ML20107F950
| ML20107F950 | |
| Person / Time | |
|---|---|
| Site: | Peach Bottom  |
| Issue date: | 09/21/1984 |
| From: | PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC |
| To: | |
| Shared Package | |
| ML20107F939 | List: |
| References | |
| PROC-840921-01, NUDOCS 8411070182 | |
| Download: ML20107F950 (314) | |
Text
(--__ . .
l.O . C) , - (.l.4 Qq EP Index Page 1 (
3 DERGENCY PLAN PpnrmRES INDEX
< ..did)
Rev. 43 *
,f -- PEACH BOTIQ4 UNITS 2 AND 3 09/21/84
- Review Rev. Revision Number Title Date No. Date i
EP-101 Classification of Ehergencies 01/10/84 8 01/10/84 EP-102 Unusual Event Response 09/15/84 9 09/15/84
- EP-103 Alert Response 09/20/84 10 09/20/84
- EP-104 Site Emergency Response 09/21/84 10 09/21/84 * -
EP-105 General Emergency "cweie 09/21/84 10 09/21/84
- EP-110 Personnel Assembly and Accountability 06/20/83 1 06/20/83 EP-201 Technical Support Center (TSC)
Activation 08/01/83 6 08/01/83 EP-202 Operations Support Center (OSC)
Activation 10/27/83 5 10/27/83 EP-203 Bnergency Operations Facility (BOF)
Activation 08/01/83 6 08/01/83 ,
EP-205 DELETED DELETED
- I EP-205A Chemistry Sangling and Analysis Group 09/18/84 5 09/18/84
- i -EP-205A Operation of Post Acx:ident Sangling
.1 Station 09/20/84 5 09/20/84
- EP-205A (btaining Drywell Gas Sanples
.2 fr a Containment Atmosphere Dilution Cabinets 05/26/82 0 05/26/82 EP-205A Retrieving and Changing Sanple
.3 Filters and Cartridges fr m the Drywell Radiation Monitor During Emergencies 04/25/83 1 04/25/83 EP-205A Obtaining Drywell Gas Sanples
.4 fr a the Drywell Radiation Monitor Sanpling Station 05/25/82 0 05/25/82 EP-205A Obtaining Reactor Water Sanples
.5 fra Sanple Sinks Following Accident Conditions 05/25/82 0 05/25/82 1
EP-205A Obtaining Canal Discharge Water
! .6 Samples Following Radioactive Liciuid Releases After Accident Conditions 05/25/82 0 05/25/82 8411070182 84IOII CONTROLLED APPROVED COPY 4 i PDR ADOCK O5000277 F y0In pagyIOus issus PDR DISTRIBUTION PER A 3
.. _n_____ _. . . _ . _ . _ _ _ _ _ _ _ . . - . . . _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ , _ _ . _
C
.t EP Irdex
,L' ENEBGENCY PLAN PPnNTRES INEEK Page 2 Rev. 43
- PEACH BOFICH UNITS 2 AND 3 09/21/84 *
{
.b Review Rev. Revision Ntunber Title , Date No. Date i
I EP-205A ' Obtaining the Iodine and Particulate '
.7 Sangles from the Main Stack and Roof Vents Fellowing Accident Conditions 11/21/83 2 11/21/83 l EP-205A- Obtaining Liquid Radwasta Sanples'
.8 fr a Radwaste Sanple Sink Following Accident Conditions 05/25/82 0 05/25/82 EP-205A Obtaining Sanples from Condensate
.9 Sanple Sink Following Accident Canditions 05/25/82 0 05/25/82 EP-205A Cbtaining Off< mas Sanples frcan
.10 the Off-Gas Hydrogen Analyzer Following Accident Ccnditions 05/25/82 0 05/25/82 EP-205A Sanple Preparation and Handling
.11 of Highly Radioactive Liquid Sanples 02/29/84 2 02/29/84 EP-205A Sanple Preparation and Handling
.12 of Highly Radioactive Particulate
( Filters and Iodine Cartridges 01/10/84 3 01/10/84 EP-205A Sanple Preparation ard Handling of.
.13 Highly Radioactive Gas Sangles 02/29/84 2 02/29/84 EP-205A Offsite Analysis of High Activity 4 .14 Mlaa 11/23/83 0 11/23/83 EP-205A Guidelines for the Order of
.15 Analysis on Post-Accident Sanples 02/29/84 0 02/29/84 EP-205B Radiation Survey Groups 09/18/84 5 09/18/84
- EP-205C Personnel Dosimetry Binannay and
- Respiratory Protection Group 09/20/84 3 09/20/84
- EP-206 DELETED DELETED EP-206A Fire Fighting Group 01/10/84 6 01/10/84 EP-206B Damage Repair Group ' 05/31/83 3 05/31/83 j EP-207 Personnel Safety Team Activation 09/20/84 6 09/20/84
- EP-207A Search and Rescue , 04/13/83 3 04/13/83 EP-207B DEL'ETED DELETED EP-207C First Aid 02/29/84 4 02/29/84
,_,_m.- , _ -m_.-- -- , . . , , , , , - - ~ , _ . _ _ - . . - - . - -- , -... - ..- _.... ,-.--. ,-,. ,_%. . , , , , . - - , , ~ , , , . . . - - -
1 EP Index EMERGENCY PIAN Ppncm1RES INDEX Page 3
~
Rev. 43
- PEACH EOITCM UNITS 2 AND 3 09/21/84 *
-p 7
-Review Rev. Revision
'\ Number Title Date No. Date v
-EP-207D Evacuation Assembly Group 04/25/83 3 04/25/83 EP-207E Vehicle and Evacuee Control Prrvwhwe 08/01/83 2 08/01/83 EP-207F Vehicle Decontamination Procedure 05/31/83 1 05/31/83 EP-208 Security Team 05/31/83 1 05/31/83 EP-209 Telephone List For Emergency Use 09/21/84 7 09/21/84
- EP-209 Inmediate Notification Call List Appendix A 08/23/83 8 06/24/83 EP-209 DELETED DELETED Appendix B EP-209 Peach Bottcm Station Supervision Appendix C 09/21/84 13 09/21/84 *
, EP-209 On Site Emergency Team Leaders k- Appendix D-1 07/19/84 9 07/19/84 EP-209 Radiation Proeien Team Appendix D-2 07/19/84 13 07/19/84 EP-209 Fire and Damage Team Appendix D 3 08/27/84 11 08/27/84 EP-209 Personnel Safety Team Appendix D-4 07/19/84 13 07/19/84 EP-209 Security Team Appendix D-5 07/19/84 8 07/19/84 EP-209 Re-Entry and Recovery Team Appendix D-6 08/23/83 3 04/11/83 EP-209 Technical Support Center Group Appendix D-7 09/15/84 13 09/15/84
- EP-209 Chemistry Sangling & Analysis Team 09/20/84 0 09/20/84
- Appendix D-8 EP-209 Corporate Emergency Team I4aders and Appendix E Support Personnel 01/10/84 10 01/10/84 .
EP-209 U. S. Government Agencies
. Appendix F 08/23/83 5 06/24/83
EP Index
~* ENERGENCY PLAN PROCEDURES INDEX Pagm 4 Rev. 43
- PEACH B0rit24 UNITS 2 AND 3 09/21/84
- Review Rev. Revision y Number Title Date No. Date L
EP-209 Emergency Management Agencies Appendix G 08/23/83 3 04/11/83 EP-209 Coupany Consultants Appendix H 01/10/84 8 01/10/84 EP-209 Field Support Personnel Appendix I-l 09/20/84 15 09/20/84
- EP-209 Ommistry & Health Physics Contractor Appendix I-2 Call List 09/15/84 12 09/15/84
- EP-209 Nearby Public and Industrial Users Appendix J Of Downstream Waters 08/23/83 S 06/24/83 -
EP-209 Miw:ellaneous Appendix K 08/23/83 6 06/24/83 EP-209 Iccal PECo Phones Appendix L 03/08/84 5 03/08/84
, ( EP-209 DELETED DELETED N Appendix M EP-209 Medical Support Groups Appendix N 08/23/83 6 06/24/83 EP-209 Staffing Augmentation - 60 Minute Appendix P Call Procedure 01/10/84 8 01/10/84 EP-210 Dose Assessment Team 09/18/84 1 09/18/84
- EP-301 Operating the Evacuation Alarm and Pond Page System 12/23/82 1 12/23/82 EP-303 Partial Plant Evacuation 06/20/83 2 06/20/83 EP-304 DELETED EP-3d5 Site Evacuation 06/21/83 5 06/21/83 EP-306 Evacuation of the Information Center 05/25/82 2 05/25/82 Es-307 Reception and Orientation of Support Personnel 09/18/84 1 09/18/84
- EP-311 Handling Personnel with. Serious
, Injuries, Radioactive Contamination
- Exposure, or Excessive Radiation v
+ - - , - , , . . - - - - - - , , - , . , - - , _ _ . , . . , , , , _, . , - . , . , - - -
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EP Index DERGENCY PIAN PROCEDURES INDEX .Paga 5 Rev. 43
- PEACH BOFKM UNITS 2 AND 3 09/21/84
- I Review Rev. Revision Number Date No. Date
'f(
Title G.
- = = ire Emergency Director Functions 04/08/G2 3 04/08/82
- EP-312 Radioactive Liquid Release (Bnergency Director Functions) 09/20/84 2 09/20/84
- EP-313 Control of Thyroid Blocking (KI)
Tablets 09/20/84 1 09/20/84
- EP-316 numlative Population Dose calmilations 09/20/84 5 09/20/84
- EP-316A Reading the Rapid Dose Assessment I Program into the TI-59 08/21/84 0 08/21/84 .
EP-316B Calculating Rapid Dose Assessment on the TI-59 08/21/84 0 08/21/84
. EP-317 Direct Recomendations to County Emergency Management and Civil Defense Agencies 05/31/83 2 05/31/83 EP-318 Liquid Release Dose calmilation
(- , Method for Intake Water at y Downstre m Facilities 04/13/83 1 04/13/83 EP-319 Liquid Release Dose calmilation Method for Fish 04/13/83 1 03/13/83 EP-320 Procedure for Imaking Oslorine 03/12/82 1 03/12/82 EP-325 Use of the Centainment Radiation Monitor to Estimate Release Source Term 06/09/82 0 06/09/82
- EP-401 Entry for Emergency Repair and Operations 09/15/84 5 09/15/84
- l EP-500 Review and Revision of Emergency ,
~
Plan (FSAR Appendix 0) 04/01/81 0 04/01/81- 1 l
i s
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- ' EP-102 Page 1 of 5, Rev. 9 OLLED APPROYED 00Pyg YOID PREVIOU3 Ig3gg jg/
. (2.) DISTRIBUTIOg y,;g 3.g V
v /
f /f"8Y PHIIJGLPHIA ELECTRIC CCNPANY PEACH BOITQ4 IMITS 2 AND 3 DE!BGENCY PIAN IMPLDIENTING PROCEDURE EP-102 - (20SUAL EVENT RESPONSE PURPOSE Tb define site response to an Unusual Event.
- REFERENCES
- 1. Peach Bott a Atomic Power Station Emergency Plan
- 2. NUREG 0654 a
- 3. GP-15 r m al Evacuation
- 4. EP-101 Classification of Biergencies
- .. APPDOIX
. 1.2 i
- EP 102-1 Unusual Event Notification Checkoff List EP 102-2 Unusual Event De-*amlation Checkoff List Il@!EDIATE ACTICNS f
- 1.0 Shift Supervision shall
1.1 Assume the role of Interim anergency Director.
1.2 Activate anergency Teams as mery.
i 1.3 Direct the evacuation of affected areas as necessary.
Refer to the following perminre: -
GP-15 real Evacuation 1.4 Contact the Station Superintendent ,and the Shift Technical ~
Advisor and inform them of the situation.
1 1.5 Fill out the Standard Prompt Notification message in Appendix I
EP 102-1 or 102-2, and direct the oceanunicator (PO or higher) to notify the appropriate parties.
DO WP USE BIDE RING)CIM PIDE FOR THESE CALIS.
l.6 Closely monitor conditions to determine present hazards to personnel and potential accident conditions that may develop.
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- - , - - - _n_,r. . , , , _ . , . , . _ . - . , . _ _ , --
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' EP-102 f Page 2 of 5, Rev. 9
.'-/I' . ,
2.0 Cbauunicator shall: !
-v
- 2.1- Using the Standard Prcept Notification message notify the appropriate parties in Appendix EP-102-1 or 102-2. (See Appendix A for additional telephone numbers).
RIZIN-UP ACTIONS 1.0 anergency Director shall:
1.l~ Periodically evaluate the event classification in accordance with EP 101, Classification of Energencies and escalate or demarelate the classification as necessary.
If classification is de-escalated, fill out Appendix EP-102-2, and direct the <v=meticator to notify the appropriate parties.
DO NOT USE ' HIE BWE RING-00iti PHONES RR TfiESE CAIL9.
1.2 Direct the Shift Clark to contact additional support personnel that are normanary for emergency functions.
2.0 Shift Clark shall:
2.1 Notify additional support personnel to report to i the plant as directed by the anergency Director.
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EP-102 Page 3 Cf 5, Rev. 9 APPENDIX EP 102-1 INJSUAL EVENT NOTIFICATICN OECKDET LIST MESSAGE: ' MIS IS PEACH BOFICH ATCMIC POWER STATICH CALLI!G TO REPORP Ki (NJSUAL EVENr. PLEASE CDNECT ME 10 ME APPROPRIA1E AtmORITY. THIS (IS)
(IS tor) A DRILL. THIS (IS)(IS Nor) A DRIII. ' IBIS IS PEACH BOFICH ATCHIC POWER STATIOi CALLING TO REPORP AN UNUSUAL EVENT BAS BEEN DECLARED ON UNIT
- 20. .
THIS IS Mr AN ENERGENCY CDOITILN. TI)E AfD DATE OE' UNUSUAL CIASSIFICATICH IS . M BASIC PRCBI2M IS' EE PIANT S'mTUS IS (STABLE AND AIL PERSCNNEL AND ECUIPMENT ARE IN A SAR ONDITICN, HEREEORE HERE WIIL BE NO E13REER Notification) (SIABIE) (IMPROVING) (CEGRADING) (NDP RNOW) . THERE (HAS BEEN) (BAS NDP BEEN) AND (AIRBORNE) (LIQUID) RADIOACTIVE RELEASE FRCH TE PIANP. PBCTECTIVE ACTICNS REKDNENDED ARE (NCNE)
DE AFFHM POPUIATICH AREA IS (NCNE) . MY tame IS
\
. TIIS (IS) (IS IUP) A DRIIL.
Notifications:
Name of Time of Carmunicator's Party Person Responding Notification , Initials Station Supt.
Icad D tcher Pennsylvania Emerg-emen,t Agency York County Emerg-ement Agency PA. Bureau of Rad.
Protection I
! e a
~
' EP-102 Page 4 of 5, Rev. 9
( APPENDIX EP 102-1 (Cont'd)
- INJSUAL EVENT NOPIFICATICN OiEuwei LIST NRC Operations Center t Red Phone Manager-Public Information -
PBAPS Guard Sergeant 1
Q.
Time Notifications of above parties coupleted .
Verified By Date (Dnerg. Director)
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- EP-102 Page 5 of 5, Rev. 9 i APPENDIX EP 102-2 UNUSUAL EVENT DE-ESCMATICN CHECKDET LISE PESSA2: MIS IS PEACH Bor10M ATCMIC POWER STATICN CALLING TO DE-ESCAIAE AN UNUSUAL EVENT. PLEASE CCNNECT MS WITH THE APPPOPRIAE AUIHORITY. 'IHIS (IS) (IS tDP) A DRILL. 'IHIS (IS) (IS NCrr) A DRILL. 'IHIS IS PEACH BOPICM ATCMIC POWER SIATICt! CALLING 'IO REPCRP THE TERMINATICH CF AN UNUSUAL EVENT.
HERE IS NO POIENTIAL EUR SAmrY DEGRADATICN. MY NAME IS .
TIME AND DATE IS ,
MIS (IS) (IS NDP) A DRILL.
Notificaticast Name of Time of Comunicator's Party Person Respondirq Notification Initials Station Supt.
tcher Pennsylvania Emerg-i nt Agenef York County Emerg-ement Agenc/
PA. Bureau of Rad.
Protecticri (Nhite Phcne or l
NDC Operaticns Center (Red Phcoe)
' i Manager-Public 6 Guard Sergeant I
Time Notifications of above parties cxrpleted .
Verified By Date (Emerg. Director)
I
- EP-103 CO.Via0LLED APPROVED Cory.,, Page 1 of 10, Rev. 10 VOID PREVIOUS ISSUS RIG:cib
.~~
, . .DISTRIh0 TION PER A-g PHIIADELPHIA EIETRIC COMPANY f_ff ,fj PEACH BOFIOi UNITS 2 AND 3 EMERGENCY PIAN IMPLENENfING PIOCEDURE EP-103 ALERT RESPCNSE PURPOSE To define site response to an Alert.
REFERI!NCES
- 1. Peach Bottom Atanic Power Station Emergency Plan
- 2. NUREG 0654
- 3. GP-15 freal Evacuation
- 4. EP-101 Classification of Emergencies
(_.~ APPENDICES EP-103-1 Alert Notification Checkoff List EP-103-2 Personnel Call Record EP-103-3 Dnergency Wre Limits (Emergency Plan Table 6.1) l EP-103-4 Alert, Deencalation Notification Check-off List PRECAUTIONS
- 1. Planned radiation exmmres should be limited to the administrative guide levels in Appendix EP-103-3, Dnergency Exposure Limits.
IlWEDIATE ACTIONS 1.0 Shift Supervision shalls o
. 1.1 Assume the role of Interim Emergency Director.
1.2 Activate Dnergency Teams as necessary.
1.3 Direct the evacuation of affected areas as necessary. Refer to the following procedures:
GP-15 Iocal Evacuation EP-303 Partial Plant Evacuation s
EP-305 Site Evacuation I
4 EP-103 Page 2 of 10, Rev. 10 EP-396 Evacuation of the Information Center .
1.4 03ntact the Station Superintendent and the Shift Technical Advisor, inform them of the situation.
1.5 Fin out the Standard Prompt Notification message check-off Appendix
'EP-103-1 and give it to the communicator (PO or higher classification) and direct the Communicator to ocumance notification of the appropriate
!- parties as specified in Section 2.1 of this procedure. The h mica-tot shan men the imC IED telephone on-a ocntinuous basis if required by g h e A-31. If Communicator is required for urgent plant opera--
i tions related to the emergency, the concurrence for securing the phone should be obtaicM frcat the imC prior to securing this telephone.
i-1.6 Direct the Shift Clerk to activate the 60 minute call list using EP-209 APP P. If Shift Clark is not available, this function shan i be assigned to any available individual.
i 1.7 Direct one of the on-shift IaC Technicians to activate the Ttu:hnical Support Center and Beargency operations Facility in accordance with l
j EP-201 and EP-203. Inform shift clerk which I&C technicial will activate the centers at tktit 1 in order that the clerk win know 3 which remaining IaC technician to call for the prompt mobilization
! .- procedure.
(- -
'g 1.8 Direct the Personnel Safety Toast Imeder to initiate on-site radia-
! tion surveys as nor= == y, in accordance with EP-205B, Radiation
, Survey Groups.
1.9 Assign an Operations Support Center coordinator (senior shift PO or j APO available) and direct available shift personnel to report to the Operations Support Center on 135' eley. turbine b1dg. and to activate
! it in accordance with EP-202, if habitable.- If this Operations Sup-i port Center is Nor habitable, direct shift personnel to report to the Control IDCH.
j 1.10 Closely nonitor conditions to determine present hazards to personnel
- and potential accident conditions that may develop.
} l 1.ll'If release has occurred, dispatch a Plant Survey Group menber to ob-
] tain a site boundary dose rate as soon as practicable.
1
! 1.12 If necessary, initiate inglementation of EP-317 f EP-316. Direct i reconmendations to County Bnergency Management Agencies and etmula-l tive population dose calculations.
1 2.0 h micator sha n u i
2.1 Perform notifications on Appendix 103-1 using the alert Notification
' Check Off Appendix EP-103-1.. See EP-209, Appendix A for additional
, telephone ntabers.
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. _ - - . - _ .. . - -._.-,- _ _ _ _.- _ - --. _ _ . .,-- ._. _ -,-- - - - m-~..___-..-______.I
I EP-103 Page 3 of 10, Rev. 10
(._-
9 2.2 Report to the Bnergency Director or Interim Emergency Director when notifications are etaplete. ;
2.3 Man the RED Icc t=1=rewme if required by A-31 until situation stabi-lizes and RED telephone rvwmanication may be secured.
3.0 Operations Support Center coordinator or his designee shall:
3.1 Activate the operations Support Center on 135' elev. turbine b1dg.,
~ '
if it is habitable, in accordance with EP-202. If this operations Support Center is not habitable, report to the Control Room.
4.0 Personnel Safety Teamr aarhr shall .
l 4.1 Initiate onsite radiation surveys in accordance with EP-205B, Radia-tion Survey Groups when directed by the Bnergency Director. (The HP field office on 116' elev. turh. b1dg. will serve as the HP&C OSC).
5.0 Shift I&C Technician shall:
5.1 Activate the TSC and E N when directed by Interim Emergency Director in accordance with EP-201 using Appendix EP-201-2.
6.0 Shift Clerk shall:
( 6.1 Contact indivMials on EP-209 APP P to call in those individuals to
~~~ man TSC and required Emergency Teams (60 minute call list). Doctanent contacts on EP-209 APP P.
6.2 Inform Interim anergency Director or Emergency Director when contacts are ocupleted.
POLIDlHJP ACTICNS 1.0 Emergency Director shall:
1.1 Periodically evaluate the event classification in accordance with EP-101, Classification of Emergencies, and escalate or deescalate the classification, as necessary.
1.2 Obtain the results of the Cunulative Population Dose Calculations frcan the Dose Assessment Team Imader and onsite radiation surveys l from the Personnel Safety Team Imader, as necessary.
1.3 Perform actions as necessary to mitigate conditions of the emergency situation.
,1. 4 Determine which additional support personnel are necessary for emer-gency functions and direct the Shift Clerk or other assigned camuni-cator in TSC N contact those personnel.
e
EP-103 Page 4 of 10, Rev. 10
[ ',
. . 1.5 ~ Provide site personnel with P.A. speaker announcements for any major
&anges in plant emergency status, such as changing emergency actiert i levels and evacuations. '
2.0 Station Superintendent shall:
2.1 Report to the Todinical Support Center or control Room for a briefing 1
of the situation.
2.2 Assume the role of Energency Director by formally relieving the In-teria muergency Director (Shift Superintendent). Announce that he
- has assumed the role of Energency Director to the assembled Technical Support Center personnel.
2.3 Verify the emergency classification.
2.4 Verify that' the Technical Support Center, the anergency Operations
- . Facility, and the operations Supp3rt Center have been activated.
F
- . 3.0 Operations Support Center coordinator shall
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! 3.1 Notify the Interim Boergency Director when their respective Opera-tions Support Center is activated.
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- 3.2 Support the Control Room and Shift Supervision as necessary.
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2 4.0 Does Assessaant Team imarhr shall:
i 4.1 Report progress and results of nuntlative Population Dose emi m12-I tions to the anergency Director as necessary.
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5.0 Porscnnel Safety Tema Imader shall:
]
i 5.1 Report progress and results of onsite radiation surveys to the j ,
meergency Director as necessary.
4 6.0 shift Clerk or assigned TSC ceumunicator shall:
! 6.1 Notify additional support personnel to report to the plant as direc- "
l ted by the Interim Daargency Director. Refer to EP-209. Docianent on i
, APP EP-103-2.
I 6.2 Notify the Interim Emergency Director when the additional support [
j personnel have been notified.
7.0 Shift I&C Technician shall l , 7.1 Inform the Interim Emergency Director when the TSC anOECE are ac-
- tivated.
i 7.2 Station himself at the TSC as data display (CCIV) operator as directed .
l s by the anergency Director.
i
EP-103 Page 5 of 10, Rev. 10
(
APPENDIX EP-103-1 b ALERP GECKOE7 LIST ,
MESSAGE: 'Ihis (is) (is not) a drill. 21s (is) (is not) a drill. 2!s is Peach Bottm Atmic Power Station calling to report an Alert has been declared on Unit No. . Time and date of Alert classification is . S e basic problem is -
Se plant stacus is (stable) (irproving) (degrading) (not known) . Bere (is presently) (has not been) (is potential for) (has been) a radioactive (airborne) (liquid) release frm the plant (at a level below that considered a public hazard) 'at a level at which protective action is advisable).
Becxanended protective actions are (none)
. Se affected population area is (none) . !+1 e Lm is
~
. m is (is) (is not) a drill. ' *~. :s (in) (is not) a drill.
BUPIFICATICNS:
PERSCH TIME OF CCMf]NICA'IOR'S PARIY RESPOOING PDPIFICATICH INITIAIS Station Superintendent tcher (Tell him to initiate call list "C")
Pennsylvania Emergency Management Age (Blue Phone o Maryland Civil Defense Phone or York County Dnergency Management Ag (Blue Phone o L. __. _ __
EP-103 Page 6 of 10, Rev. 10
. APPENDIX EP-103-1 (Cont'd)
ALERP CHECKCET LIST ;
Lancaster County Emergency Management Phtme or Chester County -
Emergency 14nagement 1 Phone or Harford County Civil Defense Agency (Blue Phone o Cecil County Civil Defense Agency (Blue Phone o NBC operations Center (Red Phone)
Phone or
=- w Time notifications of parties above canpleted .
Verified By Date -
Emergency Director
> "Must notify PDa by use of c:mnercial telephone no. on backshifts. (Blue Phone not manned by PDR on backchifts).
i File under Sys-3-1 i
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. i EP-103 Page 7 of 10, Esnr. 10
, m
. APPEGIX EP-103-2 PERSGMllL CALL RB00EID ;
Disposition of Call timme of Time No Estimated Call Person Called Called Answer Busy Time of Arrival Ozpleted By 6
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i File Sys-3-1 -
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D-103 Page 8 of 10, Rev. 10
(
v APPDOIX EP 103-3 .
Energency W3re Limits Projected Musle Body Thyroid Authorized Function Dose Dose g
- 1. Life Saving and Reduction of Injury 75 rem
- 375 rea Emergency **
Director
- 2. Operation of Equipment to Mitigate an anergency 25 rem
- 125 rem Emergency **
Director
- 3. Protection of Health and Safety of the Public 5 ram 25 rem Emergency Director
- 5. Re-entry / Recovery Administra- Adminis-( , Activities tive Guide- trative lines Guide-lines N/A
Reference:
NA-520/1-75-001 Table 2.1
- Such exposure shall be on a voluntary basis t
1 l
l EP-103 Page 9 of 10, Rev. 10 l
l APPDOIX EP-103-4 V ALERT, DEESCAIATICN M7fIFICATICN OEIX-OFF LISr .
ESSNE: mis (is) (is not) a drill. This (is) (is not) a drill.
Bis is Peach Bottom Atmic Power Station calling to report a change in emergency action level. Se alert has been deescalated to an Unusual Event.
Time and date is . Se basic problem is
. %e plant status is (stable) (inproving)
(degrading) (not known). Bere (has been) (has not been) an (airborne)
(liquid) radioactive release from the plant. Protective actions rewm -rded are (none) . W e affected population area is (none) . My name is . 21s (is) (is not) a drill.
Notifications:
Person Time of Carmiunicator's Party Responding Notificaticn Initials Station Superintandent tcher (Tell him to initiate call list "C")
Pennsylvania Emergency Management Ag (Blue phone o Maryland Civil Defense Agency (Blue phone or York County Emergency Management Ag (Blue phone or Lancaster County-Dnergency Manage-nent Agency (Blue phone or 8
EP-103 Page 10 of 10, Rev.10 APPENDIX EP-103-4
' ATERT, DEESCAIATIN NOTIFICATIm M-OET LIST ,
01 ester County Emer-gency Management phone o /
Harford County Civil lu Cecil County Civil Defense Agena (Blue 12)cne or Pennsylvania State i Phcne o
! % NBC Operations Center **
(Red Phcne)
Guard Sergeant i '
Time notification of parties above ctrpleted.
Verified by Date i
Emergency Director File Sys-3-1 i
- Must notify PE G by use of oc m ercial telephone no. on backshifts.
i (Blue phone not manned by PD% on backshifts).
i i
i s
i l
~ D-104 Page 1 of 11, Rev. 10 CONTROLLED APPROYED COPY , ,
VOID Pdi,.Idd4 1334E
, DISTRIBUTION PER A-2 ,,
PHIIADELPHIA ELECTRIC 03tPANY V PEAG BOFIOM CNITS 2 AND 3 p ), / - gl/
DEMGENCY PIAN D@LIMNfING PIO3 DURE D-104 SITE DIElkMNCY RESPGISE PURPOSE
'Ib define the site response to a Site Emergency.
REFERD G S
- 1. Peach Bottom Atomic Power Station Dnergency Plan
- 2. NURIG 0654
- 3. EP-101 Classification of Emergencies APPEteICES D 104-1 Site Dnergency Notification Checkoff List EP-104-2 Personnel Call Record D 104-3 Emergency Wre Limits (Emergency Plan Table 6.1) y l EP-104-4 Site anergency Deescalation Notification Owckoff List PRECAUFIGIS
- 1. Planned radiation exposures should be limited to the administration guide levels in Appendix D 104-3, Dnergency Exposure Limits.
D9EDIATE ACFIONS 1.0 Shift Supervision shall:
1.1 Assume the role of Interim anergency Director.
1.2 If not already done at an earlier emergency action level, activate Emergency Teams as necessary.
1.3 contact the Station Superintendent and the Shift Technical Advisor, inform them of the situation.
1.4 Fill out Appendix D 104-1 Standard Prcmpt Notification Message and give it to the Camiunicator (PO or higher classification) and Direct the Canunicator to connence notification of the appropriate parties as specified in Section 2.1 of this procedure. The Communicator shall man the NIC RED Tele-
- phone on a continuous basis, if required by A-31. If Ccuronicator is required for urgent plant operations l
l
D-104 Page 2 of 11, Rev.10
.. -related to the emergency, the concurrence for securing
/-
the phone should be obtained from lac prior to securing this telaphone.
1.5 If not already annrmy Hahan at the AIE W
, direct the shift clerk to activate the 60 minute list using EP 209 AFP P. If shift clerk is not available, this function may be assigned to any available individual.
1.6 Direct one of the on-shift IaC technicians to activate the Technical support Center and amargency operations Facility in accordance with W 201 and 203 if not already activated.
If not already performed previously, inform the shift clerk which Iac Technician will activate the centers at Unit 1 in order to let the clerk know whid remaining IaC Todinician to call for the prosyt mobilisation procedure.
1.7 Direct the Does Assessment Team Imador to initiate off site radiation surveys, as -ry, if not already done in accordance with W 205B, Radiation Survey Groups.
1.8 Direct.the Personnel Safety Tema Imador to initiate on-site radiation surveys as necessary, if not already done in accord-ance with EP-205B Radiation Survey Groups. l 1.9 Assign an Operations Support Center coordinator (Senior PO or ABO available) if not already done and direct available shift personnel to report to this operations t center and to activate it in accordance with a 202 if itable. If this operations support center is not habitable, direct shift personnel to report to the control Roc =n.
1.10 closely monitor conditions to determine present hasards pe 1 and potential accident conditions that may ;
1.11 If release has coeurred, dispatd a plant survey team ,
member to obtain a site boundary does rate as soon as ;
practicable. j 1.12 If paary, initiate implementation of D-317 and p-316, ;
Direct pare ==aru$ations to County Baergency Management i Agencies, and n=adative Population Dose Calculations.
!' 1.13 Declare a site evacuation in accordance with p-305
" Site Evacuation" if not already initiated. '
2.0 Communicator shall:
- 2.1 Perform notifications en Appendix 104-1 using the i
i Standard Prcupt Notification Message included.
See EP-209 Appendix A for additional telephone numbers, if required. '
w 2.2 Report to the energency Director when the notifications
ar-Aue
.Page 3 of 11, Rev. 10 are coupleted.
/ :.
2.3 Man the EED W C telephone if required by A-31 until t y situation stabilises and IED telephone ocumunications may be secured.
3.0 Operations support Center coordinator oc his designee shall:
3.1 Activate the Operations Support Center on 135' elev turb b1ds, if it is habitable, in accordance with EP 202.
If this Operations Support Center is Nor habitable report to the Control Rome.
4.0 Dose Assessument 'rtam Imader shall 4.1 Initiate off site radiation surveys in accordance with EP 2055, Radiation Survey Groups, when directed by the muergency Director.
5.0 Personnel Safety Team Imador shall:
5.1 Initiate c M ite radiation surveys in accordance with EP-2055 Radiation survey Groups unen directed by the amargency Director.
6.0 shift Iac Technician shall 6.1 Activate the Tsc and IEF (if not already activated dur AIEtt sta ix D-201 ge) in procedure 2 and accordance with D 201 using EP-203.
7.0 shift Clerk shall:
7.1 If not already implemented during Atatr stage, contact individuals on p 209 APP P to call in those individuals to man '!SC and IEr (60 minute call list). Document contacts on EP 209 AFP P.
7.2 Inform Interim Duergency Director or Emergency Director when contacts are completed.
70LIDHJP ACTIONS 1.0 energency Director shall 1.1 Periodically evaluate the evont classification in accordance with p 101, Classification of Dnergencies and escalate or doescalate the classification, as necessary.
, 1.2 Obtain results of the Cumulative Population Dose Calculations and offsite radiation surveys frem the Radiation Protection Team Leader. Obtain Onsite and Plant Radiation Surveys from the Personnel Safety '
Team I4ader, as necessary.
l 1
.. 1 Depe 4 of 11, Rev. 10 l
.l 1.3 Provide appropriate in8ernation from the previous l cx . evatustians to camminienter in the EW ser notifi- '
L t ' ., antion W the Bureau of amaia*imi Protnotion.
- . 1. 4 Perders astians as Panaamar !
!- of the esmegency situation.y to mitigate conditions !
1.5 Deteredne Wilds additional t personnel are !
l necessary Sor emergency and direct the !
shift olark or other aos communicator !
L to content those per .
}
i' 1.6 Proride site personnel with P.A. speaker announcements $or ;
ag status, such as changing , ;
l i
1.7 Direct the Evenuation of affected areas as Paan==ary. I j anfer to the fal3aving procedures l l !
l W 15 tenal Eveauation j
! W 303 Partial Plant Bueoustian i l W 306 avmountion of the Information Center i 2.0 station superintendent shall: l l 2.1 neport to the Technical agport Center or control t
Room, for a briefing of the situation. I i
2.2 Assieme the role of amargency Director (if not already
, done) by formally relieving.the interim amargency Director j of this responsibility. Announce that he has amau==a the i role of amargency Director to the assembled Technical Support '
Center personnel. .
2.3 Verify the emergency classification.
t
, 2.4 Verify that the Todinical Support Center, amargency
- Operations Facil and the Operations Support Center have been active .
3.0 Operations support Center Coordinator ohn11: !
3.1 Notify the Interim amergency Director or Beergency !
Director Wien the operatione support Center is activated. :
3.2 Support the Control Room and Shift Supervision as j necoseary. .
i i l
4.0 Does Assessment Teen Emador shall
{ !
l ' 4.1 Notify the amargency Director when the Emergency l l Operations Facility is manned.
l j 4.2 Report propress and results of Ctsnulative Population l l
- Does Calcu;ations and off site radiation surveys (
I i
{
L !
.~
D-104 page 5 of 11, Rev. 10
.. s ,
to the site mensgency coordinator and numegency Director i , as noosemary.
b 4.3 IIntify the site managener consdinator of the need for i assistanos from Radiation Management corporation.
r 5.0 edit Clark or other assigned person shall
. 5.1 If not alreet done, notify additional apport personnel to report to the plant as directed by the amargency .
Director. Rader to e 209. Domusant on Apr 9 104-2 ,
i 5.2 IIntify sensgancy Director or site amargency coordinator '
l Wien the additionn'. support personnel have been notified.
6.0 IaC gettinicians shells (if not alres% personned as por W-103)
[
4.1 Indosa the Bassgency Director d en the centers are activated, l if not previously done.
r 4.2 Men the IWC or EF data display (cciv) positions as directed by the assagency Director. ;
l 7.0 personnel Safety geen Emedor shall ,
l l 7.1 Report progrees and results of onsite and plant surveye ,
1 to the amargency Director as noosemary- -
- a [
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1 ts-Aug Page 6 of 11, Rev.10 i APPENDIX 104-1
{ ',
SITE ENEHCDCY NL7FIFICATIO4 QUX3COFF LIST Message h is (is) (is not) a drill. 21s (is) (is not) a drill. 21s is Peach Bottaa Atomic Power Station calling to report a site e argency has been declared on Unit
. Time and date of site emergency classification is .
S e basic problem is ne plant status is (stable) (inproving) (degrading) (not known).
Were (has not been) (is potential for) (has been) (is presently) a radioactive (airborne) (liquid) release from the plant (at a level below that considered a public hazard) (at a level at Wich protective action is advisablo). Pocatmended protective actions are (ncoe) .
Se affected pop 21stion area is (none) .
My name in . % is (is) (is not) a drill.
Wim (in) (in not) a drill.
tbtifications:
Porscn Tim of Ccmminicator's Party Penporv1(rvi thtification Initials Station Superinton!cnt Im! Disiatchwe M
(Toll him to initiato call list "C")
Pennsylvania rrw;rgency huw)ecant klone *
(01ue phone o Kirylan! Civil u he York County Cwegency huwlou nt h]e w (D1ue rhone o
\
i
, Page 7 of 11, Rev.10 j^N -
APPENDIX 104-1 (Cort'd)
.: . SITE ENERGENCY NDPIFICATION CHECKOFF LIST v
Lancaster County Emergency Manage-ue o -
Chester County Emer-gency Management (B phecie o Harford County Civil Defense Agency (Blue phona or Cecil County Civil j Pennsylvania State Police - York v' ite Phone NIC Operations Center **
(Red Phone)
PBAPS Guard Sergeant
- O Time' notification of parties above empleted.
Verified by Date Emergency Director File Sys-3-1 l
- Must notify PEMA by use of ccmnercial telephone no. on backshifts. ,
(Blue phone not manned by PENA or, backshifts) .
- If NBC previously notified during ALERT condition, the assigned PO comunicator mntinuously manning red phone in mntrol rocxu should handle this notification autcmatically However, check with Control Roca to be sure. 'Ihis notifi-cation is made. l m
EP-104 Pag 2 8 of 11, Rev.10 APPEtOIX EP.104-2 i l
(t .
PERSCMEL CALL RECORD L
Disposition of Call Estimated Name of Time No Time of Call Person Called Called Answer Busy Arrival' Congleted By
}
- men 9
I File Sys-3-1
[._._-.____ _ _ _ _ _ _ _ . _ _ - _ _ _ _ _ _ _ . _ _ . _ _ _ _ _ _ _ ,4. ..v,e*ar-e--e-3 ee--e=w - e--- -
cw-- wwe em-i-sew'v+ wwr--www.*ww.w-re--- .y--w-<ce+vw,,,y yw i. y -rwy
EP-104 Page 9 cf 11, Rev. 10 APPENDIX EP 104-3
[.. ENERGENCY EXPOSURE LIMITS b
Projected Whole Body Thyroid Author 1 zed Function Dose Dose g
- 1. Life Saving and Reduction of Injury 75 rem
- 375 rem Emergency **
Director
- 2. Operation of Equipment to Mitigate an .
Bnergency 25 rem
- 125 rem Bnergency**
Director
- 3. Protection of Health and Safety of the Public 5 rem 25 rem Emergency Director 4.Other Emergency 10 CFR 20 10 CFR 20 Emergency Activities limits limits Director 5.Re-Entry /Re- Administrative Administrative
( 1/ covery Guide Lines Guide Lines N/A
-Activities
Reference:
EPA-520/1-75-001 Table 2.1
- Such e m:sure shall be on a voluntary basis L
_ , _ ___. _ __ . , _ _ _ _ . ...._,..__.__,__._,-.___.___..__s.__._..-_ _ . _ _ _ _ _ _ _ . _ _ _ . _ . . .
Page10cf11,Rev.lb APPDiDIX EP-104-4 g.N , SITE DERGENCY DEESCALATIOi NRPIFICATIGT CHECK-OFF LIST MESSAGE: his (is) (is not) a drill. Bis (is) gis not) a drill.
his is Peach Bottaa Atcmic Power Station calling to report a change in emergency action level. S e site emergency has been deescalated to an (Unusual Event) (Alert) . Time and date is . Se basic problem is __. l Re plant status is (stable) (inproving) (degrading) (not known) . Mere :
(has been) (has not been) an (airborne) (liquid) radioactive release frcan the plant. Protective ations reostmended are (none)
. Se affected population area is (none) )
. My name is . mis (is) I (is not) a drill.
Notifications:
Person Time of Ccmnunicator's Party Rescording Notification Initials Station Superintendent Ioad Dispatcher to initiate call list "C")
Pennsylvania Emergency ,
Management Agenc- l (Blue phone o Maryland Civil Defense Agency (Blue phone o York County Emergency Management Ag (Blue phone or Iancaster County Emergency Manage-ment Agency (Blue phone or m
, EP-104 Paga 11 of 11, Rev.10 APPENDIX EP 104-4 (Cont'd)
SITE EMERGENCY DEESCAIATIm NOTIFICATIW CHECKOFF LIST j v
Chester County Emer-gency Management phone o -
Harford County Civil Defense Agency (Blue phone or Cecil County Civil Defense Agency (Blue phone o.
Pe.nnsylvania State l
Phone or NRC Operations Center **
(Red Phone)
PBAPS Guard Sergeant i
w g 1 l
Time notification of parties above cmpleted.
Verified by Date Energency Director Fil,e Sys-3-1 _
- Must notify PENA by use of ccmercial telephone no. on backshifts. ;
(Blue phone not manned by PENA on backshifts).
- l w
l l
1
I D-105 Page 1-of 11, Rev. 10 mdw CONTROLLED APPROYED COPYY YOID PREVIOUS ISSIDi: -- ~
N bY g j. g PEAOI BOITCM INITS 2 AND 3 .
EERGE2CY PIAN IMPIDENfING PROCEDURE l
D-105 GDERAL EMERGENCY RESPO4SE
'Ib define the site response to a General Emergency.
i REFERE2CES '
i
- 1. Peach Bottom Atanic Power Station Emergency Plan T
- 2. ICREG 0654
'3. EP-101 Classification of Bnergencies
.JPENDICES
, D 105-1 General Emergency Checkoff List i' D 105-2 Personnel Call Record EP 105-3 Emergency P're Limits (Bnergency Plan Table 6.1) l D 105-4 General Emergency Deenlation Notification Checkoff List PRECAUfICNS
- 1. Planned radiation exposures should be limited to the administrative guide levels in Appendix EP 105-4 Emergency P !re Limits.
4 I) MEDIATE ACTIO4S 1.0 Shift Supervision shall:
1.1 Assume the role of Interim Emergency Director.
1.2 Activate Emergency Teams as necessary if not already acccuplished at an earlier emergency action level. t 1.3 Contact the Station Superintendent and the Shift Technical '
Advisor, inform them of the situation. ,
1.4 Fill out Appendix EP 105-1 Standard Prmpt Notification Ebem and give it to the Cosmunicator (PO or higher v
classification) 1.5 Direct Comunicator to ommence notification of the appropriate parties as specified in Sectica 2.1 of this i i
i 1
_ . _ . - -, n. - r, -.- - , , , -+--.--,,,--,.w-- - , - + - - , - ,-n.w ,.- , , - , ew r.,w -
l EP-105 -
l Page 2 cf 11, .Rev.10 '
l d,: 'yk procedure. 'Jhe Cmmunicator shall man the NRC RED Telephone on a continuous basis if required by A-31. If cxzmunicator is required for urgent plant operations related to the emergency, the concurrance for securing the phone should be obtained frcza the NRC prior to securing this telephone.
1.6 If not already acocuplished at the AERP or SITE EMERGENCY
' stage, direct the shift clerk to activate the 60 minute call list using EP 209 APP P. If shift clerk is not available, this function may be assigned to any available individual.
.1.7 Direct one of the on-shift I&C 'hchnicians to activate the :
Technical Support Center and the Emergency Operations Facility '
in accordance with EP 201 and 203 if not already activated.
1.8 Direct the Dose Assessment Team raahr to initiate j offsite radiation surveys, as necessary, in accordame ;
with EP 205B, Radiation Survey Groups, if not already done. j i
1.9 Direct the Personnel Safety Team raahr to initiate on-site !
radiation surveys as necessary, in accordance with EP-205B, Radiation Survey Groups, if not already done.
1.10 Assign an Operations Support Center Coordinator (Sr PO or APO available) if not already done and direct available
~, shift personnel to report to the Operations Support Center and to activate it in accordance with EP-202, If hsbitable. -If the Operations Support Center is NOT habitable, direct shift perscnnel to report to the control room.
1.11 Closely monitor conditions to determine present hazards to personnel and potential accident conditions that may develop.
1.12 If release has occurred, dispatd> a plant survey team member to obtain a site boundary dose rate as soon as practicable.
~
1.13 If necessary, initiate inplementation of EP-317 and EP-316, Direct Reccanendations to County Emergency Manage-ment Agencies, and Cunulative Population Dose Calculations.
1.14 IW:lare a site evacuation in accordance with EP-305 i
- Site Evacuation" if not already initiated.
! 2.0Cdm2nicatorshall:
! t 2.E. Perform notifications on Appendix EP 105-1 using the
$ Standard Pronpt Notification Message included.
See EP 209, Appendix A, for telephone ntaters. --
t 2.2 Report to the Emergency Director when the notifications are
) cmpleted.
2.3, Man the RED NRC telephone if required by A-31 until situation stabilizes and RED telephone ceumunications 4
EP-105 Paga 3 of-11, Rev.10
. /. may be secured.
3.0 Operatioris Support Center coordinator or his designee shall:
l
' 3.1' Activate the operations Support Center, if it is habitable, in accordance with EP 202. If the Operations Support Center is NOT habitable report to the Control acom. '
t 4.0 Dose Assessment Team Imader shall:
i 4.1 Initiate off site radiation surveys in accordance with EP-205B, Radiation Survey Groups when directed by the anergency Director. '
5.0. Personnel Safety Team Idader shall: -
5.1 Initiate on-site radiation surveys in accordance !
i with EP-205B, Radiation Survey Groups when directed by i the Emergency Director.
4 .
6.0 Shift IEC Technician shall:
6.1 Activate the TSC and EKF (if not already activated during AIERP or SITE DEBGENCY stage) in accordance with EP 201 and EP 203.
\
' . _ 7.0 Shift Clerk shall:
7.1 If not already ins Lemented during ALERP or SITE ENERGDCY i
' stage, contact individuals on EP 209 APP P to call in those individuals to man the TSC and EOF (60 minute call list).
hunarit ocntacts on EP 209 APP P.
I 7.2 Inform Interim E dgiocy Director or Emergency Director when contacts are ocupleted.
POL [lM-UP ACTICNS 1.0 Emergency Director shall:
1.1 Periodically evaluate the event classification in armrd-j anoe with EP 101, Classification of Emergencies. If the conditions change, deaaralate to an appropriate classifi-cation.
1.2 Obtain results of the Cumulative Population Dose Calcu- i lations offsite radiation surveys frm the Dose Assessment Team Imader. Obtain onsite radiation surveys fr m the Personnel Safety Team Idader.
t 1.3 Referring to EP-317, provide appropriate infcstmation L fra the previous evaluations and Protective Action
!*
- recomendations to a Comunicator in the EOF for notification of the Bureau of Radiation Protection.
i i
I
. . _ , , , _ _ . - - - , , , , - - - - - - - - - - - , - - ~ ~ - - ~ ~ ~ ~ ~ ~ " " ^ ~ ~ ' ' ~ ' ~ ~ ~ ~ ' ' " ~ " ' ~ ~~ '
i-EP-105 Page 4 of 11, Rev. 10 1.4 Perform actions as necessary to mitigate conditions of the emergency situation.
1.5 If not already performed, determine which additional support personnel are & == q for emergency functions and direct the shift clerk or other assigned person to contact those personnel.
1.6 Provide site personnel with PA speaker announcements for any major changes in plant emergency status, such as changing emergency action levels.
1.7 Direct the evacuation of affected areas, as necessary.
Refer to the following pr M ires:
! GP 15 rev-al Evacuation I
EP 303 Partial Plant Evacuation I EP 306 Evacuation of the Information Center i
2.0 Station Superintendent shall:
2.1 Report to the Technical Support Center or Control Room, for a briefing of the situation.
2.2 Assume the role of Emergency Director (if not already done) by formally relieving the Interim Emergency Director. Announce that he has aamunarl the role of Emergency Director to the assembled Technical Support Center personnel.
2.3 Verify the emergency classification.
2.4 Verify that the Technical Support Center, Energency Operations Facility and the Operations Support Center have been activated. -
3.0 Operations Support Center Coordinator shall:
3.1 Notify the Interim Emergency Director when the Operations Support Center is activated.
3.2 Support the Control Ibom and Shift Supervision as necessary.
4.0 Dose Assessment Team Imader.shall:
4.1 Notify the Emergency , Director when the Emergency Operations Facility is activated. l I
,, '4.2 Report progress and results of Cumulative Population
)
Doser ' air,ilations and off site radiation surveys to the Emergency Director, as necessary.
i l
- EP-105 Pagm 5 of 11, Rev.10
/
y 4.3 Notify the Site Emergency Coordinator of the need for assistance from Radiation Management Corporation.
5.0 Shift Clerk or other assigned person shall:
5.1 141en requested, notify additional support personnel to report to the plant as directed by the Emergency Director. Refer'to EP-209.
5.2 Notify Bnergency Director or Site Emergency Coordinator when additional support personel have been notified.
,, Wmt on APP EP-105-2. -
6.0 Isc Technicians shall: (if not already performed as per EP-103 or EP-lC4) 6.1 Inform the Emergency Director when centers are activated. ,
6.2 Man the TSC and ECF data display (CCIV) positions as directed by the anergency Director.
7.0 Personnel Safety Team Leader shall:
7.1 Report progress and results of on-site and plant surveys to the Emergency Director as r+T=cery.
\
s S
9 d
O I
. EP-105 Page 6 of 11, Rev. 10 l
- APPDOIX EP 105-1 GENERAL DERGENCY M7fIFICATION Chumure' LIST Message: 21s (is) (is not) a drill. mis (is) (is not) a l drill. Wis is Peach Bottcm Atomic Power Station calling to report a General Emergency has been declared on Unit No. . Time a.d date of General Emergency classification is . He ,
haafr problem is .
2e plant status is (stable) (inproving) (degrading) (not known) .
hre (is presently) (has not been) (is potential for) (has been) !
a radioactive (airborne) (liquid) release from the plant (at a level below that considered a public hazard) (at a level at which protective i action is advisable). Rectrmended protective actions are (none)
. S e affected population area is (ncne) . My name is . 21s (is) (is not) a drill. B is (is) (is not) a drill.
Notifications:
Person Time of Ccrmunicator's Party Resconding Notification Initials Staticn Superintendent ispatcher
( 1m to initiate call list "C")
Pennsylvania Emergency lue Maryland Civil Defense 1*aw o York County Emergency l Management Agenc' (Blue phone o {
1 l
1 I
I l
' EP-105 Pag 3 7 of 11, Rev.10 i
. I APPDOIX EP 105-1 (Cent'd)
GENERAL DERGENCY NCrfIFICATICN CFH12 wit LIST Lancaster County )
Emergency Management
{
s phone o ~
01 ester County l Emergency Management j I
(B phone o Harford County Civil Defense Agency (Blue pbcrie or Cecil County Civil i lue Pennsylvania State Poli - York Phone NBC Operations Center **
(Red Phone)
P2APS Guard Sergeant Time notification of parties above ocrapleted .
Verified By Date Emergency Director File - Sys-3-1
!4.uit notify PDA by use of camercial telephone no. on backshifts.
(Blue phone not manned by Paa on backshifts.)
- If NBC previously notified during Alert or Site Emergency condition, the assigned PO ccmnunicator continuously manning the red phone in Control Roca should handle this notificatico autcmatically. However, check with Control Rotm
~
to be sure this notification is made.
e
. 1
- EP-105 l Pagm 8 of 11, Rev.10
[ ',_ APPENDIX EP 105-2
, yr. acid @iEL CML RECORD Disposition of Call Name of Time No Estimated Call Person Called Called Answer Busy Time of Arrival h leted By l
f f
i I
I 4
\
f 4
k
}
I File Sys-3-1 l
l O
- - - - - -,.---------------,.,--,,-----,,,m,.w-.-n- .. e e.- - - . . n,-- a-. . - .,.,_.-----,----w,,, ..,,-..r-~,- , _ . -.
- EP-105 Paga 9 cf 11, Rev.10
/
" APPS OIX EP 105-3 DERENCY EXPOSURE LIMITS
- Projected l Wxale Body '1hyroid Authorized
- Punction Dose Dose Bg,
- 1. Life Saving and Emergency **
j Reduction of Injury 75 rem
- 375 ran Director
- 2. , Operation of RIuipment to Mitigate an Emergency **
Bnergency 25 rem
- 125 rem Director
- 3. Fwni. ion of Health '
and Safety of the anergency ~
Public 5 ran 25 rem Director ;
J 4. Other Emergency 10 CFR 20 10 CFR 20 Boergency Activities limits limits Director
- 5. Re-Entry / Recovery Administrative Administrative Activities Guidelines Guidelines N/A 1
Reference:
EPA-520/1-75-001 Table 2.l'
- Such exposure shall be on a voluntary basis l
k l
v -
d l
l l
,_-,_..._,,m----,, --, , --- ,, . , ,,,y, .-.m.---- y~,w.,c--w_-,,----_,---c..---.,. ,.4-v,,. ,.m.%.-m,,mm,,,-y.m,
- EP-105 Paga 10 of 11, Rev.10
( s APPENDIX ED-105-4 GENERAL ENERGENCY NAIATIN NCTfIFICATIN CHECK-OFF LIST Message: his (is) (is not) a drill. his (is) (is not) a drill.
Bis is Peach Bottern Atmic Power Station calling to report a change in emergency action level. Se General Emergency has been deeealated to an (Unus'nl 3' ant) (Alert) (Site Emergency) . Time and date is .
S e basic problem is .
Se plant status is (stable) (inproving) (degrading) (not known) . ,
I here (has been) (has not been) an (airborne) (liquid) radioactive release -
from the plant. Protective actions rended are (none)
. S e affected population area is (none)
. My name is . Bis (is) (is not) a drill.
Notifications:
Perscn Time of Cermunicator's Party Responding Notification Initials Station Superintendent tcher (Tell him to initiate call list "C")
Pennsylvania Dnergency Management Ag (Blue phone o Maryland Civil York County Emergency l
l l
l
, EP-105 ,
Paga 11 of 11, Rev. 10
- APPENDIX EP-105-4 (Cent'd)
G2ERAI ENERGE2CY iWFWEATION !GIFICATION CHECK-OFF LIST Iancaster County !
Emergency Manag ment Agency (Blue phone o
! Gester County Emer- l gency Management i
phone or Harford County Civil ,
Defense Agency (Blue phone or l
Cecil County Civil .
Defense Agency (Blue phale Pennsylvania State Police - York i Phone o NRC Operations Center **
(Red Phone)
PBAPS Guard Sergeant Time notification of parties above empleted.
Verified by Date Emergency Director File Sys-3-1
- Must notify PDR by use of c:mnercial telephone no on backshifts.
(Blue phone not manned by PDR on backshifts).
I A
. ;.. o EP-205A Page 1 of 7, Rev. 5 CONTROLLED APPROVG CutY5 R[G: lb
- 7.~- ~YOID PREVIOUS lbsud e
DISTRIRUTION PER A-4 ,
i s.. PHIIAEEPHIA ELECMC COMPANY ['/I'3 l
PEACH B01'KM INITS 2 AND 3 !
liMERGENCY PIAN IMPLB4ENfING Ppnevnr5tE j EP-205A CHEMISPHY SAMPLING AND ANhLYSIS TEAM PURPOSE: {
l To define the actions of the Chemistry Sangling and Analysis Team.
t
, REEERENCES: '
+
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- 1. Peach Bottaa Atomic Power Station Emergency Plan Section Title 5.2.2.2.1.e Chemistry Sanpling cnd Analysis 6.2.1 Assessment Methods for Determining Magnitude of Release to the AL W ere
- 2. Health Physics Operating / Chemistry Operating procedures Number Title HPO/CD-4 Radiation Work Permits
. 3. NUREG 0654 Preparation and Evaluation of Radiological Emergency i
Response Plans and Preparedness in Support of Nuclear
- Power Plants.
d APPENDIX:
EP 205A-1 Bnergency WJre Limits (Bnergency Plan Table 6.1) i EP-205A-2 Offsite Post Accident Sanpling Analysis C.O.L. for Rahrvv-k &
Wilcox IA nchburg Research Center EP-205A-3 Chem. Sanpling and Analysis C.O.L.
! ACTION LEVEL:
- '1he Chemistry Sangling and Analysis Team will be activated at the discretion of the Dnergency Director.
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EP-205A Page 2 of 7, Rev. 5 PRBChtFFIGIS:
v
- 1. ' In all steps of this procedure, an ALARA w.= tit is mandatory. Sangling and Analysis Group member's exposure should be limited to the admini-
' 'strative guide levels in Appendix EP 205A-1, Bnergency Exposure Limits.
Chemistry Sangling and Analysis Group members should control their own exposures.
- 2. Requirements of HPOW, Radiation Work Permits, are not applicable.
. DHilDIATE ACTIGIS:
1.0 Chemistry Sanpling and Analysis Team ranaar shall: i 1.1 Contact the Chemistry Sangling and Analysis Group Leader, direct him to collect samples, as necessary, and analyze the sangles in 4
accordance with HPO/CD Procedures; or use offsite support groups for the analyses.
2.0 Onemistry Mling aad Analysis Group Leader shall: '
2.1 Assemble the Chemistry Sangling and Analysis Group.
2.2 Direct the sonitoring and sanpling of release points, air monitors, and process monitors as requirad and in accordance with precaution 1, above.
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2.3 Analyze the data fran sangles, process instrument readings, and effluent instrument readings. Fran this data determine isotopic composition and ralamaa rates.
2.4 Provide the Dose Assessment Group with pertinent information and direct group members to assist, as n - ary, with dose rate cal-culations and determination of radiological consequences.
3.0 Chemistry Sangling and Analysis Group members shall:
3.1 Assenble the necessary equipment needed to obtain and analy7 sangles. Prelabel all sample containers before sangling. Usa Appendix EP 205A-2 to insure all steps in the HPO/CD sanpling i
and analysis procedures are followed.
A 3.2 Sanple primary coolant and drywell atmosphere as necessary with the following procedures:
EP 205A.1 Operation of Post Accident Sangling Station EP 205A.2 Obtaining Drywell Gas Sangles from Contain-ment Atmosphere Dilution Cabinets EP 205A.3 Retrieving and Changing Sanple Filters and a
Cartridges from the Drywell Radiation Monitor
, . _ - . _ , ,_. .__..___.,__..,.....--..m.... _ _ _ . . , . . , . _ _ _ . . . . . . . - - _ . _ , . . , , _ , , _ _ _ . . _ _ - _ . . . . , _ _ _
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.. 6 D-205A Page 3 of 7, Rev. 5
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EP 205A.4 Obtaining Drywell Gas Sag les from the Dry-well Radiation Monitor Sam ling Station EP 205A.5 Obtaining Reactor Water Sa g les fr a Sag le Sinks Fbilowing Accident Conditions 3.3 In the event of a large radioactive liquid spill, obtain sagles of the river water in accordance with:
EP 205A.6 Cbtaining Canal Discharge Water Sagles Follow- i ing Radioactive Liquid Releases Following Accident Conditions.
3.4 Use the following precedures to obtain sa m les from the various samle points. ;
Main Stack & Boof Vents !
EP 205A.7 Obtaining the Iodine and Particulate Sagles fran the Main Stack and Ibof Vents Following Accident Conditions Liquid Radwaste EP 205A.8 Obtaining Liquid Radwaste Sag les from the Redwasta Sagle Sink Following Accident
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Conditions Condensate EP 205A.9 Obtaining Sagles fran Condensate Sample Sink Following Accident Conditions 4
Off Gas P
EP 205A.10 Obtaining Off-Gas Sagles frm the Off-Gas Hydrogen Analyzer Following Accident Con-ditions Rx Building or Ibrus Abnosphere EP 205A.1 Operation of Post Accident Sampling Station 3.5 Use the following procedures for the preparation and analysis of highly radioactive sam les.
EP 205A.ll Sample Preparation and Chemical Analysis of Highly Radioactive Liquid Samples EP 205A.12 Sample Preparation and Analysis for Highly Ra-dioactive ridges Particulate Filters and Iodine Cart-V
- . ~ . . . . .- - -
D-205A Page 4 of 7, Rev. 5
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-I l g D 205A.13 Sanple Preparation and Analysis of Highly Radio-active Gas Sanples 3.6 Attach dl data sheets and analysis reports to Appendix D 205A-2 I (Chem Sangling & Analysis C.O.L.) for each sanple taken. Give this information to the Chem Sanpling and Analysis Group Leader.
POLIGHJP ACTIONS:
1 1.0 Chemistry Smoling and Analysis sm. I.ader shan:
l 1.1 Report the results of these analyses to the Site Bnergency Coordinator (if activated), the Bnergency Director, Dose Assessment Team Leader.
1.2 Provide group manhars with periodic plant status changes including ,
significant radiation *'Iv=re and radioactive contamination problems idlich may affect the functions of the team. -
1.3 If m==ry, utilize the post accident sampling analysis capabilities of Ra W and Wilcox by referring to Appendix D 205A-2 for proper notifications and D 205A-3 for background information.
1 2.0 Chemistry Sangling and Analysis Group Imader shall:
! 2.1 "eport results of sanples and analyses to the Chemistry Sapling and Analysis Team Leader.
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,, 6 EP-205A Page 5 cf 7, Rev. 5 APPENDIX EP 205A-1 ENEEENCY EXPOStBE LIMTIS I
Projected i Whole Body Thyroid Authorized Function Dose Dose g
- 1. Life Saving and Emergency ** I Reduction of Injury 75 rem
- 375 rem Director
- 2. Operation of Bpignent to Mitigate an Emergency Emergency *'
25 rem
- 125 rem Director
- 3. Protection of Health ,
and Safety of the Public Emergency **
- 4. Other Emergency 10 CFR 20 10 GR 20 Emergency Activities Director
- 5. Re-Entry / Recovery Administrative Activities Administrative Guidelines Guidelines N/A
(
- Reference EPA-520/1-75-001 Table 2.1
_ **Such exposure shall be on a voluntary basis I
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EP-205A Page 6 of 7, Rev. 5
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APPENDIX EP 205A-2 TFSI'IE POST AmTTYNT SAMPLING ANALYSIS CHECK-OFF LIST EUR BAwYrK AND WIIIDX LYPOEUBG RESEABCH CENTER Message:
- 'Ihis is (NAME) representing the Radiation Protection Team of Peach Ecttan Atanic Power Station. 'Ihis is a request to provide post accident sangle t analysis at the Lynchburg Research Center. All inquiries should be directed to (NAME) at the following phone number . 'Ihe following information is known concerning the sangles
Unit .
Number of sanples Estimated shipping time Method of transportation (air or land)
Name of carrier l
Sanple 1 2 3 4 Type (liquid, gaseous, cartridge)
Measured Radiation Levels
- surface I
j - 3 feet i Rearks:
i l Notifications:
i Emergency Control Officer !
Work Hane I
~ 7 J5'7 'Doran Alternate Emergency Control Officer w A. F. Olsen
. - - - - - - - - - - - - - - - - - - - - - - - - " " " ~ ' - ~ ' ~ " - ' ' " " ' ~ - - " ~ ~ ~ ~
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EP-205A l Page 7 of 7, Rev. 5 1 t
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CHEM SN4%TNG & ANALYSIS C.O.L.
Sa@.'e .
Tims Date
~ MILng: i Sample Container Prelabeled Imad Carrying Pig Obtained Sangling Bauignant Assembled Pr M re Reviewed ;
IMP Issued or HP Available. i Sanple Size Sample Dose Rate (Contact)
Analysis: .
- Bauignent Assembled Iab Set Up for Analysis to Minimize P re Procedure Reviewed Analysis Performed: (Attach Results of Analysis)
- Geli Scan Q11oride Analysis Boron Analysis Gas Chromatography
}
Other (Explain) i i
Sangle Volume Used for Analysis 4
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EC-205A.1 CONTROLLED N Ar. ./ED corts ? Page 1 of 26, Rev. 5 l j *_ YOID PREvivua ISSUE ADO:c j
. ]Distninutiox Ptn 1.g
//' 1 PHIIADELPHIA ErsrmtIC CDIPANi' !" )
j PEACK BOTICH UNITS 2 AND 3 i
as:RGENCY PIAN IMPIDIENTING PPNHtE EP-205A.1 CPERATION OF POST yrmsWP SAMPLING STATION PUIhCSE 2e purpose of this prnn= Awe is to provide guidelines for consideration prior i to, during and after obtaining sangles fraa the post accident sangling station I following accident conditions.
l nerEmceS I l P&ID M374, M372, M361, M316, M362 '
EQUIPIENT Appropriate Health Physics Survey Bluignent Air Sanpler (Iow volume)
- - Respiratory Protective Bluipment Anti-c Clothing '
Digital Alarming Dosimetry Gas Vial Sanple Tube Iodine & Particulate Sample Assembly 14.4 Gas Vials and Caps Liquid Sanple Bottles and Caps 10cc Syringe with Staplock Silver Zeolite Cartridges 47nsa Particulate Filters Small Bottle of Domin Water Large Volume Cask Small Volume Cask Gas Sanple Cask Flashlight Mirror '
Watch with Secondhand Plastic Bag & Pole to Transport Cartridges PRBCAUFICNS A. In all steps of this procedure, an AIARA concept is mandatory. This pro-cedure provides sane philosophy in pre-planning.Janpling evolutions for i sangles during an accident. In addition to reviewing this procedure, an AIARA review of the sangling process should be performed prior to obtain-
" , " ing the sanple. If the sangle is not really needed, and lower dose methods exist to determine the gross data that the sangle provides, the sanple should not be obtained.
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____- ____ _ _ , _ _ . - - . < _ _ - - . , - - - - _ - . _ - . _ . - _ -r . .__.. . _ _ . - -. . - . - , _- _ ._ . _ _ _ __.__ _ . - ~ _ _ _ _ _ _ _ , - . y _--,.,_,,.y_ -
__,m,,,. . , . . , , . _ - . .
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,, EP-205A.1 Page 2 of 26, Rev. 5 l
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- 2. At no time' may NRC exposure limits (either airborne or body dose) be ex-coeded during the surveying for sagling or obtaining the sagle. If it i appears that an overexposure could reasonably occur when obtaining the
- sagle, do NOT proceed without written NRC approval.
l P90GDURE:
i
- 1. It has been determined that a drywen atmosphere, torus atmosphere,
[ reactor building atmosphere or primary coolant sample is needed frca
! .the post accident sampling station. Make sure before entry into the
. M G set roam that an personnel who win handle a sanple have extre-l mity (hand) dosimetry in place.
- 2. h o paths are reconnended.
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- A. Entering the normal turbine building n6' plant entrance, up the
- turbine building stairs to the M-G set room.
Time = Approximately 3 minutes.
! B. Entering the ro n up doors on the north end for Unit 3 or south end for Unit 2, up the turbine building ctairs to the M-G set roon.
- Time = Approminately 3 minutes. '
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(- 3. Have a Health Physics Technician ==pany the Chemistry Tednician j assigned to obtain sanples in order to perform area surveys. Brief ,
Health Physics & Chemistry personnel on the route to be taken and the i
! time to get to the sample point.
i 4. Health Physics personnel shan take appropriate survey equipnent and protective equipnent (e.g., SCBA gear, anti C's, etc.) . Before making
- entry to the Power Block, ensure survey equipnent is turned on and i calibrated.
i 5. Upon entering the Power Block, the surveyor (s) will note trends in
, general radiation levels enroute to the sanple point. If dose rates
- exceed 10 R/hr gasua or 10 rad /hr beta prior to arriving at the point j specified below and upon further investigation this dose rate remains -
i stable or increases, exit imanadiately and report to Health Physics i Supervision.
! 6. If the' dose rate at any door that has to be opened is greater than 5 R/hr, leave the area innediately and report to Health Physics Super-
.' vision with this information. With the dose rates less than 5 R/hr, enter the area but take careful notice of the dose rates.
- 7. The following are the times required to obtain sanples:
- Drywen or Torus Atmesphere 25 Minutes i -. Secondary Containment Atnesphere 10 Minutes -
} Primary Coolant Jet Pung 20 Minutes l RHR 25 Minutes
--. - . , , . , ~ - - - , - - - - - - - - - - - - , - . - . - - - , - - - , , . - - -
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' EP-205A.1 Page 3 of 26, Rev. 5
[, v Use the appropriate section for the desired sagle:
Section 1 14.4 al gas samle fran drywen, torus or reactor building au & ere.
Section 2 Iodine and/or particulate sagle from drywen, torus or secondary containment a W wre.
- Section 3 10cc sa m le of reactor water and/or dissolved gas sag le.
Section 4 . loc reactor water sanple with 100:1 dilution.
Refer to the appropriate appendix for flushing, schemtics and proper valve h ==ntation:
Appendix A.1 Draining the trap, sung and collector.
Appendix A.2 Post Accident Sangling Station control switches.
Appendix A.3 Schematic of Post Accident Sanple Station.
Appendix A.4 Double Verification Sheet for reactor valves.
" 8. A BNP or HP technician will be assigned for the sangle coHection and analysis.
- 9. Prior to the sanple entering the hot lab, any shielding, remote tooling or other protective measure shan be in place and ready to accept the sanple.
- 10. Upon introduction of the sanple into the hot lab, the sanple win be handled in a manner such that it will cause an AT. ARA whole body dose to personnel involved. Unnecessary personnel shall not remain in the hot lab.
- 11. Properly in place and shiehled, the sanple will be processed remotely (where and when possible). Careful handling of the sangle is mandatory in preparation for analysis so contamination is not spread, airborne i l
problems are held to a minimum, and a new sanple is not required.
- 12. Following final analysis of the sanple, results shall be reported to appropriate supervision. ,
SECTIGI 1 14.4 ML GAS SAMPLE iw a udISITES:
- 1. System lined up in accordance with C.O.L. S.20.1.
e y _ , _ . - _ , - - . _ _ _ - - __m___. _ __ _ _ _ , - - _ -m , _ , , , - y ..-,,- ,, , _ . . . _ _ _ -
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EP-205A,1 Page 4 of 26, Rev. 5 (v7\?
- 2. Have shift line up CAD system for desired sangle and h= ant the valves that are changed using Appendix A.4 (Bypass SV 8101 (9101) isolation per GP-8A) . Document valve line up using Appendix A.4. '
INIT 2 tNIT 3 Seele Position Sanple Position l 2rus '4960D Open Torus 5960A Open 4961D c1nand 5961A clamad 4966D Torus II 5966A Torus I 8101 -Open 9101 Open 4951B Open 5951B Open 4950B c1nand 59508 rinmad AO-8108 Iccal SV-9108 Iccal Lower 4960C Open Upper 59608 Open !
Drywen 4961C Closed Drywen 5961B Closed i 4966C Dr> wen II 5966B Drywell I : .
8101 Open 9101 Open l 495].B open 5951B Open 49508 c1naad 59508 Closed AO-1108 Iccal SV-9108 Iccal i
- 3. No line up needed for secondary containment sanple. !
- 4. Obtain the key to the control panel power from Shift Supervision or i Chemistry Supervision. '
- 5. Heat trace is to remain on at au times. To restore the heat trace system after loss of power, press the reset button at 20(30)S359. Proper operating tene. win be indicated by the green lights.
Ppn e 1RE: ;
- 1. Drain the system per Appendix A.l.
1 2. With the map drain system switch in the off positioa place switch HC-700 :
(liquid / gas selector) in the gas position. Open N2 bottle valve and re- l gulate to approximately 80 psig. Make sure the gas chiller E-703 is on. l Quickly inspect the needle in the gas port to determine that its condi-tion is satisfactory for obtaining a sangle.
- 3. Instan the gas filter drawer into position. If a particulate / iodine sangle win be obtained later, make sure that the desired filter cart-ridges are properly instaHed in the cartridge retainer.
I
- 4. Turn switch HC-723 (gas sanple selector switch) to position 3 if a secon- i dary containment atmosphere sangle is desired. If a torus or drywell '
atinosphere sanple is desired, turn to position 1 and open the conmon gas line isolation valve.
6
. - . _ . -v_- - - . _ , , - - _ - - - - - _ _ . _ - _ _ , , , , , . , _ _ _ , - _ _ _ . _____a_,.___,,,__-, , , - , - - . , _ , - - , ,
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.' Page 5 of 26, Rev. 5 ;
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m Unit 2 Ursit 3 -
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A08108 SV9108
- 5. Place a standard 14.4 milliliter off gas vial into the gas vial positioner, slide the positioner into the gas port. Observe that the bottle status ,
light changes free red to green.
- 6. 'Aarn the 10 E gas sample switch IE-705 to position 2 and circulate' gas
- for a period long enough-to assure that the sample lines are flushed out
, with gas being sagled. 'the minima time required is 5 mirautes.
Be sure that the flow as read by the rotameter thru the sample encicoure
- window is in the expected range of 25 to 35 835t. Record flow and flush duration on data sheet, t
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. 7. 'aarn E-705 to position 3 and evacuate the off gas vial. Record pressure i of the evacuated vial PI-700 on the C.ata sheet. Make sure the vacutan in !
l the gas vial readies a stable minimin reading. '
i
- 8. 'Rarn E-705 to position 4, "Take sample". Make sure that PI-708 does !
not dange. (If PI-708 &anges rapidly then the sample bottle vacutan -
is leaking. Turn IC-705 to position 2 counter clockwise. Replace the i
old bottle with a new one and go back to step 5.)
. 9. Press the E-720 button to obtain the sample. Keep button depressed
- until a steady pressure is reased. (Approximately 5 seconds.) Record pressure frcum PI-708 on data sheet. 'this pressure should correspond
] to actual pressure of sample being obtained. Record sample tagerature
!. TI-724 on data sheet.
1 10. 'narn E-705 to position 5 " flush system" and flush for approximately 1 minute. ,
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- 11. 'narn E-705 to position 6, 7, and 8 then straight up to off.
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- 12. 'Rarn the gas line isolation valve (AO-8108 for Unit 2 oc sv-9108 for a Unit 3) to its closed position and IC-700 to off. (Doctment on Appendix l A.4). i i
l 13. Wearing cotton liners and gloves, and (observing AEARA practices) re- l j uwe gas vial keeping it a maximan distance from the individual. If l l the sample is greater than 100 mIq/hr use the gas vial cask for trans-
. porting the sample. l i
- 14. Take the sample to the appropriate lab for further dilution and count- l l ing. File data sheet in Chem. Zab binder.
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{ 15. catrutate sangle volume at the sangle pressure as recorded in Step 8. L I
Vs = (14.7) (14.4) (T I + 460)
- (530) (P PSIA)
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EP-205A.1 Page 6 of 26, Rev. 5 _i
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- 16. Perform the drain of trap, sung and collector per Appendix A.l. Close N2 bottle valve. Close W-627 by setting PCV-627 to O psig.
- 17. If this is the last sanple required, turn all switches to the upright and "off" position (except for IC-723 which is left in position 3) be-fora turning "off" power. Return key to Shift Supervision or Chemistry Supervision. ;
- 18. hmt that the valves that were lined up for sangling have been re-
, turned to normal using Appendix A.4. .
- 19. Return ocupleted Appendix A.4 to Shift Supervision for review at the ocupletion of sangling. Pile in ocuplete EP-205A.1 file.
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- EP-205A.1 Page 7 of 26, Rev. 5 f; 'a EP-205A.1 Post Accident & = ling Station _
Data Sheet for 14.4 E Gas Wie
- 1. Sanple Source Date Time
- 2. Sanple Flow FI-725 (scfh)
- 3. '" Flush Duration (Min.)
- 4. Absolute Pressure of Vial PI-708 i
- 5. Final Sanple Pressur'e PI-708
- 6. Sanple Tenperature TI-724 ( F) '
- 7. c'=1~1=ted Sanple Volume (E)
V = (14.7) (14.4) (T F +.460)
(530) (P PSIA)
Note: Pressure gauge PI-708 on Unit 2 are in t
psig idille those in Unit 3 are psia.
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1 EP-205A.1 Page 8 of 26, Rev. 5 t ,,
SECTIN 2 IODINEVPARPICUIRIE SAMPLE PREREQUISTES:
- 1. System lined up in accordance with C.O.L. S.20.1.
- 2. Bave shift line up CAD system for desired sangle ard document the valves that are changed using Apendix A.4 (Bypass SV-8101(9101) isolation per
. GP-8A.) n,r'unant valve line up using Appendix A.4.
INIT 2 UNIT 3 Sanple Position Sanple Position l I
Torus 4960D Open Torus 5960A Open l 4961D Closed 5961A Closed i 4966D Torus II 5966A Torus I .
8101 Open 9101 Open 4951B Open 5951B Open 4950B cir=d 5950B. Closed M 108 Iccal SV-9108 Im.al Icwer 4960C Open Upper 5960B Open Drywell 4961C rin=wl Drywell 5961B rir=d 4966C Drywell II 5966B Drywell I 8101 Open 9101 Open 4951B Open 5951B Open 4950B cle=d 5950B Closed AO-8108 Iccal SV-9108 Iccal
- 3. No line up needed for secondary containment sangle.
- 4. Obtain the key to the control panel power from Shift Supervision or -
Chemistry Supervision.
- 5. Heat trace is to remain on at all times. To restore the heat trace system after loss of power, press the reset button at 20(30)S359. Proper operating tenperature will be indicated by the green lights.
- 6. Decide whether a timed or non-timed sanple is desired. If a high activity condition exists, a tined sample should be taken.
I PPOCEDURE:
- 1. Drain the system per Appendix A.l.
- 2. Open N2 bottle valve and regulate to approximately 80 psig. Make sure
., , the gas chiller E-703 is on.
- 3. With the sump drain system switch in the off position place switch HC-700 (liquid / gas selector) in the gas position.
- EP-205A.1 Page 9 of 26, Rev. 5
- 4. Put the desired filter cartridge (s) into the cartridge retainer. Put the cartridge retainer into the gas filter drawer. Then put the drawer into i
, the sagle station and verify drawr position light is green. '
'5. Turn gas sa gle selector switch HC-723 to desired sa g le' source. Position 1 for torus or drywell and position 3 for secondary containment.
6.
Open unnm gas line isolation valve, if a torus or drywell atmosphere
. sa gle is desired. (rw,mumt on Appendix A.4.)
Unit 2 Unit 3
'A08108 SV9108
- 7. Turn the iodine cartridge samle switch HC-712 to position 2 and circu-late gas for a period long enough to assure that samle lines are flush-ed out with r,,as being sagled. Minim a flush time is approximately 5 minutes.
l 8. Be sure flow as read by rotameter is in the range of 25 to 35 SCETI.
9.
Record the flow FI-725, pressure PI-727, PI-726 (located at sagle sta-
, tion) and tagerature TI-724 (located on control panel) on data sheet.
- 10. If a timed sag le is desired go to step 11 or if a non-timed sa gle is desired go to step 13.
- 11. To take a timed sag le, turn HC-704 to yes position and set timer EC-712 between 0 to 30 seconds. Make sure time is short enough that the acti-vity cn the filter will not be unneca=aarily high. -
, 12. The sagle will SSRT 'IO FIDW through the cartridge at this step. Turn IE-712 to position 3. Observe RI-704's reading to determine if there is
+
a rapid activity buildup. On the data sheet record PI-726, PI-727, l FI-725, flow duration, and RI-704. Now go to Step 14.
13.
The samle will SBIE '!O FIDW through the cartridge at this step. Turn HC-712 to position 3. On the data sheet record PI-726, PI-727, FI-725, flow duration, and RI-704.
- 14. After appropriate time has elapsed for either timed or untimed, turn HC-712 to position 4 for 10 seconds. A vacuum will be quickly drawn cm the system.
i
' 15. Turn HC-712 to position 5 which will purge the system with air or nitrogen. Purge for at least 20 seconds or until RI-704 is stable.
Beoord RI-704 on data sheet.
- 16. Botate IE-712 to up and off position. Remove filter and cartiridge re-i _.
tainer and put them in plastic bags. Tape bags closed. Put drawer back into sa g le enclosure. Use a pole or rope to increase distance while j transporting. Close AO-8108 for Unit 2 and SV-9108 for Unit 3.
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EP-205A.1 Page 10 of 26, Rev. 5
- 17. Perform drain of trap, surnp and collector following Appendix A.l. Close
, K.V-627 by setting PCV-627 to O psig.
- 18. If this is the last sanple required, turn all switches to the upright and "off" position (except for IE-723 which is left in position 3) be-fore turning "off" power. File data sheets in Chem. Lab binder. .Close N2 bottle valve. Return key to Shift Supervision or Chemistry Supervision.
- 19. Wmt that the valves that were lined up for sanpling have been re-
., turned to normal using Appendix A.4. .
- 20. Return ccupleted Appendix A.4 to Shift Suprevision for review at the ocupletion of sampling. File in ocuplete EP-205A.1 file. ,
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4 EP-205A.1 Page 11 of 26, Rev. 5 '
EP-205A.1 Post Accident Mlirs Station Data Sheet for Iodine /Partiet1=te R== le
- 1. Sanple Source Date Time
- 2. Orifice Size 3.0
- 3. . Flush Time in Minutes Minutes
- 4. Saaple Flow FI-725 (Not thru Cartridge)(sefh)
- 5. Tenparature TI-724 ( F) f
- 6. Pressure PI-726
, 7. Pressure PI-727
- 8. Pressure PI-726 (Critical flow thru cartridge)
- 9. Pressure PI-727
- 10. Flow FI-725 scfh
~ 11. Radiation Invels RI-704
- 12. Times Sangle - Yes or No
- 13. Flow Duration Seconds
- 14. Final Radiation Levels RI-704 Note: Mw.n critical flow is obtained through the cartridge assenibly, a flow of 3.0 liters per minute + 15% is achieved. 'Ihis is true as long as PI-727 is at a minSum of 12 inches mercury vacuum.
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'EP-205Aal Page 12 of 26, Rev. 5
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SECTICH 3 IARGE LIQUID SAMPLE AtO/OR A DISSOLVED GAS SAMPLE rur.auuuudIIES:
- 1. System lined up in accordance with C.O.L. S.20.1.
- 2. Obtain the key to the control panel power fran Shift Supervision or Chemistry Supervision.
Ppnents:
1.
If the RER line is to be used, have the shift open the RHR sagle line '
valves and dev'n=nt the valves that are changed using Appendix A.4. (By-pass isolation logic per GP-8A.)
Unit 2 Unit 3 1 AO 8098A AD 9098A A Line I 4
AO 8099A AD 9099A AD 8098B AO 9098B B Line AO 8099B AO 9099B
- 2. Perform the drain and blow out operation per Appendix A.l.
~
- 3. Open the N2 bottle valve and regulate to approximately 80 psig.
- 4. Check that the demin water tank is full. Verify that the demin water tank is pressurized to at least 100 psig.
4
- S.
Open the tracer gas bottle valve and regulate to 2-3 psig. Record pressure.
6.
Make'oertain sagle stationthe lead shield enclosure aredrawer
- ;-M.is out so that the needles under the Quickly inspect the needles with a mirror and flashlight. Check that the longest part of the needle is toward the center of the sample vial.
i 7.
Remove lead stopper fran the large volume cask and put a 15 ML sagle bottle with an outer aluminum retainer ring and a neoprene cap into the large cask. Note sa g le bottle must fit snugly in the holder and be vertically aligned. If necessary, place small pad under sag le vial.
With cask in fully lowered position, roll cask into position under the samle station.
- 8. If RHR sagle is desired, close the sagle line valves to feedwater sag le sink. (Document on Appendix A.4.)
Unit 2 Unit 3 I
i
- - . . - - . _ , - - , . . . , _ ,, .. , , . - , _ , - _ - . , _ _ . _ - - ---.--,.-.,...__-,m-,_e_ . . , , , , _ . , - _ - - , , , . - . - -,-+,...-,m--.,--
EP-205A.1 Page 13 of 26, Rev. 5 v
With control panel power on set switch E-700 to the liquid position, and liquid sangle selector switch E-626 to position 2 if a jet pung sangle is desired or to position 4 if the reactor valves were set for a RHR sangle.
-9. Push the plunger down which causes the sanple bottle to be raised out j of the erak and up onto the two neadlaa. Make certain that while posi- i tioning t.he cask on Unit 2 side, the forks are pointing to the right, and on Unit 3 side they naast point to the left. Note that the bottle i
. in light will change from red to green. (If cask is not aligned pro- ;
' perly, lower bottle and reposition cask.)
- 10. Using the hydraulic pung slowly raise the cask, checking for proper alignment. Stop ptmping when top cask ring is inside and the large volume cask is iust below the botte of the sangle station.
- 11. Place the gas vial in the holder and insert into the dissolved gas sample point. Note that the dissolved gas sangle light turns green.
If it does not, readjust the vial position.
- 12. Make certain that E-616-1 (small volume sanple switch) is in the off position.
- 13. Turn the liquid sangle source selector switch HC-626 to position 1 for s
jet pung bypass line surple or 5 for RHR sangle.
- 14. FI-664 on control pcnel should be approximately 1 gpa. PI-661, TI-660, CI-663, and RI-665 should start to have meaningful values.
! 15. Adjust PCV-627 so that the flow on FI-664 is at least 1 gpa. Continue this flow for a long enough period (at least 7 minutes) to be assured that the sanple lines are flushed out. with liquid being sangled.
Note: Beoord the flow fran FI-664 and flush thne on data sheet.
4 16. Een flush is crupleted, turn E-626 sanple source selector switch to position 2 for a jet pung sample or position 4 if reactor valves were i
positioned for a RER sanple. Adjust KV-627 for a flow of 0.3 gpu (to adjust KV-627 use PCV-627).
- 17. Tarn the dissolved gas and liquid sangle system switch HC-601 to posi-
, tion 1 and observs that P-701 starts and valve CV-622 rotates.
- 18. Turn switch E-601 to position 2. Observe that P-601 starts.
- 19. Record the following on the data sheet
, Flow FI-664 Pressure PI-661 i : Temperature TI-660 Conductivity CI-663 Radiation RI-665 J
e
- - - - - - , - - , , , . .- , - - , - - - - , - - - - - , , - - , - - -.,-----.-y,.,,--,,,--r, -
,.- ,.v,y,._,,, , , - , ..
EP-205A.1 Page 14 of 26, Rev. 5 1 -
- 20. Turn switch E-601 to position 3 to isolate the sample and start the dissolved gas separator. Imave in this position'for approximately 10 seconds.
21'. Turn E-601 to position 4 to inject tracer gas into valve CV-615. When the valve is rotated during the next step the tracer gas trapped in the passage of the ball valve will be insertad in the sanple flow loop. Imave in this position for approximately 10 seconds. Read and record the tra-car gas supply systaa pressure so tracer gas can be accurately calculated.
,
- The flow of' tracer gas should be very small so that pressure drops in the line and valves will be insignificant.
- 22. Note: If it is not desirable to introduce tracer gas, turn HC-601 to position 5 quickly and valve will not rotate.
a Turn HC-601 to position 5. Ist sane of the dissolved gas separate fran the liquid.
- 23. Read and record initial pressure PI-662 (P-0). I l
- 24. Turn E-601 to position 6*. Pung P-601 stops anc CV-653 opens reliev-
) ing liquid loop pressure.
i
- Note: Do not leave E-601 in position 6 for more than 5 seconds.
- 25. Turn BC-601 to position 7. This will bring the rest of dissolved gas into V-610. Imave in position for 10 seconds.
, 26. Read and record PI-662 on P-1. This will be the approximate pressure of the liquid loop.
- 27. Turn HC-601 to position 8 for no nore than 5 seconds (this will open CV-653 again). Dissolved gas will rise to hold up cylinder V-610 an.
4 then into collection chamber V-662.
- 28. Turn HC-601 to position 9 to get ready to take the dissolved gas sanple or to relieve the collection chamber pressure. Pung P-601 will stop so that if the relieve pressure option is next exercised record PI-662 as P2 on data sheet as this is the pressure of the liquid sanple loop.
4
- 29. To take the dissolved gas sanple, switch E-652 will be used. When i HC-652 is turned clockwise to gas sangle, the pressure as indicated by PI-662 will decrease while the dissolved gas is drawn into sanple bottle.
l Turn HC-652 to gas sanple and hold for at least 10 seconds until PI-662 i is very steady. Then release E-652 and it will spring back to center position. Turn E-652 again to gas sangle. Verify equalized pressure ard read PI-662. Record the steady pressure as P3 reading on the data sheet.
t f
m._ _ _ _ _ _ _ _ - _ _
. _ - . - - _ . - - . _ - - - - .. _ - _ . - _ . _ - - - - , - _ - - - _ - - , _ _ _ _ _ _ . ~ . , . . , ~ _ _ _ . _ -
?
EP-205A.l.
Page-15 et 26, Rev. 5
.b 30.
As an alternate to step 29, when a dissolved gas sanple is not desired, it is only necessary to relieve the gas pressare back to the suppression pool by rotating switch BC-652 counter clockwise to the relieve pressure position and hold it while watching PI-662. The pressure will equalize rapidly.
31.
If a large volume liquid sanple is desired, turn HC-601 to position 10.
BC-629-1 nust be pushed and held for 10 seconds or sore for liquid'to be drawn into the sangle bottle. If a large liquid sangle is not de-sired, turn switch HC-601 to the off oosition very quickly so that valve
,' CV-620 will not rotate and no radioactive liquid will be in the line ahead of CV-629.
- 32. Tiarn E-601 to off.
33.
Iower liquid sample bottle into large cask by pulling up on the plunger handle.
ha,-anaa Note:the neadlan Do not willturn or twist bottle while it is on the needles band. ,
- 34. Iower the cask on the cart by relieving hydraulic oil pressure with the small petocck handle on the hydraulic cylinder.
l 35. Roll the cask out from under the sangle station and quickly plug cask.
Use the cask to transport the sangle if greater than 100 mr/hr.
L
- 36. Open and place gas vial carrying cask near sangle station. Remove gas vial positioner frm sangle enclosure. Keep the vial at maxinum dis-tance from the indivaal and insert sanple bottle into the gas vial cask.
, Close and latch the gas vial cask.
1^
i
- 37. Perform a flush of the liquid system with switch HC-628-1.
! 38. Check that the demin water tank is full. Verify that the demin water tank is pressurized to at least 100 psig.
39.
Make sure that ECV-627 is open by adjusting PCV-627 to 15 psig.
- 40. Switch HC-626 must be in position 2 (jet pung) or 4 (RHR) and HC-700 sust be in the liquid position.
- 41. Turn the flush system switch HC-628-1 to position 2 which will close the inlet sanple lines and start the flush with demineralized water frm V-501.
Cheerve that there is a flow per FI-664.
- 42. After RI-665.shows radiation has decreased significantly, or after 5 minutes, turn switch HC-628-1 to position 3 to flush the V-610 loop. Watch RI-665.
- 43. ' After a few minutes, t. urn switch E-628-1 to position 4 and flush the P-601 loop. Watch RI-665.
i
s' ,
EP-205A.1 Page 16 of 26, Rev. 5
- s
- 44. 'After a few minutes, turn switch HC-628-1 to position 5 and flush valve CV-615. Watch RI-665.
- 45. After a few minutes, turn s4tch E-628-1 to position 6 and flush the piping station for 3 minutes.
- 46. Rirn switch HC-628-1 to position 7 for a few minutes to flush loop CV-622.
again. Watch RI-665.
4 47.. 'Rarn BC-626 to off FIRST and then HC-628-1 to off.
- 48. If RI-665 did not indicate an W=hle radiation level at any step of '
j the operation, go back and repeat Steps 40 thru 47.
l 49. Perform the drain of trap, sung and collection following procedure listed
- in Appendix A.l. ,
l
- 50. If this is the last sample desired, turn all switches to the upright and 1 off position (except for HC-723 which is left in position 3) before turn-ing power off. Close N2 bottle valve and tracer gas bottle valve. Close i FCV-627 by setting PCV-627 to O peig. File data sheets in Chem. Iab binder.
Daturn key to Shift Supervision or Chemistry Supervision.
1
_ 51. Take the sangles to the appropriate lab for analysis. Have the dissolved i
gases analyzed for volume of H2, 02, and tracer gas. Calculate 4 of H2 and 02 on the data sheet.
I j 52. rvv,mt that the valves that were lined up for sanpling have been re-
] turned to normal using Appendix A.4 1 53. Return ocarpleted Appendix A.4 to Shift Supervision for review at the ecm-l plation of sangling. File in ocuplete EP-205A.1 file.
i I
4 a
4
,---,,-- -. . - , ...,,.----,-,,--,--n.-- - - , - - -,_,- _ - -- - ,- _r., m ,..,n-,n,
EP-205A01 Page 17 of 26, Rev. 5 EP-205A.1 Post Accident Sanoling Station Data sheet for Iarge voltana Liquid Sanole and/or Dissolve Gas Sanole
- l. Sample Source- Date Time la. Tracer Gas Pressure PSIG
- 2. Bypass Flow _
FI-C64 GPM
- 3. Flush Time Minutes
- 4. Sanple Flow FI-664 GPM 1 5. Pressure PI-661 PSIG
- 6. Temperature TI-660
- 7. Ocnductivity Meter Scale _ CI-663 I
- 8. Radiation RI-665
- 9. Tracer Gas Supply System Pressure PSIG
- 9a. Initial Pressure P-C PI-662
- 10. Pressure P-1 PI-662
- 11. Stabilized Pressure P2 PI-662
! 12. Sanple Pressure P3 PI-462
- 13. V1 H2 (From G:) ml
- 14. V2 02 (frcan E:) ml
- 15. V2 KR (from (E) ml
- 16. Vol % O2 %
02 Kr Vol % 02 = (V2 .2P ) x (P + 14.7) 17317 V2 Kr
- 17. Vol % H2 %
H2 Kr Volt H2 = V1 x (P + 14.7)
T 17 V2 Kr I
~
Note: Dissolved gas pressure PI-662 is in psig for Unit 2 and psia for
- Unit 3.
i i
i
. . , . - -n. -, . - - - - . - - .-,,,-,.,n e .w. ,--,---------me,e ,,, ~ ,.-- . . - - - - _ . , . , - - - - - ,-w -- . - n ..-, . -
, Page 18 of 26, Rev. 5 1
I APPENDIX A.4 SMALL 90[KMC LIQUID SAMPLE rummuutSITES: !
- 1. System lined up in accordance with C.O.L. S.20.1.
- 2. Obtain the key to the control panel power fra Shift Supenision or Chemistry Supervision.
P b 1RE:
- 1. If the RER line is to be used, have the shift open the RHR sangle line valves and document the valves that are changed using Appendix A.4. Bypass isolation per GP-8A.
Unit 2 Unit 3 i
AO 8099A AO 9099A AO 80988 AO 9098B B Line AO 80998 AO 9099B
- 2. Perform the drain and blow out operation per Appeadix A.l.
- 3. Open the N2 bottle valve and regulate to approximately 80 psig.
- 4. Q)eck that the domin water tank is full. Verify that the demin water tank is pressurized to at least 100 psig.
- 5. Iced the syringe with 10cc of domin water. Place ab----2 on the syringe and load the assembly onto the injection port.
- 6. Check that the small volume cask is in the cask positioner, and that both are hanging fran the books below the sangle station.
- 7. Rencve stopper and carrying handle from the small cask by unscrewing it and lifting it out. Imave stopper near by.
- 8. Put a 15 ML sangle bottle with an outer aluminum retainer ring and neo-prene cap into a small volume cask. Check that the bottle lifting lever is free to nove up and down. The bottle nust fit snugly in the holder and be vertically aligned. If the bottle does not fit snugly, use a small pad of rubber or felt, thick enough to hold vial against the upper yoke of the vial holder.
- 9. Make certain the lead shielding drawer is out so that the needles under
, the sangle station enclosure are exposed. Quickly inspect the needles with a mirror and flashlight. Check that the longest part of the needle is toward the center of the saxple vial. l
- 10. If a RHR sanple is desired, close the sanple line valves to feedwater sanple sink and document on Appendix A.4.
1 l
. , . . , . , ., _ , , . , , . _ - _ _ m __ _ . - . __.,_cr ,_,,y,_ .. _, _., .._w_ . ,
~ - - -. . . ~. - . . - ~ -- . --
, i EP-205A.1 Page 19 of 26, Rev.' 5 )
i, V
.thit 2 thit 3 4
A001104 A09uGA A08uGB A09EOB l l
l 11. With control panel power on, set switch HC-700 to the liquid position and lisplid sample selector switch E-626 to position 2 if a jet pimp sample 7
is desired or to position 4 if the reactor valves were set for a RHR sangle. '
t 4
l 12. Swing the cask into position under the sasple station and lock the arms of the cask holder so the cask and bottle will reunin in position.
l 13. Raise the sample bottle into position on the noaains by moving the lever on the side of the cask.
i
) l 14. Screw the lift rod in to hold the sample bottle in the engaged position. l Note: If the vial doesn't clear the entry hole, lower the vial and rotate
! the ammu voltana cask about 1/8" in either direction. If it still doesn't i fit either the liquid vial positioner fixture or liquid tray positioner
- need adjustmara Note
- 'The green light for the anall volume sangle should l be on. If the light remains red, unscrew the lift rod, lower the bottle and reposition.
i
- 15. Turn liquid sample selector switch E-626 to position 1 for a sample 3 -
from the jet pump line or to position 5 for a sangle fecs the RRR line.
} Adjust PCV-627 so that the flow thru FCV-627 is 1 gpui. (See FI-664). Con-i tinue this flow thru bypass valve CV-626 for a long enough period to be i assured that the sample lines are flushed. The miniman time required to '
j do this is 7 minutes. Record the flow and flush time on the data sheet.
- 16. After flush is ocupleted, turn switch E-626 to position 2 (for jet pung i sample) or position 4 (for kHR sangle). Note that the flow on indicator ,
t FI-664 is greatly reduced. Adjust valve R:V-627 for a flow of 0.3 gym, using PCV-627.
- 17. Record the following on the data sheet: Flow /FI-664, Pressure /PI-661, Tenperature/PI-660, Conductivity /CI-663 and Radiation /RI-665.
1 l 18. Turn aman voltane sangle switch HC-616-1 to "Take Sanole" position.
l Valve CV-616 win rotate and carry the sangle into alignment with the line j to the sangle bottle. Wait for valve CV-616 light to come on.
i
- 19. Open the sic--x-i, on the syringe and inject 10 cc of water into the line.
Close the syringe stg---f-:. Remove the syringe and fin it with air. Re-
, attach the syringe, open the ste - it and inject the air. perform this air flushing two or three times.
- 20. Unscrew the lift rod and lower the sangle bottle.
- 21. Renove the sangle frc 3 the cask by using cotton liners and gloves. If l
! the sample is greater than 100 tar /hr, use the lead pig to carry the sanple )
l to the Chem tab. i i .
e i i
, i
. , , , - - . . . ,,-n, ..,.en-, +, , - - - . . .---m---,mm,.~m,.-- ac ,--n e m n ,- . . _ rm _ wr,,-.- n_ n a
EP-205A.1 Page 20 of 26, Rev. 5 i
- 22. Turn the switch HC-616-1 to the flush position. Make sure there is enough flow by adjusting PCV-627 so that it is set to at least 15 psig. Flush for 5 minutes and/or until RI-665 reaches a minimum.
- 23. Man the flush is ocuplete, turn HC-626 off FIRST and then HC-616-1 to off.
- 24. Perform the drain of trap, surry, and collector following Appendix A.l.
25. If this is the last sanple desired, turn all switches to the upright and off position (except for HC-723 dich is left in position 3) before turn-ing power off. Close the N2 bottle valve. Close FCV-627 by setting PCV-627 to O peig. File data sheet in Chem. Lab binder. Return the key to Shift Supervision or Cheraistry Supervision.
- 26. Document that the valves that were lined up for sangling have been re-turned to normal using Appendix A.4. ,
}
- 27. Return ocupleted Appendix A.4 to Shift Supervision for review at the com-pletion of sangling. File in ocupleted EP-205A.1 file.
e-i i
)
6 l
. i
- EP-203A.1 Page 21 of 26, Rev. 5 ,
Q.
EP-205A.1 Post Accident Mling Station i
i Data Sheet for Small Volume Liquid Mle
- 1. Sample Source Date Time
- 2. Bypass Flow FI-664 (gpa) '
- 3. , Flush Time
, Minutes
- 4. Sample Flow FI-664 (gpa)
- 5. Pressure PI-661 (psig) 4 6. W ature TI-660 ( F)
. 1 7.
Conductivity Meter Scale CI-563 -
- 8. Radiation RE-665 4
Y t
1 1
J T
i
, . - - - . ~
.g
_ - - , _--,mm_. -_-.,,__--__,,_-___.m___,. -,,,,
,_y.--_-,.,,--..,-_,_---me~,_,._,_-___-.
EP -205A.1 Page 22 of 26, Rev. 5
,; y .*
.(-
APPE CIX A.1 DRAINING TRAP, SLMP AND mrfm P"wvFSTIES:
- 1. System lined up in accordance with C.O.L. S.20.1.
.2. Obtain the key to the ocntrol panel power from Shift Supervision or Chemistry Supervision.-
PROk200RE:
4
- 1. Check that the nitrogen supply valves are open and that pressure is set 4
at 80 psig. '
- 2. Check that the domineralized numb water tank V-501 is full acd is pres-surized to at least 100 psig and that the valves are open to the sanple '
station.
- 3. Cieck that KV-627 is open. If not open, use the knob adjacent to PCV-
. 627 on the control panel to have a 15 psi reading on the gauge.
j 4. Turn all control panel switches up and off (exdept for HC-723 which is i
left in position 3) and then turn the ocntrol panel power selector switch i -
to "A" or "B".
(
- 5. Drain the collecting tank and sung by turning switch HC-715-1 clockwise through its eight positions. Pause approximately 5 seconds at each
- position.
4
- 6. Turn all switches to their 'off' position, except for aC-723 which is
- left in position 3 and for the control panel power switch.
I
- 7. Return to the original section from which this appendix was referenced.
l i
i I
i I,
9
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- EP-205Ael
. ( Page 23 of 26, Rev. 5 APPEBOIX A.2 PCET MI'IDENT SAMPLDU S1RTICN OF.ad w L Shn uum Jg. Stf-I, 3 ***? Orm.'n
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.ht *616 0, $,, gg 5* t N* ygg g, sempic 3 ife6s Vef $empt $,,,6% O O Q Q I OU s Towe seaple ', z (3,,,,,4 se s 4*
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6 sie, A pip..g freNea __
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EP-205A.1 Page 24 of 26, Rev. 5
. APPENDIX A.3 SCHEMATIC OF POST-ACCIDENT SAMPLE STATION (f \
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- b2 $ $esudb LOOL &A ' 64s s Andets yf 2
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, Page 25 of 26, Rev. 5 '
~
APPENDIX A.4 DOUBIE VERIFICATION SHEEP ETR REACER VALVES thit Date Time A control rocan operator should circle the valves that are changed for sample line up and initial beside each circle. (Strike out any . valves not changed from normal.)
Double Verify with Initials that the System Valves are
- Returned to Normal (Closed unless required for other sampling - note valves Sample Unit 2 Unit 3 left open) '
Torus I 5960A 5961A '
5966A
,, 9101 5951B 5950B SV-9108 i Initial
- Torus II 4%0D 4961D 4966D 8101 4951B 4950B AO-8108 I
Initial Upper Drywell I 5960B 5961B 5966B 1
9101 5951B 5950B SV-9108 Initial Iower Drywell II 4960C 4961C 4966C 8101 4951B
. 49508 AD-8108 Initial Initial Initial v .
At PASS Panel AD-8108 SV-9108 Chem. Initial Chem. Initial Chem.Init. Chem.Init.
--s,---
. ---,--w-- .,,r-r-- -.,~m ------~----*~--~-w-e- -- - w s-- - - - - - - --twm-, -~,--~------n -s+~---~-mc~~~--
EP-205A.1 Page 26 of 26, Rev. 5 e
f Double Verify with Initials
" that the System Valves are Returned to Normal (Pl d unless required for other Sample Unit 2 operations note valves Unit 3 left open)
RHR M
ao9099A
.. A09098B A09099B m .
^
A08098A A08099A i A080988 A08099B TiiIEIE Intetal Initial At PASS Panel A09110A A091108
' A08110A Chemist A08110B Initial CfiEaGE cnemist Initial cnemist Initial Initial i Jet Pung Verify that the Jet Pupp Line Sample valve is etmad, CV-624 and that the flow by FI-664 is zero. Chemist chemist Initial Initial Daviewed by Shift Supervision:
This appendix shouM be filed in the EP-205A.1 file Double Verification Sheet History File in the station j files.
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CONTROLLED APPROYED COPh U-205]
t YOID PREVIOUS issus Page 1 of 7, Rev. 5 RIG 8 DISTRIBUTION PER A-3 ,
L PHIIADELPHIA EIECTRIC OCHPANY PEAG BOTICH UNITS 2 AND 3 DERGENCY PIAN IMPLDB7FING PROCEDURE EP-205B RADI,ATION SURVEY GROUPS PURPOSE:
Tb define tie actions of the Radiation Survey Groups.
REFERENCES
- 1. Peadt Bottom Atanic Power Station Emergency Plan i Sectim Title 5.2.1.5.5.1 Field Surveys 5.2.1.5.7.2 Plant Surveys
- 2. Health Physics Operating / Chemistry Operating Procedures y Nunber Title HPO/CD-4 Radiation Work Permits HPO/C%)-8 Decontamination of Tools and Dr.11pnent HPO/CD-11 Establishing and Posting Radiologically Controlled Areas HPO/CD-60 Field Use of Eberline Ion Chanber Mcxlel RO-1 Radowl HP0/00-62 Field Use of Eterline GM Detector Model E-400 HPO/CD-63 Field Use of Eberline Contamination Monitor Model RM-14 '
HPO/(%Hi4 Field Use of Eberline RM-14 and HP-210 Probe as a Field Scaler HPO/CD-65 Field Use of a 1a# Volume Portable Air Sanpler l HPO/OO-67A Field Use of TCS Air Sangling System for the Determination of Iodine
1 l
o , i EP-2058 Page 2 of 7; Rev. 5
- 3. IEEIBG 0654 Criteria for Preparation and Evaluation of Radiological !
L Baergency Response Plans and Preparedness in Support of law'1aar Power Plants APPECKES
, EP-20 h l Onsite Survey Data Sheet EP-205B-2 Baergency Exposure Limits (Beergency Plan Table 6.1)
~
AcrIcu tavEI, l ' Die Field Survey Group will be activated as panammary by the Dose Ammaame Team Imader. The Plant Survey Group will be activated as necessary by the I Personnel Safety Team Imader.
PIIBCAUTIONS
- 1. 'Ihe group assber's exposure should be limited to the ackninistrative guide levels in Appendix EP 2055-4, Baergency Exposure Limits.
Team and ers should control their exposure in accordance with AIAIE concepts at all times.
1 2. If the equipment in use during a survey fails or malfunctions, it sust be repaired or replaced; otherwise, the survey team shall retreat to a safe area until the equipment is replaced or repaired.
- 3. M en conducting field surveys from inside a vehicle, readings must l be taken with the probe outside the vehicle.
a
- 4. Requirements of HPO/CD-4, Radiation Nbrk Permits, are not applicable.
Dee:DIASE'ACTIGIS i i
] 1.0 Personnel Safety Team Imader shall:
i
- 1 1.1 Report to the TSC (3rd floor Unit One).
i 1.2 Appoint a Plant Survey Group Imader to direct Plant Survey
- Squads and assist with In-plant Radiation Surveys.
1.3 Instruct the Plant Group Imaders in the areas to be surveyed.
j 1.4 Instruct the Plant Group Imaders to report the progress and i results of the surveys on a periodic basis via the " operator" i
radice which they will carry with them when they are dis-patched fresa the Bnergency Operations Facility to make surveys.
- 1.5 Appoint a group moder to stay in the Technical Support center
! - and establish and maintain cxasuunications from Plant Survey
- Groups in order to record survey data for dose assessment purposes.
,_ _~. . _ _ _ -. ___.- _ _ .._-_ .--._ _ - - - ___. , _ _ _ _ _. - .- _ ...._.,- _ _ ._.._ . _
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EP-205B Page 3 of 7, Rev. 5 1*
t 2.0 Plant Survey Group Imader shall 2.1 Esport to the Aux. OSC (Unit 2 Turbine Building El.116'). ;
2.2 Dispatch squads to survey areas in the plant and on-site. A i squad consists of 2 H.P. Technicians 'B' or contractor "re-t sponsible" technicians. i
- 2.3 Post areas as rian===ary to prevent the spread of contmaination and --ilation of large doses of radiation to operating j personnel.
, 2.4 Relay the results of the surveys to the Personnel Safety Team Leader and the Control Room.
9 2.5 Provide plant survey group members with sufficient plant status of radiation and contamination hazards to allow them to main-tain radiation and contmaination exposure to within approved i
levels.
4 3.0 Plant Survey Group Members shall:
3.1. Report to the Aux. OSC (Unit 2 Turbine Building El.116') .
3.2 Obtain necessary equipment for conducting the surveys as assigned
( by the Plant Survey Group Imader ir. Step 2.1. Equipment can be
- v obtained from emergency kits in the muergency Operations Fa- ,
i
' cility or fram normal storage location of HP portable instru-monts. Obtain a sufficient number of data fones (EP-2058 -
- Appendix 1).
f 3.3 Check that equipnent is functional before leaving for surveys.
Additionally, ensure you posuess the proper personnel dosimetry l and pocket dosimeter is zerced, prior to leaving to conduct l
surveys.
I 3.4 conduct surveys when directed to do so by the Plant Survey Group Leader. Fill out appropriate sections of Appendix EP 2058-1.
- i 3.5 During transit to specified areas, observe the energized survey
) instrtaments for changes above background levels. Reference level l is weist high frca the ground.
4 3.6 Use the GM survey meter to scan close to ground surfaces to de- l l tact deposits of contmaination. Obtain shielded and unshielded j
4 readings to determine Beta /Gansas ratio.
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3.7 Report data to the Plant Survey Group Imader via " operator" radios or best available ocnnunications method. l l
I 3.8 Air samples are to be taken co count roon facilities either at l v
Units 2 and 3, Unit 1, or INC Van.
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EP-205B Page 4 of 7, Rev. 5 3.9 Frisk before leaving any area which may be contaminated.
! (
l 4.0 Dose Assessment Tome Imader shall:
- 4.1 Report to TBC during an alert or the EDF if activated.
1 4.2 Appoint a FieM Survey Group Imador to direct FieM Survey l Squads and assist with FieM Radiation Surveys.
l 4.3 Instruct the FiaM Survey Group Imaders in the areas to be surveyed.
< 4.4 Instruct the FiaM Survey Group Imader to report the progress and results of the surveys on a periodic basis via the " operator"
- radios whicit they will carry with them when they are dispatched j frcan the Emergency operations Facility to make surveys.
! 4.5 Appoint a group assbar t.o stay in the muergency operations Facility and establish and maintain ocumunications frca FieM
- Survey Squads in or&e to record survey data for dose assese-
- ment purposes.
- i j 5.0 FiaM Survey Group Imader shall
i 5.1 Haport to the BOF (second ficor Unit one). -
)
! 5.2 Dispatch squads, to sanitor areas offsite, as designated by the Radiation Protection Team Imador. A squad consists of one H.P.
i Technician 'B' and one driver. ,
5.3 Maintain ocumunications with survey teams via operator radios. -
l I 5.4 Analyse and relay the collected survey data to the Does Assess-i ment Team Imader.
i l, 6.0 FieM Survey Group Members shall: ,
6.1 Report to the BCF (second floor Unit one).
{ '
i 6.2 Acquire equipment a maps as the situation requires from the Beargency operations Facility. Ensure you carry proper per-
- sonnel dosimetry for the surveys you are to perform and pocket '
l dosimeters are zerood prior-to leaving to conduct surveys.
- operator radios are located in the Cannunication Room of the anergency operations Facility. ;
i 6.3 Inform senior ranking security officer of vehicle license plate j
j number of fieM survey vehicles and personnel assigned to those 3 vehicles. During transit to the specified areas, observe the l
' energized survey instruments for changes above background levels.
Reference level is weist high from the ground.
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- . : EP M5B Page 5 of 7, Rev. 5 -
6.4 conduct surveys as assigned by the FieM Survey Group Imador.
L (Fill out appropriate portions of ix EP 205D-1.) Use (M survey meters to soon cices to gr surfaces to detect de-posits of contamination. Obtain shielded and unshiaMed readings to determine metWtammen ratio. All air samples taken should be counted in the fieM. Refer to HpoptIb40 thru 67A for met!xxSe to take the various fieM manples required. .
6.5 Upon completion of the surveys, return the vehicle to a pre-
^
determined area (preferably the Delta Service BuiMing) for possible decontamination.
6.6 survey the vehicle and decontaminate in accordance with HP0ptt>8, 4 Decontamination of tools and Equipment, as necessary. If the ve-hicle was contaminated, inform the Field Survey Group Imador.
! 6.7 Report data to the FiaM survey Group Imador via " operator"
- radios. ,
6.8 Frisk before leaving any area which may be contaminated.
, REIN UP ACFIGIB l 1.0 Dose Assessment Team Imader and Personnel Safety Team Leader shall:
I 1.1 Analyse survey data and relay this data to the site amergency
- Coordinator (if activated) and the muergency Director. -
! 1.2 Provide the survey teams with appropriate information as to plant j status and expected radioactive "pitune" movement which may affect j the activities of the teams. Advise team members to be cognizant
- of " plume" and to move to edge of pitume after data is collected.
l (Maximum advantage shouM be made of time, distance and shielding 2
in accordance with AIARA considerations).
2.0 FieM Survey Group Manbers shall:
l 2.1 In case of failure of primary communications radios, locate the nearest causercial (pay) telephone and pass information via this
! secondary means of communications. i 5
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Page 6 Cf 7. Rev. 5
(* * .
PhA_ri.- R A DI ATIO N C ONT A MIN ATI O N - Al,R B O R N E S U RV EY r t, p. Nor_
MECOMO - UNIT 2 O - UNIT 3 C. Offsite 1VEY NO.
TIME - SURVEY SY-TE - "
Ar.E A - (l.ocation)
CEASON-Instrument Type Range or Model Number Serial Number
- R ADI ATION -
NEUTRONS TOTAL SETA CAMMA' unsuiwa. waru,wa DISTANCE wa a o,wn . warwn.
I --
2.
3.
4
- 5. _
Instrument Type Type of Samplers and Serial Number ts--a or Model Number I
' Number Type of Counting Instrument 4 Serial Number w
. CONTAMINATION - - AIR 50RNE - Total Volume
' ' " ' II
- AVERAGEPLOWMAl# COUNTER 387A *Q AMM A ALPHA ITEM ocusioo ,,,2 opusion e,,,2 START -
g7o, , FT3/ MIN. E P P.
isoTOPUS)
GROSSCOUNTS COUNTING TIME MIN.
3 C'M ol5
! 1l COUNTS / MIN S ACNCMouNo f CPMI
~ NET ,
EPW l -
' MICRO 4:UMit StCutoC CENT.
' 11Pf Cipic Activpfvt I- HPC Functions = ftPC Ig3g( )
il
- NET CPM SCA4 f M GPP, a flLf tM EPP.e AMEA PM ACflON e VoLUMf '#fh et 28 e io'O REMARKS / AREA DI AGR AM -
- Specify Activity Based on Gamma Spectroscopy (conputer a printout)
- , , , , . . - - - n.- - - - , a a
...s. w-2055 Page 7 of 7, any. 5 y AFFEEEX EP 2055-2 W Beceure Limita Bo% 1hyroid Authorised BEEl&B BIER BEER EE
- 1. Life Saving and seemrtion Smargency**
ofInjury 75 reeP 375 rem Director
- 2. Operation of an Buergency**
anergency 25 reef 125 rem Director
% Activities limits limits Dirzrter
- 5. no-entry /
manovery Administrative Administrative Activities maidelines Qaidelines WA
- Anference: EpAH520/1-75-001 Tabla 2.1
- such esposure shall be on a voluntary beeis v
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t IP-205C s Page 1 of 6, Rev. 3 CongoggghPERoyD YOID PRE COPga
- EscB l
- inhbT10xph3a
.i v PHIIADELPHIA ELECTRIC CCNPANY (-N~$ 1 I
PEAG BOT 10( IMITS 2 AND 3 .
BEGNCY PIAN IMPIDE!NTING PROCEDURE 3
EP-205C PERSQtE!L DOSIMETRY, BIQASSAY, AND RESPIRATORY PROHCTIOi GROUP PURPOSE .
Tb define the actions of the Personnel Dosimetryi Bimanay and Respiratory Pro-taction Group.
1 REFERDGi
- 1. Peach Bottom Atcaic Pow ' Station Snergency Plan Section Title _
5.2.2.2.1.d Personnel Dosimetry /Bim a==y/ Respiratory Protection
- 2. Health Physics Operating /Oamistry Operating Procedures HPO/C M Respiratory Protection Program HPO/00a-9b Respiratory Protective B:1uipnent Selection and Use HPO/00-9c Respiratory Protective Bquignent Maintenance and Quality l Assurance EPO/00-13a Control of Personnel Dosimetry Badges HPO/CD-26 Parsonnel Bionssay Program
- 3. NUREG 0654 Criteria for Preparation and Evaluation of Radio-logical Emergency Response Plans and Preparedness in Support of Nuclear Power Plants APPINDICES EP 205C-1 Dosimetric Devices Icg EP 205C-2 Bimanay Record Pbrm l <
I
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EP-205C Page 2 of 6, Rev. 3 L AcrION LEVEL
' Die Personnel Dosinstry, Binamany, and Respiratory Protection Group will be .
l activated whenever there is a need for issuing emergency dosimetry, respira- l tory protective devices or for emergency binaammy monitoring as determined by '
the Personnel Safety Team Leader, Emergency Director or the Site Emergency 03ordinator.
j PRBO UTIOES l None DHilDIAE ACTIGIS 1.0 Persennel Safety Team Ter shall: ;
1.1 Determine what type of services are required of the Personnel Dosimetry, Binaaaay, and Respiratory Group.
Personnel Dosimetry (Part A of this procedure)
Binaammy, Mole Body Counting, or other binamany methods (Part B of this pervwbre)
Respiratory Protection, Fitting (Part C of this procedure)
(
1.2 Cantact the Personnel Dosimetry, Bioassay and Respiratory Protec-tion Group Imader and inform him of the services needed from Step 1.1.
4 Direct him to anaaehla the equit: ment and supplies required for the group to operate, and tell him where services are required.
2.0 Personnel Dosimetry, Binaanay, and Respiratory Protection Group Thr shall:
'2.1 Assemble the equipnent and supplies deemed necessary by the Per-sonnel Safety Team Imader in Step 1.2.
2.2 Instruct the group nambers to perform a check of the equignent they receive.
2.3 Direct the group to report to the area specified by the Personnel Safety Team Imader.
PARP A, DERGENCY DOSIMEPRY ISSUANCE
\
1.0 Personnel Dosimetry, Bioassay, and Respiratory Protection Group Leader or his designee shall:
' 1.1 Arrange to obtain a supply of dosimetric devices.
1.2 Take the emergency dosimetric devices to the area designated by the s Personnel Safety Team Imader.
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- EP-205C Page 3 of 6, Rev. 3 l.3 Coordinate.with the Senior Ranking Security Officer, on shift, L- issuing dosimetry to emergency team personnel and offsite emergency response teams (i.e., amhilance crews, fire-fighting crews, etc.),
in accordance with HPO/to-13a, Control of Personnel Dosimetry Badges.
1.4 Maintain a list of the personnel to whom dosimetric devices are dis-tributed. See Appendix EP 205C-1, Dosimetric Devices Icg.
1.5 Consoonce follomap actions.
2.0 Designated individual in Bnergency Operations Facility shall:
2.1 Distribute dosimetric devices obtained from Emergency Team Leaders in the Etnergency Operations Facility to all personnel who respond to an emergency by reporting to the Uttit 1 Emergency Centers.-
2.2 Maintain list of indiviainla issued dosimetry.
PART B, PERSCHEL BIOASSAY 1.0 Personnel Dosimetry, Bina===y, and Respiratory Protection Group Imader shall:
1.1 Report to the area designated when directed by the Personnel Safety Team r ari.r and pick up sanple containers necessary for bioassay specimens.
1.2 Obtain a list of personnel who may require monitoring for internal contamination from the Personnel Safety Team Imader.
1.3 As'soon as practicable, locate these people and obtain na = ==ary samples in accordance with HPO/CD-26, Personnel Binnaany Program.
PART C, RESPIRATGN PIEEKTICH
.~
1.0 Persenel Dosimetry, Bionssay, and Respiratory Protection Group Imader shall .
1.1 Report to the area requiring respiratory equipnent fitting and super-vision, as specified by-the Personnel Safeq Team Imader.
1.2 Supervise the respiratory fit personnel during the distribution and fit of ret.piratory protective equipnent in accordance with HPO/CD-9, Respiratory Protection Program, HPO/C M b, Respiratory Protective Bluipnent Selection and Use, HPO/CD-9c, Respiratory Protective Bluip-ment Maintenance and Quality Assurance.
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Page 4 of 6, Rev. 3 )
1 i
PO[JIN-UP ACTIGIS V
4 PART A, ENERGENCY ~10SIMETRY ISSUANCE 1.0 Personnel Dosimetry, Bimanay, and Respiratory Protection Group Leader shall 1.1 Establish a dosimetric device collection station.
1.2 Obtain any remaining information necessary to conplete Appendix EP 205C-1.
1.3 Arrange to have dosimetric devices processed.
POCDW-UP ACTICNS PART B, PERSCNEL BIGASSAY 1.0 Personnel Dosimetry, Bimaaay, and Respiratory Protection Group Leader shall:
1.1 ccupare the results of the bioassay analysis with the most recent analysis performed on the person (if available) prior to the emergency.
1.2 Report results to the Personnel Safety Team Ieader.
EDC1DH19 ACTICNS PART C, RESPIRATORY HOIECTICN 1.0 Personnel Dosimetry, Bioassay, and Respiratory Protection Group Imader shall:
1.1 Recover respiratory equipment and process for re-use in accordance
. with applicable section of HPO/CD-9c.
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EP-207 s Page 1 of 5, Rev. 6
- ' CONTROLLED APPROVSD COPY 4 } REG:cIlo YOD PREvivu AdSUE .
,.' DISTB 30 TION par A-2 PHIIADEEPHIA ELECIRIC (INPANY f-sv-'1 PEACH BOFKM WITS 2 AND 3 DERGENCY PIAN IMPIEMDEING PpnrmRE
.EP-207 PERSCNEL SAFETY TfAM ACTIVATIN PURPOSE:
To define the actions paraaaary to activate and maammhle the Personnel Safety Team.
[ The Personnel Safety Tean performs the functions of Search and Rescue, First Aid, Personnel and Vehicle Monitoring and Decontamination, Plant Survey, ,
and Personnel Dosimetry, B h amay, and Respiratory Protection. ;
1 j
REFEREtCES: !
i 1.
Peach Bottaa Atcaic Power Station F usewf Plan Section Title 5.2.1.5.7 Personnel Safety Team 6.7.1.1.4 Evacuation, Renananhly, and Accountability
- f. ~
s.- 2.
Health Physics Operating / Chemistry Operating Procedures Nunber Title HPO/CD-6 PerF%wl Contamination Survey 'I4chniques HPO/C&7 Personnel Decontaminaticn Procedure f
HPO/CD-8 Decontamination of Tools and B:Iuignent HPO/CD-14 Identification and Control of Tools and B:Iuipnent in Controlled Areas
- 3. NUREG 0654 Criteria for Preparation and Evaluation of Radio-logical Emergency Pa5vena Plans and Preparedness in Support of Nirlaar Power Plants APPENDIX: 1 EP-207-1 Emergency Wre Limits (Bnergency Plan Table 6.1)
ACTICN LEVEL: -
The Emergency Director or Interim Emergency Director shall activace the Personnel Safety Team at his discretion.
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. EP-207 l ,. Page 2 of 5, Rev. 6
. , 7:
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l e PRBChtFfICMS:
- 1. Team member's exposure should be limited to the administrative guide levels in Appendix EP 207-1, Bnergency W ve Limits. 'Ihe Emergency Director shall approve any team maahar exceeding Peach Bottom quarterly exposure limits. Personnel Safety Team inanhars shall control their own exposure in accordance with AIARA m m.w bi.
- 2. Vehicles requiring decontaninatica could be decontaminated utilizing appropriate decontamination i;sc- tires at any of the following assembly areas:
a) North Sub Station b) President's Utility Building (PUB) c) Delta Service Building I
- 3. Permission of the Site Emergency Coordinator is required before de- I contamination of any vehic2es due to large contamination control (
problems associated with this gc-wtire.
INElDIATE ACTIONS:
1.0 anergency Director or Interim Emergency Director shall: ;
1.1 Designate a Plant Operator to assume the role of Interim Personnel i v Safety Team Imader and direct this person to assemble the Interim Personnel Safety Team frcut available resources.
1.2 Inform the Interim Personnel Safety Team Imader of the reason for the team being activated.
1.3 Instruct the Interim Personnel Safety Team Tmadar to assemble the Interim Personnel Safety Team in the Operations Support Center on l 135' elev. turb. b3dg. or the Control acan, if the 135' elev.
Operations Support Center is not habitable, for instructions (or .
as directed by the Esi .-@q Director or Interim Emergency Director).
1.4 Call the Personnel Safety Team Imeder. If the situation permits, diamaa the problem with the Personnel Safety Team Leader so he can
==aaaa the situation and determine how many team members will be necessary for anticipated operations. If site evacuation has ocx:urred,
, the Personnel Safety Team Leader and alternate will be stationed at the designated assenbly area (either North Substation or PUB).
2.0 Interim Personnel Safety Team reader shall:
?
2.1 Assign available personnel fran the Operations Support Center or
, main control roan to the required Personnel Safety Team Sub-groups to carry out applicable portions of the following procedures as necessary.
EP 207A Search &nd Rescue EP 207C First Aid t
(.
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D-207 Page 3 of 5, Rev. 6 e
D 207D Personnel Mcmitoring and Decontamination (Assembly Area)
-D 205B Radiation Survey Group - Plant Surveys D-205C Personnel Dosimetry, Bimanay, and Respiratory Protection Group l 3.0 Interim Personnel Safety Team Members shall:
3.1 Pbilow the directions of the Interim Personnel Safety Team Imader.
4.0 Personnel Safety Team Imader shall:
4.1 Report to the Tar +mial Support Center and coordinate with Personnel _ :
Safety Team to provide Emergency Directcr with site radiological data / !
/ personnel injury / contamination status and site evacuation status. I 4.2 Utilize pamanaqr members of the Personnel Safety Team to man Site Radiological Status Board and Censunications in the Technimi Support Center.
4.3 Ensure Personnel Safety Team Inamhers available at amammhly areas (HPEC OSC Cm 116' elev. turb. bldg and designated evacuation assently area).
4.4 Assign team maahars to functional groups as nam ===ry in accordance with the following prenaanres:
Search and Rescue EP 207A i
j First Aid EP 207C Personnel Monitoring and Decontamination EP 207D Vehicle and Evacuee Control' EP 207E Vehicle Decentamination Precarince EP 207F Radiation Survey Group - Plant Surveys EP 205B
' Personnel Dosimetry, Bimammy, and Respiratory Protection Group E W205C 4.5 Designate Group raadars for the functional groups formed. .
4.6 Direct team maahars to a=Mle the equipnent that will be needed
- to perform anticipated tasks (surveys, m1r'ilations, etc.).
4.7 Maintain rmmmications via any available means with the groups after tney have been sent to perform their assigned tasks.
- 4.8 Provide Plant Survey Group members with periodic plant status changes including significant radiation a p re and radioactive contamination problems which may affect the functions of the team.
4.9 Coordinate dispatching the Plant Survey Group under direction of the Emergency Director.
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\
EP-207 Page 4 of 5, Rev. 6
- =
s 5.0 Personnel Safety Team Members shall:
5.1 Report re r to the areas designated by the Interim Personnel Safety Team or Personnel Safety Team Imader as quickly as possible.
5.2 (btain emergency equipnent stored in the HP&C Operations Support Center on 116' elev. turbine bldg. or the Emergency Operations Facility as directed by the Personnel Safety Team Imader.
5.3 Verify operability of the emergency equipnent assembled in the .
HPEC Operations Support Center en 116' elev. turb. b1dg. or the Emergency Operations Facility. ,
l 5.4 Pollow the directions of the Interim Personnel Safety Team Leader
, or the Personnel Safety Team Leader.
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- EP-207
' Page 5 of 5, Rev. 6 Apperdix EP 207-1 Emergency % 1re Limits Projected m ole Body 'Jhyroid Authorized Punction Dose Dose av
- 1. Life Saving and Reduction Emergency **
of Injury 75 rem
- 375 ran Director *
- 2. Operation of Equipnent to Mitigate an Energency**
Emergency 25 rem
- 125 rem Director
- 3. Fiv w Lien of Health and i
Safety of the Emergency Public 5 rem 25 ren Director
- 4. Other
, Emergency 10 CFR 20 10 CFR 20 Bnergency s
- Activities limits limits Director
- 5. W Entry /
Recovery Administrative Administrative Activities Guidelines Guidelines N/A
Reference:
EPA-520/1-75-001 Table 2.1
- Such exposure shall be on a voluntary basis f
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' CONTHOLLED APPROYED COPYw ~
- VOID PREVIOUS Issgg NdM PEACH BCTfl01 UNITS 2 AND 3 % J / [f y y EP-209 'IELEPHCNE LIST EOR EMERGENCY USE PURPOSE:
To designate menters of the Emergency Teams and to supply pertinent capany and rcrmm emergency support personnel telephone numbers.
{
PBOCEDURE:
h The names and telephone numbers listed in the appendices of this procedure are arranged for use in an emerg0ncy. Each appendix represents a specific
[ group of personnel. In sme cases, a name will appear in more than one
[ appendix. The appendices are:
Appendix No. Description A Inmediate Notification I 'sts C Peach Bottczn Station Supervision D1 On Site Emergency Team Leaders l D2 Dose Assessment Team D3 Fire and Damage Teatr.
D4 Personnel Safety Team D5 Security Team D6 Re-Entry Team D7 Technical Support Center Group Chemistry SAngling & Analysis Team
-l D8 E Corporate Emergency Team Imaders & Support Personnel F United States Governmental Agencies G Emergency Management Agencies H P.E. Ccapany Conrultants and Contractors Il Field Suport Persmnel I2 Rad Services Call List J Nearby Public & Industrial Users of Downstream Waters K Miscellaneous L Iccal PECo Phones N Medical Support Groups P 60 Minute Call Procedure INIERIM FIRE AND DAMAGE TFMILEADERS Shift Supervisors: Refer to Alternate Emergency Director FIRE AND DAMAGE TEAM The Fire and Damage Team consists of the interim team members, the on-shift P.O.'s, APO's, and A.O.'s. The team is augmented by other personnel who are on-site or called in. The augmenting forces are trained in fire fighting but not necessarily in the emergency plan.
These augmenting forces operate under the direction of the team
- members and leaders huo have had emergency plan training. The augmenting forces are:
1
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. EP-209
'- - Page 2 cf 3, Rev. 7 l l
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- 1. Staff engineers'and test engineers
- 2. Maintenance personnel l C 3. Construction personnel 4.- Janitors ani Storeroam personnel
- 5. Delta <ardiff Volunteer Fire Department Mast personnel in Groups 1 through 4 receive PB00 fire training; Group 5 perrannel are trained in fire fighting by the Delta <ardiff Volunteer Fire Campany.
PERSGGEL SAFE 5Y TEAM She personnel safety teani is made up of on-shift P.O.'s, A.P.O.'s, and A.O.'s who are trained in the % -scy Plan Pr W nres. The teen is augmented by other site personnel such as plant janitors, test engineers,
, health strisics technicians, and others whoa re not rwwaanrily trained in the anergency Plan but will assist under the direction of the teen lan/ars and maitzers.
SENG Ale RESCUE GHOUP/FIRST AID GROUP The search and rescue group is organized by the Personnel Safety Taam Imader at the direction of the Baergency Director. It will consist of personnel to are available which knowledgeable of the plant layout and recognize conditions which could result fran the existing emergency condition. The purpose of this team is to search plant areas quickly
/ , '
to locate and rescue victims. Personnel who know plant layout and are q available make up this team are frasithe following groups:
4 Shift Operato:3 Construction Test Engineers H.P. Technicians Staff Engineers 9W_=hanna Test Branch
! Maintenance Field Engineers
, Plant Janitors INIERIM SECURITY TEAM Y2lADER AIO TEAM ) SEERS The se :urity team is made op of the Guard Force. The sergeant of the guard is the Interim Teamr aadar. The guard force is trained in security and necessary Emergency Plan Pr W nres.
RE-ENTRY TEAM The Re-Entry Team will be made up of available personnel. It is anti-cipated that personnel with scxne radiological controls experience or i training would be used. Personnel frcan the following groups are available:
Shift Perscnnel HP Technicians Staff Engineer Sane Maintenance Personnel
' Dest Engineers Scane Construction Personnel l
Specialized training is not required for personnel other than.the j team leaders. i
, V
_ _ . , . .. - _ _ . _ - ,_ _ . . _ - - . - _ . _ - - - - _ _ . . . . . . _ . . - - _ - - . _ _ . - . . - ------l
Page 3 of 3, Rev. 7 J
1 E!K3DlICAL SUPPORP CENER GROUP
'the Technical Support Center Group is organized by the Emergency C Directoc. It consists of various staff, administrative, and con-sulting personnel who can jointly provide recomendations to the anergency Director intended to correct and inprove emergency i conditions. i r
BEVIEW REQUIREMINES:
- 1. Changes to this procedure proper shall be in accordance with A-4.
- 2. Additions, deletions, or changes of names or responsibilities on the appendices shall be PORC approved in accordance with A-4.
- 3. Ocrrections by addresses oc phone nimbers on the appendices may be handled by the secretarial staff without PORC review and approval; however, these appendices sust be sign-d by the superintendent or alternate.
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."JHIIRELPHIA ELECIRIC CCNPANY PEACH BOI'ICH UNITS 2 AND 3 EP-209 APPD1 DIX C - PEACH BOI'ICM STATIN SUPERVISIN Station Superintendent E me Phone Centr a R. S. Fleixhmann l
Assistant Station Superintendent D. C.
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Engineer - Outage Planning F. W.
Ergineer - Maintenance J. K.
Engineer - 1%chnical J. E. Winzenried 1
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l EP-209 APPENDIX C Page 2 of 5, Rev. 13 Ehgineer - operations ~
S. R. Roberts l
l Engineer - HP & C A. E.
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Security Supervisor j s. .
Emineer - IsC J.'C. Clupp
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.- APP M IX C Page 3 of 5, Rev. 13 l
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7.'m71neer - Chemistry ;
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H. L. Watson I ,.
j Engineer M th Physics j
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Engineer - Reactor A. J.
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EP-209 APPENDIX D-7 'IECHNICAL Surh m m ' /I'#'[ !
l Emergency Direcur
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R. S. Fleischmann Alternate l l
D. C. Smith !
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'It<hnical Ergineer !
l J. E. Winzenried Alternates S. A. Spitko S. R. Roberts J. F. Mitman l G. F. Dawscn A. J. Wasong Supervising Engineers & Alternates Outage Planning Engineer F. W. Polaski Alternate: T. Niessen Administration Engineer S. J. Kovacs Results Ergineer J. P. Mitman I
Alttrnate: J. Jordan
, I & C Engineer c J. L. Clupp !
l Alternate: S. Hess
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APPENDIX D-7
- Page 2 of 3, Rev. 13 I i
i Performance Group:
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EP-209 APPENDIX D-7 Page 3 of 3, Rev. 13 Data Display Operators - 2 required Notify one of the five persons in the order listed be_ low. The person notified will cxxitact the Data Display Operators.
I 1. R. O. Carr
! 2. K. T. Voight
- 3. C. E. Andersen
- 4. D. A. Davridge !
- 5. D. D. Burguard l
- *** Required to report to the ECF when activated. l i
-l Secretaries l l 2 required l
Home Centrex I L. McCleary W. Felts T. Hutton l C. Brainerd
, S. Holgate J. Willi >ws 1 J. wiley l
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s s PHIIAELPHIA ELECTRIC l
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1 EP-209 APPENDIX D-8 OIDitS'IRY SAMPLING & ANAI!YSIS TEAM !
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Chemistry Sampling & Analysis Team Ieader Scme Phone Centrex Harry Watson -
Alternate Gemistry Sampling & Analysis Tearn hader I
G. Barley I
Chemistry Sampling & Analysis Team W rs i l D. Odell J. Valinski _
T. King B. Wargo D. Chase R. Arters F. Kovacs i
W. Hoopes l
$ Supplemental Forces are available frcan Rad Services Inc. Appendix I-2.
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' APPENDIX I-l Page 3 of 4, Rev.15 G. H. Gellrich ;
J. E. Hessler, Jr.
S. J. Mannix F. F. Mascitelli l
S. L. Wookey i
- J. Troiano i
j Y. Yourg 1
i K. McGuigan l T. acek i
j L. Martin I
J. Lehane l M. Alderfer l L. Baccino i -.
S. G1enn R. Frisby
! E. Naill J. Caval i
i D. Shaulis -
J. Kovalchick i D. Horne u
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D. Shortes C. J. Catb ell l
l D. Bertocchi I
l l J. Anthcny 1
B. Petty L. Ericscn
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YOID FREVIOUS 138UI APPENDIX I-2 j
b DISTRIsuTIch i'd =*1 Page 1 of 1, Rev.12 i REASC i
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PEIIADELPHIA EI2lCTRIC CCHPANY [
1
- l PEAm BorKM INITS 2 & 3 '
EP-209 APPE:OIX I CHEMISTRY AND BEArmt PHYSICS O2FIRACICR CAIL IJST ,
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DISTRIBUTION PER A-2 E8 c
t . _ _ c _ ,,, g-y ix PERG BOFITN INITS 2 AND 3 DERGENC, PIAN IMPLEMENTING Planrimr1RE s
EP -210 Dose Aaaaanmant Tema
Purpose:
To define the actions of the Dose Aaaaaamant Team.
References:
~
Peach Bottom Atcanic Power Station Emergency Plan Section 5.2.1.5.6 and 6.6.1 D 316 namilative Population Dose t'almi1=tions !
PP 317 Determination of Protective Action Damwurdations W 318 Tdrytial lanlaana Dose t' alai 1=tions - Water EP 319 Liquid Dalaana Dose r'al, i13tions - Fish EP 325 Methodolevy for Using the Containment Radiation Monitor Dose Rate vs. Time Curves to Estimate Source Term Available for Balamaa g m. D 209 Appendix P - Staffing Augmentation 5 i-b Appendices:
D 210-1 Dose Aaaaaamant Prreewliires & Application j D 210-2 Ccntacting Radiation Management Corporation (19C7 Action Ievel:
'Jhe Dose Assessment Team shall be activated by the Emergency Director.
Irrmediate Actions:
1.0 Dese Aanmaamant Team Imader shall:
1.1 Utxm notification of an alert or above condition, activate team menbers, assign emergency roles and direct them to report to EIF.
1.2 Proceed to ECE' (second f3cor Unit 1)
- 1.3 Establish contact with the Site Emergency Coordinator
.(or Emergency Director under Alert Condition).
l 1.4 Coordinate dispatching the field survey squads under the
" direction of the Site Emergency Coordinator or*the Emergency Director.
I
i
. EP-210 1 Page 2 of 4, Rev.1 1.5 Initiate m1 m1=tions as m aary, see Appendix I.
1.6 Upon coupletion of EP 316 m1m1=tions, 4-1===nt EP 317,
-( De*armination of Protective Action Reccmmendations. j 2.0 Dose Aa===== ant Team Manhars shall:
2.1 Check supyly of data and work sheets and m1mlatogg, 2.2 Establish data acquisition mode; i.e., T7 nonitors or direct link to control rom.
2.3 Perform m1m1=*ima as directed. -
2.4 calm 1=te integrated and projected dose and post on status board.
ICE: Status Board keeper will post board and transmit -
copies of status board data to TSC and BQ ESC. l t
Pollow Up Actions:
1.0 Dose Asmamant Team Ieader shall:
1.1 Coordinate with the Chemistry R== ling and Analysis Team romaar to obtain chemistry saspling and analysis data.
tj 1.2 Keep Emergency Director, Site Emergency Coordinator, and Health Physics and Chemistry Coordinator informed of dose projections.
1.3 Prepare Appendisc EP-210-2, Contacting Radiation Management Corporation (IOC), when requested by the Site Emergency Coordiantor.
1.4 Establish contact with Pennsylvania Bureau of Radiation Protection and Maryland Division of Radiation Centrol representatives in the ECE' and keep these agencies informed.
1.5 Participate in EDP briefings and provide current dose assaammant and protective action information.
2.0 Dose Assessment Team Maters anall:
2.1 Continue available.to refine m1~tions as new data beccmes 9
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< 1 Appendix EP-210 Page 3 of 4, Rev.1 l
' DOSE AN Ppnmv1RES APPLICATION V Input Radiologial Data d Applicable Procedure-
' Noonal range acnitor release rate W 316 Manual or ocuputer Method to determine dose High range monitor ralaaaa rate D 316 Manual Method -
to determine release rate -
for Manual or ocmputer Method Containment rad i monitor dose rate W 325 l
to estimate ralanea rate i for Manual or Ccaputer Method !
ParHenlate filter and Iodine cartridge D 316 Manual or data- Ocuputer Method to estimate dose. (2) Use
' Manual Method to determine deposition concentraticn.
Field survey - I-131 or cocoentration EP 316 to estimate
( thyroid dose ocarnitment w rate.
Liquid Palamaa data EP 318 and/or EP 319 as We=G.
General E tes:
1.
Dose Model is primary m1c'lation method when in operation.
- 2. 1 EP 316 " Rapid" m1m12tions are conservative and assume normal flow conditions, predetermined wiMWs and turbulence cla==as. i l
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EP-210 1 Page 4 of 4, Rev.1 Appendix EP-210-2 camcrnu RADIATIm maamerr cORPORATIm
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Phone Nurter e 'Ihis is (Name) representing the Dose Assessment Team I
of the Peach Bottcut Atomic Power Station.
I 1here has been a release of radioactive material from the Unit (2), (3) plant and your assistance is required in the following areas:
Radiation Surveys ( Iow Level High Level) 1 BEm GN4A NEITSCH !
Decontamination ( ALPHA, BER, GN+R) l I
, 4 Envircomental saqle analysis :
i Air particulate sam les collection / evaluation Bicassay 4
hto1 % counting other (Specify below)
- V Approach the site from (direction, route, etc.).
Respiratory protection (is/is not) necessary.
Anti-ccntamination clothing requirements are:
full partial (becties, g]mves, other)
Additicnal ccnnents:
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, EP-307 Page 1 of 8, Rev. 1 i RED:
CONTROLLED APPROVED COPY-
. _ ,L Y0ID PRMv1000 183dA 4 DISTRIBUTION PER A-3
.77 PHIIADELPHIA FM'I'RIC CO@ANY l
PEPG BOTTCM UNITS 2 & 3 DERGENCY PIAN IMET.2MENTING Ppnm1RE L
1 EP-307 RECEPTICN AND ORIENmTIN CF SUPPORP PERSONEL PURPOSE: i l 'lhis prevwhwe defines the actions to be taken to receive and orientate those support personnel who will be casing onsite in the event of an emergency at the )
l Peach Bottan'Atanic Power Station.
REFERENCES:
- 1. Peach Bottaa Atomic Power Station Esrggecy Plan Section Title 5.3.1.3 Support Personnel Procurement Group b 5.3.1.4 Western Division Accomodations Group f APPENDICES:
EF-307-1 Support Personnel Security Icg EP-307-2 Support Personnel Dosimetry Issuance Icg EP-307-3 General Engloyee Training, General Respiratory Training, and Reepiratory Fit Test Attendance Sheet
- ACTIN LEVEL
'Ihis procedure will be W1-nted when the arrival of offsite support per- '
sonnel requested by the Philadalrhia Electric Ccupany is anticipated. Normal notificaticn of arrival will be fran the Peach Bottan Security or Corporate Headquarters to'the Site Emergency Coordinator.
j PRECAUTICNS:
1.
Ensure that all support personnel initially report to the President's
' training and work assignments. Utility Building (PUB) to obtain the appropriate security ba
%m .
EP-307 Page 2 of 8, Rev. 1 DMEDIATE ACTICES:
1.0 Site Emergency Coordinator shall:
1.1 Inform the Planning Coordinator to handle all inoming support per-sonnel to ensure that these people are properly indoctrinated and trained in their function at the site.
2.0 Planning Ccordinator shall:
2.1 Direct the Security Team roadar to assign a Security Team Member to report to the President's Utility Building (PUB).
l 2.2 Direct the Personnel Safety Team Tmadar to assign a personnel dosimetry, bimaaay, respiratory protection group member to report to the President's Utility Building (PUB).
2.3 Direct the designated training personnel to report to the President's Utility BuiMfng (PUB). i 3.0 Security Team Mannhar shall:
3.1 Obtain an adequate supply of tenporary security badges frm the Security Building.
[ 3.2 Proceed to the President's Utility Building (PUB) when directed to do so by the Security Supervisor.
3.3 Cu. w et follow-up actions upon arrival of support personnel.
l 4.0 Personnel Dosimetry, Bioassay, and Respiratory Protection Team Member shall:
4.1 Obtain an adequate supply of dosimetry devices frcan the Dosimetry Office in the Security Building.
4.2 Proceed to the President's Utility Building (PUB) when directed to I do so by the Personnel Safety Team Imader.
4.3 Ccumence follow-up actions upon arrival of support personnel.
5.0 Designated Training Personnel shall:
5.1 Proceed to the President's Utility Building (PUB) when directed to to so by the Planning Coordinator.
5.2 cmmence follow-up actions upon arrival of support personnel.
9 Y
O O EP-307 Page 3 of 8, Rev. 1
- BGEN-UP AcrICNS:
1.0 Security Team Menbar shall:
1.1 Direct arriving support personnel to fill out the acpropriate sections of Appendix EP-307-1, Suppcrt Personnel Security Iog.
1.2 Issue each of the support personnel a tenporary security badge. (This may require personnel to go to the Uhit 2 snd 3 Main Guard House.)
l 2.0 Personnel Dosimetry, Binaammy, Respiratory Protection Tama Member shall:
2.1 Direct arriving Support Personnel to fill out the appropriate secticas of Appendix EP-307-2, Support Personnel Dosimetry Issuance Iog. (Ensure that all support personnel prwide Visitor History Record and Occu-pational External Radiation Wre History Information prior to issuance o2 dosimetry.)
2.2 Issue each of the support personnel the appropriate dosimetric devices l (as directed by the Personnel Safety Team rmaamr), i 2.3 Ensure each person understands the principle behind the use of the KI tablets and the fact that they may be required to utilize this radio-protective drug should radioiodine levels reach greater than 10 rem in their environment.
L 3.0 Designated Training Personnel shall:
3.1 Request fran the Support Personnel Ammandations Coordinator through the Planning Coordinator the following information:
3.1.1 Approstimate rmhar of support personnel aaE= ted.
3.1.2 Arrangements for hotels and meals.
I 3.2 Request from the Planning Cocrdinator information regarding the Team or Staff the Support Personnel are to report to.
3.3 Request frcun the Planning Coordinator information regarding the Plant
- status.
3.4 Assenble personnel in the classroon and prwide then with the follow-ing information:
3.4.1 Basic description of the Plant status 4 3.4.2 Work shift hours they will be assigned to
- 3.4.3 A.
- rangements for hotels and meals 3.4.4 Lerson they are to report to -
l v- - - - - , . - - , . - - - _ - , - - . -- - ---.,, ,.----
EP-307 Page 4 of 8, Rev. 1 y 3.5 With the same group conduct a General Enployee Training Class. Also, if necessary, conduct a Generd Respiratory Training Class and Res-piratory Fit Test.
NDE: Apgeldix P2-307-3, General hplayee Training, Gereral Respira-tory Training, and Respiratory Fit Attendance Sheet must be filled out in order to @==nt all training.
3.6 Contact appropriate station personnel assigned the responsibility for supervising the support personnel, request authorization to release personnel to these station personnel and have them met the support personnel at the entrance of the Security Building.
3.7 Palamaa support personnel if authorization is received. Icg the name of the PEC) " Supervisor" who is responsible for these support person-j nel on Appendix EP-307-1, Support Personnel Security Log. ;
4.0 Planning Coordinator shall: I 4.1 Inform the Site Emergency Coordinator when the designated support personnel have been properly indoctrinated and trained and are ready for work in the plant or on the site.
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1 of 2, Rev. 2 '
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, PHIIAIELPHIA arJ!r'ntIC (XMPANY PERCH BCHTCM IMITS 2 Att 3 REGNCY PIAN Il@LDENTING Ppnmynts 4
~EP-312 RADIQACFIVE LIQUID RELEASE (BElnN*T DIRECTCR RMCTICNS)
PUt4FOSE:
' TO prescribe the actions of the Bnergency Director in the event of an excessive radioactive liquid release. The Site Energency Coordinator shall assians these responsibilities upon activation of the muergency operations Facility.
REFEREtO S: '
Bnergency Plan, Sec. 6 (Bnergency Measures)
EP-209, Appendix J EP.-318 i' EP-319 i APPDCICES:
i -
None 1
ACTIW IEVEES:
- An e - mive radioactive liquid release occurs, as indicated by
- 1. The Radweste Effluent radiation recorder at the discharge to i
conowingo Pond indicates a release rate of 500 times the maxima
-5 i permissible concentration which is 5 x 10 uCi/oc for an un- .
identified i=* m .
- 2. Semple measurenants at the discharge structure indicate 500 times
- -5 maxima permissible concentration which is 5 x 10 uci/oc for an unidentified isotope.
1 Ppnmwnts:
?
1 Inmediate Actions:
i 1. The Ghift Superintendent (or alternately, the Shift Supervisor) j *shall -
s~ a. Asame the role of Interim anergency Director and carry out the ;
steps of EP-101 to classify the event. Depending on the class-i ification of the emergency, carry out the steps of EP-104 or 105. 1 i
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EP-312 e '
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Page 2 of 2, Rev. 2 i b. Take inmediate steps to terminate the discharge and contain l
. the hazard. -
l l c. Direct the chemistry Sangling and Analysis Team to report to the discharge structure to obtain and analyse water sanples.
\ d. Direct the Does Assessment Tema Imader to < =1r=51ste the l activity released and the resulting downstream concentra-tions, using EP-318 and 319 Dose Projections. l BE PREPARED TO IOfIFY DOME 5 TERM IX3El5 TIC M5ER USERS IF REQUESIED TO DO SO BY 'tHE BURERU W RADIA5'ICH PROHCTIGi - (see EP-209 App J) i REMIS-UP ACTIGE:
! 1. The Interim Boargency Director or Energency Director shall dires -
continued surveillance of the discharge structure equipment and initiate required decontamination efforts as soon as possible.
'I
- 2. The Site anergency Coordinator shall l a. Direct the dismistry Sampling and Analysis Tema Imader to dis-l patch survey teams to obtain water sangles off-site, primarily
, , at the following downstream public water system intakes (1) Chester Water Authority (2) Baltimore Water Supply Bureau (3) Conowingo Village
'{ (4) Bainbridge Naval Training Center / Port Deposit (5) Perry Point Veteran's Hospital (6) Havre & dace (7) Perryville i
- b. Direct that a log be kept to indicate the time of sangles and measured radioactive concentrations at appropriate locations ,
along the pond, including all public water system intakes.
- c. Direct the Dose Assessaant Team Imader to r altislate the es-timated time of maximum radioactive concentrations at various j public water system intakes using EP-338.
- d. Direct the Bnergency Operations Facility Canmunicator to notify downstream domestic water users if requested to do so by the Bureau l of Radiation Protection (see EP-209, Appendix J).
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EP-313 4 CONTROLLED APsROVED 98 C0FT4
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DC*W f;to47 PFJG BOFKM IJNITS 1 ti 3 EMERGENCY PIAN IMPLl!NENETION PROCEDURE EP-313 (INFRO[. OP 'Dr/RDID BICCKING (KI) TABIMS PURPOSE:
To provide guidelines and instructions for the administration of potassium t iodide (KI) to on-site personnel for use as a thyroid blocking agent to provide Protection against airborne radioiodine. i
REFERENCES:
t
- 1. Peach Bottom Atomic Power Station Emergency Plan Section Title 6.4.2.3 Use for Preparation of Radio-Protective Drugs
- 2. NUR m 0654 Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants APPENDICEC EP-313-1 Graph of I-131. concentration vs. in-plant personnel stay time.
EP-313-2 Graph of I-131 concentration vs. off-site personnel stay time.
EP-313-3 KI Administration Record Form.
PCfICN LEVEL: .
KI is administered when the mic'hted actual or potential thyroid absorbed dose is equal to or greater than 10 rem.
PREDUfIONS:
- 1. 'Ibe taking of KI tablets is strictly voluntary for each individual in-volved. However, once administered, dosage should be 100 mg/ day for 10 consecutive days.
- 2. Personnel having allergic reactions to iodine should be administered KI cnly after risks of iodine accumulating in the thyroid vs. possible
, side effects due to KI are weighed. -
- 3. Prior to administering KI, the Personnel Safety Team Imader shall ensure v !
that the shelf life of KI tablets to be used has not been exceeded (shelf life of KI tablets is approximately 2 years). ,
1 i
L'
.* i. EP-313
, , Page 2 of 6, nov. 1
,e, 4.- All persons using KI as a thyroid-blocking agent in a radiation accident should be f=iliar with the possible following side effects:
- a. skin rashes
- b. swellirg of parotid glands ("lodido steps")
- c. setallic taste in mouth
- d. burning prmth and thnet e., sore teeth and gtaus
- f. rash a
- g. synytcus of a head cold
- h. gastric upset, and -
- 1. diarrhea IBGEDIATE ACTIQB:
l 1.0 Parsonnel Safety Team Imader or Interim shall:
4 1.1 Determine the need for administering KI as follows:
- a. Determine the I-131 airborne concentration kci/cc) in the affected area (s) by using the Eberline SAM-2.
- b. Divide the I-131 concentration by the protection factor of res- -
piratory equipment, if applicables
(
Respirator Type Protection Factor (PF)
Air purifying (face piece, full) 50 Atmos. supplying (face piece, full) 2,000 SCBA (face piece, full) 10,000
- c. Determine the stay time (in minutes) of the indiviainla in the affected area.
i d. Iccate the intersection of these points on the appropriate .
I graph of I-131 ocusentration vs. stay time (Appendix EP-313-1 j for in-plant personnel and Appendix EP-313-2 for off-site j personnel involved in field sanitoring).
, e. If the projected dose is equal to or greater than 10 ram, KI adininistration is reconnended.
l.2 Diam == need for KI with anergency Director to obtain concurrence prior to administration of tablets.
t 1.3 Inform HP&C Coordinator at the HPEC Operations Support Center (on
- , 116' eley. turbine b1dg.) to assemble affected or intended people to l
~
receive KI in the Medical Room in the Radwaste Building at elev. 135' for tablet distribution.
4 l % 1.4 Ensure that personnel who have been exposed to radioiodine thyroid dose of 10 rem or greater receive the first KI tablet (130 ng) within 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> of such exposure. Additionally, ensure that these people re-s e
. - _ . . _ _ , . _ _ _ _ . - _ _ , . , , _ . , _ _ , _-,____._.____r__, -,,,,,__,,mm__,._,_,, , . _ ~ _ _ _ _ _ _ . , _ - , - _ . _ - .
- e. -
EP-313 1
< Page 3 of 6, Rev. 1 f
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oeive tablets daily for at least three but not more than 10 consecutive days after epnmitre. Consult PEco. Medical Director for further gui-dance if w eary.
2.0 HPEC Operations Support Center coordinator shall:
2.1 Assemble those personnel who are to receive KI as directed by the l Personnel saf.ey Te.m I.eder.
, 2.2 Ask personnel if they are known to have allergic reactions to iodine.
. If no reaction is known, advise all indivMitala that taking KI is strictly voluntary. If a person does have an allergy to iodine, dis-
- cuss this situation with the person involved and Personnel Safety Team Imeder to ensure a full understarsling of risks of not a&ainistering j
KI vs. the side effects which may occur if taken.
i 2.3 Administer KI tablets (one 130 mg tablet endt) to all intended per-sonnel.frca tablet supply in RedWeste Building medical room on elev.
j -
135' radweste building. Iog each person's name, social security no.
- or payroll no., ocupeny/ dept., and date on the KI a&ainistration re- '
oord form (see Appendix EP-313-3).
4 2.4 Upon ocupleticu of the a&ainistration of KI, report the names of the 3
.l, r people who received KI to the Personrel Safety Team am,1er.
t --
N ACfIQEI i
l 1.0 Radiation Protection Teamr aarier or Interim shall:
1.1 Notify the PICo. Medical Director and Emergency Director of all j persons who received KI.
i 1.2 Ensure that KI is administered daily to each person on the form until the accumulated dose is 1 gm of iodide or as otherwise directed by the PE00. Medical Director. The time required to aosmilate 1 gm of idide .
1 is 10 days.,
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EP-313 .
APPENDIX EP-313 ,2 ;
, . Page 5. off,. Rev.1
\
g oj coo : . i e i s ers . . i ..... ~*
. . . i n. . . - T r . . . ..
E.t i Basis :
i +
we = i.48 Re /)* u as>uum (- -' - .
. Assume BRsawwe, b:
' ~
, 1 y 16 bcs./we, ret sit,8 HR. 'arxRsuc.ss -
10003 -
~ 2 518' cs/ w e. Fet eNeumst W ** ,
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30 Days. , . " ~~
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100.0,
- n i e - -
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. y l vs IC.C _ , 14 IIf.- I 4 , "
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/ APPENDIX EP-313-2
._, ,- 'f' .
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Stay Time vs. I-131 Concentration 1 o g [- ' For Off-Site Field Monitoring Personnel -
gg - 214K 1
- - L - -
=.
l . . /,
4 I HA EXCJRC TIME -
/
. 0.01 : /-
/ .
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' p 0F .T -131 .
4 O . O Of . .) A.
- e.s.t.u.t . a._:_:. n s a a u, _.. n n tJ.1,, a ,_,
g-$ . e-S ge- 7. g.6- , um ., -
AlfL602 M2 X-1K. Con /CEN.TEATLont A CA./.g.)- **
(t) refe V.Isas See calculak,ed using the old dose converslow f(e'r.' f-1 re nce is 1.5 x t06 , Howver, the old converslow 1.8 x 10
~
i s in sed See ce a se rva f e~s o.
l (1) To aff rowlete the ehnlJ (6 . dhe to ode year worst case) thyre,.'d dosc fr nSe .
\
1 sosit dose miHply tt by a 4sdee onb 1
- - - - - , . - . - - - ,,.n.-._,.,_,,.-n--.-v-,,,,_n.,,,-,,-n
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, ., EP-313 Page 6 of 6, Rev. 1 7..,
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APPEtWIX EP-313-3 II A& ministration Ftma S.S. 9/ Company /
Name Payroll No. Dept. Date 9 ' c- s t Dates i
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!50NTROLLED AdROYED COPT.s
% 501D h ...os ISSUE Page 1 f 183, Rev. 5 kj
('s DIstaisuclux Psa A-7.
/
'O b prST PsIuestasIA EucraIC omeANY PNG BoritM UNITS 2 Am 3
- BSGNCY PEAN DetBENTING PIOCEDURE k
EP-316 CUWUSIVE POPUUEIGN DOSE CAIGEATIONS PalWOSE ,
To provide methods of estimating the site bount*ary and offsite airborne
. concentrations and resulting whole body doses and/or thyroid doses when the
- Corporate ccuputer Does Model is unavailable.
- 1. Peach Botton Atomic Power Station Energency Plan I Section Title i 5.2.2.2.1.C Radiation Protection Team - Does Assessment 4
6.2.1 h t methods for determining
, s magnitude of release to the atmosphere j 6.2.3 Population Exposure Estimates
, 3. t a mG 0654 Criteria"for Preparation and Evaluation of Radio-logical amargency Response Plans and Prepard-j ness in Support of Nuclear Power Plants
- 4. EP-103 Alart Inmediate Actions 1 .
4 5. EP-104 Site anergency Inmediate Actions j 6. EP-105 General Bnergency Innadiate Actions
- 8. EP-205A Chemistry Sangling and Analysis Tome
- 9. EP-210 Dose Assessment Group
- 10. EP-317 Determination of, Protective Action Roccanendations i
- 11. EP-325 Methodology for Using the Containment Radiation j
Monitor to Estimate Source Term Available for
, Release
- 12. EP-315 Cheporate Caputer Dose r'alculations
- 13. EP-316 History File 1
m ._ - - , . _ - _ , _ . , , , . - . - , ~ . . _ . , , ,.<,.,,-..,,%,,,-.,-...-e-y- - - , . _ . - - , . , , . - ,., , ,, . . -m___, ,m--,,ry--..- y,,,..,_.,.,.-y, ,m---
EP-316 Page 2 of 183, Rev. 5
.b _
acrIcu Inn.
An alert or higher level emergency has been declared in accordance with 3
EP-101, " Classification of Energencies".
calanlations performed in this rhe should be diecked$y an independent reviewer. calatlation results should be verified as soon as practicable
- by plant survey squads (within security fence) or field survey squads i (outside security fence).
- i DeeDIME AcrItzes i 1. Shift Supervision shall:
1.1 Perform the following steps until qualified does assessment personnel are availahia.
4 i 1.2 Contact the chemistry Sampling & Analysis Tema Imader and i direct him to have the Chemistry Sampling and Analysis Group j ooneet and analyse appropriate gas, iodine, and particulate i samples from the Main Stack and/or Boof Vents in accordance l with EP-205A.7.-Cbtaining the iodine and particulate sangle from the Main Stack and Roof Vents following accident conditions.
! 6 i 1.3 Direct the Chemistry Sampling, & Annalysis Team Leader to provide the sample analysis results to the individual performing these cal-culations as soon as results are available.
l 1.4 Perform the RAPID mamma =nant <*alantations in Section 1 and/
or 2 of this r h e and determine the HIGHESP offsite whole
! body and thyroid dose.
- 1.5 Record the results on the Rapid Input Data Sheet for EP-317 1 . (Worksheet 13 Appendix A) and forward that sheet to the i meergency Director for performing EP-317 Determination of i Protective Action R=<=amandations.
j 1.6 continue to perform Steps 1.4 and 1.5 during and after the
! release.until qualified dose assessnent personnel are available.
I 2. Dose Assessaant Team shall:
t
! 2.1 Perform the Rapid ========qt nalantations in Section 1 and/
- or 2 of this procedure and determine the HIGHESP offsite whole body and thyroid dose.
] ,
2.2 Record the results on the Rapid Input Data Sheet for EP-317 (Worksheet 13 Appendix A) and forward that sheet to the, Emergency l - Director for performing EP-317, Determination of Protective l Deconnendations.
i j, 2.3 Perform the REFINED whole body and thyroid dose calculations i'
in Section 3 of thTs procedure and determine the highest offsite whole body and thyroid dose.
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EP-316 Page 3 of 183, Rair. S b
2.4 Decord the results on the Refined Input Data Sheet for EP-317 (Wbeksheet 12 Appendix A) and forward that sheet to the Bnergency Director.
2.5 Continue to perforia the above steps as new data becanes available, until you are relieved of this duty or until you are instructed that these calmlations are no longer required.
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. .e EP-316 Page 4 of 183, Rev. 5 EP 316 IltEX Section 1. Rapid Assessment Using mest Case Meterolow 1.A Highest Offsite Nhole Body Does 1.8 Bighest offsite Thyroid Does Section 2. Rapid Assessment Usirs Actual Noteorology l 2.A Bighest offsite m ole Body Dose i 2.3 Righest Offsite Thyroid Does i
Section 3. Refined A-mt of mble Gas and Radioicdine Releases j 3.1 Pitana Centerline mole Body Doses based on the Assessment of
- Noble Gas Releases from the Normal Range Monitors
_ 3.1A. Encun Isotopic Breakdown i k,.; ~ -
3.18. tk*nown Isotopic Breakdows t
3.2 Pitana Centerline mole Body Doses based on the Assessment of the Radioicdine Releases from the Rich Range Monitor l 3.2A. Known Isotopic Breakdown 3.25. tk*nown Isotopic Breakdown ,
i j 3.3 Off-Plume Centatline m ole Body Doses 3.4 Pitsee Centerline Thyroid Dooms based on the Assessment of i Radioicdine anlesses from the Normal Range Monitors f
j 3.4A. Known Isotopic Braalr %
3.48. Unknown Isotopic Breakdown
{ {
- 3.5 Pitana Centerline Thyroid Domes hamad on the Assemt of
! Radioicdine Releases from the High Range 2nitor l
3.5A. Known Isotopic Breakdown t 3.5B. Unknown Isotopic Breakdown
{ m 3.6 Off-Plume Centerline Thyroid Doses
- 3.7 Thyroid Does Rates fran Field Survey Data 1
- 3.8 Cround Deposition Concentrations i 1
1 4
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EP-316 Page 5 of 183, Rev. 5 A
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3.84. Pitana Centerline Offsite Ground Deposition Siiiantrations 3.88. Off-Pitana Centerline Offsite Ground Deposition Concentrations 3.9 Pluma Travel Time f
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o EP-316 Page 6 of 183, Rev. 5 k# M .As Worksheets Appendix 8: Count Rate Conversion Graphs Grash 41: Main Stack Nonnal Range Monitor Graph 62: Boof Vents Normal Range Monitors Grash 63: Main Stack High Range Monitor Grash 64: Roel Vents High Range Monitor ADDendix C: Table of Contents for the Relative Dispersion Fadcors (X/Q) .
I
, @ ix D: Dispersion Factors (X/UJ
' Appendix E Isotopic Abundance vs. Decay Time Since the Reactor Shutdown Ascendix F: Population Distribution l
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EP-316 Page 7 of 183, Rev. 5 r
(-
SECTICBI la RAPID ASSESSeff USING ICRST CASE MLTER0t4GY 1.A HIGE!SF CFFSITE MCt2 BG)Y DOSE
- USE THE NCREL RADIATICBI M3tITOR (RR-2(3)979 FOR THE ROCF VENTS Am 15N)-17-051 FOR DEC MEN SERCK) ICR ALL CMCUIATIONS UNLESS REhDINGS ARE OFFSCME. IF BIE NORAL RANGE M3fITOR IS CFFSCM2, USE THE HIGI RAN3 M3tITCR (RR-7127) ICR CMCUIRFICMI.
g RV2 RV3
- 1. Indicate the point (s) of relatue.
- 2. Record the peak count rate. ces cpm cpa
- 3. Record the flow rate. cfm cfm cea
- 4. Using the count rate fras Step 2 and the flow rate from Step 3, perform the following appropriata =1m1=tions t
~
Main Stack Release Normal High Range Range m ale Body Count Rate x Factor or Factor a Dose
-5 -5 Fce 10,000 cm: cps x 9.81 x 10 or 1.38 x 10 = mram 1
at 5.00 miles
-4 -5 11,000 cm cps x 1.42 x 10 or 2.00 x 10 = mesa at 5.00 miles
-4 -5 20,000 Cm: cps x 1.77 x 10 or 2.49 x 10 = mrem at 5.00 miles
-4 -5 30,000 cm cps x 1.61 x 10 or 2.26 x 10 = mrom at 5.00 miles l .
e em 4
- - . . , - -- ,r_, ym.---_---------- - - . - - - , _ - - - - . - - 3 - ---------
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EP-316 l Page 8 of 183, Rev. 5 )
p, amor vent Relene T r
Normal High I Range Aange Nhole Body count Rate x ractor or rector = Dose f._
-5 -8 ',
R e 100,000 CrM cpa x 1.52 x 10 or 2.30 x 10 = -
at 1.50 miles
-5 -8 ,
200,000 CIM: cpn x 2.86 x 10 or 4.32 x 10 =
at 1.50 miles
-5 -8 300,000 C2M: cpn x 3.72 x 10 oc 5.61 x 10 =
, 4 4 400,000 C2N: cps x 2.40 x 10 3.63 x 10 =
i at 1.50 miles r
' MIS DOSE IS ' DIE HIQlEBr CWPSITE WEEE BODE DOBE DUE '20 A MIN SBCK OR ICCF VPNr REIEASE LBEER SBBER W'mrurwr, ar Q3CITIC35, USING ' DIE ISOEFIC ABt2thMCE PIEEENT kr 2.50 lEURS AFIER ' DIE REACEOR SIEFIDOW.
! 5 -v 1.8 HIGIErr ersr5 'DDGOID 0055 i
J 'UBE 'IME COUNT RM AND FI42i RM FIEM SBOTION 1. A ICR '558 70LIOfING
. CAECUERFIC35:
i Nain stack Releman .
- 1. t'atailate the inhalation and ingestion.deses.
! Inhalation i
Normal High j Range Range Inhalation l Flow Rates Count Rate x Factoc or Factor / = Dese 1
1 -3 -4 j
Pbc 10,000 CFM: cps x 1.04 x 10 oc 1.45 x 10 = mean j
at 5.00 miles
-3 -4
- 15,000 (2M
- cps x 1.50 x 10 or 2.11 x 10 = mese 4
at 5.00 alles
-3 -4 j
20,000 CrM cps x 1.87 x 10 oc 2.63 x 10 a meem f
at 5.00 miles
. -3 -4 l , ,_, 30,000 CFM: cps x 1.70 x 10 oc 2.39 x 10 = mees j at 5.00 miles 1
.. _= _. -_ - - - . .. _
l EP-316 Page 9 of 183, Rev. 5
.L M m arrrrmgg3g 33 agr 33CESSMtr ICR PASREIR FEEDE PERICO OF APRIL TINXXEt ICYBMR. DM DOSE PCR IMIBGER 10 MMat SIhLL M 250.
Ingest 1Gtt 4
. Itzinal RL3h mange mange Ingestion Flow mates count mate x Factor or Factor = Does
_1 -1 hr 10,000 cm cpo x 7.40 x 10 or 1.04 x 10 = meest at 5.00 miles
-1 J 15,000 CrM cpe x 1.07 or 1.51 x 10 = arest N
_t j 20,000 CNN: cpe x 1.34 or 1.88 x 10 = arem at 5.00 miles 1 -1
' cpe x 1.22
~
c 30,000 CfM or 1.71 x 10 = meen ET.1Riisn 1
~
- 2. Add the inhalation and ingestion doses to obtain a total thyroid l (icdine) dose.
Inhalation dose + ingestion does a thyroid dose ,
- arem + -
meme = arest at 5.00 miles I
1 MIS DOSE IS TIE HIGest WFSITE THMIDID DOEE DUE TO A EDI SBCK I
letansa tacER Smeta mwmanrrmmr. categyzagg, ugDIG 1004 I-131 4
DOEE (IBlVBWIQ4 FACER.
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EP-316 .
Page 10 of 183, Rev. 5 1
C Boof Vent Release
- 1. r'al mlate the inhalation and ingestion doses.
Inhalation Normal High
- Range Range Inhalation Flow Rate: Count Rate x Factor or Factor = Dose
-2 -5 For 100,000 CEM: cpn x 1.23 x 10 or 1.85 x 10 = mrem at 1.50 miles 1
-2 -5 200,000 CEM: can x 2.30 x 10 or 3.47 x 10 = mrem at 1.50 miles
-2 -5 300,000 CEM: cpn x 2.99 x 10 or 4.51 x 10 = mrem at 1.50 miles
-2 -5 -
400,000 CEM: cpn x 1.93 x 10 or 2.91 x 10 = mren at 1.50 miles EE INGESTICN CAIGIATICE IS CNLY NFrTA"W EUR PASTURE FEEDING PERIOD T t
APRIL ERCUGH NOVDEER. INGESTICH DOSE EUR DECDEER TO MMCH SHAIL BE ZEBO.
Ingestion Normal High Range Range Ingestion Flow Rates Count Rate x Factor or Factor = Dose
-2 For 100,000 CEM: cpn x 8.77 or 1.32 x 10 = mrem at 1.50 miles 1 -2 200,000 CEM: cpn x 1.64 x 10 or 2.48 x 10 = mrem
, at 1.50 miles 1 -2 300,000 CEM: cpn x 2.14 x 10 or 3.23 x 10 = mrem at 1.50 miles 1 -2 400,000 CEM: cpn x 1.38 x 10 or 2.09 x 10 = mrem
, at 1.50 miles
- 2. Add the inhalation and ingestion doses to obtain a total thyroid
_. (icdine) dose.
Inhalation dose + ingestion dose = thyroid dose mrem + mrem = mrem at 1.50 miles
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1 EP-316 Page 11 of 183, Rev. 5 s
4 C M DOSE IS E HIGHEST OETSITE 'DIYROID DOSE DUE '10 A ROOP VENT N M SM ME2KBOLOGICAL CCNDITICNS, USING 1004 I-131 DOSE CONERSICH FJCIOR.
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. Page 12 of 183, Rev. 5 b SECFIQi 2: RAPID ASSESSMENT ACRRL M!lTER0[OGY 2.A HIGHEST OFFSITE 1EOLE BODY DOSE USE THE lEROL RADIATICH M2TITOR (RR-2(3)979 ICR THE B00E' VDfTS AND RR-0-17-05120R THE MAIN S'DcK) ICR ALL CAICDIATIONS UNEESS READINGS ARE T FSCAIE. IF ME NOREL RANGE KNITOR IS CETSCALE, USE WE HIGH RANGE 3CNI1Qt (RR-7127) ICR CAECUIATIONS.
l Ms_ RV2 RV3
- 1. Indicate the point (s) of release.
l l 2. Record the average
! (20 mins.) count rate cps cpa cpn l
- 3. Record the flow rate. cfu cfm cfm l
! 4. Record the average (20 mins.) wiMW for the time interval 'l I of release:
s Main Stack Balamaa o
1 - 320' (Tbwer 2) 3-cup armurnater reading uph If the 320' (Tbwer 2) reading is unavailable, use one of the following stations:
o 2 - 330' Aerovane reading uph o
3 - 75' (Tower 2) 3-cup anemmeter reading uph o
4 - 90' (Tbwer IA) 3-cup anenometer reading uph o
5 - 33' (Hill Pole) 3-cup anemczneter reading uph Boof Vent Balamaa o
1 - 75' (Tower 2) 3-cup arwarnater reading uph If the 75' (Tower 2) reading is unavailable, use one of the followiry' stations:
o 2 - 320' (Tower 2) 3-cup anemometer reading uph
? o 3 - 330' Aerovane reading nph
~ o .
j 4 - 90' (Tower IA) 3-cup anemometer reading uph
( o I
5 - 33' (Hill Pole) 3-cup arwnrmater reading uph t . __ __ . _ _ _ _ _ _ _ _ _ _ _ _ . _ _ . _ _ _ _ _ _ _ _ _ _ . . -
E EP-316 Page 13 of 183, Rev. 5
. i- #2
- 5. Determine and record the stability class.
~
If 320' (Tbwer 2) 3-cup anammater w1MW > 18 n:ph or 75' (Tbwer 2) 3-cup anammatar wiMW E 12 nyh the stability class in NEUTRAL.
If below the above windspeed, the stability class is determined by the following:
. O 1 - If 316' tenparature - 30' tenperature = positive The etability class is STAB 2 o
i 1 - If 316' tenparature - 30' tenperature = negative The stability class is INSTAB2 If the 316' tangerature reading is unavailahla, use one of the following:
. o 2 - If 150' temperature - 30' tenparature o
3 - If 90' tangerature - 30' temperature i
Stability class
, 6. Determine and record the direction idnich the wind is blowing TONMDS by adding 180 degrees to the average wind direction frm
.. the recorder. If the wind direction fr a the recorder is greater j than 180 degrees, subtract 180 degrees.
If 1 m than 180 degrees: nph + 180 degrees = towards uch If greater than 180 degrees: aph - 180 degrees = towards nch REFER TO APPENDIX F RR NMRMINING M SBCTOR MIIG THE WIND BIONING TONMDS. ,
, 7. Perform the appropriate m1 m1= tion based on the stability class i . determined in Step 5, using the count rate frm Step 2 and the flow rate fr a Step 3.
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t EP-316 Page 14 of 183, Rev. 5 Main Stack Releases Stable Conditions Normal High -
Range Range Nhole Body Fim Rates Count Rate x Factor or Factor = Dose
-5 -5 For 10,000 Q M: _ cps x 9.81 x 10 or 1.38 x 10 =_, mrem s 5.00 miles
-4 -5 15,000 CEM: cps x 1.42 x 10 or 2.00 x 10 = mrem at 5.00 miles
-4 -5 20,000 CEM: cps x 1.77 x 10 or 2.49 x 10 = mrem at 5.00 miles
-4 -5 30,000 CEM: ces x 1.61 x 10 or 2.26 x 10 = mrem at 5.00 miles dhstableConditions r' Normal High v Range Range Whole Body Fim Rate: Count Rate x Factor or Factor = Dose
-5 -6 For 10,000 CEM: cps x 4.09 x 10 or 5.74 x 10 =
at 0.50 miJ.es
! -5 -6 15,000 CEM: cps x 5.41 x 10 or ,7.59 x 10 =
at 0.60 miles 4 4 20,000 CEM: cps x 6.39 x 10 or 8.97 x 10 =
at 0.60 miles
, 4 -5 30,000 CEM: cps x 7.50 y 10 cr 1.05 x 10 =
at 0.70 miles e
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EP-316 Page 15 of 183, Rev. 5 y:
C Neutral Cetxiitions Normal High Range Range itole Body Flow Rate: Count Rate x Factor or Factor =. Dose
-6 -6 For 10,000 CEM: c p x 8.81 x 10 or 1.24 x 10 = mrem
-at 1.00 miles
-5 -6 15,000 CEM: ces x 1.32 x 10 or 1.85 x 10 = meem at 1.00 miles
-5 -6 20,000 GM: cps x 1.76 x 10 or 2.47 x 10 = meem at 1.00 miles
-5 -6 30,000 CEM: cps x 2.64 x 10 or 3.70 x 10 = mram at 1.00 miles b Roof Vent Release Stable Caxiitions Normal High v Range Range 1 bole Body Flow Rate: Count Rate x Factor or Factor = Dose
-5 -8 For 100,000 CEM: cpn x 1.52 x 10 or 2.30 x 10 = mrem at 1.50 miles
-5 -8 200,000 CFM: cpn x 2.86 x 10 or 4.32'x 10 = mrem at 1.50 milaa
-5 -8 300,000 CEM: cpn x 3.72 x 10 or 5.62 x 10 = mrem at 1.50 miles
-5 -8 i 400,000 CEM: cpn x 2.40 x 10 or 3.26 x 10 = meem at 1.50 miles
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EP-316 Page 16 of 183, Rev. 5 I >
thstable Conditions Nonnal High Range Range Nhole Body Flow Rates Count Rate x' Factor or Factor. = Dose
. -6 -9 Por 100,000 CEM: cpn x 5.19 x 10 or 7.84 x 10 = meem at 0.20 miles
-6 -8 200,000 CEM: cpa x 9.95 x 10 or 1.50 x 10 = mrem at 0.20 miles
-5 . - -8 300,000 CEM: cpn x 1.40 x 10 or 2.11 x 10 = meem at 0.20 miles
-5 -8 400,000 CEM: cpn x 1.51 x 10- or 3.26 x 10 = meem at 0.20 miles Neutral Conditions i
~
Normal High Range Range Whole Body Flow Rate: Count Rate x Factor or . Factor = Dose v
-6 -9 For 100,000 CEM: cpn x 2.98 x 10 or 4.50 x 10 = meem at 0.20 miles
-6 -9 200,000 CEM: cpn x 5.95 x 10 or 8.98 x 10 = arem at 0.20 miles
-6 -8 300,000 CIM: cpn x 8.93 x 10 or' l.35 x 10 = meem at 0.20 miles
-5 -8 400,000 CEM: cpn x 1.19 x 10 or 1.80 x 10 = mrem I
at 0.20 miles
'!EIS DGiB IS M HIGIEST GTSITE WR BGylf DGiB II]E TO A MAIN STPCK OR B00E'
~
VENT RE[ EASE USING M ISC7IOPIC ABUNDANCE PRESENT 2.50 HRS. APIER M REACIOR
. SEITID00M.
2.B HIGHESP OFFSITE 'IHYROID DOSE 9
USING 'IEE SAMC REZEASE POINT, PIGf RATE, COUNT RATE, AND l MEEEBOEOGICAL CONDITIONS FROM SECTICN 2.A, PEREURM 'I!!E i s.
EctIOfING APPSOPRIA'IE CAIGIATICN. !
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- 1. c'al mlate the inhalation and ingestion doses. i
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i EP-316 Page 17 of 183, Rev. 5
~
t'
'.' r Main Stack Releases Stable Conditions i Inhalation Normal High Range Range Inhalation Flow Rate: Count Rate x Factor or Factor = Dose
-3 For 10,000 CEM: cps x 1.04 x 10 or 1.46 x 10 = meem at 5.00 miles
-3 -4 15,000 CEM: cps.v. 1.50 x 10 or 2.10 x 10 = mrem at 5.00 miles
-3 -4 20,000 CEM: cps x 1.87 x 10 or 2.63 x 10 = mrem at 5.00 miles
-3 -4 30,000 CEM: cps x 1.70 x 10 or 2.39 x 10 = mrem at 5.00 miles
+
'IEE INGESTIN CAICDIATION IS NLY A%RY FOR PASTURE FEEDING PERIOD OF e APRIL 'IEE00GH IO/ SEER. INGESTIN DOSE EUR IECEMER TO MARCH SHALL BE ZE10.
Ingestion Normal High Range Range Ingestion Flow Rate: Count Rate x Factor or Factor = Dose
-1 -1
- _ For 10,000 CEM: cps x 7.40 x 10 or 1.04 x 10 = mrem
, at 5,00 miles
-1 15,000 CEM: cps x 1.07 or 1.50 x 10 = mrem at 5.00 miles
-2 20,000 CEM: cps x 1.34 or 2.64 x 10 = mrem at 5.00 miles
-1 30,000 CEM: cps x 1.22 or 1.71 x 10 = mrem at 5.00 miles O
f
. P
.,. , , ~ ~ - - , , , - , - - , .e - - - - - . - - - - .- - - - , - - - - - - - - , , , ,
EP-316 Page 18 of 183, Rev. 5.
/*
- r Unstable conditions
- Inhalation Normal High Range Range. Inhalation Fl m Rate
- Count Rate x Factor or. Factor = Dose
-4 -5 For l'0,000 CFM: 4:ps x 2;96 x 10 or 4.15 x 10 = meem at 0.50 miles
-4 -5 15,000 CEM: ces x 3.98 x 10 or 5.58 x 10 = mrem at 0.60 miles 4 4 20,000 CEM: ces x 4.71 x 10 or 6.61 x 10 = meem at 0.60 miles
-4 -5 30,000 CEM: cpm x 5.55 x 10 or 7.79 x 10 = meem at 0.70 Intion EE INGESTICN CAICDIATIN IS CMLY NECESSARY EUR PASTURE FEEDING PERIOD T -
APRIL TH1002 NOVDEER. INGESTICN DOSE EUR IECDEER TO MARCE SHALL BE ZEEC.
Ingestion Normal High
, Range Range Ingestion Fim Rate: Count Rate x Factor or Factor = Dose
-1 -2 For 10,000 CEM: cps x 2.12 x 10 or 2.97 x 10 = meem at 0.50 miles
-1 -2 15,000 CEM: cps x 2.85 x 10 or 4.00 x 10 = meem at 0.60 miles
-1 -2 20,000 CEM: cps x 3.37 x 10 or 4.73 x 10 = meem at 0.60 miles
-1 -2 30,000 CEM: cps x 3.97 x 10 or 5.57 x 10 = mrem at 0.70 miles i
O t
e-
. ~ , , ._
[ , r 4
EP-316 Page 19 of 183, Rev. 5
(:.. .. r
~ I, . . f* ' . Neutral Conditions I
(
_ _ Inhalation .
Normal High Range Range Inhalation 7 ,
Flow Rates Count Rate x Factor or Factor = Dose f
-5 -6 For 10,000 CEM: cps x 6.39 x 10 or 8.97 x 10 = meem
' at 1.00 miles
-5 -5
<15,000 CEM: cps x 9.58 x 10 or 1.34 x 10 = mrem at 1.00 miles ,
4 -5 20,000 CFM: cps x 1.28 x 10 or 1.80 x 10 = mrem l at 1.00 miles
-4 -5 30,000 CEM: cps x 1.92 x 10 or 2.69 x 10 = mrem at 1.00 miles
'IHE INGESTIN CMCUIATIN IS WLY NFYMARY EUR PASTORE FEEDING PERIOD OF APRIL 5B00W NOVDEER. INGESTIW DOSE FOR DECE3EER TO MMG SHML BE ZEIO.
- Imestiut Normal High Range Range Ingestion Flow Rate
- Count Rate x Factor or Factor = Dose
-2 -3 For 10,000 CEM: cps x 4.57 x 10 or 6.41 x 10 = meem at 1.00 miles
-2 -3 15,000 CEM: cps x 6.86 x 10 or 9.63 x 10 = meem at 1.00 miles
-2 -2 20,000 CEM: cps x 9.15 x 10 or 1.28 x 10 = meem at 1.00 milan
-1 -2 -
30,000 CEM: cps x 1.37 x 10 or 1.92 x 10 = mrem at 1.00 miles
- 2. r'almlate the total thyroid dose by adding the inhalation and ingestian doses.
Inhalation dose + ingestion dose = thyroid dose mcem + meem = mgem at miles MIS DOSE IS THE HIGHEST CETSIE WYRDID DOSE DUE 'IO A 1%IN S'DCK REIDGE USING 100% I-131 DOSE CENVERSIN FACIOR.
1 4 0
+
EP-316 Page 20 of 183, Rev. 5 f: E (,
Ib3f Vent Release V:
- 1. t'almiste the inhalation and ingestion doses. .
Stable conditions Inhalation
(
Normal High Range . Range Inhalation ,_ .
0 Flow Rate: Count Rate x Factor or Factor = Dose
-2 -5 For 100,000 CFM: cpm x 1.23 x 10 or 1.86 x 10 = mrem at 1.50 miles
-2 -5 200,000 CEM: cpa x 2.30 x 10 or 3.47 x 10 = mrem at 1.50 miles
-2 -5
'300,000 CEM: cpn x 2.99 x 10 or 4.51 x 10 = mrem at 1.50 milaa
. -2 -5 400,000 CEM: cpn x 1.93 x 10 or 2.91 x 10 = meem at 1.50 miles
, e EE INGESTICH CAICDIATIN IS CNLY N'JWtY POR PASTURE FEEDING PERIOD T
, APRIL THICUGE NOVEtBER. INGESTIN DOSE EUR IECEMER TO MhBCE SHAIL BE ZERO.
Ingestion Normal High Range Range Ingestion Flow Rate: Count Rate x Factor or', Factor = Dose 4
-2 For 100,000 CEM: cpn x 8.77 or 1.32 x 10 = mrem at 1.50 miles 1 -2 200,000 CEM: cpn x 1.64 x 10 or 2.48 x 10 = meem at 1.50 miles 1 -2 300,000 CEM: cpu x 2.14 x 10 or 3.23 x 10 = meem s at 1.50 miles 1 -2 400,000 CEM: cpu x 1.38 x 10 or 2.08 x 10 = mrem at 1.50 miles i
e 4
-,- -------,-w,e ,- - - - < a,-ow,w ,,e-- ---w-~---s--r,--nw-~-m-w--
" EP-316 Page 21 of 183, Rev. 5
,~
Unstable Conditions Inhalation Normal- High
- Range Range Inhalation Flow Rate: Count Rate x Factor or Factor = Dose
-3 -6 For 1W .000 G M: cpn x 3.68 x 10 or 5.56 x 10 = meem at 0.20 miles
-3 -5 200,000 Q M: cpu x 7.04 x 10 or 1.06 x 10 = meem at 0.20 miles
-3 -5 300,000 O M: cpu x 9.88 x 10 or 1.49 x 10 = mrem at 0.20 miles
-2 -5 4C0,000 G M: cpn x 1.07 x 10 or 1.62 x 10 = mrem at 0.20 miles
'IHE INGESTIN CAICUIATIW IS QEY N%RY ECR PASTURE FEEDING PERIOD OF APRIL 'IH100GH NOVEMIER. INGESTICN DOSE PCR DECDBER TO MMCH SHALL BE ZElc.
..P a
Ingestion Normal High Range Range Ingestion Flow Rate: Count Rate x Factor or Factor = Dose
-3 For 100,000 G M: cpn x 2.63 or 3.97 x 10 = mrem at 0.20 mil m
-3 -
200,000 CEM: cpm x 5.04 or 7.61 x 10 = meem at 0.20 miles
-2 300,000 G M: cpu x 7.07 or 1.07 x 10 = mee:n i
at 0.20 miles '
-2' 400,000 G M: cpn x 7.67 or 1.16 x 10 = mrem !
at 0.20 miles 1 l
e d
I i l l
EP-316 -
Paga 22 of 183, Rev. 5 '
k l
Neutral Conditions
(.7
~
., -Inhalation l
Normal '
High -
Range Range Inhalation '
Flow Rate: Count Rate x Factor or Factor = Dose L
-3 .-6
- For 100,000 CEM: cpn x 1.76 x 10 or 2.66 x 10 =
l mrem l l at 0.20 miles t
-3 -6 !
. 200,000 CEM: cpn x 3.52 x 10 or 5.31 x 10 = mrem j at 0.20 miles
-3 -6 300,000 CEM: cpn x 5.28 x 10 or 7.97 x 10 = mrem i
at 0.20 miles i
-3 -6 400,000 CEM: cpn x 2.54 x 10 or 3.84 x 10 = mrem at 0.20 miles
'IHE INGESTION CAIEUIATION IS CNLY A%RY FOR PASTURE FEEDING PERIOD OF APRIL THBOUGH NOVEMBER. INGESTICN DOSE ECR DECEMBER TO MABCH SHALL BE ZERO.
Ingestion Normal High l' ~
i Range Range Ingestion Flow Rate: Count Rate x Factor or Factor = Dose
-3 For 100,000 CEM: cpn x 1.26 or 1.90 x 10' = mrem ,
at 0.20 miles 200,000 CEM: -3 cpn x 2.52 or 3.80 x 10 =
mrem at 0.20 miles 300,000 CEM:
-3 cpn x 3.78 or 5.71 x 10 = mrem at 0.20 miles 400,000 CEM:
-3 cpn x 1.82 or 2.75 x 10 = mrem at 0.20 miles
- 2. calmlate the total thyroid dose by adding the inhalation and ingestion doses.
Inhalation dose + ingestion dose = thyroid dose meem + mrem = meem at miles WIS DOSE IS THE HIGHEST CFFSIM THYBOID DOSE DUE TO A ROT' VENT RELEASE
.p USING 1004 I-131 (INVERSICN FACIUR.
- 5
- . . - - - - , - . , , - , - - , , . , . . , . - - - , ,,-----,-.-m--- - - . . - -
^
EP-316 }~
Paga 23 of 183, Rev. 5 i
- - i i .'
m SBCPION 3:-REFINED ASSESSFWr OF NCBbE GAS AND RADIOIODINE RELEASES 1-3.1. Plume Centerline Nhole Body Doses based on the Assessment of Noble Gas Releases from the Normal Range Monitors g Known Isotopic Breakdown
- '3.lA.
l
- Use Worksheet 2 of Appendix A for the following:
- 1. Record the point and duration of the release. E
- 2. Record the average count rate.
4
- 3. Record the appropriate pressure correction factor. < -
- 4. Calculate the corrected count rate. i-
- 5. Record the flow rate (Ce!) from the appropriate release point. ,
- 6. From the ganma scan of the vent or stack sanple, record the decimal percent abundance of each isotope listed on the scan.
- 7. lealtiply the decimal percent abundance by the appropriate count rate conversion factor for each isotope that is present.
- 8. Sum the decay corrected count rate ocaversion factors to obtain the total count rate conversion factor.
( 9. Divide the corrected count rate by the total decay corrected count rate conversion factor; multiply by the flow rate and
, 3 by the units conversion factor of 472 min /see per cc/ft to obtain the release rate in uCi/sec. Record this release rate on Warksheets 4 and 5 of Appendix A.
t
- Use Worksheet 1 of Appendix A for the following:
- 10. Record the wind speed for the time interval of the release.
Use the appropriate instrument as listed below:
j For Main Stack Releases:
o '
1 - 320' ('Ibwer 2) 3-cup aerovane reading o
2 - 330' Aerovane reading o
3 -
75' (Tbwer 2) 3-cup anemometer reading
! O 4 -
0 90' (Tower lA) 3-cup anemcneter reading i
. 5 -
33' (Hill Pole) 3-cup anemcmeter reading Fce Roof Vent Releases: -
e o 1 -
75' (Tbwer 2) 3-cup aerovane reading o .
2 - 320' (Tbwer 2) 3-cup anemeneter reading i i
l l
- n. .
EP-316 '
d Paga 24 of 183, Rev. 5 L ,
c- '
}.3p.;
3 - 330' Aerovane reading o
- 4 -
o 90' (Tbwer IA) 3-cup anenometer reading 5 -
33' (Hill Pole) 3-cup ananmeter reading
+ .
^
y ,
- 11. Determine and record the stability class using the wind speed j
and nultipoint tenperature chart tracing.
I .
- . If t 320' . (Tower 2) 3-cup anenaneter reading windspeed > 18 aph '
- or 75' (Tbwer 2) 3-cup anemometer reading windspeed > 12 nph the stability class in NEX7fRAL. ,,
If below the above windspeeds, the stability class i~s determined by the following:
o :
If 1 -o316' tenperature - 30' tenperature = positive l i 1
2o- 150' tangerature - 30' tenperature = positive >
(
3 -
90' tengerature - 30' tangerature = positive the stability class is SIABLE.
E o
^
If 1 - 316' tenperature - 30' tangerature = negative o
,' 2 - 150' tenperature - 30' tenperature = negative o
3' - 90' tangerature - 30' tangerature = negative the stability class is UNSTAB E.
f
- 12. If necessary, correct the windspeed reading to the primary Aerovane reading for the point of release.
Main Stack Roof Vents Have 75' reading Have 320' reading i Want 320' reading Want 75' reading Stable 75' reading x 2.0552 Unstable 320' reading x 0.4866 75' reading x 1.4336 320' reading x 0.6976 Neutral 75' reading x 1.5857
! 320' reading x 0.6306 t
< ** Note:
- Treat 330' the same as 320'. Treat 33' and 90' the same as 75'.
' 13. Determine and record the direction which the wind is blowing TONARDS by adding 180 degrees to the average wind direction j fr a the reerder. If the wind direction fr a the recorder is greater than 180 degrees, subtract 180 degrees.
t
^
- 14. Determine the'appliable X/Q table nunter fra the Table of -
i Contents for the Relative Dispersion factors (X/Q) in Appendix C.
' The X/Q table number is determined by the release point, the flow rate, the wind speed, and the stability class.
l l l -
l
)
g.
1 EP-316 .
Paga 25 of 183, Rev. 5 I a ~
j ((;7y+
..J ,
- 15. From,the appropriate X/Q table in Appendix D, find the dispersion factor (X/Q) for the sector the wind is blowing y 't0 HARDS and the distance of interest.
} ,
1
- 16. Perform the operations indicated on Worksheet 4 to obtain the 3
- air concentration (uci/m ) and the resultant gama whole body dose in meem.
- ** Notes Refer to Section 3.9, Plume Travel Time, in order to calculate "x" foc the decay expression "exp-(Nx)", where "N"
'- log of 2 over the half-life. is the natural
- Use erksheet 5 of Appendix A for the following:
I
- 17. 'Ib obtain the resultant total skin dose, enter the applicable i i data on the worksheet and perform the operations indicated to :
" obtain the total skin dose in mrem. .
3.18.
1 Unknown Isotopic BreakAce'n
- Use Worksheet 2 of Appendix A for the following:
- 1. Perform Steps 1 through 5 of Section 3.lA.
t
-v 2.
(s; Determine and record the decay time, in hours, since the reactor
- shutdown.
e, 1 3.
i From Appendix E, obtain the percent abundance (s) of the isotope (s) present based on the decay time since the reactor shutdown.
i 4.
4 Continue with Steps 7 through 17 of Section 3.1A.
3.2 Plume Centerline Whole Body Doses Raamd on the Assessment of Noble
{ Gas Releases freza the High Monitor 3.2A. Known Isotopic Breakdown '
)
4
- 4 Use Worksheet 3 of Appendix A for the following:-
- 1. Record the point and duration of release.
- 2. Record the average count rate.
3.
- Record the appropriate pressure correction factor.
4 4.
onlmlate the corrected count rate.
5.
Record the flow rate (CIM) from the appropriate release point.
6.
Frcra the gama scan of the vent or stack sample, record the decimal percent abundance of each isotope listed on the scan. .
I I '
i
EP-316' /
Paga 26 of 183, Rev. 5 !
2
- 7. Multiply the decimal percent abundance by the appropriate
, [], count rate conversion factor for each isotope that is
. present.
B. Sum the decay corrected count rate conversion factors to obtain the total decay corrected count rate conversion factor.
- 9. Divide the corrected count rate by the total decay corrected
- count rate conversion factor; multiply the flow rate by the -
3 units conversion factor of: 472 min /sec per oc/ft to obtain
, t the release rate in uCi/sec. Record the release rate on work-sheets 4 and 5 of Appendix A. "
- 10. Continue with Steps 10 through 17 of Section 3.lA. -
t 3.2B. Unknown Isotopic Breakdown '
- Use Worksheet 3 of Appendix A for the following .
, 1. Perform Steps 1 through 5 of Section 3.lA.
- 2. Determine and record the decay time since the reactor shut down.
- 3. From Appendix E, obtain the percent abundance (s) of the isotope (s) present based on the decay time since the reactor shut down.
l
- 4. Cmtinue with Steps 7 through 17 of Section 3.1A.
- 3.3 Off-Plume Centerline teole Body Doses and/or Concentrations
- Note: Overlays are not applicable to a roof vent release.
A
- Use Worksheet 6 of Appendix A for the following:
- 1. Select the appropriate overlay for the existing stability class.
}
For stable conditions: use overlay V For unstable conditions: use overlay II For neutral conditions: use overlay IV l -
1 4
- 2. Mount the overlay on the map with the origin at the main a
stack.
l 3. Rotate the overlay to align the centerline with the direction j the wind is blowing TONARDS.
4.
Select the location (s) of interest and record them on the worksheet. .
1 r ,
5.
Estimate the decimal fraction of the reduction from the center-
' line, using the values on the overlay for the selected location (s).
Beoord this decimal fraction en the worksheet.
.-__,e . . - . _ , , , . - . -n- ..m, .,__ -___y._,r _,,_._._..,._,e,.,,.~,, , _ _ _ , ,,,,_,.,,y,,, _ , , - - . , _m,,,-,-,,,,.,%,%y_m%y7..,-_e,.,, , -
l
-EP-316 Paga 27 of 183, Rev. 5 a
. /cy^ 6. Multiply the. centerline whole body dose and/or concentration by the decimal fraction to obtain the off-centerline whole body dose and/or concentration at the point of interest.
- 7. See Appendix F for the population' distribution numbers. '
'3.4 Plume Centerline Thyroid Doses Based on the Assessment of Radio-iodine Release frc:n the Normal Range Monitors 3.4A. Known Isotopic Breakdown
- Tse Worksheet 7A of Appendix A for the following:
- 1. Obtain the main stack or roof vent iodine activity released '
fra the Chemistry Sanpling and Analysis Group Ieader. '
, 2. Estimate the duration of the release. i
- Note: For a " puff-type release or short term releases with consistent meteorology, the duration of the release corresponds i
to the total period of release.
For a long term release with consistent meteorology, the duration of the release corresponds to the total period of release. q
'_ If any of the meteorological conditions change, divide the release into segments according to such changes.
1 3. @tain the meteorological conditions and stability class from Worksheet 1 of Appendix A.
4.
Based on the meteorological conditions and stability class,
' determine the applicable X/Q table number fr a the Table of contents C.
for the Relative Dispersion factors (X/Q) in Appendix The X/Q table ntmber is determined by the release point, the flow rate, the wind speed, and the stability class.
5.
Fran the appropriate X/Q table in Appendix D, find the disper-sion factor (X/Q) for the sector the wind is blowing T0l&RDS and the distance of interest.
t
, 6. Perform the operations indicated on the worksheet to obtain i
3
! the air concentration (uci/m ) and the resultant iodine t (thyroid) dose in mrem. Refer to Section 3.9, Plume Travel Time in order to cal ~1=te "x" for decay expression, "exp-(Nx)",
where "N" i
is the natural log of 2 over the half-life.
- Note: December through March the ingestion dose is zero, i
3.4B. Unknown Isotopic Breakdown i
l l l
l l
l l
1
EP-316 ,
Paga 28 of 183, Rev. 5 '
1
- Use erksheet 7B of Appendix A for the following:
- u. .
- 1. .'Obtain the noble gas release rate, calculated in Section 3.lB, based on the time since the reactor shut down. ,
- 2. Estimate the duration of the radioiodir e release. l l
- 3. .Cbtain the meteorological conditions and stability class i from Worksheet 1 of Appendix A. !
- 4. Based on the meteorological conditions and stability class,
, determine the applicable X/Q table nureber fra the Table of Contants for the Relative Dispersion factors (X/Q) in Appendix c.
E ,
'Ihe X/Q table number is determined by the release point, the flow rate, the wirdW and the stability class. , I 4
- 5. Frm the appropriate X/Q table in Appendix D, find the dispersion factor (X/Q) for the sector the wind is blowing ;
'10RRDS and the distance of interest. '
6.--Perform the operations indicated on the worksheet to.
3 obtain the air concentration (uCi/m ) and the resultant iodine (thyroid) dose in mrem. Refer to Section 3.9,
^ Plume Travel Time, in order to calmi1=te "x" for the decay expression, "exp-(Nx)", where "N" is the natural log of 2 over the half-life.
3.5 Plume Centerline Thyroid Doses Raamd on the Assessment of Radioiodine Releases from the High Range Monitor 3.5A. Known Isotopic Breakdown
- Use Worksheet 7A of Appendix A for the following:
- 1. Follow all steps of Section 3.4A in order to calculate thyroid doses based on the assessment of radioiodine
- relaaama fr a the high range monitor.
3.5B. Unknown Isotopic Breakdown
- Use Wrksheet 7B of Appendix A for the following:
- 1. Follow all steps of Section 3.4B EXCEPT, use the noble gas i release rate mia>1=ted in Section 3.2B based on the time since the reactor shut down, in order to m1_& ate thyroid l
I doses based on the assessment of radiciodine releases fr m -
the high range monitor.
l i -
EP-316 Paga 29 of 183, Rev. 5 3.6 Off-Plume Centerline Thyroid Doses 4 ' /.
.[ ** Note: Overlays are not applicable to a roof vent release.
- Use Worksheet 8 of Appendix A for the following:
1 ,
- 3 1. Follow all steps in Section 3.3 in order to obtain off-plume f centerline thyroid doses.
(3.7 Thyroid Dose Rate fran Survey Data
- ** Note
- Calculations for thyroid dose rates fr m field survey data .
will be performed by the Radiation Protection Team utilizing HPA-16. .
3.8 Ground Deposition 3.8A Plume Centerline Off-Site Ground narmition Concentrations
- Use Worksheet 9 of Appendix A for the following: '
1.'
Record the main stack or roof vent (s) I-131 and/or Cs-137
! activity obtained frcan the Chemistry Sampling and Analysis Group Imader. '
t.
2
- 2. Estimate the duration of the release. ,
-. 3. Refer to the meteorological conditions and the stability t
class recorded on Worksheet 1 of Appendix'A to determine i the applicable X/Q table nur.ber from the Relative Dispersion factors (X/Q) Table of Contents.
! 4. Obtain the distance (s) of interest and the corresponding -
X/Q value.
i
- 5. Pertorm the operations indicated on the worksheet to obtain
', the plume centerline off-site ground depositim for the point (s) of interest.
t 3.8B.
Off-Plume Centerline Off-Site Ground Dam =ition Concentrations
- Note: Overlays are not applicable to a roof vent release.
- Use Worksheet 10 of Appendix A for the following:
- 1. Follcn the methodology described in Section 3.3 for
{ calculating off-plume centerline ground deposition concen-s trations."
I 3.9 Pitana Travel Time .
- Use Worksheet 11 of Appendix A for the following:
e 1. Refer to Worksheet 1 of Appendix A for meteorological conditions.
j 2.
Perform the r21m12tions indicated on the worksheet to j determine plume travel time.
4
.--,.-...,--,---.---m,., - . , , - - , - - - , . - - . . , , - , , . - - . - , . -m--. ,, - - , , , - , - -r- -- .--n.. ,,,,-a,-- -,,-,-m- w - - , ,,.nv.-- m -- m m,. ,.-n n-- ---r--,,
- m. EP-316, Appendix A Paga 30 of 183, Rev. 5 Worksheet 1 y Meteorological Calculations Wirdir M
. - i Main Stack uph; instrument:
Boof Vent uph; instrianent: '
Stability Class t l !
Neutral
~
if320'75' reading reading [>18aphor 12 aph Stable if tenperasure - tenperature = positive '
! Unstable if tenperature - tangerature = negative 4
==
- m 4
Cyrrected Windspeed (if necessaty)
- /"'t_.
f'-
Main Stack
~.)
Have 75', 90' or 33' readings, want 320' reading:
If Stable: nph x 2.0552 = nph Unstable: aph x 1.4336 = nph i
j Neutral: uph x 1.5857 = nph I
- Roof Vents Have 320', 33', readings, want 75' reading
Stable:
4 If uph x 0.4866 =
! nph
- Unstable
- nph x 0.6976 = uph *Q
't
]
Neutral: nph x 0.6306 = nph
)
6 i
. - . . _ _ _ - ._,.____.,_._a___,,._._,__-.--_ _ . . . , _ , . _ _ . _ . _ . . _ . . . _ - . _ _ _ _ . _ _ _ _ . . - _ . . _ _ . . _ .
EP-316, Appendix A Paga 31 of 183, Rev. 5 1
l g.
Wind Direction l
- <g If recorder reading < 180 degrees
recorder reading + 180 degrees = towards From + 180 degrees = towards i a
^ If recorder reading > 180 degrees:
recorder reading - 180 degrees = towards From - 180 degrees = towards I i
A
/
4
- Name: e i
i Date:
Time:
.I tt i
4 w
4 i
e f*
,s
.k 4
6
,- , - , , . . , . . , , - - - . , , - , - . --.,--,,,,.c-- ,-, -. ,-- , , - - - - - ----m- , - - - - , ----m-,---,---- -n-.a e
- - . . . _ = -_ _ - - - - - _ _ - _ _ _ _ - _ _ _ _ _ _ _ _ _ - _ - -
L EP-316, Appendix A .
! Paga 32 of 183, Rev. 5 !
l i
! c-
'4orksheet 2 i
i / Noble Gas Release Rate Calculations i -
Based on the Normal Range Monitors t - ,
i i
Point of Release. .
Duration of Release: hrs.
Count Rate: '
Pressure Correction Factor:
t Corrected Count Rate == Count Rate x Pressure Correction Factor !
x '
l Flow Rate: '
Isotopic Abundance = Known Uhknown
. (circle one) .
Decay Time Since Reactor Scram: hrs. '
i' Decimal Main Stack Roof Vent Count Rate
! Percent Count Rate Count Rate Conversion Factor i Isotope Abundance x Conversion or Conversion = (Count Rate per uCi/T) i j (Count Rate per uCi/cc)
, 4 8
- Kr-85 x 2.20x10 or 8.97x10 =
6 8 i Kr-85m x 1.75x10 or 8.97x10 =
6 8
, Kr-87 x 1.42x10 or 7.18x10 =
3 6 8
- Kr-88 x 1.97x10 or 7.18x10 =
._ 4 8 4
Xe-131m x 4.07x10 or 8.97x10 =
5 9 Xe-133 x 3.29x10 or 1.26x10 =
4 8 '
,' Xe-133m x 1.37x10 or 8.97x10 =
6 8 Xe-135 x 1.84x10 or 7.62x10 =
3 6 8 Xe-135m x 1.33x10 or 8.97x10 =
3 5 8 Xe-137 x 5.74x10 or 7.18x10 =
6 8 Xe-138 x 1.95x10 or 7.18x10 =
i
=
Corrected Count Rate x Flow (CEM) x 472 min cc = Release Rate i
Count Rate per uCi/cc 3 i
sec ft 4 x x 472 min cc =
uCi/sec.
3 sec ft Name:
Date:
Time:
- ,-,e.-,,,,,---e-r----- - , , . , , , ----8 ----- - ---wwy,-w- -, -- <w---- v,- mw-,pw,,,,,,r- ,w -ewg e-wy-9w-i-w--*1->
EP-316, Appendix A 1 - Paga 33 of 183, Rev. 5 c
Nbeksheet 3 Noble Gas Release Rate Calculations
- . Based on the High Range bbnitors Point of Release:
- Duration of Release: hrs.
Count Rate: .
Pressure Correction Factor:
Corrected Count Rate = Count Rate x Pressure Correction Factor
=
x
- Flow Rate
Isotopic Abundance =
Known Unknown (circle one) y Time Since Reactor Scram: hrs. .
Decimal Main Stack i
Percent Roof Vent Count Rate Count Rate Count Rate Isotope Abundance x Conversion Conversion Factor I or Conversion = (Count Rate per UCi/cc)
(Count Rate per uCi/cc) l I 4 9 Kr-85 x 3.30x10
! or 1.34x10 = '
' 6 Kr-85m 10 I x 2.0lx10 or 8.18x10 =
' 7 E Kr-87 x 1.51x10 or 6.16x10 =*
7 E i Kr-88 x 2.23x10 or 9.07x10 =
4 9 i Xe-131m x 4.40x10 or 1.79x10 =
5 9 4 Xe-133 x 1.93x10 i or 7.84x10 =
6 10 l Xe-133m x 4.40x10
- or 1.79x10 =
- Xe-135 x 6 n 1
3.58x10 or 1.46x10 =
I Xe-135m x 6 n t 6.60x10 or 2.69x10 =
6 10 Xe-137 x 2.15x10 or 8.74x10 =
Xe-138 x 9.90x10 6 n or 4.03x10 =
=
i i Corrected Count Rate x Flow (CEM) x 472 min oc = Release Rate Count Rate per uC1/cc ~
3
! see ft x
x 472 min oc =
~3 uCi/sec.
sec ft Name:
} Date:
afN Time:
4 l
l W
, - , , - , ~ . . , -- --,-.------,,--n - , . _ _ , , , , , ,, . . . . _ . , , , , - - -
g,,__
EP-316, Aptwdix A Page 34 of 183, Rev, 5- ~
'4 tbrksheet 4 ~
Pitane Centerline Camina (hle 806i) Dose Calculations
- X/Q fable la 7..
N-Sectcr
~
Distances Dispersion Dose Conversion Air Factor ,
(1)Delease Factor Concentration 3 Release r-Rate 3 3 (arenr-m per I'otore (uct/sec) x (sec/m ) Duration Decay (stuale Body) Doce
=
(uci/m ) x uCi-hr) x (hrs.) x Correction =
^(orend
?.
O Ar-41 x = x 1.11 x 10 x x exp-(.38x) =
-6 Kr-83m x =
x 8.63 x 10 x x e v (.37x) =
Kr-85m -1 x =
x 1.34 x 10 x
- x exp-(.16x) =
- yr-85 3 x =
x 1.84 x 10 x
. x 1 =
,i 1 -
Kr-81 x =
x 6.76 x 10 x x exp-(.55s) =
Kr-84 0 x =
x 1.68 x 10 x x. exp-(.2Sx)' =
xe-131mi x =
-2 x 1.04 x 10 x x exp-(.002x) =
-2 Xe-133m x = x 2.87 x 10 x x exp-(.01x)' =
Ne-133
-2 x =
x 3.36 x 10 x x exp-(.C1x) =
Xe-135m
-3 x
x 3.12 x 10 x x exp-(2.67x)
1 xe-135 __ _ x =
x 2.07 x 10
-1 x _ x exp-(.08x) . =
xe-137 x = x 1.62 x 10 x
- x exp.-(10.7x) = . _
xe-138 x = x 1.01 x x . exp-(2.39x) =
=-
aren at miles ,
Namar s
retes ~
Time: ?'
O e n g
' ~ ~ ~
D-312, Werdix A ' ~
P;ge 35 cf 183, Rev. 5 -
,r, .
lecksheet 5 Pltne Centerline 1btal Skin Dose Calculations
- s X/0 Table 8
Sectocs ..
Distances Dose Conversion Dispersion Air Factor (1) Release Factor Gauna .
Concentration 3 Delease Beta (Skin)
Rate 3 3 (arenMn per 14 tole Body 1btal Skin 3 Isotere (uci/see) x Duration Dose Dese Ibse (sec/m ) =
(uct/m ) x uci-hr) x '(hrs.) x (aren) + (area) = (aren) ,
-1 Ar-41 x =
2 3.07 x 10 x = + =
Kr-85m x =
-1 x 1,67 x 10 x = + =
Kr-35
~
-1 x =
x 1.53 x 10 x = *
+ =
0
- Kr-81 x =
x 1.07 x 10 x = + =
Kr-88
-1 x = x
- 2.71 x 10-1 x = + =
Xe-131m x = x 1.13 x 10 x =
~
+ =
Xe-133
-2 x =
x 3.49 x 10 x = + =
Xe-135m x =
-2 x 8.12 x 10 x = + =
-l Xe-135 x = x 2.12 x 10 x = + =
xe-137 x = x 1.39 x = + =
Xe-138
-1 x = x 4.71 x 10 x =
+ =
I
. at alles Names Dates Times i
.I
( k k
PT e
M f $*
. + ,
MI' g O J
f f
f
+
E
~
er F #'
g i
8
F M
.as 8
.3 h -
M e
5
_ i
. .g -
=
~ .
M .
E NT
=
4x _ - . .
- e. w
- - 32 a,-
lV
! y .
- 4 f W
M
, ~ & ea g t .
, % n A i n s
8el -
u o g _
~ e* r rY a --
iEg
~
l- g
, i t '
e p -
p-
.l .
- se N-- * * * - e g>ese e- .o een ,
O
-*4 .
. . . . . . . - - . . . . . ~
q EP-316, Appendix A Page 37 cf 183, Rev. 5 Stacksheet 7A Plan Centerline Thyroid Dose Calculations - Known Isotcpic Break 4w
- EM on the Normal or High Ranee M3nitor (s)
Point of Releases : Norinal Range or High Range (circle one)
Duration of Releases ihrs.) x 3600 secs. = secs.
Iodine Activity:
1-131 uCi I-133 uCi I-131 Release Rate = I-131 Activity I-133 Release = I-133 Activity Dsration ot Release Duration of Release uC1/sec = uCi uCl/sec = uCi see see Inhalation Dispersion Dose Conversion 1-131 Factor Factor Release Syrold Decay Corrected helease Rate x 3 x 3 x Duration =
(Iodine) x Decay = Dyroid (Iodine)
(uct/sec) (sec/m ) (ace. win per uCi-hr) (hrs) . Dose (aren) correction (area) 3 x x 1.69 x 10 x =
x exP-( 004x) =
, at miles Dispersion Dose Conversion .
I-133 Factor Factor Release Syroid Decay Corrected Rele.ase Rate x 3 x 3 x Duration = (Iodine) x Decay = Syroid (Ioding)
(uCi/sec) (secAm) (aree-a per uCi-hr) (hrs) Dase (area) Correction . (mren) - ,
2 x x 4.67 x 10 x = x exp-(.034x) =
at alles Irgestion Dispersion Dose Cbnversion I-131 Factor Factor Release D yroid Decay Corrected Release Rate x 3 x 3 x Daration =
(Iodine) x Decay = Syroid (Iodine)
(nC1/sec) (sec/m ) (arem-m Fer uci-ht) (hrs) Dose (areas Correction (aren) 6 x x 1.21 x 10 x = x exp-(.004x) = ____
at miles 1btal Syroid Dase = Inhalatlan + Ingestion Dase .
area = arem + mrem at miles Name .
Dates
.' Times k .
~-
. - - . -- '-~-'
D-316, Appendix A Page 38 of 183, Rev. S tbrksheet 7B PI.:ne Centerline TWrold Dose Calculations - Unknown Isotopic Breakdown -
Based on the ?brmal or Ifiqh Range otmitor(s)
Point of Release:
tbble Gas Balease Rates 3 tbtr.31 Range or High Range (circle one) uCi/ secs Durstiera of Releases (hrs)
. tin Stack Release Inhalation Dispersion Dose conversion tbble Gas Factor Factor Release T1yroid Release Rate x Dilutiui x 3 x 3 Decay Corrected (uCi/sec) Factor (mrenMa per (Ci-ht) x Duration = (Iodine) x Decay = %yroid (Iodine)
(sec/m ) (Hours) 1 3
dose (mrem) Correction dose (area) x T66 x x 1.69 x 10 x =
x exp-(.004x) =
at miles g estion Dispersion Dose Conversion tkble Gas Factor Factor
'I Release B yroid Decay Corrected Release Rite x Dilution x 3 x 3 (uci/sec) Factor (sec/a ) (mrenMa per uCi-hr) x Duration = (Iodine) x Decay = %yroid (Iodine) 1 (flours) dose (mrem) Correction dose (mres) i 6 x 10 6 x x 1.21 x 10 x =
x exp-(.004x) =
at alles 1btal %yroid Ibse = Inhalation Dose t m 9stion Dose mresa = mrem +
e , , mrem at miles frof Vent Release InKifftIon I
Discersicri tuse Cor+4raion
, Ikhle cas Factor F*?we Release hyroid Decay Cbtrected Releasa Rate x Dilution x 3 x 3 (uCi/sec) Factor (sec/m )
x Duration = (Iodine) x Decay = %yroid (Iodine)
(mrem-m per uCl-hr) (Hours) dose (mrem) Cocrection 1
3 dose (arem) x T x x 1.69 x 10 x =
x exp-(.004x) =
at miles
- Irnestion Dispersion Dose Conversion Ikble G3s Factor Factor Release %yroid Decay Corrected Release Rate x Dilut10n x 3 x 3 (uCi/sec) Fac'.<,r (sec/m ) (mrem-m per uCl-hr) x Dusation = (Ioline) x Ekcay = %yroid (Iojine) 1 (Ilcurs) dose (mrem) Correction dose (areal 6
x ~3 x x 1.21 x 10 x
=
x exp-(.004x) =
at __ miles 1btal %yroid Ibse = Inhalation Dose + Ingestion Dose su e.u = mrem + mrem at miles Names Date:
Times
~
( k
(
d fif
t
~
I 4
r r _
k _
?
x J
m e
R n
a %
M
'=
1 0
0 0
X n
i o -
t a
l P
X -
AS .a x, k iy de nR e n p, i o
r) t A8
,1 u r
6f F 1
3 c
9 X P3 s s E e e e
g t m a a i P D T s )
e s c o /c
_ D l
. C d
i (
u o
r y n 8 h i o
e t T
t e e n a i r e n l t h i r n
. s l e e k r t c e r e n n
- o t e o Wne cC
. C e r
_. m o l
u P
_ f f )
O e m n e
.
- i r l m
._ r (
. e
. t e n s
._ e o CD
_ ( .
_ l
~
n i
o t
a c
l o
I l
1 > :
, , 4 n
o )
ni r ot h
- dia -
. nt r2 s uit osn A roec Gtc i
cn Do (
u C
=
n o
ir) soc rth 6 6 6 6 ec vaW 3 3 3 3 6
3 6
3 nF(
o C
x x x x x x x e et s
a
)
hD a i T
m e c s
aes e s
s c c et/
e e lat eRc
/
s /s i
R (
u
- i C C AS u u x e x.
i v N
d e .
nR s e c )
p , 3 p3 e l m A8 s a 9
,1 t b
/ce s T s 6 f n =
=
1 3
o i
o 0
(
- 0 t 4 0 =
P4 a 8 E r 1 e t 0 '
j n x s e x c
P c t )
n i
C e, t e 33 o u 3 u s f m C ot /ce on
= Re n V s o s (
i t
c e +
i s s o
p 0 0
9i t 6
3 )
t ed 23 e n x f
ot /m h u = on c
. s o = Re e k r r G
)
s n n V s 9 b iir o i o (
t e CCh i t +
t uu( t c i
S ce e
- r
. r r f
f r e o e )
O o s c s 3 c a e y a nk m e y l e ic /
n a l ha c e a e c e t t i
l c e
R e R S s r d (
e d f f t x o x o n n y n e e y o t o e C s e t i eii c e a ti t t v t n m
e s yl e a v a ai a a Ri r R t r u a yt e t c u t s
l P
etiR liv s Ac e N e A D s
i evif a a7 D Rito
_ tc f cAn e1 l3 e1 e3 l1 e -
oA o7i R - R s t13t 1 I
7 C r n31 a 3 3 t o
i1 - t 1 1 c
s NICN I I
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I
, J 7;
C i
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e ea nR i
l n ro )
ei r tt < h ni -
es2 Co es i p /m ,
ei c 5
h D (u !
Pd
. f u n
v f o e orG R
)
8 1
. f
- c. s n
1 4 i o
t s s ej e m e em a
r t r t = a a i P n N D T e
- c '
n o
- C
- n i
o t d i ne ut 0 w oa )
1 rR r t % G n h
. e eo2 e a ni
_ h s u n it li
/m t 9
- k r r o rs uc eo b
t G t p ne
(
e eC i
n C l
r e
x t
n e
C e
e n s lo
_ i P
t ai mt ic f
- ca er f
O DF n
i o
t a
I M.
. e . i *
. 8 s a I .
' 4 {
- r.
EP-316, Appendix A )
-f. Page 42 of 183, Rev. 5
-t ,
a .' , p. '
Mbrksheet 11 Plume Travel Time Windspeed:-
ngh 1
1 Plume Travel Time (hrs) = Distance of Interest (miles) wind speed (nph) l Distance . Wir 4 rd = . Plume Travel Time
- (Miles) v (ngh) (hours) 4 Name:
Date:
Time:
F f
O r
l l
- ,-r-d-tt--- -w+W---+w-wm ---v- - -
EP-316, Appendix A
,, Page 43 of 183, Rev. 5 l
<:.,.)
t Worksheet 12 l" EP-317 Refined Irgut Parameters t
Pbr the Area of Ccncern:
Distance of Interest miles Sector wird W ngh Expected Duration of Release hrs 4
calmlated (projected) mole Body Dose rem
- em1m1=ted (projected) Thyroid Dose rem FieM Survey mole Body Dose Rate rem /hr FieM Survey Thyroid Dose Rate rem /hr 2-
- - I-131 Ground Deposition Concentration uCi/m t 2 cs-137 Ground Deposition concentration uci/m Plume Travel Time to Distance of Interest hrs 3
Dispersion Factor (X/Q) sec/m EP-3?.7 Roccanendations:
9 Name:
Date Time:
l
. , , .,, , . . . - , - - - - - -c. --, . - . - - - - , . . - - ,-,-- ? _ , _ _.., --__.-------.---,-----.,--n-
} EP-316, Appendix A
. Page 44 of 183, Rev. 5 l i [ ,-
- Nbrksheet .'3
- EP-317 Rapid Input Parameters-a i e I
,i- I 1
4 Point of Balamaa:
M r d Duration of Release: hr.
For Nbrae Case Meteorology Assessment Itaole Body Dose: mrem at m{1em.
Thyroid Doses stem at miles.
For Actual Meteorology Assessment WWW: ngh -
Wind Direction (towards): degrees.
n Stability Class:
j ,
Itcle Body Dose: mrem at miles.
'Blyroid Dose: mrem at miles.
.r i
I l
l
__ _ _ _ _ _ _ . - _ _ _ _ _ _ _ ._. . _ _ _ . _ _ , . . , . , ,s ; .x.. . ,
., < s,
) ) j*
PbAPh: MA1 N $ l'At K N O R M Al., RAbNiE MOMl.IOR 1E607 l I - --.
t___ _-... . . . . _ . ... _. _.. _ . _ .-. - -
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1E-01 2 3 5 1E+00 2 3 5 1E+01 2 3 5 1E+02 2 3 5 1E+63 0*
O> '
DECAY TIME SINCE REACTOR SHUTD0kN (HOURS) ***
! ~2 S i!.
- DMR10 12/20/83 ;
- Eo eD 4
. _ _ . . _ . _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ___ - _ _ _ _ e _ _ _ _ _ _ _ _ _ _ __ . _ _ _ _ . _ _ _ _ _
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PBAPS: ROOF VEN!S 2 AN!! .} NORMAL R/,NtiE MONI IORS ,
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. !t DMR9 12/20/83 =
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,x go l .
EP-316, Apperdix C 4 Page 49 of 183, Rev. 5 g,
. p ;f--
DIDEX & X/Q AND DEPG5ED X/O CUFPUIS e wr-GAS MCK IEEURSES .
' Im FIN (10,000 ces,1 Fan)
A 320-Ft. Wind Speed (nsh) Table Neber Range Actual Uhstable Stable 0- 2.0 1.0 OG-18 OG-21 2.1 - 4.0 3.0 OG-19 OG-22 4.1 - 6.0 5.0 OG-20 OG-23 6.1 - 8.5 7.0 CG-4 OG-14 8.6 - 11.5 10.0 OG-5 OG-15 i 11.6 - 14.5 13.0 OG-6 OG-16
, 14.6 - 17.9 16.0 OG-7 OG-17 (s- ~r.
All Classes (Neutral Assmed) 18.0 - 20.0 18.0 OG-8 20.1 - 24.5 22.0 Ore 9
>24.5 27.0 OG-10 i
e I
l f
f i
4 o f a
l EP-316, Appendix C l
., Page 50 of 183, Rev. 5 l
-f
- T DEEK T X/Q AND IEP&rm X/Q Otyrpurs KR OFF-GAS SDCK REU!ASES
- ICEIMAL FIOf (20,000 cfm, 2 Fans) 320-Ft. Wind Speed (nsh) Table Ntsrber Range Actual Unstable Stable 0- 2.0 1.0 OG-1 Or,ll 2.1 - 4.0 3.0 OG-2 OG-12 4.1 - 6.0 5.0 OG-3 OG-13 6.1 - 8.5 7.0 OG-4 OG-14 8.6 - 11.5 10.0 OG-5 OG-15 11.6 - 14.5 13.0 OG-6 OG-16 14.6 - 17.9 16.0 OG-7 OG-17 f-All clamams (Neutral Assumed) 18.0 - 20.9 18.0 OG-8 20.1 - 24.5 22.0 OG-9 1
>24.5 27.0 OG-10 6
0
) .
I
_.___..___.-,_--_..___-_I
EP-316, Appendix C Page 51 of 183, Rev. 5 l
-~
INDEX & X/Q AND IEEMIED X/Q CUFPUT_S n.m wr-um ans sTncK REtzASES .
HIGI FIOt (30,000 cfm, 3 Fans) 320-Ft. Wind Speed (nsh) Table Ntzuber Range Actual Unstable Stable 0- 2.0 1.0 dG-24 OG-27 2.1 - 4.0 3.0 OG-25 OG-28 4.1 - 6.0 5.0 OG-26 OG-29
, 6.1 - 8.5 7.0 OG-4 OG-14 a
8.6 - 11.5 10.0 OG-5 OG-15 I 11.6 - 14.5 13.0 OG-6 OG-16 14.6 - 17.9 16.0 OG-7 OG-17
$ All Mamams (Neutral Assumed) 18.0 - 20.0 18.0 OG-8
} 20.1 - 24.5 22.0 OG-9
>24.5 27.0 OG-10 t
1 i
9 Y
. . _ _ _ , _ _ _ _ - . . _ , _ , . _ _ _ . . - _ . , _ ~ _ _..,_-._._.,_,-,,.m3.___,.. , . . . - . , _ _ _ , _ , _ - . . , .,
EP-316, Appendix C i Page 52 of 183, R w.'5 I INDEX CP X/Q AND DEPIRIED X/Q CUTPUIS RR VENP RELEASES IOf VENI FIDt CNDITIONS (<225,000 cfm) 75-Ft. Wind Speed (nch) Table Number Range Actual Unstable Stable 0- 2.0 1.0 V-18 V-22 2.1 - 4.0 3.0 V-19 V-23
. 4.1 - 6.0 5.0 V-20 V-24' 6.1 - 7.0 7.0 V-21 V-25 7.1 - 9.0 8.0 V-5 V-16 9.1 - 11.9 10.0 V-6 V-17 All Mamaas (Neutral Assumed) 12.0 - 13.5 12.0 V-7
- n. '
13.6 - 16.5 15.0 V-8 l 16.6 - 20.0 18.0 V-9
! 20.1 - 24.5 22.0 V-10
>24.5 27.0 V-11 1
.I, 4
e r
l' e e
. . _ _ _ _ _ _ , _ _ _ _ _ _ _ _ , _ _ _ _ . . - . . . . , _ _ . . _.,_ _ . . _ . ...__,,,,,,._.,,__,____.._..,____,__,.,.,,,_.y,_ . _ . ,-r-,-. --
l 1
.f EP-316, Appendix C Page 53 of 183, Rev. 5 )
ItMK & X/Q AIC DEEMElD X/Q CtRPUTS ICR VI!NF RELEASES
' NCEWhL VI!NF FICK C3DITIONS (225,000 to 300,000 cfm) e 75-Ft. Wind Speed (nch) Table Nunber Re:we Actual Uhstable Stable 0- 2.0 1.0 V-1 V-12 2.1 - 4.0- 3.0 V-2 V-13 4.1 - 6.0 5.0 V-3 V-14 8
6.1 - 7.0 7.0 V-4 V-15 7.1 - 9.0 8.0 V-5 V-16
, 9.1 - 11.9 10.0 V-6 V-17 i
, All M aassa (Neutral Assumed)
. - e 12.0 - 13.5 12.0 V-7 13.6 - 16.5 15.0 ,
V-8 16.6 - 20.0 18.0 V-9 20.1 - 24.5 22.0 V-10 j >24.5 27.0 V-11 I
4 J
l l r
\ .
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' EP-316, Appendix C Page 54 of 183, Rev. 5 n.
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PEACH 9071086 ATOBIIC POWER STATION CHl/0 DEPLETED STACK M LEASE HomstAL FLOW DELATIVE Ol5PERSION WALUES FOR EleERGENCY DOSE
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