-42 l
\
. - _ . . _ _ . _ , - . . _ . . _ _ _ _ _ , _ _ _ _ . _ . _ , _ _ _ , _ - . _ , . - _ . ~ . -
C. Trace "C" provides temperature difference between the 30 and 200 foot level on the Main Tower, and is on the saue -8 to +20 scale in degrees F. D. Trace "D" provides sigma theta (wind direc-tion variation), on a scale of 0 to 30 degrees, at a level dependant on the switch position on the front of the TIGRAPH record-ing panel: Switch Position Level Tower A 200 ft. Main (Primary) B 100 ft. Main (Primary) C 30 ft. Main (Primary) D 90 ft. JAF (Back-up) Consult Figure EAP-42.5. To derive stability class for either a ground or elevated release, or both, utilize Figure EAP-42.4 and adhere to the following hierarchy of substeps: A. Average the trace "D" (sigma theta) on Recorder "K", utilizing the 0 to 30 scale, as per step 4.3.5, noting what the switch position is, and consulting Figure EAP-42.6 to determine letter stability class. NOTE: If data is invalid, you may want to switch another switch position to get the most representative data (for the next 15 minute average). For example, for an elevated release you should utilize switch position A, then B, D and finally C, and for a ground release, the progression is C, B, D and then A. B. If Trace "D" is unavailable, average the Trace "C" (temperature difference 30 - 200 foot) on Recorder "K", utilizing the -8 to
+20 degree F scale as per step 4.3.5 and .
. . consulting Figure EAP-42.6 to determine 4 letter stability class.
C. If Traces "D" and "C" are unavailable, average the Trace "B" (temperature difference i 30 - 100 foot) on Recorder "K", utilizing the l -8 to +20 degree F scale as per step 4.3.5 and consulting Figure EAP-42.6 to determine l l letter stability class. lg Rev. No. 1 Date 12/85 Page 12 of EAP-42
D. If Traces "D", "C" and "B" are unavailable,
/]
k estimate stability by comparing wind direc-tion and speed traces to the samples posted on the side of the.TIGRAPH 100 housing and/or utilizing "the " Atmospheric Stability- Charac-terization table on Figure EAP-42.6. E. If All Recorders are unavailable for meteoro-logical data,' proceed to section 4.4. 4.4 Back-Up Method - Obtaining Meteorological Information From Other Sources 4.4.1 If meteorological data is not obtained via the primary method (digital) or secondary method (analog strip charts) information on local wind speed and direction, and stability class can be obtained through other sources. 4.4.2 Niagara Mohawk Meteorological Data 4.4.2.1 Telephone the Niagara Mohawk Nine Mile Point Nuclear Station #1 Control Room via the " hot
- line" or dial phone, and request pertinent l meteorological data needed, and establish whether it is either digital or analog O- information.
4.4.2.2 In addition, supplemental information may be obtained through Niagara Mohawk via their i Meteorological Building, which would provide either digital or analog information. 4.4.3 National Weather Service Meteorological Data ! 4.4.3.1 Data may be obtained via~ telephone on JAF's private number 315-455-1214. Indicate what meteorological data is needed and note the source of the information. 4.4.4 Stability Estimation 4.4.4.1 Consult Figure EAP-42.6 and estimate stabili-ty class via a characterization of'the local 4 meteorological conditions. 4.5 Meteorological Forecasting Meteorological forecasting capabilities during an emergency at JAF will be the responsibility of the Environmental Programs Department in the WPO and will ! be performed in the following manner: ! Rev. No. 1 Date 12/85 Page 13 of EAP-42 l
l 4.5.1 Upon activation of the WPO Emergency Recovery Center (ERC), a communications link will be : established between the EOF dose assessment group and the Recovery Center meteorological forecaster. 4.5.2 When the ERC forecaster arrives, he will: A. Familiarize himself with the nature of the situation requiring forecasting support. B. Activate the WPO connection with the WSI weather network to become familiar with the current and forecast weather situation. C. Contact an additional forecaster and request that person to leave and report to JAF EOF. D. Provide JAF dose assessment group, within three hours of initial notification, a weather description and weather forecast in the format found in Figure EAP-42.7. E. Provide weather condition and forecast updates until such responsibility is formally transferred to the forecaster at the JAF EOF, or the event requiring support is formally terminated. The forecaster will determine the frequency of updates based upon factors such as the variability of weather conditions ; and the needs of JAF emergency planning personnel. Once the forecast responsibility is transferred to JAF, the forecaster at the ERC will continue on duty in support of the i' JAF EOF forecaster until the event is termi-nated. 4.5.3 When the JAF EOF forecaster arrives at the EOF, he will: A. Report to the Dose Assessment Coordinator. B. Inform the ERC forecaster of his arrival. l C. Familiarize himself with the nature of the , initiating event and the latest developments. D. Review all meteorological forecast support l provided up to that point. : l E. Activate the JAF connection with the WSI , weather network and prepare to provide direct forecast support. Rev. No. 1 Date 12/85 Page 14 of EAP-42
O F. Take over principal forecast responsibility from the ERC and provide all weather condi-V tion and forecast updates, as appropriate, until the event requiring support is formally- ' terminated. 5.0 FIGURES, FORMS AND ATTACHMENTS 5.1 Form EAP-42.1, Obtaining Meteorological Data for Manual Computer Input. 5.2 Figure EAP-42.2, Sample Digital Print-Out for NMPC 5.3 Figure EAP-42.3, Sample-Digital Print-Out for NYPA 5.4 Figure EAP-42.4, Analog Wind Speed and Direction, Recorders "D, G and J". 5.5 Figure EAP-42.5, Analog Sigma Theta, Temperature Difference, and Temperature, Recorder "K". 5.6 Figure EAP-42.6, Classification of Atmospheric Stabili-ty by the Vertical Temperature Difference and by the Standard Deviation of the Horizontal Wind Direction Typing Schemes. O V 5.7 Figure EAP-42.7, Weather Description and Forecast I
- l O
Rev. No. 1 Date 12/85 Page 15 of EAP-42 l 1
() FORM EAP-42.1 OBTAINING METEOROLOGICAL DATA FOR MANUAL COMPUTER INPUT Date: Time: Release Type: Meteorology Wind Speed: MPH @ ft. level on Tower Source: Digital Analog Other (Specify) Wind Direction: deg. @ ft level on Tower
- Source: Digital Analog Other (Specify)
(A.- G) Stability Class: Method: (Sigma Theta - wind variation) (Temp. Difference 200 ft) (Temp. Difference 100 ft) Estimation Source: Digital Analog Other (Specify) Additional information O i Rev. No. O Date 06/85 Page 16 of EAP-42 _, , , . _ . - _ - . _ , ,_-n.. - , , , , . _ . . , _ . , -,. .. - , , _ , . _ , _ _ , . , . . ,_
Figure EAP-42.2 . Sample Emergency Print-Out for n Niagara Mohawk Power Corporation i Ttep.,o #I i iv/
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, . / # i _L .. . _ . _
[ DI CTIO 10 D IRECT AR I A r!ON TEMPERATURE EMP DIFF . w- WIND S PEED WI W11
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WSPL WSPM WSPU WDRL WDRM WDRU WDvL S WDVM SDEC WDVU S .TMPL DPTL.. TDFU $S TDFM
- MPH DEC DEC DEC DEC F DEC F DEG F DEC F
@. TIME AVC. MPH MPH DEC DEC
," 4419/85 1515 19915 21115 22025 4.7 EZ5 5.5 EZ5 4.4 E 0 5610 4825 0.3 E 3 0.7 F 0:00 60 0 70 19 0 wM 1800 60 0 70 11 0 1515 18615 20015 21525 5.7 E O 3.9'E15 Z.9 F16 5510 4816 0.7 F 3 1.9 F
- 2100.60 0 80 12 0 1715 20715.21615 22315 7.4 E25. 5.7 E15.-4.1 3.5 F16 5610 4725. 0.3.*E 3 0.3 f E16 5810 4725 -0.1'E 3 -0.4 E 3:00 60 0 11 0 15 0 1915 22715 23315 234 0 7.1 4.1 E15 EZ5 5.1 E o 2.3 FZ5 2.0 G 0 5910 49 0 -0.3 D 3 -0.9 3
.P 4:00 60 0 17 0 21 0 2515 24715 25015 249Z5
* 00 40 0_19 0 21 0. 2515 25915. 26015 25915 . 2.3.F15.1.9.CZ5_taS_.C16 5710.~.49Z5 ed.5 JL.3 s1.0 3 6:00 60 0 15 0 19 0 2215 24415 24815 24725 5.1 E25 2.5 FZ5 2.1 F16 5710 4925 -0.S D 3 1.1 g
- 7:00 60 0 14 0 18 0 2115 23715 24115 24115 7.1 E15 4.0 E25 3.1 F16 5810 4816 -0.5 0 3 -1.1 w
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.8800 60. 0. 15 0 19.0 2215 24015 24415 24315 6.4.E15 3.0 F25 .Z.5 114 *810 .A916 -0.7 B 3.-l.4 C.
9:00 60 0 999 0 999 0 999 0 253 0 Z54 0 252 0 0.0 C 0 0.0 C 0 0.0 C 0C16 999 0 999 0100.0 G 3100.0 V _ 10:00 60 0 14 0 17 0 20 0 24915 25215 250 0 3.6 F22 2.0 C22 1.7 1.6 C 59 0 5016 -0.9 A 3 -1.6 3
- 0. 59 a 5025 1.0 A 3 .t.6 L 11:00 60 0 to 0 11 0 13 0 25115 25315 25425 3.2 F22 2.1 FZ2 10:45 15 0 90 11 0 12 0 Z4715 25015 251 0 5.1 E22 Z.3 F22 1.8 C 0 59 0 49Z5 -1.1 A 3 -1.6 3 11:00 LS 0 00 10 0 12 0 24815 Z4815 24925 4.4 E2Z 2.0 C22 1.7 C 0 60 0 5025 -1.2 A 3 -1.8 4 1AY %yis30 1L815.15 Q is a Qn0 0 iio.115 d gm15 2Af as s EYD 0 212 0.. 3.1.
o GM5 3.1fF12 E22.1.7 2.5 6k2 G22. 1.5-fsp-
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6- 11:19 1 0 90 12 0 1515 24815 24415 24315- 4.6 EZZ 2.6 F22 1.3 Ct6 60 0 4916 -0.7 8 3 -0.8 3 11:20 1 0 90 !! 0 1515 24815 Z4515 24415 5.4 EZZ 3.2 F22 2.1 C16 61 0 4916 -0.9 A 3 -1.1 3
. .
- 1.L121 L. 0 10 a _110.1415 24915. 24815 24615 A.L.E22 4.Z. EZ2 Z.8 E1A At a 49tA 0.1.a 1 - 1.2. 3
, ' 11:22 1 0 to 0 11 0 1415 25315 25215 24915 4.7 E22 2.6 F22 2.2 F16 61 0 4916 -0.7 8 3 -1.0 3
- 11:23 1 0 90 10 0 1315 25515 25Z15 Z4C15 2.9 F22 2.7 F22 1.9 C16 60 0 4916 -0.6 C 3 -0.9 3 s 11:24_ 1_.0 _ 9 o 1a.0._.1415.25315.25115 24911 3.4_f22_.2.8J ZZ_.1.6 Cta a0 $ "Q1A.ro.a a 1 0.9 .t.o 33 j - 11:25 1 0 to 0 11 0 1415 25415 25315 25015 3.0 F22 3.3 FZ2 2.Z F16 60 0 5016 -0.8 4 3 s / - 11:26 ' 1 0 to 0 10 0 1315 25515 23515 25315 3.1 FZZ Z.9 F22 1.5 C16 60 0 4916 -0.6 C 3 -0.7 3 v .11t*7 L 0 . & 0 10 .0.1415 25515 25511.25315 .3.4.FZZ 2. 0 .C21__ L.Q. A16_6 0_0_.501L.coM M 1 -0.5 3 11:28- 1 0 90 10 0 1315 25315 25315 25215 4.3 EZZ'Z.5 F22 1.6 C16 60 0 5016 *0.8 A 3 -0.8 3
=* 11:29 1 0 90 10 0 1315.25115 23215 25115 3.8 E22 .Z.6.F22 1.7 C16 60 0 5016 -0.9 A 3 0.9 0 1.1..E22__2.3 422 .l.Z C16 6Q a *n'A ^*a9 'n3
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%_ gg TfgELPARAttETERS INLAND TOWER PARAMETERS.. - - . . . .
SPEED DIR. VARIATION SPEED DIR. VARIATION
,, s ..... ..... .........,..... ..... .........
__ ..WSPJ._Wnn. t ucy,A,g_. WSEL WCR1_WDV f * --.. 8 TIME AVC. MPH DEC CEG MPH DEG CEC
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. 1101 60 a. 11.0 210.0 2.0 C. .0 . 6. 0._151.0._.3. 4 F. ._, . . . . _ _ _ . . . . . . . .
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-
- 3:00 60 0 15 0 23Z 0 4.1 E o 7 0 151 0 3.1 F
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- D 0 601570 3.6 F
- ** 6:00 60 0 16 0 244 0 5.8 E o 7 0 153 0 3.4 F 780J 60 0 17 0 243 0 5.5 E o 9 0 154 0 3.8 F . -._.
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. 9:00 60 0 18 0 244 0 6.1 E 0 to 0164 0 5.3 E gNGM00 Mg g gM--. -
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= tis 1 1 0 16 0 252 0 8.8 D 0 12 0 167 0 4.0 E V sfA6sury CWS Rev. No. 1 Date 12/85 Page 17 of EAP-C
~
F Figura EAP-42.3 l Sample Emergency' Print-Out for l New York Power Authority O V t f
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MAIN TOWER PARAntTr#S - . WINO s'EE8 e WING O! RECT!0st WING O!RECTION VARIATION TEMPERATURE TEMP. O!FF. PRESS. PRECIP.. ____ __ ____ . ____.w3.... ............ .... ...... ...... EST WSPL .WSPM WSPU WORL WDRM WORU WSVL $ WOwl S WOvu 3 TMPL OPTL 70FM S 70FJ $ PRSL PRCP f!ME AVC. MPM MPi4 MPH DEC DEC DEC DEC DEC OEG DEG F DEC F DEC F DEC F IN MC IN 22:00 68 7 8 to 208 136 191 10.5 0 72.9 A 13.3 C to *4 .5 E 1.7 E - 30.3 .00 -1; 23:00 60 6 7 9 21S 143 195 12.6 C 72.9 A 13.6 C 14 -2 .6 E . 1.3 E 30.3 .00 .I
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9800 60 6 7 7 202 136 205 28.2 A 73.1 A 27.1 A 15 +3 .0 t .9 E 30.4 .00
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i 1 i Rev. No. 1 Date 12/85 Page 18 of EAP-42
Figure EAP-42.4 pl v Analog Wind Speed and Direction Recorders D, G and J ti i ! g,I ! 59.prmP'L 6 li : j I
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Rev. No. O Date 06/85 Page 19 of EAP-42
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I 8 : sc o. 1 i 1 i I i 1 j Rev. No. O Date 06/85 Page 20 of EAP-42 k_
e Figure EAP-42.6 O V CLASSIFICATION OF ATMOSPHERIC STABILITY BY THE VERTICAL TEMPERATURE DIFFERENCE AND BY THE STANDARD DEVIATION OF THE HORIZONTAL WIND DIRECTION TYPING SCHEMES stant11ty Pasquill e8, degrees Classification # , degrees Cateceries 6 Medtan Value Extremely unstable A . e, 1 22.5 25.0 Moderately unstable B- 22.5 > e, 1 17.5 M.0 Slightly unstable C 17.5 > e, > 12.5 15.0 Neutral 0 12.5 > e, 1 7.5 10.0 slightly stable E 7.5 > e, 1 3.8 5.0 Moderately stable F. 3.8 > e, > 2.1 2. 5 tztremely stable C , 2.1 > e, 1.7 stability Pasquill Temperature Change Temoerature Change Classification Cateceries with Heient. *F/70 Feet ** Vith Heighte *F/170 Feett Extremely unstable A AT/AZ 1 -0.73 AT/AZ i -1.77 Moderately unstable 8
-0.73<AT/AZ1-0.55 -1.77 < AT/AZ 1 -1.55 Slightly unstable C -0.85 < AT/AZ i -0.58 -1.59 < AT/AZ 1 -1.40 Neutral 0 -0.58 < AT/AZ 1 -0.19 -1.40 < AT/4Z 1 -0.47 Slightly stable ! -0.19 < AT/AZ 1 0.53
-0.47 < AT/AI S 1.40 Oy Moderetely stacle F 0.54 < AT/AZ 1 1.53 1.40 < AT/AZ i 3.73 Eatremely stanle 0 1.53 < AT/AZ 3.73 < AT/AZ Atmospheric .
itseilftv C%sese e-4?ation A Mid-af ternoon eniv, with clear skies or skies with very few snin enoues; late spring to ear,1y' fall, winds usually are below 6 alles per hour. I
- t. ate sorning to sto-af ternoon only, with clear or partly clouey skies; mid-spring to mic-fall, winds are usually below 9 miles per hour.
C Late scenine to late af te-noen en1v, with partly cloudy skies; spring Lnrougn f all, winos are usually below 11 miles per hour.
~
O A11 daytime, w{th overcast or partly cloudy skies or early morning and late afternoon with clear or partly cloudy skies, j all atent time with overcast sties or partly cloudy, year around, winc.s are macerata to hign (greater than 6 miles per hour). E Nf ont tiw oniv, with thin overcast or partly cloudy skies, all l year around, winds less than 10 alles per hour. F Mient time en1v, with clear ta partly cloudy skies, all year arouno, winos less than'7 miles per hour. C winnt ti= eniv, with clear skies or very few thin clouds, all year arouna, winds less than 5 miles per hour.
- Per NRC Regulatory Culde 1.123
** Adjusted ta correspond to the AT measured between the 30-foot and 100-fco: levels, t Adjusted to correspond to the AT measured between the 30-foot and 200-foot levels.
Rev. No. O Date 06/85 Page 21 of EAP-42 l
. FIGURE EAP-42.7 j
-l WEATHER DESCRIPTION AND FORECAST l
CURRENT.DATE: FORECAST LEVEL (FEET): ! CURRENT TIME: FORECASTER'S INITIALS: GENERAL WEATHER DESCRIPTION: f i i I I I t i 1 FORECAST WIND WIND STABILITY TEMPERATURE PRECIPITATION TIME SPEED DESCRIPTIOy CLASS *F (TYPE, QUANTITY) , (LOCAL) (MPH) I l 2 4 l i ! l l 1 O i Rev. No. I Date 12/85 Page 22 of EAP-42 t
CONTROLEED27 O NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDURE EMERGENCY PLAN VOLUME 3 i PROCEDURE NO.: SAP-1 TITLE: MAINTAINING EMERGENCY PREPAREDNESS
- PORC REVIEW: Meeting No. 86-003 Date 1-8-86 APPROVED BY: d .
Resident Manager 3 lO APPROVED BY: ~
, 101 /4s Jrv d(d Radiological and EnEironmental 2 Services Superintendent 4
2 3 4 5 6 7 8 9 10 'll PAGE No. 1 1 1 1 1 1 1 1 l REV. NO. 1 1 1 1 PAGE No. 12 13 14 15 16 17 18 19 20 21 22 2 3 2 2 1 1 1 1 1 REV. NO. I 1 , Rev. No. 3 Date: 12/85
--.c .-m_.- . - , _ , _ . - ~ - , _ . . - , , _ - . - , _ . , . . _ . _ . . - ._-_.-.____,_-.._.,_m..-w.___ _ . , - .
- _ , . , _ . . _ ~ , . . . . ~ .-.-..---.--..__-r-~ -
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(m/ FORM SAP 1.2 Page 3 of 7 DRILL REPORT
- 3. Organization Involvement (circle applicable) (Continued)
Site Security Yes / No
' Fire Brigade Yes / No White Plains Office (WPO) Yes / No Joint News Center (JNC) Yes / No Operational Support Center (OSC) Yes / No Alternate Operating Support Center (AOSC) Yes,/ No I
First Aid Team Yes / No
- b. Non NYPA NY State Radiological Emergency Preparedness Group (REPG) Yes / No NY State Department of Health Yes / No NY State Office of Disaster Preparedness Yes / No NY State Bureau of Radiological Health Yes / No US Nuclear Regulatory Commission Yes / No US Department of Energy Yes / No US Coast Guard Yes / No Nine Mile Point Unit #1 Yes / No l
Oswego County Emergency Management Office 'Yes / No / 1 Oswego County Sheriff Yes / No ; Oswego Hospital Yes / No Upstate Medical Center Yes / No ! l Oswego Fire Department Ambulance Yes / No l General Electric Yes / No ( Other (Specify) Rev. No. 3 Date 12/85 Page 15 of 22 of SAP-1 j l l
b o FORM SAP 1.2 Page 4 of 7 DRILL REPORT
- 4. Communications
- a. Shall the JAFNPP Radio System be used for communications?
Yes / No
- b. Should a news release be prepared?
Yes / No
- c. Activation of Joint News Center?
Yes / No
- d. Ac'tivation of Public Notification System /EBS?
Yes / No 4
- 5. Drill / Exercise Elements
- a. Will key emergency response positions be filled by alternate?
Yes / No
,O b. Is a contaminated medical injury to be involved? \_/ Yes / No If yes, (1) Onsite response by First Aid Team Yes / No (2) Offsite response Yes / No (Circle Agencies Involved)
Oswego Hospital Upstate Medical Center Oswego Fire Department Ambulance I c. Will the exercise inv'olve a simulated fire? Yes / No (1) Onsite response Yes / No (2) Offsite response Yes / No (Circle Agencies Involved) Oswego Fire Department Scriba Volunteer Fire Department Volney Volunteer Fire Corporation Alcan Fire Department Minetto Volunteer Fire Department O Rev. No. 2 Date 10/83 Page 16 of 22 of SAP-1
s O ::-
\s)
FORM SAP 1.2 Page 5 of 7 DRILL REPCRT
- 5. Drill / Exercise Elements (Continued)
- d. Will'the Sec~rity u Force response be tested?
Yes / No (1) Sabotage / Bomb Yes / No i (2) Intruder Yes / No (3) Accountability Yes / No
- 6. Radiological Release Yes / No
- a. Meteorological capabilities.
(1)- Will real-time meteorology be used? Yes / No (2) Will fixed meteorology be used? Yes / No
- b. Dose Assessment.
(1) Will dose projection be made using computerized model? Yes / No O (2) Will dose projection be made using manual calculator overlay wheel? Yes / No (3) Will field monitoring teams be dispatched? Yes / No (4) Will dose projections warrant protective action recommendations? Yes / No
- c. Post Accident Sampling.
(1) Are simulated samples of stack iodine / particulate sample required? Yes / No
.(2) Should a simulated reactor coolant sample be taken? Yes / No
- d. Enviornmental.
(1) Should environmental media be collected? Yes / No (2) Should sampling devices be collected from environmental stations? Yes / No
- 7. Attached is a copy of the scenario used for this drill.
- O Rev. No. 2 Date 10/83 Page 17 of 22 of SAP-1 I
27 CONTROLLED o G NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDURE EMERGENCY PLAN VOLLEE 3 PROCEDURE NO.: SAP-2 TITLE: EMERGENCY EQUIPMENT INVENTORY *
+
PORC REVIEW: Meeting No. 86-003 Date 1-8-86 APPROVED BY: ' NW Resident Manager
~ ~
4 O , APPROVED BY: / Av c. , o (dd'1 Radiological and Envidonmental Services Superintendent i l PAGE NO.: 1 2 3 4 5 6 7 8 9 10 11 REV. No.: 5 4 5 2 2 2 5 5 6 5 5 PAGE NO.: 12 13 14 15 16 17 18 19 20 21 22 5 5 5 5 5 5 i 2 REV. NO.: 5 5 5 5 5 I PAGE NO.: 23 24 25 26 27 28 29 30 REV. No.: 6 5 5 5 5 5 4 4 i i Rev. No. 6 l Date: 12/85 ) i
/ FORM SAP-2,1 b Fire Cabinet Inventory Checklist Quarterly Location:
- 1. Turbine Building, el 272', Near Radwaste w/6 individual lockers
- 2. Turbine Building, el 272', Radiation Protection Hallway with 6 individual lockers
- 3. Reactor Building, el 272', Under Northeast Stairs with 4 individual lockers on 326' el.
with 6 individual lockers on 272' el. Item / Equipment / Min.0uantity Condition / Serial #/ Remarks Verified By/Date
- 1. Scott Pak II - 2
- 2. Spare Air Cylinder - 4
- 3. Coveralls - 2 pr
- 4. Cotton Hoods - 2
- 5. Rubber Gloves - 2 pr
- 6. Rubber Boots - 2 pr
- 7. Raincoats - 2
- 8. Rainpants - 2 pr
- 9. Fire Axe - 1
- 10. Wrecking Bar - 1
- 11. Portable Hand Light - 1
- 12. Fire Resistant Gloves -
2 pr
- 13. Fire Resistant Suits - 1 1 with hoods '-
- 14. Inventory Checklist Form SAP-2.1
- 15. Individual Brigade Lockers Fire Helmet - 1 ea Gauntlet - 1 en Coats, Turnout - 1 ea Boots. Turnout - 1 pr ea ,
Hand Lantern - 1 ea ' Scott Pak II - 1 ca (326' Rx. Bldg. only) l Spare Air Cylinder - 1 en 1 (326' Rx. Bldg. only) l l l ITEMS REPLACED: BY/DATE: l l l l () i Emergency Planning Coordinator Date ! l Rev. No. 6 Date 12/85 Page 9 of SAP-2
. - _ __ _ .~ . - . . . _ _ .___. _ . . _ - - . . . ___
I 1 j FORM SAP-2.9 I Security Building Kit Inventory Checklist Quarterly 4 Kit Location: Main Gate Security Bldg., Storeroom 4 . Item / Equipment / Min. Quantity Condition / Serial #/ Remarks Verified By/Date i 1 j 1. Coveralls - 8 pr J i
- 2. Booties - 8 pr 1 .
4
- 3. Hoods - 8'
- 4. Cloth Gloves - 8 pr j i 5. Rubbers - 8 pr i
- 6. Masking Tape 2" - 1 roll .
J , 7. Resp. w/ Cartridges - 8
- 8. Spare Resp. Cartridges - 8
!, 9. Scott Pak II - 7
- 10. Spare Air Cylinders - 7 .
1' J
-11. TLDs - 25 dater
- 12. Inventory Checklist 1 Form SAP-2.9 i
. 13. Rubber Gloves - 2 boxes i 14 Respiratory Filters - 8 __, l 15. Control TLD - - 1 1 ! I l ITEMS REPLACED: BY/DATE: ! l 1 1 1 l I i, i i ! Emergency Planning Coordinator Date i a l 1 Rev No. 6 Date 12/85 Page 23 of SAP-2 l
COhTROLLED 27 r~N
~
NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EMERGENCY PLAN IMPLEMENTING PROCEDURE EMERGENCY PLAN VOLUME 3 PROCEDURE NO.: SAP-8 TITLE: SIREN SYSTEM FALSE ACTIVATION PORC REVIEW: Meeting No. N/A Date 12/85 APPROVED BY: .
/
_Ersu- d Resident Manager APPROVED BY: 44*./ [ #d ' Ild Radiological dnd Environmental Services Superintendent PAGE NO.: 1 2 REV. NO.: 1 1 Rev. No. 1 , Date 12/85 , l
6 w ,_f EMERGENCY PLAN IMPLEMENTING PROCEDURE SAP-8 SIREN SYSTEM FALSE ACTIVATION 1.0 PURPOSE This procedure provides guidelines for handling a spurious or inadvertent (Oswego County) Siren System Activation. This procedure is for use by the JAFNPP Control Room and/or plant administrative staff. This procedure is applicable to all personnel at the James A. FitzPatrick Nuclear Power Plant.
2.0 REFERENCES
2.1 Oswego County Spurious Siren System Activation (Draft) 2.2 Nine Mile Point Unit I Siren System False Activation Procedure (Draft) 2.3 Oswego County Emergency Broadcast System Procedures, rs
)
x 3.0 RESPONSIBILITIES 3.1 Shift Supervisor shall initiate this procedure during non-regular business hours. 3.2 During regular business hours, personnel receiving initial information shall contact the Superintendent of Power or Emergency Planning Coordinator to initiate this procedure. 4.0 PROCEDURE 4.1 In the event a telephone call or " RECS hotline call ! notifies the switchboard or Control Room that sirens ) have been activated or a member of the plant staff l hears a siren, perform the following: 4.1.1 Get name, address, and phone number of the call-er(s). 4.1.2 Ask caller (s) for information that may be useful in determining the location of the siren (s) that has (have) been activated. (Refer to Figure SAP-8.1.) I 1 ( J l \ l Rev. No. 1 Date 12/85 Pag. . SAP-8 ,
l NOTE: The sirens located in Scriba and New O Haven are also used by the local fire departments. If these sirens are suspected of going off, request the Sheriff (step 7.3) to confirm this with the Oswego County Fire Control Dispatch. 4.1.3 Determine if the siren (s) is (are) currently sounding, and if so, how long it (they) has (have) been sounding. 4.1.4 Determine if a maintenance crew is required to turn off a siren. Record any other information provided by the caller. 4.2 If a maintenance crew is required to service a siren, contact the Nine Mile Point Control Room, Unit I and provide the information above. Nine Mile Point Control Room Unit I staff will contact maintenance crew after receiving proper ~ authorization from Oswego County. 4.3 Use the Radiological Emergency Communications System (RECS) to contact the Oswego County Sheriff's Office to provide the information recorded above. 4.4 Contact the following individuals and notify them of etents which have taken place: h 4.4.1 Supervision 4.4.2 Emergency Planning Coordinator - Nicholas Avrakotos: Office - 315/342-3840 Ext. 412 Home - 315/342-5257 t 4.4.3 JAFNPP Public Information Officer - Frederick Chase: Office - 315/342-3840 Ext. 218 Home - 315/342-3049 4.4.4 WPO Nuclear Operations Duty Officer: Beeper - 212/396-7007 ECC Marcy - 315/797-8271 5.0 FIGURES, FORMS AND ATTACHMENTS . I 5.1 Figure SAP-8.1 Siren Locations (Map 6)
.O Rev. No. 1 Date 12/85 Page 2 of SAP-8 ,}}