ML19305B260
| ML19305B260 | |
| Person / Time | |
|---|---|
| Site: | Arkansas Nuclear  |
| Issue date: | 02/21/1980 |
| From: | Reid R Office of Nuclear Reactor Regulation |
| To: | Cavanaugh W ARKANSAS POWER & LIGHT CO. |
| References | |
| NUDOCS 8003190391 | |
| Download: ML19305B260 (17) | |
Text
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NUCLEAR REGULATORY COMMISSION L
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February 21, 1980
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Decket No. 50-368 Mr. William Cavanaugh, III Vice President, Generation and Construction Arkansas Power & Light Company P. O. Box 551 Little Rock, Arkansas 72203
Dear Mr. Cavanaugh:
This is to confim the schedule for our meeting with your staff for the review of the Inservice Testing Program for Arkansas Nuclear One, Unit No. 2.
Our staff and consultants identified in Enclosure I will be meeting at Arkansas Nuclear One, Unit No. 2 with Mr. David Mardis, Mr. Chris Shively, Mr. William Hinton and other members of your staff on March 11 and 12,1980, beginning at 8:30 a.m. each day. contains comments, questions and concerns about your Inservice Testing Program which will be discussed during this meeting.
Sincerely, 4
obert W. Reid, Chief Operating Reactors Branch #4 Division of Operati.'g Reactors
Enclosures:
1.
Meeting Attendees 2.
Questions & Comments Re: Inservice Testing Program cc w/ enclosures:
See next page l
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Arkansas Power & Light Company cc:
Mr. David C. Trimble
' Manager, Licensing Arkansas Power & Light Company P. O. Box 551 Little Rock, Arkansas 72203 Mr. James P. O'Hanlon General Manager Arkansas Nuclear One P. O. Box 608 Russellville, Arkansas 72801 Mr. William Johnson U. S. Nuclear Regulatory Commission P. O. Box 2090 Russellville, Arkansas 72801 Mr. Robert B. Borsum Babcock & Wilcox Nuclear Power Generation Division Suite 420, 7735 Old Georgetown Road Bethesda, Maryland 20014 Troy B. Conner, Jr., Esq.
Conner, Moore & Corber 1747 Pennsylvania Avenue, N.W.
Washington, D.C.
20006 Arkansas Polytechnic College Russellville, Arkansas 72801 Director, Bureau of Environmental Health Services 4815 West Markham Street Little Rock, Arkansas 72201 l
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Enc 1csure 1 NRC STAFF AND CONSULTANTS FOR INSERVICE TESTING PROGRAM MEETING WITH ARKANSAS POWER AND LIGHT COMPANY i
MARCH 11 & 12, 1980 Name Organization Citizenship John Hanek INEL (EG8G)
USA Terry Cook INEL (EG&G)
. USA Anthony Cappucci NRC USA Robert Kirkwood NRC USA i
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1 QUESTIONS AND COMMENTS CONCERNING
' THE ARKANSAS POWER AND LIGHT (AP&L) COMPANY IN-SERVICE TESTING PROGRAM FOR ARKANSAS NUCLEAR ONE, UNIT 2 (Ref: Docket Number 50-368) s-e4 4
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The following are EG&G Idaho, Inc. coments and questions on the in-service testing submittals by Arkansas Power and Light (AP&L).
These coments and questions are directed at AP&L and Arkansas Nuclear 1, Unit 2, preparatory to a future working meeting to be arranged by i
the NRC with the licensee.
Section XI and Appendix J refer to the ASME code and 10 CFR 50 respectively.
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GENERAL COMMENT
S AND QUESTIONS L
1.
The turbine driven auxiliary feed pump should be included in the IST Program and asted according to the requirements of Section XI.
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2.
All category A and B valves will be stroked and stroke time ll measurements will be taken unless individual specific relief from I
Section XI Test Requirements is requested.
3.
Provide the station administrative control that ensures category E (locked or sealed) valves are positioned properly for system operation.
4.
Valves with fail-safe actuators should be tested in accordance with Section XI.
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4.
A Chill ed'Wa ter 1.
What is the technical basis used to support the determination that valves 2AC-49, 2CV3850-2, 2CV3851-1, and 2CV3852-1 cannot be exercised during power operation?
B Containment Spray 1.
What technical basis was used to support the determination that valves 2BS-SA and 2BS-5B cannot be exercised during power operation or cold shutdown?
2.
Review the safety related function of the following valves to determine if they should be categorized as follows:
Category A Category E 2CV5612-1 2CV5613-2 2CV5647-1 2CV5647-1
?CV5648-2 2CV5648-2 2BS-44B 2CV5649-1 2BS-44A 2CV5650-2 Category C (How are these valves full stroke 2BS6 exercised) 2BS4A 28548 3.
Review the safety related function of the following valves to determine if they should be included in the IST ~ program and categorized as indicated:
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Category C
_ Category C (Relief Valves) 2BSIA & B 2PSV5678 2BS3A & B
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2PSV5688 2BS10A & B 2BS12A & B 2BS17A & 8 C
Comporent Cooling 1.
What is the technical basis used to support the determination that valves 2CCW-38, 2CV5236-1, 2CV5254-2, and 2CV5255-1 cannot be exercised during power operation?
D Main Steam 1.
Review the safety related function of valve 2SV0317-2 to determine if it should be included in the IST program and categorized B.
E Emergency Feedwater 1.
Review the safety related function of valves 2EFW-4A and 48 to determine if they should be categorized C and exercised in accordance with the requirments of Section XI.
2.
Review the safety related function of the following valves to determine if they should be included in the IST program and categorized as indicated.
Category C Category E Category B 2EFW-2A&28 2EFW-10A 2CV-0707 2EFW-1 2CV-0706 2EFW-16.
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Steam Generator Secondary 1
1.
What technical basis was used to support the determination that valves 2CV1010-1, 2CV1060-2, 2CV1074-1, and 2CV1024-1, cannot be exercised during power operation.
2.
Valve 2CV1016-1 is categorized A and'its corresponding valve 2CV1066-1 is categorized B.
Which is correct?
3.
How are valves 2EFW7A&B, 2EFW8A&B, and 2EFW9A&B full stroke exercised quarterly?
4.
Review the safety related function of the steam generator relief valves to determine if they should be categorized C.
5.
Review the safety related function of the following, valves to determine if they should be included in the IST program and categorized as indicated.
Category B Category C Category E 2CV1001 2MS-39A 2MS-40A 2CV1051 2MS-39B 2MS-40B 2CV1000-1 2CV1050-2 G
Service Water - Sheet 2 1.
Provide more technical information to support the determination that valves 2CV1480-2 and 2CV1481-1 cannot be exercised during power operation.
2.
Review the safety related function of the following velves to determine if they should be included in the IST program and categorized as indicated:
Category E Category C 2CV1402-1 25W-12A&B 2CV1403-1 2ACW-44 2CV1407-1 2CV1408-2 2CV1404-1 2CV1405-2 25W-72 2CV1401-2 Category B 2CV1409-2 2CV1460 2CV1445-1 2CV1446-2 2CV1447-1 2CV1448-2 2CV1452-2 2CV1451-3 2CV1450-1 2S'.J-73 Service Water - Sheet 1 1.
What technical information was used to support the detennir.ation tnat valves 2CV1425-1 and 2CV1427-2 cannot be exercised during power operation?
2.
What basis is used for requesting relief from stroke timing valves 2CV1506-2 and 2CV1509-17 3.
Review the safety related function of the following valves to determine if they should be included in the IST program and categorized as indicated:.
Category C Category 8 2SW-2A, 2B, and 2C 2CV1418-1 2CV1419-2 2CV1421-2 2CV1422-2 Service Water - Sheet 3 1.
What technical basis was used to support the determination that valves 2CV1541-1, 2CV1560-2, 2CV1542-2, and 2CV1543-1 cannot be exercised during power operation?
2.
Review the safety related function of valves 25W-45A, 2SW-458, and 2ACW-9 to determine if they should be included
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in the IST program and categorized C.
3.
Review the safety related function of the following valves to determine if they should be categorized A.
2CV-1510-2 2CV-1511-1 2CV-1513-2 2CV-1519-1 H
Fire Water 1.
Provide more technical information describing why valve 2FS37 cannot be exercised during power operation or cold shutdown?
I Reacter Coolant 1.
Review the safety related function of valves 2CV4697-2 and 2CV4698-1 to determine if they should be categorized A/E.
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Provide more detailed technical information why valve 2CVC78 cannot be exercised during power operation or cold shutdown?
3.
Provide more detailed technical information why valves 251-27 A&B and 2SI-28 A&B cannot be exercised during power operation?
J Chemical and Volume Control 1.
Provide more technical information describing why the following valves cannot be exercised during power operation? (Sheet 1) 2CV 4846-1 2CV 4847-2 2CV 4873-1 2CV 4950-2 2.
Review the safety related function of the following valves to determine if they should be included in the IST program and categorized as indicated.
(Sheet 1)
Category C Category A 2CVC70 2CV4840-2 2CVC22A,B, & C 2CV4824-2 2SI24 2CV4831-2 2CVC28A, B, & C 2CV4827-2 3.
Review the safety related function of the following valves to determine if they should be included in the IST program and categorized as indicated.
(Sheet 2)
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Category C Category E 2CVC41A&8 2CVC53A&B 2CVC58 2CVC4926-3 2PSV4913 2CVC4927-3 2PSV4923 Category 8 2PSV4932 2CV4926 2PSV4924 2CV4930 2PSV4929 2PSV4914 K
Safety Injection 1.
Review the safety related functic.; of valves 2CV5082 and 2SI17 to detennine if they should be categorized A/E.
2.
Provide more technical information to support the basis why valves 2CV5084-1 and 2CV5086-2 cannot be exercised during power operation?
3.
When and how are the following category C valves full stroke exercised?
2SI15A,B,C,&D 2SI16A,B,C,&D 4
Review the safety related function of the following valves to determine if they should be included in the IST program and categorized as indicated.
Category A/C Category A 2SI14A,8,C&D 2CV5038 2SI13A,B,C&D
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Category B Category C 2CV5091 2PSV5027 2CV5093 2PSV5007 2CV5024 2SI22A&B 2CV5004 2SI7A&B 2CV5064 2SI23A,B,&C 2CV5044 2SI12 2CV5003-1 2PSV5067 2CV5063-2 2PSV5047 2CV5043-2 2CV5023-1 5.
What is the P&ID location of 2SI-19?
6.
Review the safety related function of the following valves to determine if they be categorized A.
2CV-5015-1 2CV-5037-1 2CV-5076-2 2CV-5016-2 2CV-5055-1 2CV-5077-2 2CV-5017-1 2CV-5056-2 2CV-5086-2 2CV-5035-1 2CV-5057-2 2CV-5101-1 2CV-5036-2 2CV-5075-1 2CV-5102-2 7.
Review the safety related function of valves 2SI-26A and 2SI-26B to determine if they should be categorized A/C and tested as per Section XI.
8.
Review the safety related function of the following valves to determine if they should be categorized C/E and tested as per Section XI.
2SI-3A 2SI-10A 2SI-38 2SI-108 2SI-10C I
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Service Air System Sheet 1 1.
Review the related function of valve 2SA-68 to determine if it should be categorized A/E, 2.
Review the safety related function'of valve 2SA-69 to determine if it should be included in the IST program and categorized A/C.
Service Air System Sheet 3 1.
What technical basis was used to support the determination that valve 2IA-15 cannot be exercised during power operation or cold shutdown?
2.
Review the safety related function of valve 2IA-14 to determine if it should be categorized A/E.
M SamolirN System 1.
Review the safety related function of valves 2SV 5878-1 and 2SV 5871-2 to determine if they should be included in the IST program and categorized A.
N Hydrogen and Nitrogen Addition System l.
What technical basis was used to support the determination that valves 2N -1 and 2N -18 cannot be exercised during 2
2 power operation or cold shutdown?
O Heating Ventilating and Air Conditioning Containment Building i
1.
Review the safety related function of valves 2HPA-58 and 2HPA-59 to determine if they should be categorized A/C.
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2.
What is the technical basis used to support the determination that valves 2HPA-58 and 2HPA-59 cannot be exercised during power operation or cold shutdown?
3.
What is the safety related function of valves 2SW-40, 25W-41, 25W-42, 25W-48, 2SW-49 25W-50 and 2SW-517 P
Plant Heating System 1.
Review the safety related function of valves 2PH-22, 2PH-23, 2PH-44, and 2PH-45 to determine if they should be categorized A/E.
Q Fuel Pool System 1.
Review the safety related function of valves 2FP-34, 2FP-35, 2FP-35, and 2CV5432 to determine if they should be categorized A/E.
2.
What is the safety related function of valve 25W-577 Pressure Boundary Valves Safety Injection System 2CV5084-1 and 2CV5086-2 2SIl5B and 2CV5021-1 2SI16B 2SI13B 2S1148 2SIl5A and 2SI16A 2SI13A 2CV5001-1 2SI14A l~
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25I150 and 2SI160 2CV5061-2 2SI130 2SI140 2SI15C and 2SI16C 2CV5041-2 2SI13C 2SI14C
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