ML19282B531
| ML19282B531 | |
| Person / Time | |
|---|---|
| Site: | 05000595 |
| Issue date: | 03/14/1979 |
| From: | Lorenz H GILBERT/COMMONWEALTH, INC. (FORMERLY GILBERT ASSOCIAT |
| To: | Harold Denton Office of Nuclear Reactor Regulation |
| References | |
| NUDOCS 7903150290 | |
| Download: ML19282B531 (228) | |
Text
f Gilbert / Commonwealth engineers and consultants GILBERT ASSOCIATES, INC., P. O. Box 1498, Read;ng, PA 19603/Tel. 215 775-2600/ Cable Gilasoc/ Telex B36-431 March 14, 1979 H. Lorenz Group Vice President Mr. Harold R.
Denton Director of Nuclear Reactor Regulation
~
United States Nuclear Regulatory Commission Washington, D.C.
20555 Re:
Gilbert / Commonwealth Standard Safety Analysis Report GAISSAR Docket STN 50-595 Gentlemen:
Transmitted herewith are sixty (60) copies of Amendment 3 to the Gilbert Associates / Commonwealth Associates Standard Safety Analysis Report (GAISS AR).
This amendment contains miscellaneous technical and editorial changes to GAISSAR.
In addition, due to recent corporate changes, we request that future correspondence relative to GAISSAR be sent to:
Mr. H. Lorenz Group Vice President Gilbert Associates, Inc.
P.O.
Box 1498 Reading, P a.
19603 with copies to:
Mr.
T. M.
Demers Mr. W. B.
Shields Vice President Vice President Gilbert Associates, Inc.
Commonwealth Associates, Inc.
P.O.
Box 1498 209 East Washington Avenue Reading, Pa.
19603 Jackson, Mi.
49201 Mr. W.
F. Sailer Project Manager Gilbert Associates, Inc.
P.O.
Box 1498 Reading, Pa.
19603 c+0
$25 Lancaster Avenue, Readmg. PA Morgartown Road, Green Hdis. Readmg. PA215 775-2600 209 [ast Washegton Avenue. Jackson. MI 517 788 3000 80 Pre Street, New York, NY 212 4824490
- r. HaroM R.
Denton ff Gilbert / Commonwealth.ve.o.m c
N ~c4Jusarts nc. c o u - o.% n a21e rs m u ce. c..sm % us eDirec r of cleay p
g p
g USNRC March 14, 1979 If you have any questions, please do not hesitate to cal.1 Mr. W.
F. Sailer at (215) 775-2600, Ext. 2944.
Ver truly yours, f M/
1[.Lorenz HL:jlw cc:
T.
M.
Demers W.
B.
Shields W.
F.
Sailer
UNITED STATES OF AMERICA NUCLEAR REGULATORY COMMISSION IN THE MATTER OF
)
DOCKET NO. 50-595
)
GILBERT ASSOCIATES, INC.
)
CERTIFICATE OF SERVICE This is to certify that Amendment 3 of the Gilbert Associates, Inc.
and Commonwealth Associates, Inc. Standard Safety Analysis Report (GAISS AR) has on March 14, 1979, been served on the following organization by deposit in the United States mail, addressed as follows:
Chief, Energy Systems Analysis Bra 1 (AW-459)
Office of Radiation Pv:ograms U.S. Environmental Protection Agency Room 645 East Tower Waterside Mall (Mail Stop AW459) 401 M Street, S.W.
Washington, D.C.
20460 (3 copies)
/
(( $
0 h Y,bf,/
H / /Lorenz Group Vice President
GAISSAR - AMENDMENT 3 INSTRUCTION SHEET GAISSAR pages and figures listed in the " Remove" column should be deleted.
Pages and figures indicated u. der the " Insert" columns should be inserted.
Pages to be inserted are white (common to all NSSSs), green (for plants using B-SAR-205 NSSS),
yellow (for plants using CESSAR NSSS) or blue (for plants using RESAR-414 NSSS) as appropriate. All insert pages include the words " Amendment 3, March, 1979."
Remove Insert Page Color White Green (B&W)
Yellow (CE)
Blue (W) 1-viii White 1-viii 1.1-5 White 1.1-5 1.2-10 Green 1.2-10 1.2-10 Yellow 1.2-10 1.2-10 Blue 1.2-10 1.3-2 Blue 1.3-2 1.6-1 White 1.6-1 3-xiii White 3-xiii 3-xvi White 3-xvi 3.2-13 White 3.2-13 3.2-26 White 3.2-26 3.6-21 Green 3.6-21 3.6-22 Yellow 3.6-22 3.6-23 Blue 3.6-23 3.6-24 Green 3.6-24 3.6-26 Yellow 3.6-26 3.6-28 Blue 3.6-28 3.6-31 Green 3.6-31 3.6-35 Yellow 3.6-35 3.6-39 Blue 3.6-39 3.9-42 Green 3.9-42 3.9-47 Yellow 3.9-47 3.9-47a 3.9-51 Blue 3.9-51 3.9-53 Blue 3.9-53 3A-24 White 3A-24 3A-25 White 3A-25 5-vi White 5-vi 6-1 White 6-1 6-11 White 6-11 6-vil White 6-vii 6-viii White 6-viii 6-xvi White 6-xvi 6-xvia 6-xvii White 6-xvii 6-xviii White 6-xviii 6.1-3 White 6.1-3 6.1-6 White 6.1-6 6.1-8 White 6.1-8 A3-1
Remove Insert P_ age Color White Green (B&W)
Yellow (CE)
Blue (W) 6.2-41 White 6.2-41 6.2-44 White 6.2-44 6.2-61 White 6.2-61 6.2-66 White 6.2-66 6.2-145 White 6.2-145 6.2-146 White 6.2-146 6.2-155 Green 6.2-155 6.2-156 Green 6.2-156 6.2-157 Green 6.2-157 6.2-158 Green 6.2-158 6.2-159 Green 6.2-159 6.2-159a Green 6.2-159a 6.2-159b Green 6.2-159b 6.2-160 Yellow 6.2-160 6.2-161 Yellow 6.2-161 6.2-162 Yellow 6.2-162 6.2-163 Yellow 6.2-163 6.2-164 Yellow 6.2-164 6.2-164a Yellow 6.2-164a 6.2-164b Yellow 6.2-164b 6.2-164c 6.2-165 Blue 6.2-165 6.2-165a 6.2-166 Blue 6.2-166 6.2-167 Blue 6.2-167 6.2-168 Blue 6.2-168 6.2-169 Blue 6.2-169 6.2-169a Blue 6.2-169a 6.2-169b Blue 6.2-169b 6.2-169c Blue 6.2-169c Fig. 6.2-57 White Fig. 6.2-57 Fig. 6.2-58 White Fig. L.2-58 6.6-2 White 6.6-2 7-111 White 7-111 7-vi White 7-vi 7.3-9 White 7.3-9 7.3-10 White 7.3-10 7.3-15 White 7.3-15 7.3-16 White 7.3-16 7.4-7 Yellow 7.4-7 7.4-9 Blue 7.4-9 7.5-1 White 7.5-1 7.5-1 7.5-1 7.5-la 7.5-3 White 7.5-3 7.7-1 White 7.7-1 7.7-1 7.7-1 7.7-4 White 7.7-4 7.7-5 White 7.7-5 7.7-6 A3-2
Remove Insert Psge Color White Green (B&W)
Yellow (CE)
Blue (W) 8-1 White 8-1 8-11 White 8-11 8-iva White 8-iva 8-v White 8-v 8-vi White 8-vi 8.3-10 White 8.3-10 8.3-55c White 8.3-55c 8.3-55d White 8.3-55d 8.3-55e White 8.3-55e 8.3-55f White 8.3-55f 9-xiv White 9-xiv 9.1-12 White 9.1-12 9.2-1 White 9.2-1 9.2-2 Green 9.2-2 9.2-2 Yellow 9.2-2 9.2-2 Blue 9.2-2 9.2-3 White 9.2-3 9.2-4 White 9.2-4 9.2-5 Green 9.2-5 9.2-5 Yellow 9.2-5 9.2-5a 9.2-5 Blue 9.2-5 9.2-5a 9.2-6 White 9.2-6 9.2-9 White 9.2-9 9.2-10 Green 9.2-10 9.2-10 Yellow 9.2-10 9.2-10 Blue 9.2-10 9.2-12 Green 9.2-12 9.2-12 Yellow 9.2-12 9.2-12 Blue 9.2-12 9.2-27 Green 9.2-27 9.2-28 Yellow 9.2-28 9.2-29 Blue 9.2-29 9.2-30 White 9.2-30 9.4-33 Green 9.4-33 9.4-33 Yellow 9.4-33 9.4-33 Blue 9.4-33 9.4-36 White 9.4-36 Fig. 9.4-10 White Fig. 9.4-10 Fig. 9.4-17 White Fig. 9.4-17 9.5-33 White 9.5-33 9.5-39 White 9.5-39 10-x White 10-x ll-ix White 11-ix 11.3-8 White 11.3-8 11.3-28 Blue 11.3-28 12-11 White 12-11 12.3-4a White 12.3-4a 12.3-4b White 12.3-4b 17.0-1 White 17.0-1 A3-3
NRC Questions and Responses (Supplement)
(Page to be removed and page to be inserted are white pages)
Remove Insert 040.10-1 040.10-1 TABLE OF CONTENTS
=
(Remove and # '.ert pages in the Table of Contents section of each of six volumes)
Remove Insert Remove Insert 11 11 x
x 111 111 xii xii iv iv xiii xiii v
v xiv xiv vi vi xy xy vil v11 xvii xvit viii v111 A3-4
E
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DRAWING NUMBER - FIGURE NUMBER CROSS REFERENCE Drawing GAISSAR Drawing GAISSAR Number Figure Number Number Figure Number B-030-001-101 1.2-1A W-033-300-101 10.1-9 B-030-001-102 1.2-2A W-033-300-102 10.1-10 B-030-001-103 1.2-3A W-033-300-103 10.1-12 B-030-001-104 1.2-4A W-033-300-104 10.1-11 B-030-001-105 1.2-5A B-030-001-106 1.2-6A X-033-300-101 B-030-001-107 1.2-7A X-033-300-102 3.5-1 B-030-001-108 1.2-8A X-033-300-103 3.5-2 B-030-001-109 1.2-9A X-033-300-104 9.5-1 B-030-001-110 1.2-10A B-030-012-001 6.2-37 X-033-302-001 1.2-16 B-030-012-002 6.2-36 X-033-302-010 6.2-56 C-030-001-201 1.2-1B C-030-001-202 1.2-2B X-038-800-001 7.6-1 C-030-001-203 1.2-3B l
C-030-001-204 1.2-4B X-038-800-003 7.3-3 C-030-001-205 1.2-5B X-038-800-004 7.3-6 C-030-001-206 1.2-6B X-038-800-005 7.3-4 C-030-001-207 1.2-7B X-038-800-006 7.3-5 C-030-001-208 1.2-3 X-038-800-007 7.3-1 C-030-001-209 1.2-18 X-038-800-008 7.3-2 C-030-001-210 1.2-10B X-038-800-009 7.2-1 X-038-800-010 7.3-7 W-303-001-301 1.2-1C X-038-800-011 7.3-8 W-030-001-302 1.2-2C W-030-001-303 1.2-3C W-030-001-304 1.2-4C X-039-900-001 11.3-7 W-030-001-305 1.2-5C X-039-900-002 6.5-1 W-030-001-306 1.2-6C W-030-001-307 1.2-7C W-030-001-308 1.2-8C X-380-001-401 1.2-11 W-030-001-309 1.2-9C X-380-001-402 1.2-12 W-030-001-310 1.2-10C X-380-001-403 1.2-13 X-380-001-404 1.2-14 X-380-001-405 1.2-15 B-033-300-101 10.1-1 B-033-300-102 10.1-2 B-033-300-103 10.1-4 X-414-302-001 9.1-1 B-033-300-104 10.1-3 X-414-302-002 9.1-5 X-414-302-003 9.1-6 C-033-300-101 10.1-5 X-414-302-004 9.1-4 C-033-300-102 10.1-6 X-414-302-005 9.1-2 C-033-300-103 10.1-7 X-414-302-006 9.1-3 C-033-300-104 10.1-8 Amendment 3 1-viii March 1979
I TABLE 1.1-3 (Continued)
DBPB Design Basis Pipe Break DLF Dynamic Load Factor DOP Diocty1phthalate EAB Exclusion Area Boundary ECCS Emergency Core Cooling Systems EHC Electro Hydraulic Control ESF Engineered Safety Feature ESFAS Engineered Safety Feature Actuation System ESFPCS Engineered Safety Features Pump Cooling System FATT Fracture Appearance Transition Temperature FHACCES Fuel Handling Area Charcoal Cleaning Exhaust System FHA 0AVS Fuel Handling Area Open Area Ventilation System FM Factory Mutual FPCC Fuel Pool Cooling and Cleanup FPSS Fuel Pool Supply System FSAR Final Safety Analysis Report GAI Gilbert Associates, Inc.
GAISSAR Gilbert Associates, Inc. Standard Safety Analysis Report G/C Gilbert / Commonwealth Companies GAS Gas Analyzer System GDC General Design Criterion GWMS Gaseous Waste Management System HEPA High Efficiency Particulate Arrestor HP High Pressure HSA High Specific Activity Amendment 3 1.1-5 March 1979
b.
Spent fuel shipping casks cannot be moved over fuel storage areas.
Fuel storage and handling is discussed in detail ia Section 9.1.
1.2.2.8 Cooling Water Systems 1.2.2.8.1 Service Water System The service water system (SWS) supplies cooling water to the plant auxiliary systems.
The SWS is comprised of two independent, redundant loops, which supply cooling water to safety related components in the auxiliary, diesel generator and reactor buildings, and one nonessential loop. The nonessential loop provides cooling water to nonsafety related components in the auxiliary building.
l The SWS is described in Section 9.2.1
~
1.2.2.8.2 Component Cooling Water System The component cooling water system (CCWS) provides closed loop cooling for various equipment in the auxiliary and reactor buildings. The CCWS is comprised of two essential loops and a nonessential loop. The essential loops provide cooling for equipment required for both normal operation and safe shutdown. The conessential loop serves equipment necessary for normal operation but not required under emergency conditions.
For plants using the B-SAR-205 NSSS, a third loop provides water to cooling coils built into the control rod drive mechanisms. Heat from the CCWS is rejected to the SWS l
through the component cooling heat exchangers.
The CCWS is described in Section 9.2.2.
Amendment 3 B&W 1.2-10 March 1979