ML20155K086
| ML20155K086 | |
| Person / Time | |
|---|---|
| Site: | Limerick  |
| Issue date: | 04/07/1986 |
| From: | PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC |
| To: | |
| Shared Package | |
| ML20155K083 | List: |
| References | |
| PROC-860407-01, NUDOCS 8605270349 | |
| Download: ML20155K086 (123) | |
Text
306bU3412U Page 1 of 5 Revision 54 04/07/86 I
LIMERICK GENERATING STATION EMERGENCY PLAN PROCEDURE INDEX PROCEDURE REV.
DATE SIGNED DATE OF LAST NUMBER NO.
TITLE BY SUPER.
PERIODIC REVIEW EP-101 4
Classification of 03/25/85 10/26/84 Emergencies EP-102 10 Unusual Event Response 03/31/86 10/26/84 EP-103 13 Alert Response 03/31/86 10/26/84 EP-104 12 Site Emergency Response 03/31/86 10/26/84 EP-105 12 General Emergency Response 03/31/86 10/26/84 EP-106 4
Written Summary 04/01/85 10/26/84 Notification EP-110 6
Personnel Assembly and 03/14/85 10/26/84 Accountability EP-120 3
Site Emergency Coordinator 04/01/85 10/26/84 EP-201 5
Technical Support Center 02/10/86 03/29/85 (TSC) Activation g
EP-202 5
Operations Support Center 04/01/86 04/01/86 (OSC) Activation EP-203 5
Emergency Operations 04/01/85 04/01/85 Facility (EOF) Activation EP-208 4
Security Team 12/12/84 10/26/84 EP-210 4
Dose Assessment Team 03/17/86 10/26/84 EP-211 2
Field Survey Group 03/25/85 10/26/84 EP-220 CANCELLED EP-221 CANCELLED EP-222 CANCELLED (7p? Mig /85c340/q6/84 EP-230 5
Chemistry Sampling and 1 M ii
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D PR r",
Analysis Team EP-231 11 Operation of Post-Accident (gyg/01/86 p._10/26/84-
- q
, l,
'3 oV-.:-
Sampling Systems (PASS) a EP-232 CANCELLED
[:
EP-233 7
Retrieving and Changing 04/01/86 10/26/84 Sample Filters and d
Cartridges from the ts.
Containment Leak Detector Yj$ ?-
I[!i 31 i'"" r '
l diI (P,'.f9.,
i During Emergencies 8605270349 860501 PDR ADOCK 05000352 F
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Paga 2 of 5 Revision 54 04/07/86 LIMERICK GENERATING STATION EMERGENCY PLAN PROCEDURE INDEX PROCEDURE REV.
DATE SIGNED DATE OF LAST NUMBER NO.
TITLE BY SUPER.
PERIODIC REVIEW EP-234 7
Obtaining Containment 04/01/86 10/26/84 Gas Samples from the Containment Leak Detector During Emergencies EP-235 6
Obtaining Reactor Water 04/01/86 10/26/84 Samples from Samp1e Sinks Following Accident Conditions EP-236 5
Obtaining Cooling Tower 03/14/85 10/26/84 Blowdown Line Water Samples Following Radioactive Liquid Release after Accident i
conditions EP-237 8
Obtaining the Iodine /
04/01/86 10/26/84 Particulate and/or Gas Samples from the North Vent Wide Range Gas Monitor (WRGM)
EP-238 5
Obtaining Liquid Radwaste 04/01/86 10/26/84 Samples from Radwaste Sample Sink Following Accident Conditions EP-240 CANCELLED EP-241 9
Sample Preparation and 04/01/86 10/26/84 Handling of Highly Radioactive Liquid Samples EP-242 5
Sample Preparation and 03/28/85 10/26/84 Handling of Highly Radioactive Particulate Filters and Iodine Cartridges EP-243 6
Sample Preparation and 04/01/86 10/26/84 Handling of Highly Radioactive Gas Samples EP-244 3
Offsite Analysis of 03/12/85 10/26/84 High Activity Samples EP-250 2
Personnel Safety Team 12/12/84 10/26/84 EP-251 3
Plant Survey Group 04/01/86 04/01/86 W
s s
Page 3 of 5 Revision 54 04/07/86
\\
LIMERICK GENERATING STATION EMERGENCY PLAN PROCEDURE INDEX PROCEDURE REV.
DATE SIGNED DATE OF LAST NUMBER NO.
TITLE BY SUPER.
PERIODIC REVIEW EP-252 6
Search and Rescue /First 04/22/85 04/01/85 Aid Group EP-253 0
Personnel Dosimetry, 12/12/84 12/12/84 Bioassay, and Respiratory Protection Group EP-254 3
Vehicle and Evacuee 02/04/85 10/26/84 Control Group EP-255 2
Vehicle Decontamination 12/12/84 10/26/84 EP-260 2
Fire and Damage 12/12/84 10/26/84 Control Team EP-261 2
Damage Repair Group 12/12/84 10/26/84 EP-272 5
Philadelphia Electric 02/10/86 10/26/84 Company officials Phone List EP-273 6
Limerick Station 01/02/86 01/02/86 Supervision Call List EP-275 CANCELLED EP-276 7
Fire and Damage 02/10/86 02/10/86 Team Phone List EP-277 8
Personnel Safety 01/09/86 01/09/86 Team Phone List i
EP-278 6
Security Team Phone 02/10/86 02/10/86 List EP-279 7
Emergency Operations 03/11/86 10/26/84 Facility (EOF) Group Phone List EP-280 8
Tecnnical Support 02/10/86 02/10/86 Center Phone List EP-282 6
Government and 02/10/86 04/22/85 Emergency Management Agencies Phone List EP-284 5
Company Consultants 02/10/86 02/10/86 and Contractors Phone List EP-287 3
Nearby Public and 02/11/85 10/26/84 Industrial Users of Downstream Water EP-291 6
Staffing Augmentation 04/18/85 10/26/84
s Page 4 of 5 l
Revision 54 04/07/86 LIMERICK GENERATING STATION EMERGENCY PLAN PROCEDURE INDEX l
PROCEDURE REV.
DATE SIGNED DATE OF LAST NUMBER NO.
TITLE BY SUPER.
PERIODIC REVIEW EP-292 9
Chemistry Sampling and 12/18/85 04/22/85 Analysis Team Phone List EP-294 7
Dose Assessment Team 01/09/86 01/09/86 Phone List l,
EP-301 1
Operating the Evacuation 12/12/84 10/26/84 Alarm and River Warning System EP-303 3
Local Evacuation 12/12/84 12/12/84 EP-304 3
Partial Plant Evacuation 12/12/84 10/26/84 EP-305 5
Site Evacuation 03/25/85 10/26/84 EP-306 3
Evacuation of the 02/10/86 10/26/84 Information Center EP-307 2
Reception and Orientation 12/12/84 10/26/84
- j of Support Personnel EP-312 5
Radioactive Liquid 01/09/86 01/09/86 Release EP-313 2
Distribution of Thyroid 12/12/84 10/26/84 Blocking Tablets EP-314 1
Emergency Radiation 03/29/85 12/06/84 Exposure Guidelines and controls EP-315 7
Calculacion of Offsite 03/25/86 01/09/86 Doses During a Radiological Emergency Using RMMS in the Manual Mode EP-316 4
Cumulative Population 02/10/86 02/10/86 and Near Real-Time Emergency Dose Calculations for Airborne Releases Manual Method i
EP-317 3
Determination of 03/25/85 10/26/84 Protective Action Recommendations EP-318 2
Liquid Release Dose 04/01/85 04/01/85 Calculations Method for Drinking Water i
EP-319 2
Fish Ingestion Pathway 03/29/85 03/29/85 Dose Calculation l
\\
D Page 5 of 5 Revision 54 04/07/86 LIMERICK GENERATING STATION EMERGENCY PLAN PROCEDURE INDEX PROCEDURE REV.
DATE SIGNED DATE OF LAST l
NUMBER NO.
TITLE BY SUPER.
PERIODIC REVIEW EP-325 3
Use of Containment 02/27/85 10/26/84 Dose Rates to Estimate Release Source Term EP-330 4
Emergency Response 03/14/85 10/26/84 Facility Habitability EP-333 1
Adjustment of Wide 05/08/85 05/08/85 Range Gas Monitor Conversion Factors EP-401 3
Entry for Emergency 04/01/86 04/01/86 i
Repair and Operations i
EP-410 3
Recovery Phase 03/29/85 10/26/84 Implementation EP-500 2
Review and Revision 12/12/84 10/26/84 of Emergency Plan 1
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3865034130 l
EP-102, Rev. 10 Page 1 of 8 l
.t MJR:rgs PHILADELPHIA ELECTRIC COMPANY LIMERICK GENERATING STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-102 UNUSUAL EVENT RESPONSE 1.0 PARTICIPANTS 1.1 Shift Superintendent or designated alternate shall assume the role of Emergency Director and implement this procedure, until relieved.
1.2 Station Superintendent or designated alternate shall relieve the Emergency Director, assume the role of Emergency Director, and continue implementing this procedure, if necessary.
2.0 ACTIONS-IMMEDIATE 2.1 Emergency Director shall:
2.1.1 Verify the emergency classification as determined in EP-101, Classification of Emergencies unl s-determination has just been made.
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V, 2.1.2 Complete Appendix EP 'Un s a,'
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l Notification Messagera ag" Si,r a 9, communicatop t att ni o he' g
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5 _ ixi P appro p,
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- u'ation of affected areas, as 2.1.3 Di ne fer to the following procedure:
EP-303 Local Evacuation 2.1.4 Contact the Station Superintendent, if necessary, and the Shift Technical visor form,them;of-the j
fl. l.;
situation.
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For samples, contact theNtS{jb,.ft'dhemistry Tecdnician.
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2.1.5 If necessary, implement EP-230, Chemistry-Sampling and Analysis Team.
t-I 2.1.6 For in-plant surveys, or contaminated inibry, contact a Shift EP Technician.
If necessary,.
implement EP-250, Personnel Safety Team..-,
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l' EP-102, Rev. 10 Page 2 of 8 l
MJR:rgs
'2.1.7 For fire / damage repair, contact the Maintenance Shift Assistance Foreman.
If necessary, to implement EP-260, Fire and Damage Team and/or EP-261, Damage Repair Group.
2.1.8 For a liquid release, implement EP 312 Radioactive Liquid Release, if required.
2.1.9 For security matters, implement EP-208, Security Team, if required.
2.1.10 For airborne releases, contact Shift Technical l'
Advisor.
If necessary, implement EP-210, Dose Assessment Team.
3.0 ACTIONS-FOLLOW-UP 1
3.1 Emergency Director shall:
3.1.1 Periodically reevaluate th'e event classification in accordance with EP-101, Classification of Emergencies, and escalate or de-escalate the classification, as necessary.
3.1.2 If classification is de-escalated fill out Appendix l
EP-102-2 sign it, Unusual Event De-Escalation Message and give it to the communicator and direct the communicator to perform notification of the appropriate parties listed in Appendix EP-102-3, Unusual Event Phone List.
3.1.3 Obtain the following information as necessary to formulate further actions:
A.
Sample analysis from Shift Chemistry Technician or Chemistry Sampling and Analysis Team Leader.
B.
In-plant surveys or status of contaminated injury from Shift EP Technician or Personnel Safety Team Leader.
C.
Fire / Damage Repair status from the Maintenance Shift Assistant Foreman or Fire and Damage Team Leader.
4 D.
Airborne releases calculation results from Shift Technical Advisor or Dose Assessment Team Leader.
I E.
Notification Results from Communicator.
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MJR:rgs 3.1.4 Determine which support personnel are necessary i
for emergency functions and direct the Shift Clerk to contact those personnel.
If Shift Clerk is not available, this function shall be assigned to an available individual.
l 3.2 Communicator shall:
3.2.1 Inform Emergency Director when appropriate notifications have been made and submit completed copy of Appendix EP-102-3, Unusual Event Phone i
List, for Emergency Director's Signature.
i 4.0 APPENDICES 4.1 EP-102-1 Unusual Event Notification Message 4.2 EP-102-2 Unusual Event De-Escalation Message 4.3 EP-102-3 Unusual Event Phone List 5.0 SUPPORTING INFORMATION 5.1 Purpose The purpose of this procedure is to provide guidelines for site response to an Unusual Event.
5.2 Criteria for Use 5.2.1 This procedure shall be implemented when an event has been classified as an Unusual Event per EP-i 101, Classification of Emergencies, and EP-101 has been completed.
5.3 Special Equipment None
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EP-102, R2v. 10 Page 4 of 8 l
MJR:rgs 5.4 References 5.4.1 Limerick Generating Station Emergency Plan 5.4.2 NUREG-0654, Criteria For Preparation and Evaluation Rev. 1 of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants.
j 5.4.3 EP-303 Local Evacuation 5.4.4 EP-101 Classification of Emergencies
.i 5
5.4.5 EP-210 Dose Assessment Team 5.4.6 EP-230 Chemistry Sampling and Analysis Team 5.4.7 EP-250 Personnel Safety Team 5.4.8 EP-260 Fire and Damage Team 5.4.9 EP-261 Damage Repair Group 5.4.10 EP-312 Rddioactive Liquid Release 5.4.11 EP-208 Security Team I
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MJR:rgs 1
APPENDIX EP-102-1 UNUSUAL EVENT NOTIFICATION MESSAGE S
MESSAGE:
This (is)(is not) a drill.
This (is)(is not) a drill.
This is the Limerick Generating Station calling to report an j
Unusual Event.
My name is
, telephone Limerick Generating Station is reporting an Unusual Event declared at Unit No.
Time and date of Unusual Event classification are (24 Hr Clock Time)
(Date)
The basic problem is There (has been) (has not been) an (airborne) (liquid) radioactive release from the plant.
The plant status is (stable)
(improving) (degrading) (not known).
There is no protective action recommended.
This (is) (is not) a drill.
This (is) (is not) a drill.
Emergency Director 4
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EP-102, Rsv. 10 Page 6 of 8 l
MJR rgs APPENDIX EP-102-2 UNUSUAL-EVENT DE-ESCALATION MESSAGE MESSAGE:
This (is) (is not) a drill.
This (is) (is not) a drill.
This is Limerick Generating Station calling to de-escalate an Unusual Event.
Please connect me with the appropriate authority.
a This is Limerick Generating Station calling to report the termination of an Unusual Event.
My name is l
Time and date are This (is) (is not) a drill.
I This (is) (is not) a drill.
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PHILADELPHIA ELECTRIC COMPANY
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LIMERICK GENERATING STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE
]
EP-103 ALERT RESPONSE 1.0 PARTICIPANTS i
1.1 Shift Superintendent or designated alternate shall assume the role of Emergency Director and implement this procedure, until relieved.
j 1.2 Station Superintendent or designated alternate shall report to the Technical Support Center or Control Room, relieve the Emergency Director, assume the role of Emergency Director and continue implementing this procedure, if necessary.
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C 2.0-ACTIONS-IMMEDIATE
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2.1 Emergency Directot j
G 3V 2.1.1 Verify th
,s fAcation as determined in EP-10
_ fsEmergencies, unless det;q st 4een made.
W 2.1.2 Fit 3 ix EP-103-1 Alert Notification l
Mes a
n it and give it to the communicator.
th 2.1.3 Direct the communicator to complete notification of the appropriate parties as specified in Appendix EP-103-3, Alert Phone List (Initial Notification) or Appendix EP-103-4, Alert Phone List (Escalation or De-escalation) within 15 minutes.
THE COMMUNICATOR SHALL MAN THE )IRC: RED "TdEPBDNE ON A CONTINUOUS BASIS UNTS jrHE' RNf' DISCONNECTS.. IF THE COMMUNICATOR IS REQUIRED'.FOR' DRGE.NT.PLANTiOPERATIONS RELATEDTOTHEEMERG%Nd,jTHEtEQNCURRENCE"FOR SECURING THE PHONE SHOULD 8E'OBTAINED FROM THE NRC PRIOR TO SECURING THIS TELEPHONE..
.w 2.1.4 Contact the Station Superinte'ndent and the Shift Technical Advisor, inform them of the.situatiBii.O
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EP-103, Rev. 13
'l Page 2 of 13 l
MJR/rgs l'
Direct the Information Center Staff n.ormation, l
2.1.5 to implement EP-306, Evacuation of T eInform the Staff of the wind direct Center.
there is an airborne release.
If there is a potential or actual radiological 1
2.1.6 release, implement EP-305, Site Evacuation.
If there has not been a radiological release, 2.1.7 Evacuate all construction rsonnel by A.
contacting Bechtel Safety
. Direct them to call for evacuation of Un 2 personnel Inform in accordance with Bechtel procedures.
Bechtel them of the nature of the hazard.
Safety will report accountability results to Emergency Director.
THIS WILL CALL FOR THE ASSEMBLY OF UNIT 2 IF IT IS PERSONNEL AT THE UPPER PARKING LOT.INFORM DESIRED THAT THEY LEAVE THE SITE, BECHTEL SAFETY.
l of the Inform Operations Security B.
evacuation for information purpos a.-no action required.
Select the type of accountability desired for C.
personnel in the protected area and implement
.m the required actions below:
'O r-Emergency Asse bl"-
bility I
1.
7:
O DdILL.
AN ALERT HAS L
)
D. ' DESIGNATED EMERGENCY
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f[.~
NNEL REPORT TO ASSIGNED EMERGENCY ALL ESPONSE FACILITY OR ASSEMDLY ARDA.
OTHER PERSONNEL STAND BY FOR FURTHER ANNOUNCEMENT.
THIS (IS) (IS NOT) A DRILL."
Emergency Assembly With Accountability h
2.
Contact the Security Team Leader.
A.
Inform him of the selected exist point (s), that emergency assembly i
with accountability is going to be implemented, and to activate the Security Team (EP-208) and to perform personnel accountability in-accordance with EP-110, Personnel j
Assembly and Accountability.
i EP-103, Rav. 13 Pcga 3 of 13 l.
MJR/rgs B.
ct Yoh Construc n Security and inform l
them that personne eaving Unit I will be reassembling at the Personnel Processing Center (PPC).
l Make the following announcement.
"THIS (IS)(IS NOT) A DRILL, THIS (IS)(IS NOT) A DRILL.
AN ALERT HAS BEEN DECLARED.
PLEASE PREPARE FOR ASSEMBLY WITH ACCOUNTABILITY.
DESIGNATED EMERGENCY PERSONNEL REPORT TO ASSIGNED EMERGENCY RESPONSE FACILITIES OR ASSEMBLY AREA.
ALL OTHER UNIT ONE PERSONNEL LEAVE THE PROTECTED AREA IMMEDIATELY AND REASSEMBLE AT THE PERSONNEL PROCESSING CENTER.
THIS (IS) (IS NOT) A DRILL.
THIS (
(IS NOT) A DRILL."
2.1.8 For off-hours, direct the Shift f
e the call list using EP-291, Sta fi If Shift Clerk is not a n
11 be assigned to any av d
/
2.1.9 Direct tie La k (,i.
chnichl Support Center Oj,q
)
in acc6Yl l i
Technical Support Center (TSC)K'c ;' ' r1.c
.i y;
g 2.1.10 Assign a:
ra ions Support Center Coordinator (PO) to direc 'tvailable personnel to report to the Operations Support Center on 269' Elev. Turbine Bldg.
l and to activate it in accordance with EP-202, l
Operations Support Center (OSC) Activation.
2.1.11 For samples, direct the Shift Chemistry Technician or Chemistry Sampling and Analysis Team Leader to l
implement EP-230, Chemistry Sampling and Analysis Team.
2.1.12 For in-plant surveys, direct a Shift EP Technician or Personnel Safety Team Leader to implement EP-250, Personnel Safety Team.
2.1.13 For field surveys, when a release of gaseous radioactive material has occurred or is suspected, direct the Dose Assessment Team Leader to implement EP-210, Dose Assessment Team.
- ~
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l EP-103, Riv. 13 Pega 4 of 13 l
MJR/rgs 2.1.14 For a release at or greater than the Alert level in EP-101, Classification of Emergencies, direct the Dose Assesment Team Leader to implement EP-210, Dose Assessment Team.
2.1.15 On an interim bases, direct the Shift Technical Advisor to perform dose projections using EP-316, Cumulative Population and Near Real - Time Emergency Dose Calculations For Airborne Releases - Manual Method or EP-315 Calculation of Offsite Doses during a radiological Emergency using RMMS in the manual mode and to suggest Protective Action Recommendations per EP-317.
1 2.1.16 For fire / damage repair direct the Maintenance Shift Assistant Foreman or Fire and Damage Team Leader to implement EP-260, Fire and Damage Team and/or EP-261, Damage Repair Group.
2.1.17 For a licuid release, implement EP-312 Radioactive Liquid Release, if required.
2.1.18 For Security matters, contact Security Shift Supervision and direct implementation of EP-208, Security Team unless previously done.
3.0 ACTIONS-FOLLOW-UP 3.1 Emeroency Director shall:
3.1.1 Verify that the Technical Support Center, the Emergency Operations Facility (if necessary) and the Operations Support Center have been activated.
3.1.2 Periodically evaluate the event classification in accordance with EP-101, Classification of Emergencies and maintain, escalate or de-escalate the classification, as necessary.
3.1.3 If classification is de-escalated, fill out Appendix EP-103-2, Alert De-Escalation Notification Message, l
sign it and give it to the communicator and direct the communicator to perform notification of the appropriate parties listed in Appendix EP-103-4, Alert Phone List (Escalation or De-escalation).
i 9
'l EP-103, Rsv. 13 Page 5 of 13 l
MJR/rgs 3.1.4 Obtain the following information as necessary to formulate further actions:
A.
Security status from Security Team Leader B.
Sample analysis from Shift Chemistry Technician or Chemistry Sampling and Analysis Team Leader C.
In plant surveys from Shift EP Technician or Personnel Safety Team Leader D.
Field surveys from Dose Assessment Team Leader E.
Dose projections and protective action recommendations from Shift Technical Advisor or Dose Assessment Team Leader F.
Fire / damage repair status from the Maintenance Shift Assistant Foreman or Fire and Damage Team Leader G.
Notification results from Communicator 1
3.1.5 Determine which additional support personnel are necessary for emergency functions and direct the Shift Clerk or other assigned communicator in TSC to contact those personnel.
3.1.6 Provide site personnel with public address (PA) announcements for any major changes in plant emergency status, such as changing emergency action i:
levels and evacuations.
3.1.7 Evaluate the need and order evacuation of effected areas as necessary.
Refer to the following procedures:
EP-303 Local Evacuation, EP-304 Partial Plant Evacuation, EP-305 Site Evacuation.
3.2 The Communicator shall:
3.2.1 Inform Emergency Director when appropriate Notifications have been made and submit completed copy of Appendix EP-103-3 Alert Phone List (Initial Notification) or Appendix EP-103-4 Alert Phone List (Escalation or De-Escalation) for Emergency Director's signature.
=____
l
.EP-103, Rev. 13 Page 6 of 13 l
MJR/rgs 4.0 APPENDICES l'
4.1 EP-101-1 Alert Notification Message 4.2 EP-103-2 Alert De-Escalation Notification Message 4.3 EP-103-3 Alert Phone List (Initial Notification) l t
4.4 EP-103-4 Alert Phone List (Escalation or De-escalation) 5.0 SUPPORTING INFORMATION 5.1 Purpose f
The purpose of this procedure is to provide i
guidelines for site response to an Alert.
5.2 Criteria For Use I
l 5.2.1 This procedure shall be implemented when an event has 3
been classified as an Alert per EP-101, i
Classification of Emergencies, and EP-101 has been completed.
1:
i 5.3 Special Equipment f
None i!
l 5.4 References i
i:
5.4.1 Limerick Generating Station Emergency Plan l
I 5.4.2 NUREG 0654, Criteria for Preparation and l
Rev. 1 Evaluation of Radiological j
Emergency Response Plans and Preparedness in Support of t
Nuclear Power Plants.
f 5.4.3 EP-303 Local Evacuation i
5.4.4 EP-101 Classification of Emergencies i
5.4.5 EP-304 Partial Plant Evacuation i
L 5.4.6 EP-305 Site Evacuation l
5.4.7 EP-306 Evacuation of the Information Center 5.4.8 EP-291 Staffing Augmentation i
1 EP-103, RGv. 13 Page 7 of 13 l
MJR/rgs 5.4.9 EP-201 Technical Support Center (TSC) Activiation 5.4.10 EP-202 Operations Support Center (OSC) Activation 5.4.11 EP-317 Determination of Protective Action Recommendations
~
EP-316 Cumulative Population Dose Calculations 5.4.12 i
for Airborne Releases-Manual Method 5.4.13 EP-110 Personnel Assembly and Accountability 5.4.14 EP-208 Security Team 5.4.15 EP-210 Dose Assessment Team 5.4.16 EP-230 Chemistry Sampling and Analysis Team 1
5.4.17 EP-250 Personnel Safety Team 5.4.18 EP-260 Fire and Damage Team 5.4.19 EP-261 Damage Repair Group 5.4.20 EP-312 Radioactive Liquid Release 5.4.21 EP-315 Calculations of offsite doses during a Radiological Emergency using RMMS in the manual mode 1
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EP-103, Rav. 13 Page 8 of 13 1
MJR/rgs APPENDIX EP-103-1 ALERT NOTIFICATION MESSAGE MESSAGE:
This (is) (is not) a drill.
This (is) (is not) a drill.
This is Limerick Generating Station calling to report an Alert.
1
.I My name is telephone Limerick Generating i
h Station is reporting an Alert declared at Unit No.
Time and date j
of Alert classification are The basic (24 hr. clock time)
(date) problem is There (has been) (has not been) 1 an (airborne) (liquid) radioactive release from the plant.
The plant status is (stable)(improving)(degrading)(not known).
There is no i
protective action recommended.
This (is) (is not) a drill.
This (i's)
(is not) a drill.
Emergency Director
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l EP-103, Rov. 13 Page 9 of 13 MJR/rgs APPENDIX EP-103-2 ALERT DE-ESCALATION NOTIFICATION MESSAGE MESSAGE: *This (is) (is not)* a drill.
This *(is) (is not)* a drill.
This is Limerick Generating Station calling to report a change in cmergency classification.
The Alert has been *(de-escalated to an Unusual Event) (Terminated)*.
Time and date are (24 Er Clock Time)
(Date)
The plant status is *(stable) (improving)*.
My name is This *(is) (is not)* a drill.
This *(is) (is not)* a drill.
Emergency Director
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MJR/rgs, APPENDIX EP-103-4 ALERT PHONE LIST Time Initiated (ESCALATION OR DE-ESCALATION)
CIRCLE PilONE t
NUMBER USED Personnel / Agency To Be Notified Phone Number Time Person Responding Agencies to be contacted after the above personnel / agencies have been notifed Montgomery County Office of Eme enc P
redness f.
Berks County Emergency Mana n
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Chester County Emergency Completed Dy:
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3865034770 l
EP-104, Rev. 12 Pogo 1 of 15 MJR:rgs
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PHILADELPEIA ELECTRIC COMPANY d
LIMERICK GENERATING STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-104 SITE EMERGENCY RESPONSE 1.0 PARTICIPANTS 1.1 Shift Suoerintendent or designated alternate shall assume the role of Emergency Director and implement this procedure, until relieved.
1.2 Station Suoerintendent or designated alternate shall report to the Technical Support Center or Control Room, relieve the Emergency Director, assume the role of Emergency Director, and continue implementing the procedure, if necessary.
)
1.3 Site Emercency Coordinator shall report to the Emergency Operation Facility and implement the appropriate section of this procedure, if necessary.
2.0 ACTIONS-In 7
2.1 Em 2.1.1 Verify eee
'1 e
ed in EP-101, Classification of Embr@encies unless' determination has just been made.
2.1.2 Fill cut Appendix EP-104-1, Site Emergency l
Notification Message, sign it and give it to the i
Communicator.
2.1.3 Direct the communicator to complete notification of the appropilate parties as specified in Appendix EP-104-3, Site Emergency Phone List Jinitial
,2 -
Notification) or Appendix ifE '1Dir'4',Fhlef7tOhhond List (Escalation or De-escalati6n},: ' ithin '15 minutes.
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THE COMMUNICATOR SHALL MAN THE NRC. RED TELERHONE ON A CONTINUOUS BASIS UNTIL THE NRC DISCONNECTS.
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-l EP-104, Rav. 12 Paga 2 of 15 MJR:rgs 2.1.4 Contact the Station Superintendent and the Shift Technical Advisor, inform them of the situation, if not already done.
l 2.1.5 Direct the Information Center Staf to implement EP-306, Evacuation of nformation Center, if not already done.
Inform the staff of the wind direction, if there is an airborne release.
l 2.1.6 If there is an Potential or Actual radiological release, implement EP-305, Site Evacuation.
2.1.7 If there has not been a radiological release, A.
Evacuate all c struction personnel by contacting Bechtel Safety Direct them to call for an evacuation o it 2 personnel in accordance with Bechtel procedures.
Inform them of nature of hazard.
Bechtel Safety will report accountability results to the Emergency Director.
THIS WILL CALL FOR THE ASSEMBLY OF UNIT 2 l
PERSONNEL AT THE UPPER PARKING LOT.
IF IT IS DESIRED THAT THEY LEAVE THE SITE, INFORM BECHTEL l
SAFETY.
/
B.
Inform operations securit'yg of the evacuation for information purpo es, no action required.
C.
Select the type of accountability desired for personnel in the protected area and implement the d
tions below:
1 ty "TBIS (IS) (IS NOT) A EMERGENCY HAS BEEN DECLARED.
DESIGNATED EMERGENCY PERSONNEL REPORT TO ASSIGNED EMERGENCY RESPONSE FACILITY OR ASSEMBLY AREA.
ALL OTHER PERSONNEL STAND BY FOR FURTHER ANNOUNCEMENT.
THIS (IS) (IS NOT) A DRILL."
2.
Emergency Assembly With Accountability a.
Contact the Security Team Leader.
Inform him of the selected point (s),
that emergency assembly with accountability is going to be
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-l EP-104, Rnv. 12 Paga 3 of 15 l-MJR:rgs implemented, and to activate the Security Team (EP-208) and to perform personnel accountability in accordance with EP-110, Personnel Assembly and Accountability b.
Yoh Construc n Security (nd inform them at personne eavin Unit 1 will be reassembling at the Personnel Processing Center (PPC)
Make the following announcement.
l "THIS (IS) (ISNOT)ADRI,LLeTEIS,' DIS)
(IS NOT) A DRILL., A-SITEsEMERgENCY HAS BEEN DECLARED;.'PLEASE PREPARE.FOR; ASSEMBLY 'WITH. ACCO.UNTABILITY'.}
- DE'SIGNATEDEMERGENCY'PERSONNELkEPORT O., '. -
TO ASSIGNED.EMERGEl{CY@ESiPONSt FACILITY C y
-M OR ' ASSEMBLY ' AREA. WALL OTHER UNIT ONE N
f.PER,SpNNEL 11EAW THE PROTECTED AREA MMEDIATELY AND REASSEMBLE AT THE g
PERSONNEL PROCESSING CENTER.
THIS (IS)
(IS NOT) A DRILL.
THIS (IS) (IS NOT) A l
DRILL.
2.1.8 For off hours, if not already accomplished at the Alert stage, direct the Shift Clerk to activate the call list per EP-291, Staffing Augmentation.
If Shift Clerk is not available, this function may be assigned to any available individual.
2.1.9 Direct the activation of the Technical Support Center in accordance with EP-201, Technical Support Center l
(TSC) Activation, if not already activated.
2.1.10 If the EOF has not been activated earlier, during the Alert Response procedure, direct a communicator to call EOF personnel (directing them to report to the EOF) using EP-279, EOF Group Phone List.
2.1.11 Assign an Operations Support Center coordinator (PO) if not already done, to direct available personnel to report to the Operations Support Center and to activate it ih accordance with EP-202, Operations Support Center (OSC) Activation.
2.1.12 For samoles, direct the Shift Chemistry Technician or Chemistry Sampling And Analysis Team Leader to implement EP-230, Chemistry Sampling And Analysis Team.
l EP-104, Rev. 12 Page 4 of 15 l'
MJR:rgs 2.1.13 For in-plant surveys, direct a Shift HP Technician, or Personnel Safety Team Leader to implement EP-250, Personnel Safety Team.
t 2.1.14 For field surveys, when a release of gaseous radioactive material has occurred or is suspected, direct a Shift EP Technician or Dose Assessment Team Leader to implement EP-210, Dose Assessment Team.
2.1.15 For a release, at or greater than the Alert level in EP-101, Classification of Emergencies, or at the discretion of the Emergency Director, direct
.i the Dose Assessment Team Leader to implement EP-210, Dose Assessment Team.
2.1.16 On an interim basis, direct the Shift Technical Advisor to perform dose projections using EP-316, Cumulative Population Dose Calculations for Airborne Releases-Manual Method or EP-315 Calculations of Offsite Doses during a Radiological Emergency using RMMS in the Manual Mode and to suggest Protection Action Recommendations per EP-317.
2.1.17 For fire /damace repair direct the Maintenance Shift Assistant Foreman or Fire and Damage Team Leader to implement EP-260, Fire and Damage Team and/or EP-261, Damage Repair Group.
2.1.18 For a liquid release, implement EP-312, Radioactive Liquid Release, if required.
2.1.19 For Security matters, contact Security Shift Supervision and direct implementation of EP-208, Security Team, unless previously done.
3.0 ACTIONS-FOLLOW-UP 3.1 Emergency Director shall:
3.1.1 Verify that the Technical Support Center, Emergency Operations Facility and the Operations Support Center have been activated.
3.1.2 Periodically evaluate the event classification in accordance with EP-101, Classification of Emergencies and escalate or de-escalate the classification, as necessary.
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l EP-104, R3v. 12 Page 5 of 15 I
MJR:rgs 3.1.3 If classification is de-escalated, fill out Appendix EP-104-2, Site Emergency De-Escalation l
Notification Message, sign it and give it to the communicator and direct the communicator to perform notification of the appropriate parties listed in Appendix EP-104-4, Site Emergency Phone List (Escalation or De-escalation).
3.1.4 Obtain the following information as necessary to formulate further actions:
L I
A.
Security Status from Security Team Leader B.
Sample analysis from Shift Chemistry Technician or Chemistry Sampling And Analysis Team Leader C.
In-plant surveys from Shift EP Technician or Personnel Safety Team Leader D.
Field surveys from Shift HP Technician or Dose Assessment Team Leader E.
Dose projections and protective action recommendations from Shift Technical Advisor or Dose Assessment Team Leader F.
Fire / Damage repair status from the Maintenance Shift Assistant Foreman or Fire and Damage Team Leader.
G.
Notification Results from Communicator.
3.1.5 Discuss protective action recommendations with the Site Emergency Coordinator.
3.1.6 Determine which additional support personnel are necessary for emergency functions and direct the shift clerk or other assigned communicator to contact those personnel.
3.1.7 Provide site personnel with public addres (PA) announcements for any major changes in plant emergency status, such as changing emergency action levels and evacuations.
a 3.1.8 Evaluate the need and order evacuation of affected areas as necessary.
Refer to the following procedures:
EP-303 Local Evacuation
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EP-104, Rev. 12 Page 6 of 15 l
MJR:rgs EP-304 Partial Plant Evacuation EP-305 Site Evacuation I
3.1.9 Perform the following until relieved by the Site Emergency Coordinator:
A.
Discuss protective action recommendations with the Dose Assessment Team Leader.
B.
Provide protective action recommendations, if necessary, to the Pennsylvania Bureau of Radiation Protection.
C.
Inform the various emergency response groups if the recovery phase organization is to be implemented.
t 3.2 The Communicator shall:
3.2.1 Inform the Emergency Director when appropriate notifications have been made and submit completed copy of Appendix EP-104-3 Site Emergency Phone List (Initial Notification) or Appendix EP-104-4, Site Emergency Phone List (Escalation or De-escalation) for Emergency Directors Signature.
t 4.0 APPENDICES 4.1 EP-104-1 Site Emergency Notification Message i-4.2 EP-104-2 Site Emergency De-Escalation Notification Message 4.3 EP-104-3 Site Emergency Phone List (Initial Notification) 4.4 EP-104-4 Site Emergency Phone List (Escalation or De-escalation) 5.0 SUPPORTING INFORMATION 5.1 Purpose The purpose of this procedure is to provide guidelines for the site response to a Site Emergency.
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l EP-104, Rev. 12 Page 7 of 15 l
MJR:rgs 5.2 Criteria For Use 2
5.2.1 This procedure shall be implemented when an event has been classified as a Site Emergency per EP-101, Classification of Emergency and EP-101 has been completed.
5.3 Special Eduipment i
None 1
5.4 References I;
5.4.1 Limerick Generating Station Emergency Plan 5.4.2 NUREG 0654, Criteria For Preparation and Rev. 1 Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants.
i
'l 5.4.3 EP-101 Classification of Emergencies 5.4.4 EP-291 Staffing Augmentation j
5.4.5 EP-201 Technical Support Center (TSC) Activation 5.4.6 EP-202 Operations Support Center (OSC) Activation 5.4.7 EP-317 Determination of Protective Action Recommendations R
5.4.8 EP-316 Cumulative Population Dose Calculations For Airborne Releases-Manual Method 5.4.9 EP-303 Local Evacuation 5.4.10 EP-304 Partial Plant Evacuation 5.4.11 EP-305 Site Evacuation 5.4.12 EP-306 Evacuation of the Information Center 5.4.13 EP-110 Personnel Assembly and Accountability 5.4.14 EP-208 Security Team
'd 5.4.15 EP-210 Dose Assessment Team 5.4.16 EP-230 Chemistry Sampling and Analysis Team 5.4.17 EP-250 Personnel Safety Team t
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EP-104, Rav. 12 Pcga 8 of 15 l
MJR:rgs 5.4.18 EP-260 Fire and Damage Team 5.4.19 EP-261 Damage Repair Group 5.4.20 EP-312 Radioactive Liquid Release 5.4.21 EP-279 Emergency Operations Facility (EOF) Group Phone List 5.4.22 EP-315 Calculations of Offsite Doses During a Radiological Emergency using RMMS in the Manual Mode 1:
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l EP-104, Rev. 12 Paga 9 of 15 l
MJR:rgs APPENDIX EP-104-1 SITE EMERGENCY NOTIFICATION MESSAGE Messace:
This *(is)(is not) a drill.
This (is)(is not)* a drill.
This is Limerick Generating Station calling to report a Site Emergency.
My name is
, telephone
~
Limerick Generating Station is reporting a Site Emergency declared at Unit No.
Time and date of site Emergency classification are (24 hr. clock time)
(Date)
The basic problem is There *(has been) (has not been)* an *(airborne) (liquid)* radioactive release from the plant.
The plant status is *(stable) (improving)
(degrading) (not known).*
There is no protective action recommended.
This *(is) (is not)* a drill. This *(is) (is not)* a drill.
Emergency Director
s l
EP-104, RIV. 12 Paga 10 of 15 l
MJR:rgs APPENDIX EP-104-2 SITE EMERGENCY DE-ESCALATION NOTIFICATION MESSAGE MESSAGE:
This *(is) (is not)* a drill.
This *(is) (is not)* a drill.
This is Limerick Generating Station calling to report a f
.. i change in emergency action level.
The site emergency has been *(de-
- i escalated to an) (Unusual Event) (Alert) (Terminated).*
Time and date are The plant status is *(stable)
(24 Er Clock Time)
(Date)
(improving).* My name is This *(is) (is not)* a drill.
This *(is) (is not)* a drill.
Emergency Director
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l MJR:rgs APPENDIX EP-104-3 (CONT'D)
SITE EMERGENCY PilONE LIST (CONT'D)
(INITIAL NOTIFICATION) l i
Circle Phone Number Used Personnel / Agency to be notified Phone Number Time Person Responding s
i g.
Site Emergency l
I k'
Alternates I
Director - Emergency I
Pr aredness
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Make'this call last and
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j remain on telephone until NRC disconnects
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(Person contacting NRC
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j Agencies to be contacted after j
the above personnel / agencies i
have been notified l
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Berks County Emergency Management Agency
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Rav. 12 Pa3 13 of.15 l
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APPENDIX EP-104-3 (CONT'D)
SITE EMERGENCY PHONE LIST (CONT'D)
(INITIAL NOTIFICATION)
Circle Phone Number Used Personnel / Agency to be notified Phone Number Time Person Responding i
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APPENDIX EP-104-4 (CONT'D) i,.
SITE EMERGENCY PHONE LIST (CONT'D) l (ESCALATION OR DE-ESCALATION)
Circle Phone Number Used Personnel / Agency to be notified Phone Number Time Person Responding I
Agencies to be contacted after the above personnel /agencien have been notified
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Montgomery Cou ace o j
Emergency Preparedness Ber s County Emergency
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Management Agency
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W ester County Emergency Services Completed By: _. J /f Time /Date yy, o -
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EP-105, R2v. 12
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PHILADELPHIA ELECTRIC COMPANY v,/- (
LIMERICK GENERATING STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-105 GENERAL EME"RGENCY RESPONSE 1.0 PARTICIPANTS 1.1 Shift Superintendent or designated alternate J
shall assume the role of Emergency Director and implement this procedure until relieved.
j l
1.2 Station Superintendent or designated alternate 1
shall report to the Technical Support Center or Control Room, relieve the Emergency Director, assume the role of Emergency Director, and continue implementing the procedure, if necessary.
1.3 Site Emercency Coordinator shall report to the Emergency Operations Facility and perform the appropriate section of this procedure, if necessary.
2.0 ACTIONS - IMMEDIATJ:
2.1l
\\ D\\ J '
dmergehey classification as d in EP-101, Classification of
{
encies unless determination has just been i
made.
)
2.1.2 Fill out Appendix EP-105-1, General Emergency l
Notification Message, sign it and give it to the communicator.
p.s p.pr.=-~.-.n r :
2.1.3 Direct communicator to comple,te' notification of the appropriate parties [as isibecified in Appendix EP-105-3, General Emergency Phone List (Initial
- Notification) or Appendix EP-105-4,- General Emergency Phone List (Escalation or De-escalation) within 15 minutes.
g THE COMMUNICATOR SHALL MAN THE NRC.. RED TELEPHONE ON A CONTINUOUS BASIS UN'fIL THE NRC DISCONNECTS,
i..
l EP-105, Rev. 12 Page 2 of 14 l
MJR/ kcl 2.1.4 Contact the Station Superintendent and the Shift, Technical Advisor, inform them of the situation, if not already done.
l 2.1.5 Direct the Info Center Staff 60 implement EP-306, Evacuation o e
n ormat on Center, if not already done.
Inform the staff of the wind direction, if there is an airborne release.
l 2.1.6 If there is an actual or potential radiological release, implement EP-305, Site Evacuation.
2.1.7 If there has not been a radiological release, A.
Evacuate all construction rso
- by contacting Bechtel Safety Direct them to call for evacuation o all Unit 2 personnel in accordance with Bechtel procedures.
Inform them of nature and preferred evacuation direction.
THIS WILL CALL FOR THE IT 2 PERSONNEL PPQ IF IT IS DE INFORM I
d tell tion evacua on for n purposes only, no action equired.
C.
Select the type of accountability desired for personnel in the protected area and implement the required actions below 1.
Emergency Assembly Without Accountability
- Make the following announcement "THIS (IS) (IS NOT) A DRILL.
DESIGNATED EMERGENCY PERSONNEL REPORT TO ASSIGNED EMERGENCY RESPONSE FACILITY OR ASSEMBLY AREA.
ALL OTHER PERSONNEL STAND BY FOR FURTHER ANNOUNCEMENT.
THIS (IS) (IS NOT) A DRILL."
=
l EP-105, R;v. 12 Pcg2 3 of 14 l
MJR/kml 2.
Emergency Assembly With Accountability a.
Contact the Security Team Leader.
Inform him of the selected exit point (s), that emergency assembly e
with accountability is going to be implemented, and to activate the l
Security Team (EP-208) and to perform personnel accountability in l
accordance with EP-110, Personnel Assembly and Accountability.
I b.
ontact Yoh Construction Security 2nd inform em t at personne eaving Unit I will be reassembling at the Personnel Processing Center (PPC).
l Make the following announcement.
"THIS (IS) (IS NOT) A..D85LL, THIS (IS) (IS NOT) A DRILLA)?A GENERAL EMERGENCY-HAS BEEN opCLAgED.
PLEASE REPARE*FOR ASSEMBL% WITE g-TABILITY. '., DESIGNATED h
' ENCY PERSONNELiREPORT TO ED EMERGENCY RESPONSE FACILITY FA$LY AREA.
ALL OTHER UNIT I
PERSONNEL LEAVE THE PROTECTED j
AREA IMMEDIATELY AND REASSEMBLE AT THE PERSONNEL PROCESSING CENTER.
THIS (IS) (IS NOT) A DRILL.
THIS (IS) (IS NOT) A DRILL."
2.1.8 For OFF-hours, if not already accomplished during an Alert or Site Emergency Response procedure, direct the Shift Clerk to activate the recall list using EP-291, Staffing Augmentation.
If Shift Clerk is not available, this function may be assigned to any available individual.
2.1.9 Direct the activation of the Technical Support Center in accordance with EP-201, Technical Support Center (T3C) Activation, if not already activated.
2.1.10 If the EOF has not been activated earlier, during an Alert or Site Emergency Response procedure, direct a communicator to call EOF personnel (directing them to report to the EOF) using EP-279, EOF Group Phone List.
l
l EP-105, R3v. 12 Pcg2 4 of 14 l
MJR/kml 2.1.11 Assign an Operations Support Center Coordinator (PO), if not already done, to direct available personnel to report to the Operations Support Center and to activate it in accordance with EP-202, Operations Support Center (OSC) Activation.
i 2.1.12 For samples, direct the Shift Chemistry
(
Technician or Chemistry Sampling And Analysis Team Leader to implement EP-230 Chemistry j.
Sampling And Analysis Team.
2.1.13 For in-plant surveys, direct a Shift HP Technician or Personnel Safety Team Leader to L
implement EP-250, Personnel Safety Team.
\\
l 2.1.14 For field surveys when a release of gaseous l
radioactive material has occurred or is suspected, direct Dose Assessment Team Leader to j
implement EP-210, Dose Assessment Team.
2.1.15 For a release at or greater than the Alert level in EP-101, Classification of Emergencies, or at i
the discretion of the Emergency Director, direct the Dose Assessment Team Leader to implement EP-210, Dose Assessment Team.
2.1.16 On an interim bases, direct the Shift Technical Advisor to perform dose projections using EP-4 i
316, Cumulative Population Dose Calculations for Airborne Releases-Manual Method or EP-315 Calculation of Offsite Doses during a Radiological Emergency using RMMS in the Manual i;
Mode and to suggest Protective Action
[
Recommendations per EP-317.
i j
2.1.17 For fire / damage repair direct the Maintenance j
Shift Assistant Foreman or Fire and Damage Team Leader to implement EP-260, Fire and Damage Team and/or EP-261 Damage Repair Group.
2.1.18 For a liquid release, implement EP-312, l
Radioactive Liquid Release, if required.
)
i 2.1.19 For Security matters, contact Security Shift Supervision and direct implementation of EP-208, Security Team, unless previously done.
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l EP-105, Rev. 12
.Pago 5 of 14 l
MJR/kml 3.0 ACTIONS - FOLLOW-UP 3.1 Emergency Director shall:
3.1.1 Verify that the Technical Support Center, Emergency Operations Facility and the Operations Support Center have been activated.
3.1.2 Periodically evaluate the event classification in accordance with EP-101, Classification of Emergencies.
If the conditions change, deescalate to an appropriate classification.
3.1.3 If classification is de-escalated, fill out Appendix EP-105-2, General Emergency De-l escalation Notification Message, sign it and give it to the communicator and direct the communicator to perform notification of the
)
appropriate parties listed in Appendix EP-105-4, General Emergency Phone List (Escalation or De-escalation).
~
3.1.4 Obtain the following information as necessary to formulate further actions:
A.
Security Status from Security Team Leader B.
Sample analysis from Shift Chemistry Technician or Chemistry Sampling and Analysis Team Leader C.
In-plant surveys from Shift EP Technician or Personnel Safety Team Leader D.
Field surveys from Shift EP Technician or Dose Assessment Team Leader E.
Dose projections and protective action recommendations from Shift Technical Advisor or Dose Assessment Team Leader F.
Fire / Damage Repair status from the Maintenance Shift Assistant Foreman or Fire and Damage Team Leader G.
Notification results from Communicator 3.1.5 Discuss protective action recommendations with the Site Emergency Coordinator.
9
l EP-105, R3v. 12 i
Paga 6 of 14 l
MJR/kml 4
3.1.6 If not already performed, determine which additional support personnel are necessary for emergency functions and direct the Shift Clerk j
or other assigned person to contact those personnel.
3.1.7 Provide site personnel with public address (PA) speaker announcements for any major changes in plant emergency status, such as changing j
emergency action levels.
j 3.1.8 Evaluate the need and order evacuation of
).
effected areas as necessary.
l Refer to the following procedures:
EP-303 Local Evacuation EP-305 Site Evacuation i
EP 306 Evacuation of the Information l
Center 3.1.9 Perform the following until relieved by the Site 1
Emergency Coordinator:
A.
Discuss protective action recommendations with the Dose Assessment Team Leader.
i B.
Provide protective action recommendations to i
the Pennsylvania Bureau of Radiation Protection.
l C.
Inform the various emergency response groups if the recovery phase organization is to be j
implemented.
j 3.2 Communicator shall:
I:
3.2.1 Inform the Emergency Director when appropriate notifications have been made and submit completed copy of Appendix EP-105-4 General Emergency Phone List (Initial Notification) or Appendix EP-105-5 (Escalation or.De-escalation)
{
for Emergency Director's signature.
i i
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1 1
- l EP-105, R2v. 12 Pcg2 7 of 14
'l MJR/kml 4.0 APPENDICES 4.1 EP-105-1 General Emergency Notification Message 4.2 EP-105-2 General Emergency De-escalation Notification Message 4.3 EP-105-3 General Emergency Phone List (Initial Notification) 4.4 EP-105-4 General Emergency Phone List (Escalation or De-escalation) 5.0 SUPPORTING INFORMATION i
5.1 The purpose of this procedure is to provide guidelines for the site response to a General j'
Emergency.
i 5.2 Criteria for Use 5.2.1 This procedure shall be implemented when an event has been classified as a General Emergency per EP-101, Classification of Emergenci,es, and EP-101 has been completed.
i 5.3 Special Equipment None 5.4 References 5.4.1 Limerick Generating Station Emergency Plan 5.4.2 NUREG 0654, Criteria for Preparation and Evaluation of Radiological Emergency Response Plans in Support of Nuclear Power Plants 5.4.3 EP-101 Classification of Emergencies 5.4.4 EP-201 Technical Support Center (TSC) Activation 5.4.5 EP-202 Operations Support Center (OSC)
Activation 5.4.6 EP-291 Staffing Augmentation 5.4.7 EP-303 Local Evacuation 5.4.8 EP-304 Partial Plant Evacuation 5.4.9 EP-305 Site Evacuation
-,n,.
i l
EP-105, R2v. 12 Paga 8 of 14 l
MJR/kml 5.4.10 EP-306 Evacuation of the Information Center 5.4.11 EP-317 Determination of Protective Action Recommendations 5.4.12 EP-316 Cumulative Population Dose Calculations For Airborne Releases - Manual Method 5.4.13 EP-110 Personnel Assembly and Accountability 5.4.14 EP-208 Security Team 5.4.15 EP-210 Dose Assessment Team l'
5.4.16 EP-230 Chemistry Sampling and Analysis Team j
5.4.17 EP-250 Personnel Safety Team 5.4.18 EP-260 Fire and Damage Team 5.4.19 EP-261 Damage Repair Group 5.4.20 EP-312 Radioactive Liquid Release 5.4.21 EP-279 Emergency Operations Facility (EOF) Group Phone List 5.4.22 EP-315 Calculations of Offsite Doses during a Radiological Emergency using RMMS in the Manual Mode.
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l EP-105 Rsv. 12 Page 9 of 14 l
MJR/mla APPENDIX EP-105-1 GENERAL EMERGENCY NOTIFICATION MESSAGE MESSAGE:
This (IS) (IS NOT) a drill.
This (IS) (IS NOT) a drill.
This is the Limerick Generating Station calling to report a General Emergency.
My name is
, telephone Limerick Generating Station is reporting a General Emergency declared at Unit No.
Time and date of General Emergency classification are (24 Er Clock Time)
(Date)
The basic problem is There (HAS BEEN) (HAS NOT BEEN) an (AIRBORNE) (LIQUID) radioactive release from the plant.
The plant status is (STABLE) (IMPROVING)
(DEGRADING) (NOT KNOWN).
The protective action recommended is i
The affected area is This (IS) (IS NOT) a drill.
This (IS) (IS NOT) a drill.
- IF A GENERAL EMERGENCY HAS BEEN DECLARED WITHOUT PRIOR EMERGENCY CLASSIFICATION, PROVIDE THE RECOMMENDATION TO SHELTER WITHIN THE 2 MILE RADIUS AND 5 MILES DOWNWIND OF THE PLANT.
IF PEMA & BRP ARE NOT AVAILABLE, MAKE THE RECOMMENDATION TO SHELTER 10 MILES FULL CIRCLE (360 DEGREES) DIRECTLY TO THE COUNTIES.
Emergency Director r.
j EP-105 R2v. 12 l
Pag 2 10 of 14 MJR/mla APPENDIX EP-105-2 GENERAL EMERGENCY DE-ESCALATION NOTIFICATION MESSAGE I'
Messaae:
This (IS) (IS NOT)'a drill.
This (IS) (IS NOT) a f
drill.
This is Limerick Generating Station calling to report a
/
change in emergency a.ction level.
The General Emergency has been (DE-ESCALATED TO)
(AN UNUSUAL EVENT) (AN ALERT) (AN SITE
?
EMERGENCY) (TERMINATED). Time and date are
/
i The plant status is (stable)
~
(24 Er Clock Time)
(Date) t r
(IMPROVING).
My name is
]
i i
This (IS) (IS NOT) a drill.
This (IS) (IS NOT) a drill.
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Emergency Director s
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i EP-105 R3v. 12 PCg2 10 of 14 l
MJR/mla 8
APPENDIX EP-105-2 GENERAL EMERGENCY DE-ESCALATION NOTIFICATION MESSAGE Messace:
This (IS) (IS NOT) a drill.
This (IS) (IS NOT) a I
drill.
This is Limerick Generating Station calling to report a change in emergency action level.
The General Emergency has been (DE-ESCALATED TO)
(AN UNUSUAL EVENT) (AN ALERT) (AN SITE EMERGENCY) (TERMINATED). Time and date are i
I.
The plant status is (stable)
(24 Er Clock Time)
(Date)
(IMPROVING).
My name is a
This (IS) (IS NOT) a drill.
This (IS) (IS NOT) a drill.
1 Emergency Director f
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HJR/rgs-APPENDIX EP-105-3 GENERAL EMERGENCY PHONE LIST Time Initiated (INITIAL NOTIFICATION)
CIRCLE PHONE NUMBER USED Personnel /A enc To Be Notified Number Time Person Res din l
Ig.
Site Emergency Home l
Planning Coordinator Work Alternates l
1 Director - Emergency Home I
redness Offic l
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l NRC Operat10 i
Bethesda, MD S-Make this call last an r
s telephone until NRC disconnEU
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(Person contacting NRC must be Licensed rator) l Agencies to e contacte ter l
the above personnel /agenci.es have L
been notifed l
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Berks County Emergency i
Mana men nc I
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Chester County Emergency Services Completed By:
Time /Date l
Verified By:
i EMERGENCY DIRECTOR m
l EP-105 Rev. 12 %
)
.N Page j o f. I f,
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MJR/rgs j
APPENDIX EP-105-4 GENERAL EMERGENCY PHONE LIST Time Initiated (ESCALATION OR DE-ESCALATION) i t
i CIRCLE PHONE r
i NUMBER USED
)
Personnel / Agency To Be Notified ber Time Person Responding j
j P'a.
Station Superintendent Home j
Offic 1
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Home i
Office l
Home Offic l
b.
Load Dis Offic 3
c.
Pennsylvania Burc us,er-m ~-
. (8am-4pm)
RadiationProtectibnE(I^7((1,__', '.
s j
/s (8am-4pm)
Harrisburg, PA
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44
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(8am-4pm)
(PEMA after hours) l d.
NRC Operations Center l
Bethesda, MD I
l Make this call last and remairs on telephone until NRC disconnects f
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(Person contacting NRC must be Licensed Operator)
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EP-105, P v.
12
. s Page 1 f 14 HJR/rgs APPENDIX EP-105-4 GENERAL EMERGENCY PilONE LIST Time Initia,ted (ESCALATION OR DE-ESCALATION)
CIRCLE PiiONE NUMBER USED Personnel / Agency To De Notified Phone Number Time Person Responding Agencies to be contacted after the above person gencies have l
been notified w.
Montgome
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Berks County Man ment A nc g.
Chester County Emergenc Services
/
Completed By:
Verified By:
EMERGENCY DIRECTOR l
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3865034150 l
EP-234, Rev. 7 Page 1 of 13 TJY/CLF,3jmv 8
PHILADELPHIA ELECTRIC COMPANY
/
LIMERICK GENERATING STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-234 OBTAINING CONTAINMENT GAS SAMPLES FROM THE CONTAINMENT LEAK DETECTOR DURING EMERGENCIES 1.0 PARTICIPANTS 1.1 Chemistry Sampling and Analysis Team Leader shall obtain necessary information and permission to obtain sample.
1.2 Chemistry Sampling and Analysis Group Leader shall organize and brief the sampling group and have operations defeat isolations.
1.3 HP Technician shall provide radiological assessment of the task.
1.4 Chemistry Sampling and Analysis Group shall obtain the sample.
2.0 ACTIONS - IMMEDIATE 2.1 Chemistry Sampling and Analys4A T W shall:
\\
2.1.1
\\
sa le' E-or is required 2.1.2 C
t Radiation Level Status Board to fo cast anticipated radiclogical conditions.
2.1.3 Contact the Personnel Safety Team Leader for the latest developments related to radiological conditions, and inform' nim 7whaE:sampl1E(s) rare to be taken, and request Hea1th'?hyWics': coverage
~
if required.
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CAUTION CONTINUOUS COVERAGE BYr A* HEALTH -PHYSICS :,
TECHNICIAN MAY SUBSTIT,UTE FOR THE 11ADIATION WORK PERMIT.
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EP-234, Rov. 7 Page 2 of 13 TJY/CLE:jmv 4.
2.1.4 Request input from the Control Room (via Emergency Director) to ascertain the desired sample system availability.
. i 2.1.5 Determine what analyses are required and inform the Chemistry Sampling and Analysis Group Leader.
2.1.6 Request Emergency Exposure Authorizations from the Emergency Director for Group members (as required) and inform the Personnel Safety Team j
Leader of this development.
2.1.7 Direct the Chemistry Sampling and Analysis Group Leader to collect and analyze the filter / cartridge sample.
2.2 Chemistry Sampling and Analysis Group Leader shall:
2.2.1 Assign the appropriate number of group members to obtain the necessary equipment to collect and transport the sample to the Chemistry Hot Lab.
2.2.2 Brief the Chemistry Sampling and Analysis Group members on the following:
2.2.2.1 Communications equipment and channel 2.2.2.2 Type of sample (s) to be collected 2.2.2.3 Location of the sample points.
The Containment Leak Detector location is elevation 283' area 16 behind the SLC tank.
2.2.2.4 Suggested routes to be taken.
Suggested routes 3
are shown in Appendices EF-234-3 and EP-234-4.
i CAUTION
' DO NOT USE ELEVATOR 2.2.2.5 Sample transport mechanism 2.2.2.6 Projected amount of time required to collect and transport the sample 2.2.2.7 Review of the procedures to be followed for sample collection, handling, preparation and analysis
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EP-234, Rev. 7 Page 3 of 13 TJY/CLE:jmv 2.2.2.8 Special tools and equipment required for sample handling and/or collection.
l 2.2.2.9 Proper completion of Data Sheets 2.2.3 ntact Shift operations in the Control Room to request system line up so that the se ected sample can be taken from the desired Sample Station and sample point.
If the Containment Leak Detector is isolated l
(Group VI: HI D/W PRESS (1.68 psig), LO-LO Rx Level (-38"), REFULL FLOOR HVAC HI RAD (2 mR/Hr), OR RX ENCL. HVAC HI RAD (1.35 mR/Er)), shift operations shall defeat the signal by placing jumpers across the following contacts:
DO NOT DEFEAT ISOLATION OF HIGH DRYWELL PRESSURE WHEN DRYWELL PRESSURE IS GREATER THAN 5 PSIG.
l Valve Panel Terminals Relay SV-26-190A,C 10C609 HHH8-13 to B21H-K101C (20C609)
HHH8-14 (T4-M4)
SV-26-190B,D 10C611 HHH2-18 to B21H-K120B (20C611)
HHH2-19 (T4-M4) 2.2.4 Appoint group member (s) to prepare the Hot Lab for receiving the sample.
FOR 1
ng o hly Radioactive
]
Gas Samples 2.2.5 Dispatch the Chemistry Sampling and Analysis group members to the OSC for Health Physics Support if radiological conditions permit or
)
other appointed location as determined by the Plant Survey Group Leader.
2.3 Health Physics Technician shall:
2.3.1 Determine which route should be used for collecting and transporting the sample.
I 2.3.2 Take appropriate radiation survey equipment and
{
ensure that equipment is functional and j
calibrated.
' l-EP-234, Rev. 7 Page 4 of 13 TJY/CLH:jmv 2.3.3 Provide Group Members with the appropriate l
dosimetry, protective clothing and respiratory l
equipmen 2.3.4 Perform a pre-job briefing with the Chemistry technicians assigned to obtain the sample to discuss the following:
2.3.4.1 RWP requirements j
2.3.4.2 Routes to be used 2.3.4.3 Authorized doses 2.3.4.4 Radiological concerns and precautions l
2.3.4.5 Review of procedure for obtaining and transporting sample to hot lab 2.3.4.6 Suggested methods to maintain exposures ALARA 2.3.4.7 Stay times and abort criteria 2.3.5 Provide constant coverage while obtaining, transporting and analyzing the sample from the j
Containment Leak Detector.
2.3.6 Monitor dose rates enroute and at the sample location. Upon entering the power block, the surveyors will note trends in general radiation levels enroute to the Containment Leak Detector.
If general area dose rates (unanticipated)
(
exceed 5 R/hr gamma and/or beta prior to arriving at the door leading to Rx.283', exit immediately and report to Chemistry Sampling and Analysis Group Leader.
If dose rates (unanticipated) exceed 5 R/hr at the door leading to Rx. 283', leave the area immediately and report to Chemistry Sampling and Analysis Group Leader, who will evaluate the situation with the Personnel Safety Team Leader 2.3.7 Survey the sample area and sample cask.
2.3.8 Document the sample cask survey results and give them to the Chemistry Sampling and Analysis Group Leader (or other designated group member) when arriving at the hot lab.
2.3.9 Provide constant coverage during sample preparation and handling as specified in EP-243.
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~ l-EP-234, Rev. 7 Page 4 of 13 TJY/CLH:jmv 2.3.3 Provide Group Members with the appropriate dosimetry, protective clothing and respiratory equipment.
2.3.4 Perform a pre-job briefing with the Chemistry technicians assigned to obtain the sample to discuss the following:
2.3.4.1 RWP requirements 2.3.4.2 Routes to be used q
3 2.3.4.3 Authorized doses 2.3.4.4 Radiological concerns and precautions 2.3.4.5 Review of procedure for obtaining and transporting sample to hot lab 2.3.4.6 Suggested methods to maintain exposures ALARA 2.3.4.7 Stay times and abort criteria 2.3.5 Provide constant coverage while obtaining, transporting and analyzing the sample from the Containment Leak Detector.
2.3.6 Monitor dose rates enroute and at the sample location. Upon entering the power block, the surveyors will note trends in general radiation levels enroute to the Containment Leak Detector.
If general area dose rates (unanticipated) exceed 5 R/hr gamma and/or beta prior to arriving at the door leading to Rx.283', exit immediately and report to Chemistry Sampling and Analysis Group Leader.
If dose rates i
(unanticipated) exceed 5 R/hr at the door leading to Rx. 283', leave the area immediately and report to Chemistry Sampling and Analysis Group Leader, who will evaluate the situation with the Personnel Safery Team Leader 2.3.7 Survey the sample area and. sample cask.
i 2.3.8 Document the sample cask survey results and give them to the Chemistry Sampling and Analysis Group Leader (or other designated group member) when arriving at the hot lab.
2.3.9 Provide constant coverage during sample preparation and handling as specified in EP-243.
1 1
l-EP-234, Rev. 7 Page 5 of 13 TJY/CLH:jmv 2.4 Chemistry Sampling and Analysis Group Members shall:
2.4.1 Assemble for a pre-job briefing at the chemistry lab.
2.4.2 Inform the Group Leader if they are approaching the administrative exposure guidelines, or may not have sufficient exposure remaining to successfully complete the assigned task.
2.4.3 Obtain the necessary equipment to collect the sample and ensure that the hot lab is ready to accept the sample.
CAUTION EYE PROTECTION SHOULD BE WORN BY ALL PERSONNEL WHEN OBTAINING SAMPLES FROM THE SAMPLE STATIONS.
2.4.4 Prepare three off gas sample vials by withdrawing from the sample vial (with a syringe) the same volume that is to be injected as a sample.
PROPERLY LABEL ALL SAMPLE CONTAINERS 2.4.5 Once the group has been briefed and the appropriate. equipment has been assembled, proceed to the OSC or other designated location for Health Physics Coverage.
Once briefed by Health Physics, proceed to the Containment Leak Detector area and collect a containment gas 9
sample.
2.4.5.1 Proceed to the Containment Leak Detecter.
2.4.5.2 Have the H.p. Technician survey the Containment Leak Detector.
2.4.5.3 Obtain the sample.
The time required to obtain a sample is approximately 10 minutes.
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l EP-234, Rsv. 7 Page 6 of 13 TJY/CLH:jmv 2.4.5.4 Samplino Method A.
Verify that ES-26-190-1 (pump 1 switch) is in the ON position.
Turn switch HS-26-190-2 switch (pump 2 switch) to OFF.
B.
Verify Flow Indicator (FI-26-190) indicates flow.
C.
Put switch ESS-26-190 (OPERATE / PURGE) in the PURGE position.
D.
Allow to purge for one minute.
E.
Close valves V-2 and V-3.
F.
Disconnect the filter holder assembly on the outlet side and install the gas sampling apparatus (similar to the one described in Appendix EP-234-1) making sure the sample valve and septum valve are closed.
G.
Open valves V-2 and V-3.
H.
Close valve V-8 (located behind the panel).
I.
Put switch ESS-26-190 in OPERATE position.
J.
Open the sample valve.
K.
Open the septum valve.
t L.
Insert the 1.0 m1 microsyringe through the septum valve and the sample valve into the sample tee.
M.
Flush the microsyringe by taking a 1.0 ml
'l sample and injecting it back into the sample tee two times.
N.
Take a 1.0 m1 sample and remove the microsyringe from tne sample tee.
Inject the sample into a 14.4 ml off gas vial.
Place the microsyringe in a plastic bag and secure.
O.
Have the EP Technician immediately survey the vial and record the Initial Contact Dose 3
Rate in Appendix EP-234-2 and using remote handling tools, place the vial into an appropriate transport container.
P.
Complete Appendix EP-234-2.
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EP-234, Rev. 7 Page 7 of 13 TJY/CLE:jmv Q.
Close the sample and septum valves.
R.
Open valve V-8.
S.
Turn ES-26-190-2 switch (pump 2 switch) to ON.
?
T.
Take the sample to the Chemistry Hot Lab.
2.4.7 Upon introduction of the sample into the hot lab, the sample will be handled and stored in a manner that personnel exposures are kept ALARA.
l 2.4.8 As soon as the sample reaches the hot lab, i
inform the Group Leader that sample collection has been completed and report the status of the sample.
3.0 ACTIONS - FOLLOW-UP 3.1 Chemistry Sampling and Analysis Group Members shall:
e 3.1.1 Verify Appendix EP-234-2 is complete.
3.1.2 Prepare, handle and analyze the sample using EP-243 Preparation and Handling of Highly Radioactive Gas Samples.
3.1.3 Report the results to the Chemistry Sampling and Analysis Group Leader.
3.1.4 Return all sampling equipment to the CHEMISTRY EMERGENCY CABINET.
3.2 Chemistry Sampling and Analysis Group Leader l
~
shall:
i 3.2.1 Notify Shift Supervision that a sample has been taken and the aligned valves may be returned to
,the " NORMAL" position (i.e., remove Jumpers).
3.2.2 Ensure group member (s) dose is monitored to f
ensure that exposure limits have not been exceeded.
3.2.3 Inform the Chemistry Sampling and Analysis Team Leader that the required sample is in the hot i
lab.
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l EP-234, Rev. 7 Page 8 of 13 TJY/CLH:jmv 3.2.4 Direct group members to refer to EP-243 Sample Preparation and Handling of Radioactive Gas Samples for guidance for sample preparation and handling.
3.2.5 Obtain and review all Data Sheets and report the sample results to the Chemistry Sampling and Analysis Team Leader and attach all Data Sheets i
to Appendix EP-230-2.
3.3 Chemistry Sampling and Analysis Team Leader shall:
3.3.1 Report the results to the Emergency Director and the Health Physics and Chemistry Coordinator if the EOF has been activated.
4.0 APPENDICES 4.1 EP-234 Diagram of Gas Sampling Apparatus 4.2 EP-234 Data Sheet 4.3 EP-234 Equipment Location Reactor Enclosure
-~
Unit 1 Elevation 283 4.4 EP-234 General Arrangement Plan at Elevation 217 5.0 SUPPORTING INFORMATION 5.1 Purpose This procedure provides guidelines for obtaining gas samples from the Containment Leak Detector during emergencies.
5.2 Criteria for use 5.2.1 This precedure shall be implemented when a gas sample shall be taken from the Containment Leak Detector during an Emerger.cy.
5.2.2 Planned radiation exposures should be limited to the administrative guide levels in Appendix EP-230-1 Emergency Exposure Guidelines.
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l EP-234, Rev. 7 Page 9 of 13 TJY/CLH:jmv 5.3 Special Equipment 5.3.1 Transport container (shielded) 5.3.2 Gas Sampling Apparatus 5.3.3 3 off-gas vials with septums 5.3.4 Appropriate microsyringes 5.3.5 Plastic bags 5.3.6 Tongs or other remote handling tools 5.4 References 5.4.1 EP-230 - Chemistry Sampling and Analysis Team 5.4.2 EP-243 - Preparation and Handling of Highly Radioactive Gas Samples 5.4.3 M-102 - General Arrangement Plan at El. 217'-0" 5.4.4 M-104 - General Arrangement Plan at El. 269'-0"
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7 Page 10 of 13 APPENDIX EP-234-1
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DIAGRAM OF GAS SAMPLING APPARATUS i
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TIME:
VOLUME: 1.0 ml INITIAL CONTACT DOSE RATE:
ANALYSIS REQUIRED:
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Page 12 of 13 TJY/CLE:jmv APPENDIX EP-234-3 EQUIPMENT LOCATION REACTOR ENCLOSURE UNIT 1 ELEVATION 283 l
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EP-235, Rev. 6 Page 1 of 11 T
- ,m e v PHILADELPHIA ELECTRIC COMPANY LIMERICK GENERATING STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-235 OBTAINING REACTOR WATER SAMPLES FROM SAMPLE SINKS FOLLOWING ACCIDENT CONDITIONS 1.0 PARTICIPANTS 1.1 Chemistry Sampling and Analysis Team Leader shall obtain necessary information and permissions to obtain sample.
1.2 Chemistry Sampling and Analysis Group Leader shall organize and brief the sampling group and have operations defeat isolations.
1.3 HP Technician shall provide radiological assessment of the task.
j 1.4 Chemistry Sampling and Analysis Group shall j
obtain the sample.
y 2.0 ACTIONS - IMMEDIATE 2.1 The Chemistry Sampling and Analysis Team Leader shall:
1 2.1.1 After discussing the situation with the Emergency Director, determine if a reactor water sample is required.
2.1.2 Determine preference of sampling points from below:
1.
Reactor Water Clean-up Filter Demineralizer Inlet 1,
2.
Reactor Water Recirculation Inlet
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l EP-235, Rev. 6 Paga 2 of 11 TJY:mer 2.1.3 Check the Plant Radiation Level Status Board to forecast anticipated radiological conditions.
2.1.4 Contact the Personnel Safety Team Leader for latest developments related to radiological
. conditions, inform him what sample (s) are to be taken and that Health Physics' coverage is required.
AN ALARA CONCEPT IS MANDATORY.
SAMPLING AND ANALYSIS GROUP MEMBERS' EXPOSURE SHOULD BE LIMITED TO THE ADMINISTRATIVE GUIDE LEVELS IN EP-230, CHEMISTRY SAMPLING AND ANALYSIS TEA.%
APPENDIX EP-230-1, EMERGENCY EXPOSURE GUIDELINES.
2.1.5 Request input from the Control Room (via Emergency Director) to ascertain desired sample system availability.
2.1.6 Determine what analyses are required and inform the Chemistry Sampling and Analysis Group Leader.
2.1.7 Request Emergency Exposure Authorizations from the Emergency Director for Group Members (as required) and inform the Personnel Safety Team Leader of this development.
2.1.8 Direct the Chemistry Sampling and Analysis Group Leader to collect and analyze the reactor water j
sample from the sample sink.
2.2 Chemistry Sampling and Analysis Group Leader shall:
2.2.1 Check with shift operations whether a sample can be t'aken from the desired sample station and sample point.
2.2.2 If the reactor water clean up filter desin inlet sample point is to be used, contact the control room to determine if a Group III isolation signal is present.
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II EP-235, Rsv. 6 Page 3 of 11 4
TJY:mey 2.2.2.1 If Group III isolation signal is present, request Shift Operations to-defeat the appropriate trip signal by placing a jumper across the following contacts:
SRITT APPROVAL IS REQUIRED FOR TEIS STEP.
Valve Panel _
Relay Contacts Isolation Signal l EV-44-1F001 10C622 B21H-K40A T1-H1 SLCS Initiation (I/S)
(20C622) l BV-44-1F004 10C523 B21E-K4CB T1-M1 SLCS Initiation (0/B)
(20C623) l EV-44-1F004 10C623 321E-K42 T1-M1 Non-Regen EX {O/B)
(20C623)
Outlet High Temp l EV-44-lF001 10C609 521E-K3A T2-M2
-38" Vessel Level (I/B)
(20C609) l EV-44-lF004 10C609 521H-K3C T2-M2
-38" Vessel Level (0/5)
(20C609)
DO NOT DEFEAT THE ISOLATIONS OF EIGH RWCU
- l DIFFERENTIAL PLOW, HIGE AREA TEMPERATURE OR HIGE DIFFERENT.IAL TEMPERATURE ON'ROCM VENTILATION AS THIS INDICATES A LEAK IN THE SYSTEM.
2.2.2.2 Have Operations reset the Inboard.and/or Outboard Isolation Logic per GP-8.
i 2.2.3 If the Reactor Water Recirculation Inle: sample line has been isolated, contact the Control Recm and request shift operations to defeat the isolation signal by placing jumpers across the following contacts:
SHIFT APPROVAL IS REQUIRED FOR THIS STEP.
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Valve Panel Relav Terminals Isolation Signal j EV-43-lF019 10C622 B21E-K23A ACCC8-10 to Main Steam Line (2CC622) (T2-M2)
CCC8-11 High Radiation and/or
-38" Vessel Level l
l NV-43-1F020 10C623 321E-K23D
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(20C623) (T2-M2)
DDD2-5 High Radiation and/or 1
-38' Vessel Level i
- Jumper will open valve once installed.
If switch control is required, jumper relay contacts.
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2.2.4 If the Main Steam from Reactor sample point has l
been isolated (Group I), contact the Control Room and request Shift Operations to defeat the isolation signal by placing jumpers across the following contacts:
SHIFT APPROVAL IS REQUIRED POR TEIS STEP.
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! solation _Sicnal SV-41-lF0e4 10c622 321a-x23A
- CCC.-1s to
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l Line High Radiation KV-41-17085 10C623 B21H-K23D
- AAA5-2 to
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DDC2-10 and/or Main Steam Line High Radiation Jumper will open valve once installed.
If switch control is required, jumper I
relay contactr.
2.2.5 Assign the appropriate number of groap members to obtain the necessary equipment to collect and transpert the sampl6 to the Chemistry Hot Lab.
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l EYE PROTECTICN S3OULD BE WORN BY ALL TERE 3NSEL OBTAINING TEE SAMPLE.
o 2.2.6 Brief ttte Chemistry Saxpling and Analysis Group Members on the folicwif.q:
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Communications equipment and channe.1 2.2,6.2 Type of. sample (s) to be collected l
2.2.5.3 Location of sacple points 2.2.6.4 Suggested routes to be taken 2.2.6.5 datple transport mechanism 2.2.6.6 Proj$cted emc;1nt of time required to collect and l
transport'the sample i
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2.2.7 Appoint Group Member (s) to prepare the Hot Lab far receiving sample.
USE THE FOLLOWING PROCEDURES AS GUIDELINES FOR PREPARATION OF THE HOT LAB.
EP-241 (LIQUID)
Sample Preparation and
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Handling of Highly Radioactive Liquid Samples
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Sample Preparation and Handling or Highly Radioactive Particulate Filters and Iodine Cartridges EP-243 (GAS)
Sample Preparation and Handling of Highly Radioactive 4
Gas Samples 2.2.8 Dispatch the Chemistry Sampling and Analysis i
Team members to the OSC for Health Physics Support if radiological conditions permit by the Plant Survey Group Leader.
l' 2.3 Health Physics Technician shall:
2.3.1 Determine which route shall be used to collect and transport the sample.
2.3.2 Take appropriate radiation survey equipment.
l Insure that equipment is functional and calibrated.
7.3.3 Provide Group Members with the appropriate dosimetry, protective clothing and respiratory equipment.
l 2.3.4 Perform a pre-job briefing with the Chemistry technicians assigned to obtain the sample to discuss the following:
2.3.4.1 RWP requirements f
2.3.4.2 Routes to be used i
2.3.4.3 Authorized doses
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.l EP-235, Rev. 6 Paga 6 of 11-TJY:mev 2.3.4.4 Radiological concerns and precautions 2.3.4.5 Review of procedure for obtaining and transporting sample to hot lab 2.3.4.6 Suggested methods to maintain exposures ALARA 2.3.4.7 Stay times,and abort criteria i
2.3.5 Provide constant coverage while obtaining, transporting and analyzing the reactor water sample.
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2.3.6 Monitor dose rates enroute and at the sample location.
If upon entering the Power Block, general area dose rates (unanticipated) exceed 5 R/hr gamma and/or beta prior to arriving at the point specified below, exit immediately and report to Chemistry Sampling and Analysis Group Leader, who will evaluate the situation with the Personnel Safety Team Leader.
If the general area dose rate (unanticipated) exceeds 5 R/hr at the door leading to Rx. 253, leave the area immediately and report this information to Chemistry Sampling and Analysis Group Leader, who will evaluate the situation with the Personnel Safety Team Leader.
2.3.7 Survey the sample area and sample cask.
2.3.8 Document the sample cask survey results and give them to the Chemistry Sampling and Analysis Group Leader (or other designated group member) when arriving at the hot lab.
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2.3.9 Provide constant coverage during sample preparation and handling as specified in EP-241.
2.4 Chemistry Samplino and Analysis Group members i
shall:
2.4.1 Assemble for a pre-job briefing at the chemistry lab.
2.4.2 Inform the Group Leader if they are approaching the Administrative Exposure Guidelines, or may not have sufficient exposure remaining to successfully complete the assigned task.
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EP-235, Rsv. 6 Page 7 of 11 TJY:may 2.4.3 Obtain the key to the Sample Station and the necessary equipment to collect the sample.
PROPERLY LABEL ALL SAMPLE CONTAINERS 2.4.4 Ensure that the hot lab is ready to accept the sample.
2.4.5 Once the Group has been briefed and the appropriate equipment has been assembled, proceed to the OSC or other designated location for HP coverage.
Once briefed by Health Physics, collect the reactor water sample as follows:
2.4.5.1 Proceed to the RWCU Sample Station in the U
Reactor Building.
2.4.5.2 Request the Health Physics Technician to survey the area, concentrating on the sample sink.
2.4.5.3 Proceed to the predetermined sample point.
CAUTION DO NOT USE ELEVATORS 2.4.5.4 Ensure that a flow is present.
If not, attempt to initiate flow by opening root valves.
If flow is not established, exit and consult Chemistry Sampling and Analysis Group Leader.
2.4.5.5 SAMPLING METHOD Obtain a 2 oz. sample (or less if activity is extreme) in a 4 oz. bottle.
Use tongs or other remote handling tools for sample collection 44 required.
When required amount of sample is obtained remove bottle from hood, quickly place lid on bottle and transport with tongs, other remote tools, or lead shielded carrying container.
2.4.5.6 Eave the EP Technician survey the vial and record the Initial Contact Dose Rate in Appendix EP-235-1.
2.4.5.7 Complete the Data Sheet in Appendix EP-235-1.
2.4.5.8 Take the sample to the Chemistry Hot Lab.
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EP-235, Rev. 6 Page 8 of 11 TJY:mev l
2.4.6 Upon introduction of the sample into the hot lab, the sample will be handled and stored in a manner that personnel exposures are kept ALARA.
2.4.7 Contact the Group Leader as soon as the sample reaches the hot lab and inform him that the sample collection has been completed and what i
the sample status is.
3.0 ACTIONS - FOLLOW-UP 3.1 Chemistry Sampling and Analysis Group Members shall:
3.1.1 Prepare, handle and analyze the sample using EP-241, Sample Preparation and Handlitg of Highly Radioactive Liquid Samples.
3.1.1.1 Properly place and shield the sample so that it will be processed remotely (where and when possible).
Careful handling of the sample is mandatory in preparation for analysis to minimize radiological conditions.
3.1.2 Report the results to the Chemistry Sampling and Analysis Group Leader.
3.1.3 Properly file the data sheets and report back to the Group Leader for re-assignment.
3.1.4 Return all sampling equipment to the CHEMISTRY EMERGENCY CABINET.
3.2 Chemistry Sampling and Analysis Group Leader shall:
3.2.1 Notify Shift Supervision that a sample has been taken and the aligned valves may be returned to the " NORMAL" position (i.e.
Remove Jumpers).
3.2.2 Ensure Group Member (s) dose is monitored to ensure that exposure limits have not been exceeded.
3.2.3 Inform the Chemistry Sampling and Analysis Team Leader that the required sample is in the hot lab.
3.2.4 Direct Group Members to refer to EP-241, Sample Preparation and Handling of Highly Radioactive Liquid Samples for guidance for sample preparation and handling.
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l EP-235, Rsv. 6 Paga 9 of 11 TJY:mev 3.2.5 Obtain and review ALL Data Sheets, report the sample results to the Chemistry Sampling and Analysis Team Leader and attach all Data Sheets to Appendix EP-230-2.
3.2.6 Obtain sample station key from Group Member.
3.3 Chemistry Sampling and Analysis Team Leader shall:
3.3.1 Report the results to the Emergency Director and the Health Physics and Chemistry Coordinator if the EOF has'been activated.
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4.0 APPENDICES 4.1 EP-235-1 Data Sheet 5.0 SUPPORT INFORMATION 5.1 Purpose The purpose of this procedure is to provide guidelines for consideration prior to, during and after obtaining a reactor water sample following accident conditions with major fuel damage.
5.2 Criteria for Use This procedure shall be implemented when a Reactor water sample must be taken from the Reactor Enclosure sample stations dtring an emergency situation.
5.3 Special Equipment 4.
5.3.1 4 oz. sample bottle with lid 5.3.2 Tongs or remote tooling for holding the sample bottle during sampling.
5.3.3 Eye Protection 4
5.3.4 Plastic bags 5.3.5 Sample station key a
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EP-235, Rsv. 6 Page 10 of 11 TJY:mev 5.4 References 5.4.1 EP-230 Chemistry Sampling and Analysis Team 5.4.2 M-23 P&ID, Sheet 3, Rev. 12 Process Sampling 5.4.3 M-102 General Arrangement Plan at el. 217'-0" 5.4.4 M-103 General Arrangement Plan at el. 239'-0" &
253'-0" 5.4.5 EP-241 Sample Preparation and Handling of Highly Radioactive Liquids 5.4.6 GP-8 Primary and Secondary Containment Isolation Verification and Reset, Rev. O.
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'i EP-235, Rsv. 6 Paga 11 of 11 TJY:mev APPENDIX EP-235-1
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DATA SHEET Reactor Water Grab Sample DATE:
TIME:
SAMPLE LOCATION:
UNIT 1 UNIT 2 SAMPLE POINT:
1.
REACTOR WATER CLEAN UP FILTER DEMIN INLET 2.
REACTOR WATER RECIRCULATION INLET 3.
MAIN STEAM FROM REACTOR VOLUME:
INITIAL CONTACT DOSE RATE ANALYSIS REQUIRED:
NAME:
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EP-237, Rev. 8 Page 1 of 20 TJ
/jmv lNjW PHILADELPHIA ELECTRIC COMPANY LIMERICK GENERATING STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-237 OBTAINING THE IODINE / PARTICULATE AND/OR GAS SAMPLES FROM THE NORTH VENT WIDE RANGE GAS MONITOR (WRGM) 1.0 PARTICIPANTS 1
1.1 Chemistry Sampling and Analysis Team Leader shall obtain necessary information and permissions to obtain sample.
1.2 Chemistry Sampling and Analysis Group Leader shall organize and brief the sampling group and have operations defeat isolations.
1.3 HP Technician shall provide radiological assessment of the task.
1.4 Chemistry Sampling and Analysis Group shall obtain the sample.
2.0 ACTIONS-IMMEDIATE 2.1 Chemistry Sampling and Analysis Team Leader shall:
2.1.1 After discussing the situation with the Emergency Director, determine if a filter / cartridge or gas sample is required from the North Vent WRGM.
2.1.2 Check the Plant Radiation Level Status Board to forecast anticipated radiological conditions.
2.1.3 Contact the Personnel Safety Team Leader and check on the latest develo ents related to radiological conditions an df6td@snwhat' n g :.-
sample (s) are to be taken pn that Behlth'"
n5 Physicscoverageisrequired'.Q,yjijp,.(,
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CONTINUOUS COVERAGE BY A HEALTH PHYSICS TECHNICIAN MAY SUBSTITUTE FOR THE RADIATION WORK PERMIT.
2.1.4 Request input from the Control Room (via Emergency Director) to ascertain desired sample system availability.
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EP-237, Rav. 8 Page 2 of 20 TJY/CLH/jmv 2.1.5 Determine what analyses are required and inform the Chemistry Sampling and Analysis Group Leader.
2.1.6 Request Emergency Exposure Authorizations from the Emergency Director for Group Members (as required) and inform the Personnel Safety Team Leader of this develo ment.
2.1.7 Contact the Security Team Leader and arrange access for the sampling route by having Security implement YOE Security Instruction No. SI-004.
2.1.8 Direct the Chemistry Sampling and Analysis Group Leader to collect and analyze the appropriate samples.
2.2 Chemistry Sampling and Analysis Group Leader shall:
2.2.1 Determine what type (s) of sample (s) are to be taken:
2.2.1.1 Local Particulate / Iodine Sample 2.2.1.2 Remote Particulate / Iodine Sample 2.2.1.3 Gas Grab Sample l
2.2.1.4 Alternate Samples 2.2.2 Assign the appropriate number of group members r
to obtain the necessary equipment to collect and transport the sample to the Chemistry Hot Lab.
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2.2.3 Brief the Chemistry Sampling and Analysis Group members on the following:
2.2.3.1 Communications equipment and channel 2.2.3'.2 Type and sampling time of sample (s) to e
be collected 2.2.3.3 Location of sample point 2.2.3.4 Suggested routes to be taken 2.2.3.5 Sample transport technique 2.2.3.6 Projected amount of time required-to collect and transport the sample 2.2.3.7 Review of the procedures to be followed for sample collection, handling, preparation and analysis
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EP-237, Rsv. 8 Page 3 of 10 TJY/CLH/jmv 2.2.3.8 Special tools and equipment required for sample handling and/or collection 2.2.3.9 Proper completion of Data Sheets.
2.2.4 Appoint Group member (s) to prepare the Hot Lab for receiving the sample.
USE TEE FOLLOWING PROCEDURES AS GUIDELINES FOR PREPARATION OF THE HOT LAB.
EP-241 (LIQUID) Sample Preparation and Handling of Eighly Radioactive Liquid Samples.
i EP-242 (IODINE) Sample Preparation and Handling i
of Highly Radioactive Particulate Filters and Iodine Cartridges.
EP-243 (GAS) Sample Preparation and Handling of Highly Radioactive Gas Samples.
2.2.5 Dispatch the Chemistry Sampling and Analysis Group members to the OSC for Health Physics Support if radiological conditions permit or other appointed location as determined by the Plant Survey Group Leader.
2.3 The Health Physics Technician shall:
2.3.1 Determine which route should be used to collect and transport the sample.
, i CAUTION DO NOT USE ELEVATORS 2.3.2 Take appropriate radiation survey equipment and ensure that equipment is functional and
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calibrated.
aj 2.3.3 Provide Group Members with the appropriate Dosimetry, Protective Clothing and Respiratory Equipment.
EYE PROTECTION SHOULD BE WORN WHEN OBTAINING SAMPLES FROM THE SAMPLE STATIONS.
2.3.4 Perform a pre-job briefing with the Chemistry technicians assigned to obtain the sample, to discuss the following:
R 2.3.4.1 RWP requirements 4
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EP-237, Rev. 8 Page 4 of 20 TJY/CLE/jmv 2.3.4.2 Routes to be used 2.3.4.3 Authorized doses 2.3.4.4 Radiological concerns and precautions 2.3.4.5 Review of procedure for obtaining and transporting sample to hot lab 2.3.4.6 Suggested methods to maintain exposures ALARA 2.3.4.7 Stay times and Abort Criteria 2.3.5 Provide constant coverage while obtaining, transporting and analyzing the sample filter / cartridge and/or gas sample from the WRGM.
2.3.6 Monitor dose rates enroute to and at the sample location.
2.3.6.1 The surveyor shall note trends in general radiation levels enroute to the sample point.
If general area dose rates (unanticipated) exceed 5 R/hr gamma and/or beta, prior to arriving at the point specified below, immediately report to Chemistry Sampling and Analysis Group Leader, who will evaluate the situation with the Personnel Safety Team Leader.
2.3.6.2 If the dose rate (unanticipated) exceeds 5 R/hr at the door leading to 217', 332', 352', or 411' El. exit the area immediately and report to Chemistry Sampling and Analysis Group Leader with this information.
With dose rates less than 5 R/hr., enter the desired elevation through that door.
Take careful note of the dose rates.
- t 2.3.6.3 If using the North Vent stairs, remember the stairs are next to the North Vent.
If general area dose rate (unanticipated) exceeds 5 R/hr. gamma and/or beta, exit the area immediately and report to Chemistry Sampling and Analysis Group Leader, who will evaluate the situation with the Personnel Safety Team Leader.
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EP-237, Rav. 8 Paga 5 of 20 TJY/CLE/jmv l
l 2.3.7 Survey the sample area and sample cask.
2.3.8 Document the sample cask survey results and give them to the Chemistry Sampling and Analysis Group Leader (or other designated group member) when arriving at the Hot Lab.
2.3.9 Provide constant coverage during sample preparation and handling as specified in EP-242 or 243.
2.4 Chemistry Sampling and Analysis Group members shall:
h 2.4.1 Assemble for a pre-job briefing at the chemistry lab.
2.4.2 Inform the Group Leader if they are approaching the administrative exposure guidelines or do not have sufficient exposure remaining to successfully complete the assigned task.
2.4.3 Obtain the necessary equipment (Screwdriver and adjustable wrench) to collect the sample and ensure that the Hot Lab is ready to accept the sample:
2.4.3.1 Properly label all sample containers.
2.4.3.2 If a gas sample is to be taken, prepare three evacuated gas sampling vials by withdrawing from the sample m
vial (with a syringe) the same volume that is to be injected as a sample.
2.4.4 Once the group has been briefed and the b
appropriate equipment has been assembled, proceed to the OSC or other designated location q
for Health Physics coverage.
Once briefed by Health Physics perform the appropriate section for the desired sample:
A.
Remote Particulate / Iodine Sample B.
Local Particulate / Iodine Sample C.
Gas Grab Sample l
D.
Alternate Samples
\\
A.
REMOTE PARTICULATE / IODINE SAMPLE i
1.
Proceed to the Control Room.
l I
EP-237, Rev. 8 Page 6 of 20 TJY/CLE/jmv 2.
Locate Control Room Panel Timer / Control,
Assembly (RIX-26-076, KIC-26-076-1, KIC-26-076-2).
3.
Verify SKID CONT-REMOTE light is lit.
IF SKID CONT-REMOTE LIGHT IS NOT LIT AND SKID CONT-LOCAL LIGHT IS LIT, THEN
.THE SAMPLE CONDITION SKID CONTROL STATION ELECTRICAL ENCLOSURE LID IS OPEN AND THE SKID CONTROL SWITCH (RSS-076-2) IS IN THE LOCAL POSITION.
Tell group leader remote sample is impossible and ask for further instructions.
4.
Press CLEAR.
5.
Press MON, 1, 3, 6, ITEM and the channel number will be displayed.
Record channel number.
CHANNEL NUMBER RANGE BUTTON
- i 1
LOW RANGE 2
MID RANGE 3
HIGH RANGE 6.
Push appropriate channel (Range) button.
Record concentration.
7.
Press MON, 1, 3, 7, ITEM.
If the value is equal to 2, inform the Team Leader of the Range and Concentration and inform that 4
isokinetic sampling is present.
Have
- i the Team Leader inform you of the Sampling Time.
Record Range Selection and Sampling Time.
Proceed to Section A-1 (or Section B-1 if a Local Sample is desired).
If the value is NOT equal to 2, proceed 4
to step 8.
i 8.
PRESS MON, 1, 3, 8, ITEM.
l If the value is equal to 2, inform the l
Team Leader of the Range and concentration and inform that isokinetic sampling is present.
Have the Team Leader inform you of the i
a
_._,yy.
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EP-237, Rsv. 8 Page 7 of 20 TJY/CLH/jmv Sampling Time.
Record Range Selection and sampling time.
Proceed to Section A-2 (or Section B-2 if a Local Sample is desired).
)
If the value is NOT equal to 2, proceed j
to step 9.
9.
Inform the Team Leader that isokinetic sampling is impossible and ask for further instructions.
i 1
A-1 LOW RANGE (REMOTE SAMPLE)
- 10. Set KIC-26-076-2, LOW RANGE GRAB SAMPLE TIMER, to the desired sample time by use of the screwdriver adjustment and record the SAMPLING TIME.
- 11. Press START TIMER pushbutton (HS-26-076-2) and verify the timer display is counting.
Record the time as TIME-1.
- 12. When the timer stops counting, grab i
sample has been taken.
Record time as TIME-2.
- 13. Press MON, 0, 2, #8, ITEM and the sample flow will be displayed.
Record the sample flow.
- 14. Press MON, 0, 2, 9, ITEM and the stack flow will be displayed.
Record the stack flow.
- 15. Press CLEAR.
- 16. Proceed to the North Vent WRGM.
GROUP MEMBERS AT THE WRGM PERFORM:
I
- 17. Close the isolation valves (26-0026, 26-0027, 26-0028, 26-0029) on each side l'
of the quick-disconnects on GRAB SAMPLE 1.
- 18. Release the band on the holder assembly and immediately have the HP Technician survey the sample and record the
)
Initial Contact Dose Rate.
Remove the cartridge and filter paper and place into an appropriate transport container, (cask or plastic bag).
4 o
n. - -. _ _.. -
...c
EP-237, Rev. 8 5-Page 8 of 20 TJY/CLH/jmv
- 19. Install a new cartridge and filter paper into the assembly and reclip the band.
2
- 20. Open the isolation valves (26-0026, 26-0027, 26-0028, 26-0029).
- 21. Transport the sample to the Chemistry ij Hot Lab or other designated location.
i A-2 MID/HIGH RANGE (REMOTE SAMPLE)
Ni;!
- 10. Set KIC-26-076-1, MID HIGH RANGE GRAB SAMPLE TIMER, to the desired sample-time by use of the screwdriver adjustment and record the SAMPLING j
TIME.
- 11. Press START TIMER pushbutton 1
(HS-26-076-1) and verify the timer display is counting.
Record the time as TIME-1.
I
- 12. When the timer stops counting, grab sample has been taken.
Record time as l
TIME-2.
j g
- 13. Press MON, 0, 7, 2, ITEM and the sample flow will be displayed.
Record the j
sample flow.
l
- 14. Press MON, 0,
2, 9, ITEM and the Stack Flow will be displayed.
Record the y
stack flow.
li i
- 15. Press CLEAR.
)
- 16. Proceed to the North Vent WRGM.
GROUP MEMBERS AT THE WRGM PERFORM:
- 17. Close the isolation valves (26-0021, 26-0022, 26-0023, 26-0024) on each side of the quick-disconnects on GRAB SAMPLE 2.
^
- 18. Open the door to the holder assembly P
and immediately have the EP Technician survey the holder assembly and record the Initial Contact, Dose Rate.
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EP-237, Rcv. 8 Page 9 of 20 TJY/CLH/jmv
- 19. Release the quick-disconnects on either,
~ '
side of the holder assembly and place the holder assembly into an appropriate transport cask (high-range cask).
- 20. Install a new holder assembly.
- 21. Open the isolation valves (26-0021, 26-0022, 26-0023, 26-0024).
2 4
- 22. Transport the sample to the Chemistry I;lj Hot Lab or other designated location.
(Use crane mechanism on South Stack if l(;
needed.)
B.
LOCAL PARTICULATE / IODINE SAMPLE l'
B-1 LOW RANGE (LOCAL SAMPLE) 1.
Proceed to the North Vent WRGM.
2.
Verify that the isolation valves (26-0026, 26-0027, 26-0028, 26-0029) on either side of the quick-disconnects for GRAB SAMPLE 1 are OPEN.
3.
Locate Sample Conditioning Skid Control Station Electrical Enclosure.
Open lid and verify that HSS-26-076-4, FILTER SELECTOR LOW RANGE switch is in h
position A or B.
4.
Set HSS-26-076-2, SKID CONTROL switch to LOCAL.
5.
Turn HSS-26-076-4 to GRAB 1 position and immediately record the time as TIME-1.
q 6.
After the desired time has expired, turn RSS-26-076-4 to position A or B and immediately record the time as TIME-2.
7.
Close the isolation valves (26-0026, 26-0027, 26-0028, 26-0029).
L 8.
Release the band on the holder assembly and immediately have the HP Technician survey the sample and record the Initial Contact Dose Rate.
y Y
1 3
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l EP-237, Rev. 8 P2gs 10 of 20 TJY/CLH/jmv 9.
Remove the cartridge and filter paper and place into an appropriate transport cask.
- 10. Install a new cartridge and filter paper into the assembly.
- 11. Reclip the band on'the holder assembly.
- 12. Open the isolation valves (26-0026, q
26-0027, 26-0028, 26-0029).
j
- 13. Set ESS-26-076-2, SKID CONTROL switch to REMOTE.
- 14. Close Sample Conditioning Skid Control Station Electrical Enclosure lid and secure.
- 15. Transport the sample to the Chemistry Hot Lab or other designated located.
- 16. Contact the Control Room and obtain the Stack Flow and Sample Flow at the time the sample was taken and record.
B-2 MID/EIGH RANGE (LOCAL SAMPLE) 1.
Proceed to the North Vent WRGM.
2.
Verify that the isolation valves (26-0021, 26-0022, 26-0023, 26-0024) on either side of the quick-disconnects for GRAB SAMPLE 2 are OPEN.
3.
Locate Sample Conditioning Skid Control Station Electrical Enclosure.
Open lid
- i and verify that HSS-26-076-3, FILTEF M
SELECTOR HIGH RANGE switch is in position C or D.
4.
Set ESS-26-076-2, SKID CONTROL switch 4
to LOCAL.
5.
Turn HSS-26-076-3 to GRAB 2 position and immediately record the time as TIME-1.
F 6.
After the desired time has expired, turn ESS-26-076-3 to position C or D and immediately record the time as n
ll TIME-2.
t U
l j
~
EP-237, R2v. 8 Paga 11 of 20 TJY/CLH/jmv 7.
Close the isolation valves (26-0021, 26-0022, 26-0023, 26-0024).
8.
Open the door to the holder assembly and immediately have the HP Technician survey the holder assembly and record the Initial Contact Dose Rate.
9.
Release the quick-disconnects on either side of the holder assembly and place the holder assembly into an appropriate transport cask or unlatch the holder assembly and place the cartridge and t
filter paper.into an appropriate transport cask. (high-range cask)
- 10. Install a new holder assembly complete with cartridge and filter paper or install only a new cartridge and filter paper as applicable.
- 11. Close the door to the holder assembly.
- 13. Open the isolation valves (26-0021, 26-0022, 26-0023, 26-0024).
- 13. Set HSS-26-076-2, SKID CONTROL switch to REMOTE.
- 14. Close Sample Conditioning Skid Control Station Electrical Enclosure lid and secure.
- 15. Transport the* sample to the Chemistry Hot Lab or other designated location.
(Use crane mechanism on South Stack if needed).
1 i
- 16. Contact the' Control Room and obtain the I
Stack Flow and Sample Flow at the time the sample was taken and record.
C.
GAS GRAB SAMPLE 1.
Proceed to the North Vent WRGM.
2.
Verify that either PUMP ON LOW or PUMP ON MID/HIGH or both green lights are lit.
3.
Verify that either MID/EIGH FLOW or LOW RANGE FLOW switches or both visual flow meters on sample detection skid are indicating flow.
~
1
EP-237, Rsv. 8 Page 12 of 20 TJY/CLE/jmv 4.
Locate sample tap valve and verify that.
It is closed.
l S.
If necessary, remove plug and install septum valve and verify valve is closed.
6.
Open sample tap valve.
1 ~
7.
Open septum valve.
8.
Insert the 1.0 ml microsyringe through
- i the septum valve and the septum valve into the tea connection.
1 i
9.
Flush the microsyringe by taking a 1.0 cc sample and injecting it back into the sample tee two times.
l
- 10. Take a 1.0 cc sample and remove the 4 -
microsyringe from the sample tee.
Inject the sample into an evacuated 14.4 ml off gas vial.
- 11. Place the vial into an appropriate container for transportation to the Hot Lab.
- 12. Close the septum valve.
i
- 13. Close the sample tap valve.
- 14. Record the sample volume and time in Appendix EP-237-1.
- 15. Have the EP Technician survey the vial and record the Initial Contact Dose p
Rats.
4
- 16. Transport the sample to the Chemistry t
hot lab or other designated location.
i l
D.
Alternate Samples l
1.
Notify the control room that you will be performing alternate sampling on the i
NRCM and that the low and mid/high j
range pumps will be disengaged.
1 l
2.
Proceed to the north vent WRGM.
a 3.
Verify that both the low and mid/high range pumps are inoperable.
(I* either I
pump is operable, grab samples may be 0
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EP-237, RGv. 8 Pags 13 of 20 TJY/CLE/jmv obtained by using part 2.4.4 A, part 2.4.4. B and/or part 2.4.4 C of this procedure.
4.
Assemble filters and pump in the following order: male quick disconnect fitting, tubing, filter holder (complete with a 47 mm particulate filter and iodine cartridge), and GAST sampler model 0522 pump.
Disconnect the muffler on the pump and install the L
outlet tubing.
i:
5.
If alternate sampling is necessary, j:
turn the low and mid/high range pump 1
switches off.
l.
6.
Ensure that the grab sample tap valve j
is closed.
Remove the spool piece and install the outlet tubing.
7.
Close isolation valves 26-0026, 26-0027, 26-0028 and 26-0029 on either side of the quick disconnects for grab sample 1.
8.
Remove the filter assembly for grab sample 1 by releasing the quick 2
disconnect fitting.
9.
Install the male quick disconnect fitting into the quick disconnect on i
the inlet side of grab sample 1.
1
- 10. Open isolation valves and valve ~26-0026 on the inlet side of grab sample 1.
- 11. Close valves 26-0030, 26-0034, 26-0012, j;
26-0016 and 26-0021.
I' i
- 12. Turn the pump on by plugging it in and record the start time on Data Sheet 2
)
(Appendix EP-237-2).
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EP-237, Rsv. 8 PEga 14 of 20 TJY/CLH/jmv
- 13. If a Noble Gas sample is desired, open the sample tap valve, and the septum valve.
i
- 14. Insert the 1.0 ml microsyringe through I
the septum valve and the septum valve into the tee connection.
- 15. Flush the microsyringe by taking a 1.0 cc sample and injecting it back into the sample tee two times.
l
- 16. Take a 1.0 cc sample and remove the microsyringe from the sample tee.
4 Inject the sample into an evacuated 14.4 ml off gas vial.
- 17. Place the vial into an appropriate 4
container for transportation to the Hot 4
Lab.
I
- 18. Close the septum valve.
l
- 19. Close the sample tap valve.
I
- 20. Record,the sample volume and time on Data Sheet 2.
- 21. Have the HP Technician survey the vial and record the Initial Contact Dose Rate.
1 j
- 22. If additional gas samples are desired, i
l repeat Steps 13 through 21.
- 23. If no more gas samples are desired or after the time has expired for the Particulate / Iodine sample, turn the pump off.
Record the stop time and Vent Flow Rate only for a Particulate and/or Iodine sample onto Data Sheet 2.
- 24. Remove the particulate filter with forceps and place in a plastic bag.
Label with sample source, date, time ON I
and OFF and sample flow rate.
- 25. Remove cartridge and place in plastic i
wrap or plastic bag.
Label plastic wrapped cartridge with the date, time, sample source, and flow rate.
- 26. If additional Particulate / Iodine samples are desired, install a ncv 7,
_____r.
l.
EP-237, RSv. 8 Pcga 15 of 20 4-TJY/CLH/jmv filter and cartridge and return to Step
- 8.3.1.11.
- 27. Have the HP Technician survey the samples and record the initial Contact Dose Rates on Data Sheet 2.
- 28. Use shielded casks for transporting samples if necessary.
- 29. If no more samples are to be taken, 4
- j reinstall the filter assembly for GRAB j.
SAMPLE 1.
Close the grab sample tap valve and reinstall the sample port.
1
- 30. Open the isolation valves 26,0030, 26-0034, 26-0026, 26-0012, 26-0016, i
26-0021.
- 31. Turn both low and mid/high pump switches to on.
i 2
- 32. Contact the Control Room and inform them that alternate sampling is j
complete and that the WRGM is in the AUTO position.
i l
- 33. Transport the sample to the Chemistry Hot Lab or other designated location.
j 2.4.5 Upon introduction of the sample into the hot lab, the sample will be handled and stored in a j
manner that personnel exposures are kept ALARA.
I 2.4.6 Contact the Group Leader as soon as the sample reaches the hot lab and inform him that the i-sample collection has been completed and what j'
the sample status is.
i:i:
3.0 ACTIONS - FOLLOW-UP 3.1 Chemistry Sampling and Analysis Group members shall:
)
3.1.1 Complete appropriate Appendix EP-237-1 or jl EP-237-2.
1' 3.1.2 Prepare, handle and analyze the sample using l
I 3.1.3 Report the results to the Chemistry Sampling and Analysis Group Leader.
i 3.1.4 Properly file the Data Sheets and report back to i
the Group Leader for reassignment.
a 1
4
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EP-237, Rav. 8 i
Page 16 of 20 TJY/CLH/jmv 3.1.5 Return all sampling equipment to the CHEMISTRY j
EMERGENCY CABINET.
)
3 1
l 3.2 Chemistry Sampling and Analysis Group Leader shall:
~
3.2.1 Ensure Group member (s) dose is monitored to ensure that exposure limits have not been exceeded.
3.2.2 Inform the Chemistry Sampling and Analysis Team 4
j Leader that the required sample is in the hot lab.
3.2.3 Direct group members to refer to EP-242 Sample Preparation and Handling of Radioactive Particulate and Iodine Cartridges or EP-243 l
Sample Preparation & Handling of Highly l
Radioactive Gas Samples, for guidance for sample preparation and handling.
4 l
3.2.4 Obtain and review ALL Data Sheets and report the 1
sample results to the Chemistry Sampling and Analysis Team Leader and attach all Data Sheets 3
j to Appendix EP-230-2.
1 3.3 Chemistry Sampling and Analysis Team Leader shall:
3.3.1 Report the results to the Emergency Director and the Health Physics and Chemistry coordinator if the EOF has been activated.
4.0 APPENDICES 4.1 EP-237-1 Data Sheet 1 i
l-l 4.2 EP-237-2 Data Sheet 2 i
l I
5.0 SUPPORTING INFORMATION ji 5.1 Purpose - The purpose of this procedure is to provide guidelines for obtaining particulate / iodine and/or gas samples from the North Vent WRGM following accident conditions.
5.2 Criteria for Use 5.2.1 Prior to entering the plant to obtain the sample, ensure that the iodine cartridges and particulate filter papers are adequate and properly installed by verifying that i
l'
- n.,--
EP-237, R2v. 8 Page 17 of 20 TJY/CLE/jmv RT-5-026-620-0, routine changeout of iodine cartridges and particulate filters from the North Vent Wide Range Gas Monitor (WRGM) is properly completed.
5.2.2 This procedure shall be implemented when a particulate, iodine or gas sample shall be taken from the North Vent WRGM during an emergency situation.
5.2.3 Planned radiation exposures should be limited to the administrative guide levels in Appendix EP-230-1 Emergency Exposure Guidelines.
5.3 Special Equipment 5.3.1 3-off gas vials with septums 5.3.2 Adjustable wrench 5.3.3 Channel lock pliers 5.3.4 Extremity dosimetry 5.3.5 Extra filter 5.3.6 Extra cartridge 5.3.7 Mininert-septum valve 5.3.8 Transport cask 5.3.9 Designated remote handling tools 5.3.10 Plastic bags 5.3.11 Screwdriver 5.3.12 Extra marinelli beaker (if performing alternate sampling)
5.4 REFERENCES
r 5.4.1 EP-230 -
Chemistry Sampling and Analysis Team 5.4.2 M-102 General Arrangement Plan at El.
217'-0" 5.4.3 M-106 General Arrangement Plan at El.
352'-0" 5.4.4 General Arrangement Plan at El. 411'-0" 6
m
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EP-237, R2v. 8 Page 18 of 20 TJY/CLH/jmv 5.4.5 M-26 P&ID, Sh. 1, Rev. 8, Sh. 3, Rev. 3, Sh. 4,,
Rev. 3, - Plant Process Radiation Monitoring 5.4.6 EP-242 -
Sample Preparation And Handling of Eighly Radioactive Particulate Filters and Iodine Cartridges 5.4.7 EP-243 -
Sample Preparation And Handling Of Highly Radioactive Gas Samples 5.4.8 SI-004-YOH Security Instruction f
4 4
4 a
r D
Y 5
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EP-237, R2v. 8 Paga 19 of 20 TJY/CLE/jnv APPENDIX EP-237-1 2
j l
DATA SHEET 1 SAMPLE #
e l
1 A.
FOR OBTAINING REMOTE PARTICULATE / IODINE SAMPLE J
i Channel number:
(1,2 or 3)
Conc.
MicroCuries/cc Range Selection (Low or Mid/High)
Sampling Time l
A-1 LOW RANGE A-2 MID/EIGH RANGE j
Time-1 Time-l' f
Time-2 Time-2 Sample Flow (CFM)
Sample Flow (CFM)
Stack Flow (CFM)
Stack Flow (CFM)
Initial Contact Initial Contact
{
Dose Rate mR/hr Dose Rate mR/hr B.
FOR OBTAINING LOCAL PARTICULATE / IODINE SAMPLE i
B-1 LOW RANGE B-2 MID/EIGH RANGE i
Time-1 Time-1.
1 Time-2 Time-2 Stack flow (CFM)
Stack Flow (CFM)
Sample Flow (CFM)
Sample Flow (CFM)
Initial Contact Initial Contact l
Dose Rate mR/hr Dose Rate mR/hr i
C.
FOR OBTAINING A GAS GRAB SAMPLE 3
Time Vol.
1.0 ml Initial Contactl50se Rate mR/hr L':
NAME:
1 1
j
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t EP-237, R97. 8 Page 20 of 20 j
TJY/CLE/jmv t
{
APPENDIX EP-237-2 DATA SHEET 2 ALTEliWKTI SAMPLING J
l PARTICULATE f
Location Rack No.
Start Time Stop Time l
Vent Flow Aate CFM Initials l
Date
(
L l IODINI Location Rack No.
Start Time Stop Time
_ CFM Vent Flow Rate i
Initials Date
,r l NOBLE GAS GRAB SAMPLE f
l Time Vol. 1.0 ml Initial Contac: Dose Rate MR/hr I
NOTE: 5 AMPLE FLOW RATE IS 1 CFM WEEN USING TEE GAST SAMPLE PUMP, 4
MODEL 0522, DUE TO ITC CRITICAL FLOW ORITICE.
l Name:
I i
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I t
i 9
L 3865034180 l
EP-238 Rsv. 5 Page 1 of 8
- Y/mgd i,
/
i I
PHILADELPHIA ELECTRIC COMPANY I' ' E LIMERICK GENERATING STATION
}
EMERGENCY PLAN IMPLEMENTING FROCEDURE 1
i j'
l l
{
EP-238 OBTAINING LIQUID RADWASTE SAMPLES FROM RADWASTE SAMPLE l
SINK FOLLOWING ACCIDENT CONDITIONS 1.0 PARTICIPANTS t
1.1 Chemistry Sampling and Analysis Teac Lesder,shall i
j obtain necessary information and permissions to obtain sample.
i d
1.2 Chemistry Sampling and Analysis Group Leader shall i
organize and brief the sampling group and have
}
operations defeat isolation.
>j' l.3
- EP Technician shall provide radiological assessment of the task.
4 i
1.4 Chemistry sampling and analysis group shall obtain l
j the sample.
i Oe r
i i
li 2.0 ACTIONS-IMMEDIATE l
i-i 2.1 Chemistry Sampling and Analysis Team Leader shall:
1 2.1.1 After discussing the situation with the Emergency l
Director, determine if a liquid radwaste sample is required.
ll' 2.1.2 Determine preference of the Sampling Point from M-23 l
Sheet 1, P&ID Process Sampling.
2.1.3 Check the Plant Radiation Level Status Board to forecast anticipated radiological conditions.
2.1.4 Contact the Personnel Safety ber h ck I
on the latest developments rgleted to' radiological i
conditions and inform him what samp1'e(s) are to le't'~a y
j taken and that Health Physics' coverige is tequired.
i t't CONTINOUS COVERAGE BY A HEALTH PHYSICS TECHNICIAN MAY SUBSTITUTE FOR THE RADIATION WORK PERMIT (RWP).
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EP-238 R2v. 5 Page 2 of 8 TJY/mgd
,+
2.1.5 Request input from the Control Room (via Emergency Director) to ascertain the desired sample system availability.
2.1.6 Determine what analyses are required and inform the Chemistry Sampling and Analysis Group Leader what analyses are required.
2.1.7 Request Emergency Exposure Authorizations from the Emergency Director for Group Members (as required) and inform the Perscnnel Safety Team Leader of this development.
t 2.1.8 Direct the Chemistry Sampling and Analysis Group Leader to collect and analyze the liquid sample from the radwaste sample sink (Radwaste Enclosure 162')
f 2.2 Chemistry Sampling and Analysis Group Leader shall:
2.2.1 Check with Shift Operations whether a sample can be taken from the desired sample point.
(See M-23 P&ID, sheet 1 for reference).
Eye protection should be worn by all personnel obtaining the sample.
li 2.2.2 Assiqn the appropriate number of group members to obtain the necessary equipment and collect and transport the sample to the Chemistry Hot Lab.
2.2.3 Brief the Chemistry sampling and' Analysis-Group nembers on the following:
2.2.3.1 Communications equipment and channel.
2.2.3.2 Type of sample (s) to be collected.
2.2.3.3 Location of sample points.
2.2.3.4 Suggested routes to be taken.
2.2.3.5 Sample transport technique.
2.2.3.6 Projected amount of time required to collect and j
transport the sample.
2.2.3.7 Review of the procedures to be followed for sample-collection, handling, preparation and analysis.
2.2.3.8 Special tools and equipment required for sample handling and/or collection.
i
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EP-238 Rav. 5 Page 3 of 8 TJY/mgd 2.2.3.9 Proper completion of Data Sheets.
2.2.4 Appoint one Group member to prepare the Hot Lab for receiving the sample.
USE THE FOLLOWING PROCEDURES AS GUIDELINES FOR PREPARATION OF THE HOT LAB.
EP-241 (LIQUID)
Sample Preparation and Handling of Highly Radioactive Liquid Samples EP-242 (IODINE)
Sample Preparation and Handling of Highly. Radioactive Particulate Filters and Iodine Cartridges EP-243 (GAS) Sample Preparation and Handling of Highly Radioactive Gas Samples 2.2.5 Dispatch the Chemistry Sampling and Analysis Team Members to the OSC for Health Physics Support if radiological conditions permit or other appointed location as determined by the Plant Survey Group Leader.
2.3 Health Physics Technician shall:
2.3.1 Select the appropriate sample route.
2.3.2 Take appropriate radiation survey equipment and ensure that equipment is functional and calibrated.
2.3.3 Provide Group Members with the appropriate dosimetry, protective clothing and respiratory equipment.
CAUTION: EYE PROTECTIONS SHOULD BE WORN l
BY ALL PERSONNEL OBTAINING THE SAMPLE.
2.3.4 Perform a pre-job briefing with the Chemistry technicians assigned to obtain the sample to discuss the following:
2.3.4.1 RWP requirements 2.3.4.2 Routes to be used 2.3.4.3 Authorized doses 2.3.4.4 Radiological concerns and precautions e
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l EP-238 Rev. 5 Page 4 of 8 TJY/mgd i
2.3.4.5 Review of procedure for obtaining and transporting sample to hot lab i
j 2.3.4.6 Suggested methods to maintain exposures ALARA 2.3.4.7 Stay times and abort criteria 2.3.5 Provide constant coverage while obtaining, i
transporting and analyzing the sample from the Containment Leak Detector.
i 2.3.6 Monitor dose rates enroute and at the sample location.
The surveyors will note trends in general radiation levels.
If general area dose rates (unanticipated) exceed 5 R/hr gamma and/or beta prior to arriving at the point specified below, exit immediately and report to Chemistry Sampling and j
Analysis Group Leader, who will evaluate the situation with the Personnel Safety Team Leader.
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If the general area dose rate (unanticipated) i exceeds 5 R/hr at the door leading to Rx. 162',
leave the area immediately and report to Chemistry Sampling and Analysis Group Leader with this information who will evaluate the situation with the Personnel Safety Team Leader.
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2.3.7 Survey the sample area and sample cask.
2.3.8 Document the sample cask survey results and give 4
them to the Chemistry Sampling and Analysis Group Leader (or other designated group member) when arriving at the hot lab.
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1 2.3.9 Provide constant coverage during sample preparation j
and handling as specified in EP-241.
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2.4 Chemistry Sampling and Analysis Group members shall 2.4.1 Assemble for a pre-job briefing at the chemistry lab.
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2.4.2 Inform the Group Leader if they are approaching the h
administrative exposure guidelines, or may not have sufficient exposure remaining to successfully j-complete the assigned task.
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'l EP-238 R2v. 5
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Page 5 of 8 TJY/mgd 2.4.3 Obtain the necessary equipment to collect the sample and ensure that the hot lab is ready to accept the sample.
PROPERLY LABEL ALL SAMPLE CONTAINERS CAUTION:
DO NOT USE ELEVATORS 2.4.4 Once the group has been briefed and the appropriate equipment has been assembled, proceed to the OSC or other designated location for HP support.
Once briefed by Health Physics, collect the sample as follows:
e 2.4.4.1 Proceed to the Radwaste Sample Sink.
2.4.4.2 Have the H.P. Technician survey the area, concentrating on the Sample Sink.
2.4.4.3 Proceed to the predetermined Grab Sample Point.
2.4.4.4 Ensure that a flow is present.
If not, attempt to initiate flow by opening root valves.
If flow is not established, exit and consult Chemistry Sampling and Analysis Group Leader.
4 2.4.4.5 SAMPLING METHOD Obtain a 2 oz. sample (or less if activity is extreme) in a 4 oz bottle..Use tongs or other remote handling tools for sample collection if required.
When required amount of sample is obtained remove bottle and transport with tongs, other remote tools, or lead carrying container.
2.4.4.6 Have the Health Physics Technician survey the vial and record the Initial Contact Dose Rate in Appendix EP-235-1.
2.2.4.7 Complete the Data Sheet in Appendix EP-238-1.
2.2.4.8 Take the sample to the Hot Lab.
i 3.0 ACTIONS-FOLLOW-UP 3.1 Chemistry Sampling and Analysis Group Members shall:
3.1.1 Prepare, handle and analyze the sample using EP-241 i
Preparation and Handling of Highly Radioactive l
Liquids.
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.l EP-238 Rsv. 5 Page 6 of 8 TJY/mgd 3.1.2 Report the results to the Chemistry Sampling and Analysis Group Leader.
3.1.3 Properly file the data sheets and report back to the Group Leader for reassignment.
3.1.4 Return all sampling equipment to the CHEMISTRY EMERGENCY CAEINET.
3.2 Chemistry Sampling and Analysis Group Leader shall:
3.2.1 Ensure Group-Member (s) dose is monitored to ensure that exposure limits have not been exceeded.
3.2.2
. Inform the Chemistry Sampling and Analysis Team Leader that the required sample is in the hot lab.
3.2.3 Direct Group Members to refer to EP-241 Sample Preparation and Handling of Radioactive Liquids for guidance for sample preparation and h'andling.
3.2.4 Obtain and review all Data Sheets, report the sample results to the Chemistry Sampling and Analysis Team.
Leader and attach all Data Sheets to Appendix EP-230-2.
3.2.5 Obtain sample station key from Group Member.
3.3 Chemistry Sampling and Analysis Team Leader shall:
3.3.1 Report the results to the Emergency Director and the Health Physics and Chemistry Coordinator (EOF).
4.0 APPENDICES 4.1 EP 238 Data Sheet 5.0 SUPPORTING INFORMATION 5.1 Purpose The purpose of this procedure is to provide guidelines for consideration, prior to, during and after obtaining samples from the radwaste sample sink, following accident conditions..
l EP-238 Rav. 5 Page 7 of 8 TJY/mgd 5.2 Criteria For Use 5.2.1 This procedure shall be implemented when a Liquid Radwaste sample shall be taken from the Radwaste Sample Sink during an emergency situation.
5.2.2 Planned radiation exposures should be limited to the administrative guide levels in Appendix EP-230-1 Emergency Exposure Guidelines.
5.3 Special Equipment 5.3.1 4 oz sample bottle with lid.
5.3.2 Tongs, remote tooling and/or lead carrying container for holding the sample.
5.3.3 Eye Protection.
5.3.4 Plastic bags.
5.3.5 Sample stati.a key.
5.4 References 5.4.1 EP-230 Chemistry Sampling and Analysis Team Activation 5.4.2 M-23 P&ID, Sh. 1 Rev. 9 Process Sampling l
I 5.4.3 M-100 General Arrangement Plan at El. 177'-0" t
5.4.4 M-102 General Arrangement Plan at El. 217'-0" 5.4.5 EP-241 Sample Preparation and Randling of Highly
-l Radioactive Liquida e
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l EP-238 Rsv. 5 Pago 8 of 8 TJY/mgd r
APPEdDIX EP-238-1 DATA SHEET Liquid Radwaste Grab Samples DATE:
l TIME:
SAMPLE LOCATION:
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SAMPLE POINT:
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VOLUME:
INITIAL CONTACT DOSE RATE:
ANALYSES REQUIRED:
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LIMERICK GENERATING STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-241 SAMPLE PREPARATION AND HANDLING OF HIGHLY RADIOACTIVE LIQUID SAMPLES.
1.0 PARTICIPANTS 1.1 Chemistry Sampling and Analysis Group Leader determines the method and location of sample processing storage and/or disposal as required and ensures that the Administrative Exposure Guidelines are not exceeded.
1.2 Health Physics Technician provides constant coverage, monitors the extremity dose during sample handling, and monitors laboratory habitability.
1.3 Chemistry Sampling and Analysis Group members prepare the hot lab post accident sample preparation station, performs sample dilution an,d analysis.
2.0 ACTIONS - IMMEDIATE 2.1 Determination of processing procedure.
2.1.1 Chemistry Sampling and analysis Group Leader shall obtain the appropriate EP-Sample Data Sheet and select one of the following processing procedures based on the radiation levels of the sample.
2.1.1.1 Send the sample off-site for analysis per EP-244 Offsite Analysis of High Activity Samples.
2.1.1.2 Place the sample in temporary storage for future analysis.
Analyze the sample on-site.@,i.9 B "m g r r F ~,
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COMPLETE SECTION I OF APPENdTXTP~I41~-l'
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2.1.2 The Chemistry Sampling and Analysis Group Leader shall determine the following sample parameters based on sample dose rates and analysis "'
requirements.
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l EP-241, Rcv. 9 Pag 2 2 of 8 TJY/RGE/mla 2.1.2.1 Analysis to be performed.
2.1.2.2 Order of analysis 2.1.2.3 Number and magnitude of dilutions 2.1.2.4 Analysis sample volume desired PH DETERMINATION CANNOT BE PERFORMED ON DILUTED SAMPLES.
COMPLETE SEdTION II OF APPENDIX EP-241-1.
2.2 Pre-Job Briefing 2.2.1 The Chemistry Sampling and Analysis Group Leader, Health Physics Technician and the Chemistry Sampling and Analysis Group Members shall assemble and review this procedure.
2.2.2 The Chemistry Sampling and Analysis Group Leader shall direct group members to perform the necessary steps of this procedure.
SECTION 2.3 AND 2.4 SHOULD BE PERFORMED AS EARLY AS POSSIBLE.
THE SAMPLE MAY NOT BE PLACED IN THE SAMPLE PREPARATION STATION UNTIL THESE SECTIONS HAVE BEEN COMPLETED.
2.2.3 The Health Physics Technician shall brief group members on:
a.
RWP requirements.
b.
Radiological concerns and precautions (ALARA) c.
Staytimes and exposure limits CAUTION l
KEEP EXPOSURE ALARA I
l 2.3 Preparation of sample preparation station for liquid samples.
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'l EP-241, Rsv. 9 Pcg2 3 of 8 TJY/RGH/mla 2.3.1 The Chemistry Sampling and Analysis Group Member (s) shall prepare the dilution vials (with appropriate labels) per appendix EP-241-1 and place the vials in the appropriate dilution vial positions in the sample preparation station.
Place lead caps over the vials (liquid position).
THE LEAD CAPS MAY BE POSITIONED FOR GAS OR LIQUID SAMPLES.
FOR THE PURPOSE OF THIS PROCEDURE THEY SHALL BE IN THE LIQUID POSITION.
2.3.2 The Chemistry Sampling and Analysis Group Member (s) shall ensure that the necessary liquid micro syringes (with needles), sample handling tongs and sample analysis containers are in place and available to fulfill dilution and analysis requirements per appendix EP-241-1.
CAUTION IF THE NEEDLE AND THE SYRINGES ARE NOT CONNECTED TIGHTLY THEY MAY SEPARATE WHEN WITHDRAWING FROM THE SAMPLE VIAL.
2.3.3 The Chemistry Sampling and Analysis Group Member (s) shall ensure that at least one pair of plastic gloves and two plastic ca.sple bags are available for each gamma analysis to be performed.
2.4 Preparation of analysis instrumentation.
2.4.1 The Chemistry Sampling and Analysis Group Member (s) shall insure that the appropriate analysis procedures specified in appendix EP-241-1 are available and have been performed to the point that each analysis instrument is ready to accept the sample for analysis.
THE FOLLOWING STEPS ARE TO BE PERFORMED BY THE CHEMISTRY SAMPLING AND ANALYSIS GROUP MEMBER (S)
(UNLESS OTHERWISE SPECIFIED) AND REQUIRE CONSTANT HEALTH PHYSICS MONITORING.
LEAD BRICKS IN THE SAMPLE PREPARATION STATION HAVE BEEN MODIFIED TO ACCEPT THE SAMPLE.
THE LEAD BRICK LABELED " SAMPLE VIAL A" HAS BEEN MODIFIED TO ACCEPT
- i A GAS OR LIQUID SAMPLE FROM THE PASS.
THE LEAD BRICK LABELED " SAMPLE VIAL B" HAS BEEN MODIFIED TO ACCEPT A LIQUID SAMPLE FROM THE REACTOR COOLANT SAMPLE STATION.
2.5 Transport of sample from transport cask to sample preparation station.
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1 EP-241, Rav. 9 Pcgs 4 of 8 TJY/RGH/mla 2.5.1 Remove the lead cap from the lead brick to accept the sample.
2.5.2 Position the sample transport cask as close to the Sample Preparation Station as possible.
2.5.3 As quickly and carefully as possible, remove the sample from the transport cask and place it in the lead brick.
2.5.4 Quickly place the lead cap over the sample in the
" liquid" position.
2.5.5 Retreat from the Sample Preparation Station and allow the Health Physics Technician to take dose rate readings.
THE HEALTH PHYSICS TECHNICIAN SHALL INFORM THE CHEMISTRY SAMPLING AND ANALYSIS GROUP MEMBER OF THE SAMPLE PREPARATION STATION DOSE RATES AND STAY TIME.
2.6 Sample Dilution (if dilutions are not to be performed, proceed to step 2.7).
DILUTIONS TO BE MADE ARE DESCRIBED IN APPENDIX EP-241-1.
ALL ACCESSORIES USED IN THE DILUTION
' PROCESS SHALL BE MAINTAINED BEHIND THE LEAD SHIELD WALL ONCE THEY HAVE BEEN CONTAMINATED.
ENSURE THAT THE SYRINGE AND NEEDLE ARE CONNECTED TIGHTLY OR THEY MAY SEPARATE WHEN WITHDRAWING FROM THE SAMPLE VIAL.
2.6.1 Insert the syringe thru the sample access hole in the lead cap then thru the sample vial septum and into the sample to be diluted.
Withdraw the predetermined (appendix EP-241-1) aliquot from the sample vial.
2.6.2 Withdraw the syringe from the sample and insert it in the predescribed method into the next sequential dilution vial to accept the sample (Dilution vial
- 1, #2 etc.).
Inject the aliquot into the dilution vial.
2.6.3 Withdraw the syringe from the sample.
Separate the needle and the syringe and discard them in the shielded waste container.
2.6.4 Remove the lead cap over the diluted sample.
Grasp the sample vial securely with the sample handling tongs and raise the vial out of the lead brick (but not above the lead shield wall).
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EP-241, R2v. 9 i
Paga 5 of 8 TJY/RGH/mla 2.6.5 Using the tongs, swirl the sample vial enough to ensure adequate mixing, replace the vial.
Replace the lead cap (liquid position).
2.6.6 If further dilutions are necessary (per appendix EP-241-1) repeat steps 2.6.1 thru 2.6.5, always beginning with the last dilution vial to accept a sample aliquot.
2.6.7 When desired dilution is reached, the Health Physics Technician shall determine the dose rate of the diluted sample.
2.6.8 If the diluted sample dose rate is unacceptable, repeat steps 2.6.1 thru 2.6.5 until dose rate is acceptable.
Indicate additional dilutions on appendix EP-241-1.
2.7 Sample Cup Preparation 4
2.7.1 For each analysis to be performed.(appendix EP-241-1) use the syringe transfer method (step 2.6.1) to sequentially obtain the volume of sample required (Appendix EP-241-1) from the appropriate diluted / undiluted sample source (appendix EP-241-1).
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DUE TO THE AMOUNT OF SAMPLE BEING REMOVED FROM THE BOTTLE IT MAY BE NECESSARY TO INJECT AN EQUAL AMOUNT OF AIR INTO THE BOTTLE.
2.7.2 Inject the appropriate sample aliquot into its analysis cup.
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DUE TO THE SMALL VOLUME OF SAMPLE USED TO PERFORM PH AND THE EFFECTS CO2 ABSORBTION WILL HAVE ON THE ANALYSIS, THE PH SHOULD BE DETERMINED IMMEDIATELY AFTER THE SAMPLE IS PLACED IN ITS SAMPLE CUP.
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3.0 ACTIONS-FOLLOW-UP 3.1 Perform the predetermined analysis (Appendix EP-241-1) in the predetermined sequence (Appendix EP-241-1).
I 3.2 Disposal of samples and contaminated materials THE STORAGE AND/OR DISPOSAL OF THE UNUSED PORTION OF THE ORIGINAL SAMPLE WILL BE AT THE DISCRETION OF THE CHEMISTRY SAMPLING AND ANALYSIS GROUP LEADER AND THE HEALTH PHYSICS TECHNICIAN.
3.2.1 The remaining samples and contaminated sample cups shall be disposed of in the shielded waste container.
The sample handling tongs shall be used in the transfers.
The samples and sample cups should be kept behind the lead shield wall as much as possible.
3.2.2 Transfer and disposal of the shielded waste container will be at the discretion of the Health Physics Technician and the Chemistry Sampling and i
Analysis Group Leader.
a 4.0 APPENDICES 4.1 EP-241-1 Data Sheet 5.0 SUPPORTING INFORMATION 5.1 Purpose The purpose of this procedure is to provide guidelines for sample preparation and handling of highly radioactive liquid samples following accident conditions.
5.2 Criteria for Use 1
5.2.1 This procedure shall be implemented when preparing or handling highly radioactive liquid samples during an emergency situation.
5.2.2 Ventilation in the sample preparation hood is operating.
l EP-241, Rzv. 9 Paga 7 of 8 TJY/RGH/mla 5.3 Special Equipment 5.3.1 Liquid sample vials with septum.
5.3.2 Appropriate liquid microsyringes.
5.3.3 Rubber gloves 5.3.4 Plastic sample bags.
5.3.5 Sample handling tongs.
5.3.6 0.OlN nitric acid solution (500 ml).
5.3.7 Eye protection 5.4 References 5.4.1 CH-901 Determination of Ions by Ion Chromatograph during Post Accident Conditions.
5.4.2 CH-903 Determination of PH in Low Volume Water Samples during Post Accident Conditions.
5.4.3 Ch-904 Determination of Metals by DCP during Post Accident Conditions.
5.4.4 CH-905 Determination of Gamma Isotopic Activity during Post Accident Conditions.
5.4.5 EP-230 Chemistry Sampling and Analysis Team 5.4.6 LGS FO.*.R 11.5.5, Post-Accident Sampling System 4
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8 of 8 Tu /RGH/ala Appendix EP-241-1 Data Sheet I.
Sample Source Processing Procedure
( X )".
Grab Sample Point A.
Sent Offsite for Analysis (l)
(
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Initial Sample Volume B.
Placed in Temporary Storage (1),(2)
(
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Initial Contact Dose Rate C. Analyzed on Site
(
)
Sample Date/ Time
/
II.
(4)
(5)
(3)
Total Analysis Acceptable Order of Procedure Magnitude Number of Dilution Sample Analysis Analysis Analysis Number of Dilutions Dilutions Factor Volume Dose Rate 1
2 i
3 4
5 6
i (1) If this method is used sign and date this data sheet and terminate this procedure.
(2) The Chemistry Sampling and Analysis Group Leader shall determine place of storage.
(3) Magnitude of Dilutions (4) If original sample is (5) Analysis Sample volume l
I 10X's
= 1 m1 sample: 9 ml of 0.0lN a small volume diluted i
Nitric Acid sample, this dilution pH 0.5ml C1 (IC) 4 ml l
1 100X's
= 0.1 al sample: 9.9 ml of 0.01N factor must be Nitric Acid considered B (DCP) 4 ml l
1000X's = 0.01 m1 sample: 9.99 ml of 0.01 N
];
Nitric Acid i
Due to the complexity of the dilution end analysis process, it is recommended that the same magnitude of dilution be used for all of the analysis.
MDL's for: Boron Chloride Reactor Coolant Regions of Interest Activity DCP 50 ppb IC 5
ppb Activity - 1 uCi/cc to 10 Ci/cc Boron - O to 1000 ppm
- 1 i:
Chloride - 0.5 to 20 ppm pH - 1 to 13 Chemistry Group Leader
/
Chemistry Group Member
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EP-243, Rev. 6 Page 1 of 8 TJY/R.ono d%s U/ !!$
PHILADELPHIA ELECTRIC COMPANY LIMERICK GENERATING STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-243 SAMPLE PREPARATION AND EANDLING OF HIGELY RADIOACTIVE GAS SAMPLES 1.0 PARTICIPANTS 1.1 Chemistry Sampling and Analysis Group Leader determines the method and location of sample processing storage and/or disposal as required, and ensures that the Administrative Exposure Guidelines are not exceeded.
1.2 Health Physics Technician provides constant coverage, monitors the extremity dose during sample handling, and monitors laboratory habitability.
1.3 Chemistry Sampling and Analysis Group Members prepares the hot lab post-accident sample preparation station to accept the sample and performs the appropriate analysis, as required.
2.0 ACTIONS - IMMEDIATE Determination of Processing Procedure 2.1 2.1.1 The Chemistry Sampling and Analysis Group Leader shall obtain the appropriate EP-Sample Data Sheet and select one of the following processing procedures based on the radiation levels of the sample.
2.1.1.1 Send the sample offsite for analysis per EP-244, Offsite Analysis of High Activity Samples.
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2.1.1.3 Analyze the sample on-site.
COMPLETE SECTION I OF APPENDIX EP-243-1.
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EP-243, Rev. 6 Page 2 of 8 TJY/RGH:no 2.1.2 The Chemistry Sampling and Analysis Group Leader, shall determine the following sample parameters based on sample dose rates and analysis requirements.
2.1.2.1 Analysis to be performed 5 2.1.2.2 Order of analysis 2.1.2.3 Number and magnitude of dilutions 2.1.2.4 Analysis sample volume required.
SAMPLES FOR HYDROGEN AND OXYGEN DETERMINATION BY GAS CHROMATOGRAPHY MUST NOT BE DILUTED.
COMPLETE SECTION II OF APPENDIX EP-243-1.
2.2 Pre-Job Briefing 2.2.1 The Chemistry Sampling and Analysis Group Leader, Health Physics Technician and the Chemistry Sampling and Analysis Group Members shall assemble and review this procedure.
1 2.2.2 The Chemis,try Sampling and Analysis Group Leader shall direct group members to perform the necessary steps of this procedure.
SECTION 2.3 AND 2.4 SHOULD BE PERFORMED AS EARLY AS POSSIBLE.
THE SAMPLE MAY NOT BE PLACED IN THE SAMPLE PREPARATION STATION UNTIL THESE SECTIONS HAVE BEEN COMPLETED.
2.2.3 The Health Physics Technician shall brief group members on:
2.2.3.1 RWP requirements 2.2.3.2 Radiological concerns and precautions (ALARA) 2.2.3.3 Staytimes and exposure limits 2.3 Preparation of Sample Preparation Station for Gas Samples j=
2.3.1 The Chemistry Sampling and Analysis Group Member (s) shall prepare the dilution vials per i
Appendix EP-243-1 and place the vials in the appropriate dilution vial positions in the 4
Sample Preparation Station.
Each dilution vial shall have the predetermined (EP-243-1) aliquot volume withdrawn from it.
Place lead caps over the vials (gas position).
1 1
.l EP-243, Rav. 6 Page 3 of 8 TJY/RGH:no THE LEAD CAPS MAY BE POSITIONED FOR GAS OR LIQUID SAMPLES.
FOR THE PURPOSE OF THIS PROCEDURE THEY SHALL BE IN THE GAS POSITION.
2.3.2 The Chemistry Sampling and Analysis Group Member (s) shall ensure that the necessary gas micro syringes (with needles), sample handling tongs and sample analysis containers are in place and available to fulfill dilution and analysis requirements per Appendix EP-243-1.
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IF THE NEEDLE AND THE SYRINGES ARE NOT CONNECTED TIGHTLY THEY MAY SEPARATE WHEN WITHDRAWING FROM THE SAMPLE VIAL.
2.3.3 The Chemistry Sampling and Analysis Group Member (s) shall ensure that at least one pair of plastic gloves and two plastic sample bags are available for each gamma analysis.to be performed.
2.4 Preparation of Analysis Instrumentation 2.4.1 The Chemistry Sampling and Analysis Group Member (s) shall ensure that the appropriate analysis procedures specified in Appendix l
EP-243-1 are available and have been performed to the point that each analysis instrument is ready to accept the sample for analysis.
THE FOLLOWING STEPS ARE TO BE PERFORMED BY THE CHEMISTRY SAMPLING AND ANALYSIS GROUP MEMBER (UNLESS OTHERWISE SPECIFIED) AND REQUIRE
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CONSTANT HEALTH PHYSICS MONITORING.
LEAD BRICKS IN THE SAMPLE PREPARATION STATION HAVE BEEN MODIFIED TO ACCEPT THE SAMPLE.
THE LEAD BRICK LABELED " SAMPLE VIAL A" HAS BEEN MODIFIED TO ACCEPT A GAS OR LIQUID SAMPLE FROM THE PASS!
2.5 Transport of Sample from Transport Cask to
[
Sample Preparation Station 2.5.1 Remove the lead cap from the lead brick to accept the sample.
2.5.2 Position the sample transport cask as close to the Sample Preparation Station as possible.
l 2.5.3 As quickly and carefully as is possible, remove L
the sample from the transport cask and place it in the lead brick.
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l EP-243, Rav. 6 Page 4 of 8 TJY/RGH:no 2.5.4 Quickly place the lead cap over the sample in the " gas position".
2.5.5 Retreat from the Sample Preparation Station and allow the Health Physics Technician to take dose rate readings.
THE HEALTH PHYSICS TECHNICIAN SHALL INFORM THE CHEMISTRY SAMPLING AND ANALYSIS GROUP MEMBERS OF THE SAMPLE PREPARATION STATION DOSE RATES AND STAY-TIME.
34 2.6 Sample Dilutions (If dilutions are not to be
't performed or if analysis are to be performed prior to dilution, proceed to 3.1.2).
DILUTIONS TO BE MADE ARE PRESCRIBED IN APPENDIX EP-243-1.
ALL ACCESSORIES USED IN THE DILUTION PROCESS SHALL BE MAINTAINED BEHIND THE LEAD j
SHIELD WALL ONCE THEY HAVE BEEN CONTAMINATED.
I ENSURE THAT THE SYRINGES AND NEEDLE ARE CONNECTED TIGHTLY OR THEY MAY SEPARATE WHEN WITHDRAWING FROM THE SAMPLE VIAL.
2.6.1 Insert the syringe through the sample access hole in the lead cap, then through the sample vial septum and into the sample to be diluted.
2.6.2 Mix the gas in the sample vial by pumping the syringe in and out.
2.6.3 Set the syringe to the volume of sample to be' transferred per Appendix EP-243-1.
l 2.6.4 Withdraw the syringe form the sample and insert it in the predescribed method into the next ll sequential dilution vial to accept the sample.
Inject the aliquot into the dilution vial.
2.6.5 Mix the gas in the sample vial by pumping the syringe in and out.
2.6.6 Withdraw the syringe from the sample.
Separate the needle and the syringe and discard them in the shielded waste container.
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2.6.7 If further dilutions are.necessary (per Appendix EP-243-1) repeat steps 2.6.1 through 2.6.6, always beginning with the last dilution vial to accept a sample aliquot.
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,l EP-243, Rev. 6 Paga 5 of 8 TJY/RGH:no 2.6.8 When the desired dilution is reached, the Health Physics Technician shall determine the dose rate '
of the dilution sample.
2.6.9 If the dilution sample dose rate is unacceptable repeat steps 2.6.1 through 2.6.6 until the dose rate is acceptable.
Indicate additional dilutions on Appendix EP-241-1.
3.0 ACTIONS - FOLLOW-UP l
3.1 Sample Analysis 3.1.1 Perform gamma isotopic analysis if directed by Appendix EP-243-1.
Proceed to step 3.2.
3.1.2 Perform oxygen and hydrogen analysis if directed by Appendix EP-243-1.
Proceed back to step 2.6.1 if dilutions are necessary for gamma isotopic analysis per Appendix EP-243-1.
3.2 Disposal of Samples and Contaminated Materials 3.2.1 The remaining samples shall be disposed of in
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the shielded waste container.
The sample handling tongs shall be used in the transfer.
The samples should be kept behind the lead shield wall as much as is possible.
3.2.2 Transfer and disposal of the shielded waste container will be at the discretion of the Health Physics Technician and the Chemistry Sampling and Analysis Group Leader.
4.0 APPENDICES 4.1 EP-243-1 Data Sheet 5.0 SUPPORTING INFORMATION 5.1 The purpose of this procedure is to provide guidelines for sample preparation and handling of highly radioactive gas samples following accident conditions.
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. l EP-243. Rev. 6 Page 6 of 8 TJY/RGE:no 5.2 Criteria for Use I
5.2.1 This procedure shall be implemented when preparing or handling highly radioactive gas sample during an emergency situation.
5.2.2 In all steps of this procedure keep exposures ALARA.
IF THE NEEDLE AND THE SYRINGES ARE NOT CONNECTED l
- i TIGHTLY THEY MAY SEPARATE WHEN WITHDRAWING FROM THE SAMPLE VIAL.
o 5.2.3 Ventilation in the sample preparation hood is
+
operating.
5.3 Special Equipment 5.3.1 Gas sample vials 5.3.2 Appropriate gas syringes i
5.3.3 Rubber gloves f
5.3.4 Plastic sample bags 5.3.5 Sample handling tongs 5.3.6 Eye protection 5.4 References 5.4.1 CH-905 Determination of Gamma Isotopic Activity l
During Post Accident Conditions 5.4.2 CH-902 Determination of Hydrogen and Oxygen l
Using a Gas Chromatograph During Post Accident Conditions d
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5.4.3 EP-230 Chemistry Sampling and Analysis Team l
Activation 9
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EP-243, RIv.
Page 7 of 8 4
TJY/RGH:no APPENDIX EP-243-1 DATA SilEET 4
I.
Sample Source Grab Sample Point Initial Sample Volume Initial Contact Dose Rate Sample Date/ Time
/
Processing Procedure:
(X)
(*) A.
Sent offsite for analyses
(
)
(*)(**) B.
Placed in temporary storage
(
)
C.
Analyzed on-site
(
)
(*)
If this method is used, sign and date this data sheet and terminate this procedure.
t
(**)
The Chemistry Sampling and Analyses Group Leader shall determine the place of storage.
II.
Total Analysis Acceptable Order of Proced,ure Aliquot Magnitude of Dilution Sample Analysis Analysis Analysis Number Size Dilutions Factor Volume Dose Rate 1
l i
I 2
I I
l 3
I I
l 4
I I
i i
R r
!,2 t
l l
EP-243, Rt 6
8 Page 8 of 8 TJY/RGII: no APPENDIX EP-243-1 DATA SiiEET (CONT'D)
(***)
Due to the complexity of the dilution and analysis process it is recommended that the same magnitude of dilution be used for all of the analyses.
To calculate the magnitude of dilution use the following tables:
(*****)
Recommended sample volumes:
GC - 100 micro liters Aliquot Size 1st dilution 2nd dilution 3rd dilution 4th dilution' 1 ml 14.4 207 2.99 P3 4.30 P4
.1 ml 144 2,07 P4 2.99 P6 4.30 P8 l
Total Dilution Factor = 14.4 X Magnitude of Dilution l
VS (This correction factor is to be used for activity determinations and is not to be used for hydrogen and oxygen analyses.)
Vs = Volume of original sample (from the appropriate EP Sample Data Sheet)
/
Signature Date Time h
/
~
8 o aeroy'o, UNITED STATES NUCLEAR REGULATORY COMMISSION o
g C
WASHINGTON, D. C. 20555
%,...../
May 21, 1986 50-352/353 Limerick MEMORANDUM FOR:
Chief, Document Management Branch, TIDC FROM:
Director, Division of Rules and Records, ADM
SUBJECT:
REVIEW 0F UTILITY EMERGENCY PLAN DOCUMENTATION The Division of Rules and Records has reviewed the attached document and has
, detennined that it may now be made publicly available.
/hkJ l
"*l}
Donnie H. Grimsley, Director f
Division of Rules and Records g
Office of Administration
Attachment:
As stated 1