ML20041D320
| ML20041D320 | |
| Person / Time | |
|---|---|
| Site: | Summer  |
| Issue date: | 02/04/1982 |
| From: | Kane W Office of Nuclear Reactor Regulation |
| To: | Youngblood B Office of Nuclear Reactor Regulation |
| References | |
| NUDOCS 8203050210 | |
| Download: ML20041D320 (13) | |
Text
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,4 FEg 4 1982 Docket No.: 50-395 MEMORANDUM FOR:
B. J. Youngblood, Chief Licensir.g Branch No.1 Division of Licensing FROM:
W. F. Kane, Project Manager Licensing Branch No. 1 Division of Licensing
SUBJECT:
FORTl: COMING MEETING WITH SOUTH CAROLINA ELECTRIC & GA5 COMPANY - VIRGIL C. SUMMER HUCLEAR STATION DATE & TIME:
February, 24 - 25, 1982 9:00 am LOCATION:
Virgil C. Summer Nuclear Station Jenkinsville, South Carolina PURPOSE:
To review the inservice inspection program for pumps and valves. See attachment for specific topics to be addressed.
PARTICIPANTS:
NRC Staff W. Kane EG&G S. Busk.e, W. Hubble and H. Rockhold South Carolina Electric & aas
- 0. Br.adham, H. Clark et al.
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4 W. F. Kane, Project Manager 8203050210 820204 Licensing Branch No. 1 4
PDR ADOCK 05000395 O
PDR Division of Licensing l
Attachment:
As Stated cc: See next page OJ l
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l sac ronu ais poeq uacu co OFFICIAL RECORD COPY wom mma
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Mr. T. C. Nichols, Jr.
Vice President & Group Executive Nuclear Operations South Carolina Electric & Gas Company P. O. Box 764 Columbia, South Carolina 29218 t
cc: Mr. Henry Cyrus Senior Vice President South Carolina Public' Service Authority 223 North Live Oak Drive Moncks Corner, South Carolina 29461 J. B. Knotts, Jr., Esq.
Debevoise & Liberman 1200 17th Street, N. W.
Washington, D. C.
20036 Mr. Mark B. Whitaker, Jr.
Group Manager - Nuclear Engineering & Licensing South Carolina Electric & Gas Company P. O. Box 764 Columbia, South Carolina 29218 Mr. Brett Allen Bursey Route 1. Box 93C l
Little Mountain, South Carolina 29076 Resident Inspector / Summer NPS l
c/o U. S. NRC Route 1, Box 64 Jenkinsville, South Carolina 29065 Dr. John Ruoff Post Office Box 96 Jenkinsville, South Carolina 29065 Mr. James P. O'Reilly U. S. NRC, Region 11 101 Marietta Street Suite 3100 Atlanta, Georgia 30303 t
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VALVES A.
General Questions 1.
Does a yes in the "POS IND" column of the valve listing indicate that i
the valve has remote, position indication or that a position indication check is being done per IWV-3300?
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2.
Is a fail safe test being performed on applicable ~ valves as per JWV-3415?
B.
Reactor Coolant System Dwg. Number 114E072(2) 1.
How is valve XVC-8046 verified closed (the safety-related position)?
i 2.
Review the safety-related functions of the followfag valves to see if they should be included in the IST program and. categorized as follows:
4 Category B 3 Power Operated Relief Valves (F8G-13) 3 PORV Block Valves (F&G-13) i C.
Chemical and Volume Control System
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Dwg. Number 114E073(1) ~
1.
How is check valve XCV-8381 verified closed (the safety-related position) quarterly?
l 2.
What is the safety-related function of valves XVT-8153, 8154, and 8145?
3.
What is the safety-related functions-of the following check valves?
XVC-8346 XVC-8348A XVC-8367C XVC-8347 XVC-8348B XVC-8378 XVC-8348C XVC-8379 XVC-8367A XVC-8377 XVC-83675 i
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4.
Is valve XVR-8117 being leak rate tested in accordance with the require-ments of 10 CFR 50 Appendix J7 5.
Why,are valves XVT-8100 and 8112 labeled as passive valves?
6.
How is check valve XVC-8103 exercised during cold shutdown?'
7.
How are check valves XVC-8368A, B, and C verified closed (their safety-related position) during cold shutdown?
Dwg. Number ll4E073(3) 3.
Are check valves XVC-8481 A, B, and C full stroke exercised quarterly?
9.
Provide a more detailed technical justification for not exercising valves LCV-ll5C and E during power operation.
- 10. Would exercising valves XVT-8104 and XVT-8442 quarterly introduce highly concentrated boric acid into the norma 1 charging path?
D.
,Rtsidual Heat Removal System Dwg. Number ll4E074 4
1.
Provide the specific technical justification for not full or partial stroke exercising check valves XVC-8716A and B via the test line to the RWST/RHR pump suction flow path, quarterly.
2.
Review the safety-related funct' ions of the following valves to determine if they should be included in the IST program and categorized cs follows:
I Category B RHR Heat Exchanger Outlet-Valves (I&H'1)
RHR Heat Exchanger Bypass Valves (H-7 & G-6) 4 4 1 f
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t-Category C 8703A (C-12) 8703B (E-12) l E.
Safety Injection System Dwg. Number ll4E075(1) 1.
Provide the specific technical justification for not full or partial stroke exercising check valves XVC-8998A, B, and C during power operation or cold shutdown.
2.
Provide a more detailed technical justification for not full or partial stroke exercising check valves XVC-8997A, B, and C during power operation or' cold shutdown.
4 3.
Provide a more detailed technical justification for not full or partial stroke exercising check valves XVC-8995A, B, and C during power operation or cold shutdown.
4.
Will ' check valves XVC-8988A and B be full stroke exercised during cold shutdown?
l S.
Provide a more detailed technical justification for not full or partial stroke exercising check valves XVC-8993A, B, and C during power operation or cold shutdown.
6.
Provide a more specific technical justification for not full or partial stroke exercising the follcuing check valves during normal operation or cold shutdown:
XVC-8990A XVC-8992A XVC-8990B XVC-8992B
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XVC-8990C-XVC-8992C'~
7.
Provide a more specific technical justification for not full or partial t
stroke exercising check valves XVG-8803A and B durir.g normal operation or cold shutdown.
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- 8. ~ Review the safety-related function of check valves 8940A and B (location D-9) to determine:if they should be included in the IST. program and categorized C.
Dwg. Number ll4E075(2) 9.
Provide the specific technical justification for not full or partial stroke i
. exercising the following check valves during cold shutdowns. Are the following valves leak rate tested in accordance with 10 CFR 50 Appendix J or ASME Section'XI paragraph IWV-34207
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XVC-8948A, B, & C XVC-8956A, B, & C
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- 10. Provide the specific technical justification for not full stroke exercis-ing valves XVG-8808A, B, and C dur-ing cold shutdowns.
4
- 11. How are' check valves XVG-8947 and XVC-8561 verified closed (their safety-related position) quarterly?
Dwg. Number ll4E075(3) i
- 12. Provide the detailed technical justification for not full stroke exercising I
thefollowingchidkvalvesduringcoldshutdown?
l XVC-8974A & B
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XVC-8973A, B, & C Are ch'eck valves XVC-8973A, B, A C leak rate tested in accordance with 1,0 CFR 50, Appendix J or ASME Section XI paragraph IWV-3420?
'13.
Can check valves XVC-8958A and B be full ur partial stroke exercised via the test line back to the RWST quarterly?
- 14. Are there any syst!em interlocks that prevent opening valves XVG-8811 A & B
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and 8812A & B during power operation?
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Is check valve XVC-8926 full stroke exercised quarterly?
F.
Main Steam System Dwg. Number 302-011 1.
Can main steam line isolation valves XVM-2801A, B, and C be partial stroke exercised during power operation?
2.
How is full stroke exercising of check valves XVC-2876A & B verified?
3.
What is the safety-related function of valve SVG-2813?
4 Review the safety-related function of relief valves XVS-2806K, L. M, N, & P to determine if they should be included in the IST program and categorized C.
s G.
Feedwater System Dwg. Number 302-083 1.
Review the safety-related function of stop check valves XVK-1633A, B, & C to detemine if they should tie categorized A/C.
2.
Can valves XVG-1611A, B, & C be partial stroke exercised during power operation?
3.
What is the safety-related function of the following check valves?
XVC-1680A, B, & C XVC-1612A, B, & C (1684A, B, & C?)
H.
Emergency Feedwater System Dwg. Number 302-085 1.
How are, check valves XVC-1016 and 1020A, B, & C full stroke exercised during' cold shutdown?
2.
Are check valves XVC-1013A & B and -1014 full stroke exercised quarterly?
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How are check valves XVC-1034A & B and -1022A & B full stroke exercised?
4.
Provide a more detailed technical justification why valves XVG-1001A & B, 1002, 1008, and 1037A & B cannot be full stroke exercised during power operation or cold shutdown.
5.
Review tne safety-related function of check valves 1023A & B (locations A-7 and F-7),1024 (locationH-8), and 1027 (location C-4) to determine if they should be included in the IST program and categorized C.
I.
Service Water System Dwg. Number 302-222 1.
What is the safety-related position of check valves XVC-3130A & B and XVC-3135A & B?
2.
Provide a more detailed technical basis why check valves XVC-3137A & B cannot be exercised to their safety-related positions quarterly.
3.
Provide a more detailed technical justification for not full stroke exer-cisir.9. valves XVG-3103A & B during cold shutdown.
4.
Review the safety-related function of check valves 3120A & B (locations B-9 and J-10) to determine if they should be included in the IST program and categorized C.
J.
Station Service Air System Dwg. Number 302-241 1.
How is check valve XVC-2913 exercised quarterly?
2.
Review the safety-related function of -valve 2912 (locetion B-10) to deter-mine if it should be included in the IST program and categorized A (passive;.
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Instrument Air system Dwg. Number 302-273 1.
Provide a more detailed technical justification for n.ot full stroke exer-cising valves XVG-2660, 2661, and 2662A & B durin.g power operation or cold shutdown.
L.
Nitrogen Blanketing System Dwg. Number 302-311 1.
Provide the specific technical. justification for not full stroke exercising check valve XVC-6588 during cold shutdowns.
2.
Review the safety-related function of the manual isolation valve outside containment at penetration 313 (location B-12) to determine if it should be included in the IST program and categorized A.
M.
Diesel Generator Fuel Oil System 1.
Are the following check valves full stroke exercised quarterly?
XVC-970A & B XVC-971A & B XVC-972A & B N.
Component Cooling System l
Dwg. Number 302-611 1.
Provide the technical basis for not exercising valves XVG-9627A & B during i
cold shutdown.
I Dwg. Number 302-612 2.
Should valve XVG-9605 be-categorized A rather than C?
3.
Review the safety-related functions of valve XVC-9689 to determine if it should be categorized A/C.
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4.- How is check valve XVC-9570 verified shut during cold shutdown exercising?
5.
What is the safety-related function of check valves XVC-9632 & 9633?
6.
Does exercising valves $VG-9625 and 9626 secure cooling water to the reactor coolant pumps?
7.
Why were the following valves classified passive rather than active?
XVG-9605 XVC-9689 XVG-9606 XVC-9600 8.
How is check valve XVC-9602 verified shut during cold shutdown exercising?
P.
Reactor Building Spray System Dwg. Number 302-661 1.
Provide the specific technical justification for not disassembling both check valves XVC-3009A & B during each refueling outage.
2.
Review the safety-related function of valves XVG-3005A & B to determine if they should be categorized A.
3.
How are check valves XVC-3013A & B full stroke exercised quarterly?
Q.
Nuclear Sampling System Dwg. Number 302-771 1.
Review'the safety-related function of the following valves to determine if they should be included in the IST program and categorized A.
~
9386A, B, & C (Location H & J-12T ' '
R.
Chilled Water System Dwg. Numbers 302-842 & 302-843 1.
What is the safety-related function of check valves XVC-6410 A & B, 6489A &
B, 6387A & B, and 638SA & B?.
. t-S.
Post Accident Hycrogen Removal System Dwg. Number 302-861 1.
Provide a more detailed technical justification for not full stroke exer-cising the following valves quarterly.
XVX-6056 XVX-6066 XVX-6057 XVX-6067 2.
Review the safety-related functions of the following valves to determine if they should be included in the IST program and categorized as follows:
Category B Category C 6059 (Location G-9)'
6062 (Location G-9) 6063 (Location K-8) 6064 (Location J-5) a l
T.
Ventilation System Dwg. Number 912-103 1.
Are valves XVB-0001A & B and 0002A & B full stroke exercised quarterly?
U.
Fire Service System 1.
Supply the Fire Service System drawing (Dwg. Number 302-231) for our review during the working meeting.
1 V.
Miscellaneous Systems 1.
Is the EFWP Turbine Speed Controller, MVT-2865, full stroke exercised quarterly?
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4 II. PUMPS A.
General Questions 1.
Notes 1 and 2 for the pump testing program refer.to "Section 4.4.2 of this procedure". Provide a copy of this section for our review at the working meeting.
1 2.
Note 3 for the Allowable Ranges of ISI Test Quantities table refers to "Section 6.0 of this procedure". Provide a copy of this section for our review at the working meeting.
3.
How are,the inlet pressure, vibration, and flow rate verified during the monthly testing performed on the service water pumps?
.4.
Is rotative speed of the Component Cooling Water Pumps measured during the monthly pump test?
5.
Are all quantities on table IWP-3100-1 recorded and analyzed for the HVAC System Chilled Water Pumps?
6.
How.are inlet pressure, bearing temperature, and vibration verified during the.tonthly testing performed on the Boric Acid Transfer Pumps?
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MEETING
SUMMARY
DISTRIBUTION Docket Filef*
G. Lear NRC PDR FEB 16198)
W. Johnston 9
4 Local PDR S..Pawlicki e
TIC /NSIC/ Tera V. Benaroya pgCE/PgO
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Z. Rosztoczy
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LB#1 Reading W. Haass k'
FEg g O /SS g H. Denton/E. Case D. Muller C
y R. Ballaro, 3, -
D. Eisenhut/M. Jambor W. Regan sd R~. Mattson h,/ sjg, 4 p B. J. Youngblood A. Schwencer F. Congel
~
F. Miraglia
- 0. Parr J. Miller F. Rosa G. Lainas W. Butler R. Vollmer J. P. Knight R. Houston R. Bosnak F. Schauer L. Rubenstein R. E. Jackson T. Speis Project Manager G. Edison /J. Hopkins M. Srinivasan Attorney, OELD J. Stolz M. Rushbrook S. Hanauer 0IE (3)
W. Gammill ACRS (16)
W. Minners F. Schroeder
- E. Adensam D. Skovholt M. Ernst i
tJ{R_C
Participants:
L. Hulman R. Eckenrode (4)
C. Berlinger K. Kniel G.. Edison J. Hopkinc G. Knighton R. Ramirez A. Thadani J, Kramer D. Ziemann bec: Applicant & Service List t
?
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