ML20212R116
| ML20212R116 | |
| Person / Time | |
|---|---|
| Site: | Peach Bottom  |
| Issue date: | 03/31/1987 |
| From: | PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC |
| To: | |
| Shared Package | |
| ML20212R087 | List: |
| References | |
| PROC-870331-01, NUDOCS 8704240293 | |
| Download: ML20212R116 (118) | |
Text
..
Qf EP Index
',.3 EMERGENCY PLAN PROCEDURES INDEX Page 1 Rev. 63.*
PEACH BOTTOM UNITS 2 AND 3 03/22/87
- Review Rev. Revision Number Title Date No.
Date EP-101 Classification of Emergencies 10/01/86 16 10/06/86 EP-102 Unusual Event Response 02/11/87 15 02/27/87
- EP-103 Alert Response 11/20/86 14 01/06/87 EP-104 Site Emergency Response 11/20/86 15 01/06/87 EP-105 General Emergency Response 11/20/86 14 01/05/87 EP-110 Personnel Accountability 12/20/85 2 01/06/86 EP-201 Technical Support Center (TSC)
Activation 12/20/85 9 01/07/86 EP-202 Operations Support Centers (OSC)
Activation 10/07/86 9 01/05/87 EP-203 Emergency Operations Facility (EOF)
Activation 12/16/85 9 01/08/86 EP-203A' Alternate Emergency Operations facility (EOF) Activation 10/12/84 0 10/12/84 1'
EP-205 0ELETED 09/12/84 EP-205A Chemistry Sampling and Analysis Team 10/16/85 6 10/16/85 EP-205A.1 Operation of Post Accident Sampling Station 10/02/86 7 01/05/87 EP-205A.2 Obtaining Drywell Gas Samples From Containment Atmosphere Dilution Cabinets 03/20/87 2 03/20/87
- EP-205A.3 Retrieving & Changing Sample Filters &
Cartridges Froci Drywell Radiation Monitor During Emergencies 10/16/85 2 10/16/85 EP-205A.4 Obtaining Drywell Gas Samples From Drywell Radiation Monitor Sampling Station 10/15/85 1
10/15/85 EP-205A.5 Obtaining Reactor Water Samples From Sample Sinks Following Accident Conditions 03/12/87 2 03/12/87
- EP-205A.6 Obtaining Canal Discharge Water Samples Following Radioactive Liquid Releases After Accident Conditions 03/19/87 4 03/19/87
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DR ADOCK 0500 7
o EMERGENCY PLAN PROCEDURES INDEX EP Index Page'2 Rev. 63
- PEACH 80TTOM UNITS 2 AND 3 03/22/87
- Number Review Rev. Revision '
'\\
Title Date No.
Date
/
From Main Stack & Roof Vents Following Accident Conditions 10/16/84 3 10/16/84 EP-205A.8 Obtaining Liquid Radwaste Samples From Radwaste Sample Sink following Accident Conditions 1
10/16/85 1
10/16/85 EP-205A.9 Obtaining Samples from Condensate Sample Sink Following Accident Conditions 10/15/85 1 10/15/85 EP-205A.10 Obtaining Off-Gas Samples from Off-Gas Hydrogen Analyzer Following Accident Conditions 10/15/85 1
10/15/85 EP-205A.11 D E L E T E D - Incorporated into EP-205A.13 12/20/85 EP-205A.12 Sample Preparation & Handling of Highly Radioactive Particulate Filters &
Iodine Cartridges 10/15/85 4 10/15/85 EP-205A.13 Sample Preparation & Handling of Highly Radioactive Liquid & Gas Samples
, 03/13/87 5 03/13/87
- T EP-205A.14 Off-site Analysis of High Activity Samples 12/10/86 1
10/15/85 EP-205A.15 Guideline For Order of Analysis on Post-Accident Samples 03/09/87 3 03/09/87
- EP-205A.16 Storage of Post-Accident Samples 12/10/86 0 09/12/85 EP-205A.17 Obtaining a Gas Sample from Main Stack Under Accident Conditions 03/19/87 1 03/19/87
EP-210A 12/20/85 EP-205C DELETEO 08/07/85 EP-206 0ELETEO 04/27/83 EP-206A Fire Fighting Group 12/20/85 8 01/08/86 EP-2068 Damage Repair Group 12/20/85 4 01/07/86 EP-207 Personnel Safety Team Activation 09/12/85 7 09/12/85 EP-207A First Aid / Search & Rescue Group 07/31/85 4 07/31/85 EP-2078 0ELETED 04/27/84
1 EMERGENCY PLAN PROCEDURES INDEX EP Index Rev.ge 3 Pa 63
- PEACH BOTTOM UHITS 2 AND 3 03/22/87
- 1, Review Rev. Revision Number Title Date No.
Date EP-207C D E L E T E D - Incorporated into 207A 06/26/85 i
. Evacuation Assembly Group 09/16/85 4 09/16/85 EP-207E D E L E T E D - Incorporated into 2070 08/28/85 EP-207F D E L E T E D - Incorporated into 2070 08/28/85 EP-207G Plant Survey Groups 09/09/85 0 09/09/85 EP-207H 4
Dosimetry, Bioassay, & Respiratory i
Group 09/16/85 0 09/16/85 EP-208 Security Team Actuation 12/18/85 2 01/03/86 EP-209 Telephone List For Emergency Use 01/30/87 12 01/02/87 4
EP-209 D E L E T E D - Incorporated into Appendix A EP 102, 103, 104 & 105 as Needed 12/02/86 EP-209 0ELETED Appendix 8 11/04/81 EP-209 Peach Bottom Station Supervision Appendix C i
02/03/87 23 02/27/87
- EP-209 On Site Emergency Team Leaders Appendix D-1 02/03/87 19 02/26/87
- EP-209 Dose Assessment Team
}
Appendix D-2 02/03/87 22 02/03/87
- EP-209 Fire and Damage Team Appendix D-3 02/03/87 21 02/27/87
- I EP-209 Perso uel Safety Team Appendix D-4 03/06/87 25 03/06/87
- EP-209 Security Team Appendix D-5 02/01/87 19 02/26/87
- EP-209 Re-Entry & Recovery Team Appendix D-6 i
02/03/87 7 01/02/87 EP-209 Technical Support Center Group Appendix D-7 02/03/87 23 02/26/87
- l EP-209 Chemistry Sampling & Analysis Team
}
Appendix D-8 01/30/87 9 03/06/87
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)
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4 EMERGENCY PLAN PROCEDURES INDEX EP In,dex Page 4 PEACH BOTTOM UNITS 2 AND 3 Rev. 63 *,
03/22/87
- Number Review Rev. Revision.
Title Date
_No. _ Oate EP-209 Corporate Emergency Team Leaders &
Appendix E Support Personnel 02/01/87 20 02/26/87 EP-209 U. S. Government Agencies Appendix F 02/19/87 10 02/26/87
- EP-209 Emergency Management Agencies Appendix G 01/29/87 12 02/26/87
- EP-209 Company Consultants Appendix H 01/29/87 15 01/02/87 EP-209 Field Support Personnel Appendix I-1 02/02/87 25 02/27/87
- EP-209 Chemistry & Health Physics Contractor Appendix I-2 Call List 01/29/87 23 02/26/87
- EP-209 Nearby Public and Industrial Users of Appendix J Downstream Waters 01/30/87 12 02/27/87
- EP-209 Miscellaneous Appendix K 01/30/87 12 02/26/87
- EP-209 Local PEco Phones
]
' Appendix L 01/30/87 9 06/27/86 EP-209 0ELETEO Appendix M 10/21/84 EP-209 Medical Support Groups Appendix N 01/30/87 12 01/02/87 i
EP-209 Staffing Augmentation - 60 Minute Appendix P Call Procedure 02/03/87 17 01/02/87 EP-210 Dose Assessment Team 10/01/86 3 10/06/86 i
EP-210A Field Survey Groups 12/18/85 1 01/15/86 EP-211 Emergency Radiation Exposure Guidelines
& Controls 06/28/85 0 06/28/85 EP-212 Technical Support Team Activation 02/21/86 1 02/21/86 EP-301 Operating Evacuation Alarm & Pond Page System 09/09/85 2 09/09/85 EP-303 Partial Plant Evacuation 08/30/85 3 08/30/86 EP-304 0ELETED 12/04/81 9
(
EMERGENCY PLAN PROCEDURES INDEX EP Index Page 5 Rev. 63
- PEACH BOTTOM UNITS 2 AND 3 03/22/87
- Review Rev. Revision Number Title Date No.
Date EP-305 Site Evacuation 12/20/85 6 01/07/86 EP-306 0 E L E T E D - No Replacement 01/17/86 EP-307 Reception & Orientation of Support Personnel 09/16/85 2 09/16/85 EP-311 Contaminated Injury 06/28/85 4 06/28/85 EP-312 Radioactive Liquid Release (Emergency DirectorFunctions) 12/16/85 2 09/20/84 EP-313 Control of Thyroid Blocking (KI)
Tablets 09/12/85 2 09/12/85 EP-315 Operation of Peach Bottom Computer Dosed Model 09/17/86 1 09/17/86 EP-316 Cumulative Population Oose Calculations For Airbourne Releases Manual Method 12/18/85 8 12/31/85 EP-316 Worksheets/ Meterological Calculations Appendix A 09/17/85 8 09/17/85 I
EP-316 Activity After Reactor Shutdown Appendix B 09/17/85 7 09/17/85 EP-316 Index of X/Q Outputs for Off-Gas Appendix C Stack Peleases 09/17/85 7 09/17/85 EP-316 Relative Dispersion Values for Emer-Appendix D gency Dose Calculation Procedure 09/17/85 7 09/17/85 I
EP-316 SGTS Efficiency vs Decontamination Appendix E Factor 09/17/85 7 09/17/85 EP-316 Percent Composition of isotopic Appendix F Distribution 09/17/85 7 09/17/85 EP-316 Composite Whole Body Dose Conversion Appendix G Factors vs Time Since Reactor Shutdown 09/17/85 7 09/17/85 EP-316 I-131/1-133 Composite Thyroid Dose Appendix H Conversion factors vs Time Since Reactor Shutdown 09/17/85 7 09/17/85 l
EP-316 Population 01:tribution by Compass Appendix !
Sector-Sumer Day 09/17/85 0 09/17/85 EP*316 I/131/1-133 Percent Abundance vs Time Appendix J Since Reactor Shutdown 09/17/85 0 09/17/85
EP Index j
EMERGENCY PLAN PROCEDURES INDEX Page 6 Rev. 63
- l PEACH BOTTOM UNITS 2 AND 3 03/22/87
- I Review Rev. Revision '
)
i Number Title Date No.
Date EP-316 PBAPS Iodine Source Term from TSC j
Appendix K Field Data 09/17/85 0 09/17/85 EP-316 Index of Plume Shine Outputs For Appendix L Off-Gas Stack Releases 09/17/85 0 09/17/85 j
Ep-316 Plume Shine Value for Emergency Appendix M Dose Calculation Procedure 09/17/85 0 09/17/85 j
EP-316 Refined Dose Assessment of Unmonitored Appendix N Ground Release 09/17/85 0 09/17/85 EP-316A 0 E L E T E D - No Lenger Required 01/28/87 1
EF-3168 0 E L E T E D - No Longer Required 01/28/87 EP-316C D E L E T E D - No Longer Required 01/28/87 c
EP-317 Determination of Protective Active l
Recommendations 10/01/86 6 10/06/86 1
EP-318 Liquid Release Oose Calculation Method s
For Intake Water at Downstream 1
l Facilities 05/27/86 3 06/27/86 EP-319 Liquid Release Dose Calculation Method for Fish 05/27/86 3 06/27/86 EP-320 Procedure for Leaking Chlorine 12/16/85 1 03/12/82 l
I EP-325 Use of Containment Radiation Monitor to Est'imate Release Source Term 10/01/86 2 10/06/86 EP-401 Entry For Emergency Repair & Operations 12/18/85 6 01/03/86 l
FP-500 Review & Revision of Emergency Plan j
(FSARAppendix0) 09/08/86 0 04/01/81 i
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EP-102 Page 1 of 9. Rev. 15 KWS:md
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.c PHILADELPHIA ELECTRIC COMPANY PEACH BOTTOM UNITS 2 AND 3 FEB 2 71987 EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-102 UNUSUAL EVENT RESPONSE
[.
PURPOSE:
1 The purpose of this procedure is to provide guidelines for response to an Unusual Event.
RESPONSIBILITIES:
1.1 The Shift Superintendent or designated alternate shall assume the duties of the Emergency Director and implement this procedure, until relieved.
1.2 The Station Manager or designated alternate, when he arrives, shall relieve the Emergency Director, assume the duties of Emergency Director and continue implementing this procedure.
ACTION LEVELS:
This procedure shall be implemented when any event occurs that is classified as an Unusual Event per EP-101. Classif,1 cation of Emergericies. ~'
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p PRECAUTIONS:
.\\
Planned radiation exposures sheu d be limited to the;AdministritiMe'.Guid' lines e
in EP-211. Emergency' Radiation Expose G61de' lines'and Controls.
ur PROCEDURE:
1.0 IMMEDIATE ACTIONS 1.1 The Emergency Director shall:
1.1.1 Verify the emergency classification as determined in EP-101, Classification of Emergencies, unless determination has just been made.
1.1.2 Complete Appendix EP-102-1, Unusual Event Notification l
Message, and sign it. Direct a comunicator(s) to complete the notification of appropriate partfas as specified in Appendix EP-102-2, unusual Event Telephone List, within 15 minutes.
1.1.3 Direct the evacuation of affected areas, as necessary.
Refer to the following procedure' GP-15 Local Evacuation 1.1.4 Contact the Station Manager, if necessary, and the Shift Technical Advisor, inform them of the situation.
v EP-102
Page 2 of 9. Rev. 15 s
I 1.1.5 Designate a comunicator to man the red phone if requested by the NRC during notification.
1.1.6 For Samples, contact the Shift Chemistry Technician.
If necessary, implement EP-205A, Chemistry Sampilng and Analysis Team.
1.1.7 For in-Plant Surveys or Contaminated inj Jry, contact a Shift HP Technician.
Safety Team Activation.If necessary, implement I!P-207 Personnel 1.1.8 For'0amaae Renair, contact the Maintenance Shift Assistant Foreman.
Group.
If necessary, implement EP-2068, Damage Repair l
1.1.9 For Airborne Roleuses, contact the Dose Assessment Advisor.
If necessary, 'sp'ement EP-210, Dose Assessment Team.
1.1.10 For Sectrity Matters, implement EP-208, Security Team if requ < rec I
1.2 Shift Clerk and/or communicator (s) shall:
I 1.2.1 Perform the notification of the off-site ageacies and personnel within 15 minutes as directed by the Emergency
)
Director using Appendix EP-102-1, unusual E g nt Message and Appendix EP-102-2, Unusual Event Telephoes Utsting.
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{\\ **f \\ 1 2.0 F01.t.0WtlP ACTIONS:
\\ f 2.1 Emergency Director shall:
2.1.1 with EP-101, Classification of EmergenciesPeriodica de-escalate the classification, as necessar,y.nd escalate or a
2.1.2
- 3. Unusual Event De-Escalation Message and sig with Appendix EP-102-2.the comunicator to perform the notificatio Direct 2.1.3 Determine which support personnel are necessary for emergency functions and direct the Shift Clerk to contact those personnel.
shall be assigned to an available individual.If Shift Clerk is n 2.1.4 Perform actions necessary to mitigate conditions of the emergency situation.
2.1.5 Direct the control room personnel to make periodic public address announcements to keep station personnel aware of plant conditions.
i 2.1.6 Obtain the followj In j
further actions:
reati n as necessary to formulate E
j EP-102 l
Page 3 of 9. Rev.15
)
A.
Sample analysis from Shift Chemistry Technician or Chemistry Sampling and Analysis Team Leader.
8.
In-plant surveys or status of contaminated injury from Shift HP Technician or personnel..
C.
Fire / damage repair status from the Maintenance Shift Assistant Foreman or Fire and Damage Team Leader.
D.
Airborne release calculati$n results f d Shift lose c
0 Assessment Advisor or Dose Assessment Team Leader.
E.
Notification results from comunicator.
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2.2 ShiftClerkand/orCommunicator(s)shall:
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2.2.1 Perform notifications as directed by Emergency Director to off-site agencies and inform the Emergency Director of the j
results.
2.2.2 Notify additional support personnel to report to the station
)
as' directed by the Emergency Director and inforp the Emergency j
Director of the results.
[l FINAL CONDITIONS:
Plant is in a stable condition and present station conditions 00 NOT meet any i
Unusual Event classifications as delineated in EP-101, Classification of
]
Emergencies.
y o
APPENDICES i
1 Appendix EP-102-1, Unusual Event Notification Message Appendix EP-102-2. Unusual Event Notification Telephone Listing Appendix EP-102-3, unusual Event De-Escalation Message l
REFERENCE j
PBAPS Emergency Plan EP 101 Classification of Emergencies 4
j GP-15 Local Evacuation 1
EP-209 Telephone Listing for Emergency use NUREG-0654 Criteria for Preparation and Evaluation of Radiological Emergency j
Response Plans and Preparedness in Support of Nuclear Power Plants.
EP-211 Emergency Radiation Exposure Guidelines and Controls
)
1 EP-210 Dose Assessment Team EP-205A Chemistry Samplirvi and Analysis Team EP-207 Personnel Safety "eam Activation 1
EP-2068 Damage Repair Group f
EP.-208 Security Team i
A-7 shift Operations 1
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EP-102 Page 4 of 9. Rev. 15 i
APPEN0!X EP-102-1 UNUSUAL EVENT NOTIFICATION MESSAGE FORMAT THIS (IS) (IS NOT) A DRILL. REPEAT THIS (!
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ILL.
' ens THIS P
'O AT IN AN UNUSUAL EVENT FOR{
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REPORTING AN UNUSUAL EVENT AT
. THE BASIC PROBLEM i
(24hourclocktime)
(date)
IS THERE (HAS) (HAS NOT) BEEN AN (AIRBORNE) (LIQUID) RA010 ACTIVE RELEASE FROM THE PLANT.
THE PLANT. CONDITION IS (STABLE) (IMPROVING) (OEGRADING).
THERE ARE NO PROTECTIVE ACTIONS BEING RECOMMENDED AT THIS TIME. THIS (IS) (IS NOT)
I A ORILL. REPEAT, THIS (IS) (IS NOT) A DRILL.
l Emergency Director i
I
i EP-102 Page 5 of 9. Rev. 15 APPENDIX EP-102-2
(
UNUSUAL EVENT NOTIFICATION TELEPHONE LISTING Time Initiated:
PERSONNEL /AGENCIESTOBENOTIFIE0l l
PERSON NOTIFIED /
WITHIN 15 MINUTES I
PHONE NUMBERS l TIME DISPOSITION OF l
8EEPER:
HOME OFFICE j
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OFFICE:
BEEPER:
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I EP-C-237-NOTE:
The remaining 15 minute calls are to be made by using ONHI conference call code 33. When each agency answers, have them hold the line until all agencies j
to be notified pickup.
Transmit message and then roll call agencies listed to ensure they received and understand the message.
If any agency fails to
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pickup, use individual codes or backup telephone numbers to complete the
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31 YORK COUNTY EMERGENCY t
j MANAGEMENT AGENCY l
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- MANAGEMENTAGENCY(PEKA) i l
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Page 6 of 9. Rev. 15
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l APPENDIX EP-102-2 (Continued)
UNUSUAL EVENT NOTIFICATION TELEPHONE LISTING PERSONNEL / AGENCIES TO BE NOTIFIED PERSON HOTIFIE0/
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5 MINUTES IME O!SPOSITION
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5, HARFORD COUNTY DEPARTMENT OF EMERGENCY SERVICES l
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6.
CECIL COUNTY-DEPARTMENT,
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MARYLAND EMERGENCY MANAGEMENT
& CIVIL DEFENSE AGENCY l
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LANCASTER COUNTY EMERGENCY l
MANAGEMENT AGENCY g,l
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9.
CHESTER COUNTY EMERGENCY i
, MANAGEMENT AGENCY l
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EP-102' Page 7 of 9. Rev. 15 i
APPEN0!X EP-102-2 UNUSUAL EVENT NOTIFICATION TELEPHONE LISTING l
i IPERSONNEL/ AGENCIES TO BE NOTIFIED' l
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PHONE NUMBERS l PERSON NOTIFIE07l SEC0H0ARY NOTIFICAT10N FOR AN UNUSUAL EVE L
DISPOSITION TO BE COMPLETED AFTER THE IS MINUTE NOTI
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APPENDIX EP-102-2 (Continued)
-.s UNUSUAL EVENT NOTIFICATION TELEPHONE LISTING I
PERSONNEL / AGENCIES TO BE NOTIFIE0 4 l PHONE NUMBERS PERSON NOTIFIE0/'
SECONDARY NOTIFICATION FOR AN UNUSUAL EVENT TIME DISPOSITION TO BE COMPLETED AFTER THE IS MINUTE NOTIFIC
' PENNSYLVANIA STATE S.
4 POLICE, YORK BARRACKS i
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NRCOPERATIONShNTER i
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l INITIAL NOTIFICATION COMPLETED BY:_
TIME /0 ATE:_
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i CCHMUNICA TOR SECONDARY NOTIFICATION COMPLETED BY:_
TIME /DATE:_
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VERIFIED BY:
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,i EP-102 Page 9 of 9. Rev. 15 i
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APPENDIX EP-102-3 I
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UNUSUAL EVENT DE-ESCALATION HESSAGE FORMAT TH15 (IS) (IS NOT) A ORILL.
REPEAT. THIS (IS) (15 NOT) A DRILL.
THIS IS PEACH BOTTOM ATOMIC POWER STATION CALLING TO REPORT A CHANGE IN THE EMERGENCY CLAS$1FICAT ON FOR UNIT NO.
MY NAME IS I
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THE UNUSUAL i
EVENT HAS BEEN RM TED TIM D
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(DATE) 1 A ORILL, REPEAT. THIS (!$) (!S NOT) A DRILL.
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EP-205A.2 Page 1 of Ig, Rev.'2
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PHILADELPHIA ELECTRIC COMPANY
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PEACH BOTTON UNITS 2 AND 3 MAR 2 01987 EP-205A.2 OBTAINING ORYWELL GAS SAMPLES FROM CONTAINMENT ATMOSPHERE DILUTION CABINETS PURPOSE:
The purpose of this procedure is to provide some guidelines for consideration prior to, during and after obtaining a drywell gas sample following accident
' conditions with major fuel damage.
RESPONSIBILITIES:
1.0 The Chemistry Sampling and Analysis Team Leader shall determine, via dialogue with the Personnel Safety Team Leader; 1) the need to obtain the sample, 2) the need for specific Health Physics coverage.
2.0 The Chemistry Sampling and Analysis Group Leader shall brief the Chemistry Sampling and Analysis Team members on:
2.1 Samp1ing points to be used.
/l 2.2 Routes to be taken.
2.3 Proper application of this procedure.
2.4 Proper protective clothing to be used.
3.0 The Chemistry Sampling and Analysis Group members shall:
3.1 Assemble necessary equipment 3.2 Apply the ALARA concept for radiation exposure.
3.3 Review or be familiar with this procedure prior to impleme.ntation.
ACTION LEVELS:
It has been determined that a drywell gas sample is required from containment atmosphere dilution cabinets.
EP-205A.)
Page 2 of 19. Rev. 2 APPARATUS:
Appropriate health physics survey equipment Air sampler (Iow volume)
Respiratory protective equipment Anti-C clothing Digital-alarming dostmetry 14.4 m1 off-gas vials with septums 0-1 al microsyrince Septum valve and 1/4" to 1/8" reducer Sample tee with valve Finger badges Sample cask PRECAUTIONS:
1.0 In all steps of this procedure, implementation of the ALARA concept is mandatory.
In addition to reviewing this procedure, an ALARA review of the sampling process should be performed prior to obtaining the sample.
2.0 Planned exposures to radiation shall not exceed administrative guidelines except when authorized by the Emergency Director in accordance with EP-205A, Appendix 1.
PROCEDURE:
1.0 Three locations exist from which the sample may be taken.
These are:
1.1 Core spray CAD cabinet - core spray (" Triangle") room reactor building, 116' elevation.
1.2 ToruscoolingCAOcabinet-corespray(" Triangle")roomreactor building, 116' elevation.
1.3 CAD cabinet, reactor building 195' (U/2 south end U/3 north end).
2.0 0etermination of which cabinet the sample is to be taken from must be made.
ConsiJeration of which cabinet to be used should be based upon plant conditions (i.e.,isitstable?),whichanalyzersareoperating,thetime it will take to get there, and dose rates from area monitors in various locations, etc., approximate times and suggested routes are described:
2.1 Corespray(" Triangle") room-reactorbuilding116' elevation.
Two routes are suggested:
2.1.1 Entering at the normal, turbine 116', plant entrance.
Time =
approximately two minutes.
2.1.2 Enteringattherollupdoorsatthesouth(Unit 2)wallof turbine building 116' elevation. Time = approx. two minutes.
e EP-205A.2 i
Page 3 of 19. Rev. 2 2.2 CAD on reactor building 195' elevation. Two routes to this CAD are suggested:
2.2.1 Entering at the normal turbine 116' plant entrance, up the stairs near the reactor building elevator.
Time =
approximately seven minutes.
2.2.2 Entering radwaste building 135' elevation, proceeding to l
stairs by the reactor but ding elevator and up the stairs to 195' elevation. Time = approximately six minutes.
3.0 Obtain Health Physics coverage if required. Specific Health Physics coverage will be discussed between the Chemistry Sampling and Analysis Team Leader and the Personnel Safety Team Leader.
4.0 Personnel shall take appropriate survey equipment and protective equipment (e.g.SCSAgear, anti-C's,etc.).
Ensure survey equipment is turned on and calibrated.
5.0 The surveyor will note trends in general radiation levels enroute to the sample point.
If dose rates (unanticipated) exceed 5 R/hr gama, and/or beta, prior to arriving at the point specified below and upon further investigation this dose rate remains stable or increases, imediately report to Chemistry Sampling and Analysis Group Leader. The following radiation dose rates shall be determined prior to entry:
i(
5.1,If the sample will be taken from the core spray (" Triangle") room, measure the dose rate at the watertight door located near the prec04t area.
If dose rates exceed 5 R/hr at the door, leave the area i
imediately and report to the Chemistry Samoling and Analysis Group Leader with this information.
If dose rates are less than 5 R/hr enter the stairwell and note dose rates.
If dose rates are greater than 5 R increase as the door to the " Triangle" room /hr in the stairwell and is approached or if the dose rate on contact with this door exceeds 5 R/hr, exit immediately and report to Chemistry Sampling and Analysis Group Leader with this information.
With dose rates less than 5 R/hr at the door to ' Triangle" room, enter the area taking careful note of the dose rates. Survey the room concentrating especially on the CAO cabinets. Survey the inlet linetotheCADanalyzer(linewithtwoisolationvalves-see pictures). Open the CAO analyzer panel, take a general survey and surveytheinletlinetothe02 analyzer (1/4"heattracedline with/withoutsampletee) Zone." Ensure that the low volume air sample is i
taken in the " Breathing Survey maps are provided as part of the appendix of this procedure.
Special note of window open readings i
must be made because of submersion air dose beta fields expected.
5.2 If the sam elevation,ple will be taken from the CAO on reactor building 195' measure the dose rate at the door leading to the long corridor.
If dose rates exceed 5 R/hr at the door, leave the area i
.]
Ep-205A 2 Page 4 of Ig, Rev. 2 imediately and report to Chemistry Sampling and Analysis Group Leader with this information.
If dose rates do not exceed 5 R/hr enter the area noting dose rates.
Take special care walking down the long corridor towards the CAO cabinati dose rates from the ventilatton and pipes may add signiftcantly to the whole body dose.
If dose rate trends indicate dose rates exceeding 5 R/hr gamma and/or beta, em1t the area imediately and report to Chemistry Sampling and Analysts Group Leader with this information.
With dose rates less than 5 R/hr along the corridor, survey the area concentrating especially on the CAO cabinet, if dose rates exceed 5 R/hr exit the area tamediately and report to Chemistry Samp1tng and Analysis Group Leader with this information.
Surve the inlet line to the CAD anal analyserpanel,yser(linewithtwoisolattonvalves. Open the CAO take a general survey and survey the inlet Itne to the 02 analyzer Ensure that the a(ir sample is taken in the "greathing Zone."1 urvey maps are provided as part of the appendix of this procedure. Special note of window open readin dose beta fields espected.gs must be made because of submersion air 4.0 The following are the times required to obtain the samples:
Location Time to 5 = le
)
Drywell CAO T-114 Torus CAO T1161) (Notincludingtimetoand and from sample point Drywell C (AxLg5)
Four minutes with samp a tee Thirty minutes without sample tee 7.0 Saanented $apoline Method (this procedure may be changed based on the A. ARA Revfew)
Have sampling team read the following procedure. Dry runs of this procedure should be considered before actual sample 1s taken. Obtain three evacuated 14.4 al off gas y1als, septum valve and two 1.0 mi microsyringes.
7.1 If a samp1tng tee has been Installed, continue with step 7.2.
Install a sappilng tee as follows:
7.1.1 Take local control of the CAO analyzer panel and put zero gas into the 02 analyser.
7.1.2 When analyzer reaJs 0, break the swagelok f11ter into the 02 analyzer and Install sampling tee. See Appendices EP 206A.2-1 and EP 2054.2-2.
7.1.3 Reconnect tubing and return the of analyzer to servfee.
q r
EP-205A.2 Page 5 of 19. Rev. 2 l
l
~
i 7.1.4 After 02 readings have stabilized, obtain a sample with section 7.2.
l 7.2 Obtain a 0.1 mi gas sample as follows:
7.2.1 Verify that the sample valve is closed 7.2.2 Remove the 1/4" pipe plug from the sample valve 7.2.3 Installtheseptumvalve(a1/4-1/8reducerisrequired).
7.2.4 Close the septum valve 7.2.5 Open the sample valve 7.2.6 Open the septum valve 7.2.7 Insert the 1 al microsyringe through the septum valve and the sample valve into the sample tee.
7.2.8 Flushthemicrosyringebytakinga0.1misampleand injecting it back into the samp a tee two times.
7.2.9 Take a 0.1 al sample and remove microsyringe from the sample tee.
Inject sample into an evacuated 14.4 m) off gas vial.
((
Handle off gas vial with remote holder such as an off gas
- sample vial holder or place the vial in a plastic bag.
7.2.10 Close the septum valve and sample valve. Take off gas vial and leave the area.
8.0 Consideration of expected dose rates from the sample itself must also be made. Review survey data for the sample inlet line and the 02 analyzer inlet line as compared to general field for approximation of sample dose.
In this regard the time to take the sample to the hot lab versus shielding the sample must be considered.
The personnel who will obtain the sample shall be briefed on all alternatives and will provide input into practical methods of remotely handling the sample. Once in a low enough dose rate field measure the dose rate of the sample.
If it is above 100 mR. shield it with a cask.
9.0 Prior to the sample entering the hot lab, any shleiding, remote tooling or other protective measure shall be in place and ready to accept the sample.
10.0 Upon introduction of the sample into the hot lab, the sample will be handled in a manner such that it will cause an ALARA whole body dose to 1
personnel involved. Unnecessary personnel shall not remain in the hot lab.
]
11.0 Properly in place and shielded, remote processing of the sample should be considered. Careful handling of the sample is mandatory in preparation for analysis so contamination is not spread, airborne problems are held at a minimum, and a new sample is not required.
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EP-205A.2 Page 6 of 19, R3v. 2 12.0 If the containment sample is too hot to count directly, dilution may be 1
performed as per EP-205A.13.
13.0 Following final analysis of the sample, results shall be reported to appropriate supervision.
FINAL CONDITIONS:
None APPENDICES:
- 1. EP-205A.2-1 Addition of Gas Sample Tee to 02 Analyzer EP-205A.2-2
- 2. EP-205A.2-3 Plant' Layout Maps EP-205A.2-4 EP-205A.2-5 EP-205A.2-6 EP-205A.2-7 EP-205A.2-8 EP-205A.2-9
)
REFERENCES:
F 1.
EP-205A 2.
EP-205A.2 Page 7 of 19, Rev. 2 APPENDIX EP-205A.2-1 As built 0 Analyzer 2
/
O2 Inalyzer Swagaloc s
C:nn:ction j
g-,.
L
/
PCV 1/4" SS line Em r. Addition of Sample tee i(
/
/
1/4" SS line with O2 Swageloc Connection Samplo Myser TCa Original
~~
PCV Swngalo y anncction Modified 0 Analyzer with Sample Tee 2
/
/
O2 Analyser PCV Sample
[ l Tee Swngoloc C.cnn:ction' l
l
IP-205A.2 Page 8 of'19, Rev. 2 l
1 APPENDIX EP-205A.2-2 i
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PHILADELPHIA ELETRIC COMPANY AR 121987121987PEACH BOTTOM UNITS 2 AND 3 EP 205A.5 OBTAINING REACTOR WATER SAMPLES FROM SAMPLE SINKS FOLLOWING ACCIDENT CONDITIONS PURPOSE:
The purpose of this procedure is to provide guidance for obtaining a reactor water sample following accident conditions with major fuel damage.
RESPONSIBILITIES:
1.0 The Chemistry Sampling and Analysis Team Leader shall, via dialogue with the Personnel Safety Team Leader, determine the need for specific Health Physics coverage, identify the sampling point to be used, and suggest the i
g route to be taken.
(Nomal sample stations should be used until conditions warrant the use of the post-accident sample station.)
2.0 The Chemistry Sampling and Analysis Group Leader shall brief the Chemistry Sampling and Analysis Group Members and if necessary, Health Physics personnel on; (t
2.1 Sampling points to be used.
2.2 Routes to be taken.
2.3 Proper application of this procedure.
2.4 Proper protective clothing to be used.
3.0 The Chemistry Sampling and bialysis Grcup members shall:
3.1 Assemble necessary equipment 3.2 Apply the ALARA concept for radiation exposure.
3.3 Review or be familiar with this procedure prior to implementation.
ACTION LEVELS:
It has been determined that a reactor water sample is required from the Feedwater (FW) or Reactor Water Cleanup (RWCU) sample sink.
EP-205A.5 Page 2 of 10, F.ev. 2 APPARATUS:
Appropriate Health Physics Survey Equipment Air Sampler (low volume)
Anti-C clothing l
Digital-Alarming dosimetry 5
125 ml or 1 liter sample bottle with lid Tongs or remote tooling for holding the sample bottle during sampling Respiratory protective equipment Finger badges PRECAUTION:
1.0 In all steps of this procedure, implementation of an ALARA concept is mandatory.
In addition to reviewing this procedure, an ALARA review of the sampling process should be performed prior to obtaining the sample.
2.0 Planned exposures shall not exceed administrative guidelines except when authorized by the Emergency Director in accordance with Appendix EP-205A-1.
PROCEDURE:
1.0 The Chemistry Sampling and Analysis Team Leader shall determine the sample sink to be used for obtaining the reactor water sample. Determination should be based upon plant conditions, operability of sampling system, the amount of time required, and anticipated dose rates from area radiation monitors and/or surveys. Approximate times and suggested routes follow:
1.1 Feedwater Sample Sink, three routes are suggested from outside the power block:
1.1.1 Entering at the normal. Turbine 116', plant entrance, to the stairs near the Reactor Building elevator, and up to 165' elevation. ' TIME: Approximately 5 minutes 1.1.2 Entering the Radwaste Building, 135' elevation, proceeding to the stairs near the Reactor Building elevator, and up to 165' l
elevation. TIME: Approximately 4 minutes 1.1.3 Entering the Recombiner Building, 116' elevation up the stairs to 165' elevation. TIME: Approximately 4 minutes (For Unit 3 Only) 1.2 RWCU Sample Sink, the same three routes are suggested, corresponding approximated times are:
l 1.
6 minutes 2.
5 minutes l
3.
3 minutes (For Unit 3 Only) t
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s EP-205A.5 Page 3 of 10, Rev. 2 2.0 If necessary, arrangements for Health Physics coverage should be made.
l 3.0 Ensure that survey equipment is turned on and calibrated.
l 4.0 Trends in general radiation levels enroute to the sampling point will be noted. Survey and plant layout maps are included in the Appendices.
If dose rates (unanticipated) exceed 5 R/hr Beta and/or Gama and upon further investigation this dose rate remains stable or increases, exit the area immediately and report to the Chemistry Sampling and Analysis Group Leader.
l 5.0 If the sample is to be drawn from the Feedwater Sample Sink, survey the area especially on the Sample Sink.
Verify that dose rates do not exceed 5 R/hr. Survey the grab sample point (Beta & Gamma), with sample flowing.
l Take an air sample at the hood, in the " Breathing Zone." Special note of window open readings must be made because of the high beta fields expected in the sample sink, as well as, submersion air dose beta fields.
l 6.0 If the sample is to be drawn from the RWCU Sample Sink, continue past the feedwater sample sink. Prior to turning the corner located just before the RWCU sample sink, verify that dose rates do not exceed 5 R/hr.
Survey the area especially on the sample sink and Non-Regen Heat Exchanger Room (U/2 is 'A' Non-Regen Heat Exchanger, U/3 is 'B' NonRegen Heat Exchanger). Verify that dose rates do not exceed 5 R/hr. Survey the grab sample point (Beta & Gamma) with the sample flowing. Ensure that a low-volume air sample is taken at the heod, in the " Breathing Zone". Special
\\
nota of window open readings must be made because of the high beta fields expected in the sample sink, as well ac, submersion air dose beta fields.
The following are times required to obtain the samples:
LOCATION TIME TO SAMPLE Feedwater Sample Sink 3 min. or less depending on flow RWCU Sample Sink 3 min. or less depending on flow Suqqested Sampling Method (This method may be changed after the ALARA review) 7.0 Obtain the smallest sample necessary for analysis to be performed.
Consider the use of tongs or other remote handling tools to hold the sample bottle. When required amount of sample is obtained remove bottle from hood, quickly place lid on bottle and obtain the contact dose rate.
Transport the sample using ALARA considerations.
8.0 Prior to the sample entering the hot lab, any shielding, remote tooling or other protective measure shall be in place and ready to accept the sample.
l 9.0 Upon introduction of the sample into the hot lab, the sample will be handled in a manner such that it will cause an ALARA whole body, dose to personnel involved. Unnecessary personnel shall not remain in the hot lab.
l
e EP-20EA.9 Page 4 of 10. Rtv. 2 l
10.0 Properly in place and shielded, consider processing the sample remotely.
Careful handling of the sample is mandatory in preparation for analysis so that contamination is not spread, airborne problems are held at a minimum, and a new sample isn't required.
l 11.0 Fc11owing final analysis of the sample, results shall be reported to the Chemistry Sampling and Analysis Team Leader.
FINAL CONDITIONS:
None APPENDICES:
Appendices EP-205A.5-1 Plant Layout Maps EP-205A.5-2 E P-205A.5-3 EP-205A.5-4 i
Appendices EP-205A.5-5 Survey Maps EP-205A.5-6
REFERENCES:
i EP-205A l
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. {' p, a-2 ADO:1sg PHILADELPHIA ELECTRIC COMPANY PEACH BOTTOM UNITS 2 & 3 AR 191987191987EP-205A.6 OBTAINING CANAL DISCHARGE WATER SAMPLES FOLLOWING RADIOACTIVE LIQUID
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RELEASES AFTER ACCIDENT CONDITIONS PURPOSE:
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The purpose of this procedure is to provide guidance for obtaining canal discharge water samples following radioactive liquid releases af ter a::cident 3
conditions.
i RESPONSIBILITIES:
1.0 The Chemistry Sampling and Analysis Team Leader shall determine via dialogue with the Personnel Safety Team Leader, the need for specific
.l Health Physics coverage.
i l
2.0 The Chemistry Sampling and analysis Group Leader shall brief the Chemistry l
Sampling and Analysis Group members on:
2.1 Sampling points to be used.
i / /,
2.2 Routes to be taken.
x 2.3 Proper application of this procedure.
2.4 Proper protective clothing to be used.
a 3.0 The Chemistry Sampling and Analysis Group members shall:
3.1 Assemble necessary equiprent 3.2 Apply the ALARA concept for radiation exposure 3.3 Review this procedure prior to implementation ACTION LEVELS:
The need for a canal discharge water sample has been identified.
APPARATUS:
Appropriate Health Physics survey equipment 1 liter sample bottle with lid i
1 Plastic bags Tape Dosimetry j
Remote sampling device (if needed)
~ - _ _ _ _ _
J EP-205A.6 Page 2 of 3, Rev. 4 4
2 i
PRECAUTIONS:
1.0 In all steps of this procedure, implementation of the ALARA concept is j
mandatory.
l 2.0 Planned exposures shall not exceed administrative guidelines except when authorized by the Emergency Director in accordance with EP-205A Appendix 1.
l 3.0 At no time shall any grab samples be taken at the discharge to the Conowingo pond by going beyond the safety railings.
l 4.0 Do not travel to the end of the discharge canal alone.
l PROCEDURE:
I j
1.0 Grab samples of canal discharge water may be taken from a convenient i
sampling point located in the gate control shack at the end of the canal or j
by remote sampling.
2.0 To take a grab sample of canal discharge water, two matheds are used:
i 2.1 Take the sample from a convenient sampling point located in the gate control shack at the end of the canal.
[
2.2 If unable to get a sample from inside the gate control shack, a l
remote grab sample may be obtained as follows.
[
2.2.1 Obtain the remote sampling device from storage.
')
t 2.2.2 The remote sample must be obtained from behind the safety railing.
1 I
2.2.3 Attach the end of the remote sample device to the safety railing.
2.2.4 NOTE:
If at any time excessive force is encounted on the sample device, release the sample device immediately.
i 2.2.5 Lower the s uple device to obtain a sample.
2.2.6 Retrieve the sample device and transfer the s uple to a clean j
suplecontainer(s).
2.2.7 Detach end of sample device from the safety railing and return j
it to the storage location.
t I
3.0 Daily canal discharae composite s moles may be taken as follows.
I i
3.1 Turn on the mixer in the canal discharge tank in the gate control f
j shack at the end of the canal to mix the liquid in the tank.
3.2 Allow mixer to run approximately 5 minutes.
3.3 Take a sample from this tank.
. - ~ -.
e EP-205A.6 Page 3 of 3, Rev.,4 3.4 Drain the tank.
3.5 Clean out the tank with the water from the hose.
3.6 Close the drain and verify that an appropriate sample flow is entering the tank from the composite sample pump.
4.0 Label the samples with date, time, and sample type (canal discharge and/or canal composite discharge).
5.0 Take the samoles to the appropriate counting room to scan for activity.
FINAL CONDITIONS:
None.
1 1
APPENDICES:
None.
REFERfNCES:
1 EP-205A - Chemistry Sampling and Analysis Team.
l HPA-70 series l
1 i
EP-205A.13 Page 1 of 5, Rev. 5 ADO:c1g l7 PHILADELPHIA ELECTRIC COMPANY
--#+
MAR 131987 PEACH BOTTOM UNITS 2 AND 3 EP-205A.13 SAMPLE PREPARATION AND HANDLING OF HIGHLY RADIOACTIVE LIQUID AND GAS SAMPLE PURPOSE:
The purpose of this procedure is to provide guidance for consideration during sample preparation and handling of highly radioactive liquid and gas samples.
RESPONSIBILITIES:
1.0 The Chemistry Sampling and Analysis Team Leader shall determine, via
, dialogue with the Personnel Safety Team Leader, the need for specific Health Physics coverage.
2.0 The Chemistry Sampling and Analysis Group Leader shall brief the Chemistry Sampling and Analysis Group members on:
2.1 Sample points to be used.
i 2.2 Routes to be taken.
(
2.3 Proper application of this procedure.
2.4 Proper protective clothing to be used.
3.0 The Chemistry Sampling and Analysis Group members shall:
3.1 Assemble necessary equipment.
3.2 Apply the ALARA concept for radiation exposure.
3.3 Review this procedure prior to implementation.
i ACTION LEVELS:
None PRECAUTIONS:
1.0 In all steps of this procedure, an ALARA concept is mandatory.
In addition to reviewing this procedure, an ALARA review of the sample preparation (dilution) method should be perfomed prior to beginning preparation and analysis.
I 2.0 Planned exposures shall not exceed administrative guidelines except when authorized by the Emergency Director in accordance with EP-205A, Appendix 1.
EP-205A.13 Page 2 of 5, Rev. 5 1
3.0 Samples should be placed in plastic bags prior to gamma isotopic analysis to prevent contamination of the counting equipment.
4.0 Samples shall be counted on the closest possible shelf to the detector in order to obtain a dead time of < 30%.
Samples with > 30% dead time must be counted on a more distant shelf and/or diluted.
In general, samples with dose rates < 2 mrem /hr can be counted on the 3 cm shelf and samples with i
dose rates > 2 mrem /hr but < 200 mrem /hr can be counted on the 30 cm.
shelf.
4 PROCEDURE:
1.0 Imediate Actions:
1.1 Review the survey data obtained when the sample was taken and transported to the Chemical Lab.
Brief Health Physics qualified J
personnel on the sample preparation (dilution) and chemical analysis to be performed. Air sampling requirements shall be determined.
l 1.2 Health Physics qualified personnel shall monitor dose rates during sample preparation and handling.. Based on their analysis, stay times shall be determined. During sample preparation and handling, j
extremity doses should be limiting. However, whole body exposure shall also be considered. Extremity dosimetric devices should be worn. An RWP should be assigned to this activity.
1 1.3 If possible, sample preparation shall be done in a ventilation bood or other ventilated area where respiratory protection equipment is not required.
1.4 Consider the use of tongs or other remote tooling during sample l
preparation and analysis, 1.5 Lead shielding shall be used, when handling reactor coolant samples >
i i
200 mrem /hr. As a minimum, lead bricks shall be stacked around the sample. A small gap between the top lead bricks may be made for the l
Insertion of a microsyringe needle into the sample bottle. After removing a sample close the gap in the lead brick top to reduce dose i
rates. Monitor the dose to the hands during micropipeting.
1 j
1.6 Consider the use of more elaborate shielding during sample j
preparation, if dose rates merit its use.
j 1.7 Before actual sample dilution is performed, a dry run using air or demin water should be made. An ALARA review should also be done.
Based on the dry run and the ALARA review, changes to the sample l
dilution procedure, shielding, or equipment may be made to minimize i
exposure. Supervision shall also review the possibility of not i
performing the sample dilution and analysis at all.
1
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EP-205A.13 Page 3 of 5, Rev. 5 i
(
/
1.8 Gas Samples 1.8.1 Suggested sample dilution procedure for gas samples > 200 mR/hr:
1.
Determine amount of dilution required. 8ased on this dilution, determine the amount (volume) of gas to be removed from the hot off-gas vial. Confirm this amount with the Chemistry Group Leader or his designee.
l' 2.
Evacuate a new 14.4 ml off-gas vial with septum and place vial behind shielding.
3.
Adjust the pressure in the hot off-gas vial from Step 1 to l
atmospheric pressure by inserting a microsyringe needle and allowing the pressure to equalize.
r 4.
Inject a volume of air with a gas syringe into the hot i
off-gas vial which is equal to volume of gas to be removed for dilution.
(Use the red-green shutoff valve.
Set the l
valve in the green position (open) for drawing or i
injecting sample and in the red position (closed) to 3
transport the loaded syringe from one vial to the next vial.)
l ( '
5.
Mix the gas in the hot off-gas vial by pu:nping the microsyringe in and out.
6.
Set the microsyringe to the volume of gas to be removed from the hot off-gas vial and remove the microsyringe.
i 7.
Inject the gas in the microsyringe to a new evacuated 14.4 i
ml off-gas vial.
i 8.
Measure the dose rate of the vial to determine if additional dilution is necessary.
9.
Additional dilutions may be done by repeatfng Steps 1.8.1.4 through 1.8.1.7.
1.8.2 For H2 or 02 analysis, perform CA-75A.
i I
f l
EP-205A.13 Page 4 of 5, Rev. E 1.8.3 To calculate the sample volume for gamma isotopic analysis, use the following formula.
i l
V c = Vi x Vs 14.4 + Vi Where Vc is the volume to be input into the computer as the sample volume, Vi is the volume of air injected equal to the volume subsequently removed for dilution, and Vs is the original sample volume. This formula must be used for each successive dilution. Verify the final Vc value with the Chemistry Sampling and Analysis Group Leader or his designee.
1.9 Liquid Samples 1.9.1 Suggested sample dilution procedure for liquid samples:
1.
Determine the amount of dilution required.
Confirm this amount with the Chemistry Group Leader or his designee.
2.
Add correct amount of dilutant to a clean vial and place behind shielding.
3.
Place the sample cask containing the original sample in a
.,T.,
configuration such as to limit direct exposure to the individual ALARA.
.)
J 4.
Remove the threaded sample cask plug and raise the sample vial such that the top of the vial is about flush with the top of the cask.
Limit direct exposure of the whole body by using the cask as shielding.
5.
Penetrate the septum of the sample vial using a microsyringe.
6.
Pump sample in and out of the syringe once or twice to ensure proper mixing.
7.
Withdraw the proper volume of sample.
8.
Partially withdraw the syringe from the vial such that the needle is in the vial, but not in the sample.
4
' -9.
Withdraw a small volume of air into the syringe to prevent the dripping of sample during subsequent transport.
I 10.
Inject the sample into the vial containing the dilution volune.
- 11. Measure the dose rate of the vial to determine if additional dilution is necessary.
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EP-205A.13 Page 5 of 5, Rev.,5 i <
12.
Additional dilutions may be done by repeating Steps 1.9.11 through 1.9.1.11.
1.9.2 For Boron analysis, refer to CA-270.
1.9.3 To calculate the sample volume for gama isotocic analysis, divide the original sample volume by the dilution factor.-
Verify the calculated sample volume with the Chemistry Sampling i
and Analysis Group Leader prior to analysis.
1.9.4 Refer to CA-2A for pH determination.
4 i
1.9.5 If analysis for chloride is desired on the diluted sample, refer to CA-9.2 or EP-205A.14 for offsite analysis.
j 2.0 Follow-Up Actions:
4l 2.1 Consideation shall be given to the final disposition of the samples, the remainder of the gas or coolant sample and the waste produced.
i 2.2 Samples and the remaining samples which are kept for additional analysis shall be stored in an appropriate location based on their dose rate and Radiological hazard.
I
('
FINAL CONDITIONS:
None 4
APPENDICES:
None 1
REFERENCES:
FSAR 7.20.4.6 CA-2A Determination of pH in Low Volume Water Samples CA-270 Analysis for Baron by Carminic Acid CA-75A Determination of Hydrogen and Oxygen Concentration in Gas Samples Using a Gas Chromatograph and a Reporting Integrator CA-9.2 Determination of Chlorides-Silver Nitrate Turbidimeter Method HPA-70 (series) Nuclear Data MCA procedures EP-205A Chemistry Sampling and Analysis Team EP-205A.15 Guideline for the Order of Analysis on Post-Accident Samples i
.,_,. _ _ _ _ _.... _ -. ~. - _ _.
EP-205A.15 Page 1 of 3 Rev. 3 GKB;1sg PHILADELPHIA ELECTRIC COMPANY y
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MAR TIUD PEACH BOTTOM UNITS 2 AND 3 EP-205A.15 GUIDELINE FOR THE ORDER OF ANALYSIS ON POST-ACCIDENT SAMPLES PURPOSE:
The purpose of this procedure is to provide guidance for the order in which analyses should be performed on samples taken from the Post-Accident Sampling Station.
RESPONSIBILITIES:
1.0 The Chemistry Sampling and Analysis Group Leader shall determine the order of analyses on samples taken from the Pass System, and direct the Chemistry Sampling and Analysis Group members to perfor1n the analyses.
2.0 The Chemistry Sampling and Analysis Group Members shall perform the analyses in the order requested and in accordance with appropriate EP and CA
- w.,
procedures.
e; m
ACTION LEVEL:
None APPARATUS:
None i
PRECAUTIONS:
None PROCEDURE:
1.0 Gas samples 1.1 For gas samples that do not require dilution for isotopic analysis:
1) isotopic an.ilysis, should be performed prior to subsequent
1.2 For gas samples that do require dilution for isotopic analysis:
1) analyze for hydrogen and/or oxygen, l
2) dilute sample and perform isotopic analysis.
l
E P-205 A.15' Page 2 of 3, Rev. 3 4
~
2.0 Liquid samples 2.1 For undiluted liquid samples that need not be diluted for isotopic analysis:
1) perform isotopic analysis prior to any subsequent analysis.
2)
If requested, analyze for Boron by renoving 5 ml of liquid and following instructions in CA-?70.
Note: Assuming proper concentration cf boron in the reactor coolant, boron analysis should be performed on a diluted (small i
volume) Pass sample.
3)
Use procedure CA-2A to test the pH of 0.2 mi aliquot of the undiluted sample.
Note:
If analysis for chloride is desired, a separate undiluted pass sample may be taken and sent to an off-site facility or i
analyzed on-site using CA-9.2.
2.2 For undiluted liquid sarmies that require dilution for isotopic analysis.
- i 1
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If requested, a boron analysis may be performed on a 5 ml aliquot
~ x sample per CA-270.
2)
Use procedure CA-2A to determine the pH of a 0.2 ml aliquot of the undiluted sample.
3)
Dilute the sample and perform isotopic analysis.
2.3 For a diluted liquid sample that needs no further dilution for isotopic analysis:
1) perform isotopic analysis 2) analyze for baron using CA-270, 2.4 For a diluted liquid sample that requires further dilution for isotopic analysis.
1) analyze for boron using CA-270 i
2) dilute the sample and perform isotopic analysis.
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EP-205A.15 Page 3 of 3, Rev. 3
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FOLLOW-UP ACTIONS:
- t Report results to Chemistry Sampling and Analysis Group Leader.
FINAL CONDITIONS:
None APPENDICES:
None
REFERENCES:
FSAR 7.20.4.6 EP-205A.1 EP-205A.11 EP-205A.13 EP-205A.14 CA-2A i
CA-9.2 w
CA-270 ei CA-75A e
HPA-70 series s
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EP-205h.17 Page 1 of 6, Rev. 1 AD 1sg
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PHILADELPHIA ELECTRIC COMPANY g
Peach Bottom Units'2 and 3
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MAR 191987 EP-205A.17 OBTAINING A GAS SAMPLE FROM THE MAIN STACK UNDER ACCIDENT CONDITIONS PURPOSE:
The purpose of this procedure is to provide some guidelines prior to, during, and after obtaining a gas sample from the main stack following accident conditions with fuel damage.
RESPONSIBILITIES:
1.0 The Chemistry Sampling and Analysis Team Leader shall determine, via dialogue with the Personnel Team Leader, the need for specific Health Physics Coverage.
2.0 The Chemistry Sampling and Analysis Group Leader shall brief the Chemistry Sampling and Analysis Group Members on:
2.1 Sample point to be used.
2.2 Routes to be taken.
2.3 Proper application of this procedure.
2.4 Proper protective clothing to be used.
3.0 The Chemistry Sampling and Analysis Group Members shall:
3.1 Assemble necessary equipment.
3.2 Apply the ALARA concept for radiation exposure.
3.3 Review this procedure prior to implementation.
J ACTION LEVEL:
It has been determined that a gas sample from the main stack is required. Make sure before entry into the main stack that all personnel who will handle a sample have extremity (finger) dosimetry in place.
l PRECAUTIONS:
1.0 Apply ALARA concept when implementing this procedure.
l l
2.0 Review this procedure prior to obtaining a sample.
3.0 Planned exposure shall not exceed administrative guidelines except as authorized by the Emergency Director in accordance with EP-205A, Appendix 1.
l
EP-205 A.,17 Page 2 of 6, Rev. 1
~
4.0 Comunications between the Chemistry Sampling members and the Chemistry sampling leader are essential to help determine if conditions have changed at the main stack. The use of a hand held radio or the telephone is suggested prior to entering the stack as equipment and time permit.
APPARATUS:
This is a suggested list of items that should at least be considered to be taken when sampling the main stack.
1.
Appropriate Health Physics Survey Equipment.
2.
Air Sampler 3.
Respiratory Protective Equipment 4.
Anti-C Clothing 5.
Dosimetry 6.
14.4 ML off gas vials and septums 7.
Marinelli Beaker 8.
Rotameter Q
9.
Tubing
- 10. Gas Tight Syringe and Needle
- 11. Marinelli Sample Beaker
- 12. Off gas sample cask
- 13. Flashlight
- 14. Plastic bags
- 15. FinSer Dosimetry
- 16. Hand held radio
- 17. Adjustable wrench
- 18. Access keys a.
- 7643 - Stack Inner Gate and Door b.
- B376 - U/2 Locked Valve I
c.
fBL832 - Substation outside gate d.
f4759 - North substation key
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l EP-205A.17 1
l Page 3 of 6 Rev. I
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PROCEDURE:
l 1.
Once the Sampling Members are assembled they should review this entire procedure and obtain all required apparatus, i
2.
The Chemistry Sampling and Analysis Team Leader.or his alternate should I
determine which type of sample should be collected based upon the main stack monitors reading and the following criteria.
i 2.1 If the main stack monitor is at a count rate of 0 to 100 CPS then a Marinelli sample should be taken to ensure proper analytical i
statistics.
1 j
2.2 If the main stack monitor is between 100 to 20000 CPS then either a 1
Marinelli sample or a small volume gas sample, 1.0 to 5.0 ML, may be
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taken.
2.3 If the main stack monitor is above a count rate of 20000 CPS then ONLY a small volume gas sample, 1.0 to 5.0 ML, should be taken since a Marinelli sample will be 2 mR/hr.or greater.
2.4 The Chemistry Sampling and Analysis Team Leader should inform the l
Sampling Team Members as to which type of sample they should prepare j
for based upon main stack conditions.
(
3.0 In most situations the collection and handling of the samples should be j
performed with the Chemistry Group responsible for ensuring that the ALARA i
concept for radiation exposure is applied. The need for specific Health Physics coverage shall be determined and prescribed via dialogue between the i
Personnel Safety Team Leader and the Chemistry Sampling Team Leader.
4.0 Ensure that personnel have the appropriate survey, protective and sampling equipment before leaving for the sample.
I 5.0 Obtain the proper keys from Shift Supervision, Security and Chemistry Supervision.
t 6.0 A RWP or HP qualified individual will be assigned for the sample collection and analysis.
j 7.0 Prior to the sample entering the hot lab, and shielding, remote tooling or j
other protective measure shall be in place and ready to accept the sample.
8.0 Two paths are recomended to reach the Main Stack. The Sampling Team l
Members should be aware of the wind direction and the direction of plume travel in order to choose which route is best, i
a 8.1 Travel to the North Substation through the Unit 2 and 3 parking lot and up Lay Road to the substation gate.
Proceed to the stack outside gate via the access road. Monitor dose rates during the trip to the stack.
l 8.2 Travel to the North Substation by going through the Unit 1 parking lot and up Atom Road to Route 623. Turn right on Route 623 and go to Lay 1
,~c----
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EP-205A.17 Page 4 of 6, Rev'. 1 Road. Turn right on Lay Road and travel to the substation gate.
Proceed to the stack outside gata via tne access road. Monitor dose rates during the trip to the stack.
9.0 If upon reaching the base of the Main Stack the door is greater than 5 R/hr, leave the area imediately and report to the Chemistry Sampling and Analysis Group Leader for instructions. With the dose rates less than 5 R/hr, enter-the stack being careful to notice the dose rate.
If the dose rate exceeds 10 R/hr gama or 10 Rad /hr beta while in the stack then exit imediately and report to the Group Leader for instructions.
[
9.1 When opening the Main Stack door check that there is a positive pressure pushing on the door.
If not, inform the Group Leader.
10.0 If a Marinelli sample is desired then do the following steps, refer to EP-I I
205A.16 Figure 1.
I 10.1 Attach the rotameter and the Marinelli together with proper tubing and connect them to the inlet and outlet tubing as shown in Figure 1, 10.2 Turn the black handles of the t'hree way Whitey valves to point away from each other, refer to Figure 1.
10.3 Be prepared to measure the dose rate on the Marinelli and to shut off sample flow if the dose rate exceeds 100 mR/hr.
s
' ~ T 10.4 Open the two inlet sample valves to establish flow through the Marinelli.
10.5 Adjust the flow rate to approximately 10-20 SCFH by using the valve on the rotameter or the final sample station outlet valve as required.
10.6 Allow the Marinelli to flush for 2.5 to 5 minutes.
10.7 If the room has a high dose rate then exit the area while the flush is in progress.
I 10.8 Upon completion of the flush shut the valves on top of the Marinelli, shut the two inlet sample valves, turn the handle of the right three-way valve to point to the left.
10.9 If the Marinelli is less than 1 R/hr then it may be transported to the laboratory, if it is greater than 1 R/hr then it should be moved to the side of the sample station and allowed to decay.
11.0 If a small volume sample is desired then do the following steps, refer to EP-205A.16, Figure 2.
11.1 Turn the black handles of the three-way Whitey valves to point toward each other. refer to Figure 2.
Flow will now be established past the syringe sample port.
11.2 Open the two inlet sample valves to establish flow.
EP-205A.17 Page 5 of 6. Rev. 1 f
11.3 Measure the dose rate of the sample tubing 50 that sampling time can be minimized as required.
11.4 Press the green button on the sampling syringe; this opens the syringe so a sample can be drawn.
11.5 Press the green button on the syringe sample port to allow for sampling.
11.6 Insert the syringe into the top of the sample port, through the septum and down as far as possible.
Be careful not to bend the needle.
11.7 Withdraw the sample size desired into the syringe and push the plunger to push this volume back into the sample line. This will flush the syringe. Withdraw the sample size desired and push the red button on the syringe to trap sample.
11.9 Withdraw the syringe from the sample port and push the red valve on the sample port to isolate it.
11.10 Place the syringe in its carrying case with the needle removed and in the case as well.
Put the case into a plastic bag to increase the distance during transport.
11.11 Shut the two inlet sample valves and turn the handle of the right
(
three-way valve to point to the left.
11.12 Exit the base of the stack and obtain a dose rate reading on the syringe, use shielding and distance to minimize dose during transport.
12.0 Transport the sample from the Main Stack to the desired chemistry lab.
When possible contact the Chemistry Sampling Group Leader to determine the best route to travel based on wind direction and plume direction.
13.0 Upon introduction of the sample into the hot lab, the sample shall be handled in a manner such that ALARA concepts are applied.
14.0 Following final analysis of the sample, results shall be reported to the Chemistry Sampling and Analysis Group and Team Leaders.
FINAL CONDITIONS: None APPENDICES: None
REFERENCES:
M-310-Sht. 1 P&ID, Air Ejection and off gas
, EP-205A
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PHILADELPHIA ELECTRIC COMPANY 7 r ~-:
PEACH BOTTOM UNITS 2 AND 3 FEB 2 71987 l
EP-209 APPENDIX C PEACH BOTTOM STATION SUPERVISION j
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Manager Home Phone Centt x f
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Superintendent - Operations l
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Page 4 of 5, Rev. 23 Assistant Maintenance Engineer I
Engineer - Reactor I
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PHILADELPHIA ELECTRIC COMPANY FEB 2 61987 PEACH BOTTOM UNITS 2 & 3 l
l EP-209 APPEN0!X 0-1 ON SITE EMERGENCY TEAM LEADERS l
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Emergency Director Home Phor.e Centrex I
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PHILA0ELPHIA ELECTRIC COMPANY y
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PEACH BOTTOM UNITS 2 & 3 7
EP-209 APPENDIX 0-2 00SE ASSESSMENT TEAM DOSE ASSESSMENT TEAM LEADER HOME PHONE CENTREX PAGER I
i ALTERNI,TE 00SE ASSESSMENT TEAM LEADER I
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age Planning Coordinato l
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Ventilation Coordinator i
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State Emergency Management Agencies a.
Pennsylvania Emergency Room 8-151 Management Agency Transportation &
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l EP-209 APPENDIX K MISCELLANEOUS Address Phone 1.
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Dept of Environmental Harrisburg, PA f
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,0ffice Hours: 8:00 AM - 4:00 PH l..
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Pennsylvania Health Department I
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South Central District 2971 N. 7th St.
I Harrisburg, PA l
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State Health Center After hours York County
'36N. George St.
York, PA 17401 l
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i EP-209 i
APPENDIX K i
I Page 3 of 3 Rev. 12 5
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Emerg. Management i
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Co-Ordinator 1
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State Police York Barracks 1
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State Police Lancaster Barr,ack l
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StatePolice-Mar $la'nd-U
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EP-316A i
Page 1 of 1, Rev. 2 CW:cig PfiIIADELPHIA ELECTRIC CCNPANY
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PEAQi BOPIO4 UNITS 2 & 3 EP-316A READING '1HE RAPID DOSE ASSESSMENT II PROGRAM INIO 'IEE TI-59 PURPOSE:
The purpose of this procedure is to explain the method necessary to ster the Rapid Dose Assessment II into the memory of a TI-59.
~~
N PROCEDURE:
1.
Turn on calculator, (switch on top of calculator) nter, (switch on right side). The red light on the printer is on display should indicate O.
4 2.
Press CLR.
j Display should indicate 0.
I I
3.
Enter the following:
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INV
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2nd FIX,{above' Display icate 0.
4.
Pre 5.
Slide magnetic program card Rapid Dose Assessment II 479.59 side 1 (1 e )
into lower slot on right hand side of cilcHator.
Display should indicate 1.
If display flashes 1, the read was not success-ful. Return to Step 1 and repeat.
I 6.
Press CLR.
7.
Slide side 2 (2 m ) of the same card into calculator lower slot.
Display should indicate 2.
If it flashes 2, the read was not successful.
Press CLR and try side 2 again. If still not successful, try the back-uo set of magnetic program cards and begin with Step 1.
If still unsuccessful, do manual cilcRation.
Press E to initiate program.
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EF -316B Page 1 of 2, Rev. 2 CW:clg ffl'
[/fN PHILADELPHIA ELECTRIC CIMPANY PEACH BOI'ITN LNITS 2 & 3 EP-316B CAI4UIATING RAPID DOSE ASSESSMNr CN 'lHE TI-59 Fy PURPOSE:
The purpose of this procedure is to direct the opera '
to enter data and perform calculation using the Rapid Dose Assessment, rogran on the TI-59.
4
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PREREQUISITES:
2 1.
Must perform procedure EP-316A firstr i
PROCEDURE:
1.
Enter the vent or stack rate.
Main Stack Enter CPS j
Roof Vent Enter CPM 2.
Press button for re tion and monitor.
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NORMRfi N
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Button I4 cation Calculator Label A
Main Stack M/S-N B
B Roof Vent RN-N HI RANGE f(NITOR A'
2nd A Main Stack M/S-H B'
2nd B Roof Vent RN-H
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Pag 3 1 of 1, Rev.0 C mtwa
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l PHILADELPHIA ELECTRIC CINPANY
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PEAG BCTPITE UNITS 2 & 3 EP-316C READING THE REFINE DOSE ASSESSMENT I PROGRAM CNIO 'IEE TI-59 PURPOSE:
'Ihe purpose of this procedure is to explain the me o. er the refine Dose Assessment I into the memory of a TI-59.
's PROCEDURE:
N>g N,
1.
Turn on calculator, (switch on top of ca3 culator) and printer, (switch on 1
right side). 'Ihe red light on the pept is on and the display should indicate 0.
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2.
Press CLR.
c 3.
S1"ide magnetic program card h fine Dose Assessement I '479.59 Side 1 (1 h )
into lower slet on right side of calculator.
Display should indi
'. If display flashes 1, the read was not successful.
Turn off calculator.
' turn to Step 1 and repeat.
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If display f after two attempts, try back-up set of the magnetic program s
~begin with Step 1.
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4.
Perfo line dose calculations on:
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Work Sheet 4 Thyro (known Isotopic breakdown)
Work Sheet 6A
'Ihyroid (unknown Isotopic breakdown) Work Sheet 6B Follow the instruction above each colunn on the work sheet necessary in the calculation. When an instruction is not present calculations are to be performed manually.
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