ML022670251

Application of the EPRI Risk-Informed ISI Methodology to: VC Summer (Class 1 and 2), Appendix B - Appendix D

ML022670251
Person / Time
Site:	Summer
Issue date:	09/16/2002
From:	South Carolina Electric & Gas Co
To:	Office of Nuclear Reactor Regulation
References
RC-02-0161
Download: ML022670251 (177)

Text

Page B-I Appendix B: V. C. Summer Walkdown Notes - November 4,2001 Page 1

Page B-,2 V C Summer Walkdown - December 4, 2001 AB-74-16, AUXILIARY BUILDING, SUB-BASEMENT (Fire Area 74-16) (El 374" - 0 ")

Interconnections Two doorways with wire gate and 12 inch berms separate AB-74-16 from the remainder of Elevation 374" - 0" RHR Pump train B motor (lowest point) is located 7.5' above the floor.

CS Pump train B motor (lowest point) is located 2' above the floor AB-74-17, AUXILIARY BUILDING, SUB-BASEMENT (Fire Area 74-17) (El 374" - 0 '9 Interconnections Two doorways with wire gate and 12 inch berms separate AB-74-17 from the remainder of Elevation 374" - 0" RHR Pump train A motor (lowest point) is located 7.5' above the floor.

CS Pump train A motor (lowest point) is located 2' above the floor AB-74-18, AUXILIARY BUILDING, SUB-BASEMENT (Fire Area 74-18) (El 374" - 0 '9 Interconnections Two doorways with wire gate and 12 inch berms separate AB-74-18 from AB-74-16 and Ab-74-17 Stairway from above is isolated by a solid door at El 374" which open into the stairway.

Chase (grating) from El 397 AB-88-13, AUXILIARY BUILDING, SUB-BASEMENT (Fire Area 88-13) (El 388" -0 ")

Interconnections Stairway from AB-88-13 (El 388') to Auxiliary Building Sub-basement (El 374') are isolated by a solid door at El 388" which open into El 388" Open stairway from AB-97-01 Page 2

Page B-3 Open stairway located in Chase (Chase bottom El 374)

AB-0O-01, AB-00-01E, AB-00-01W drain down to AB-88-13 AB-88-23 AUXILIARY BUILDING, SUB-BASEMENT (Fire Area 88-23) (El 388" - 0 ")

Interconnections Doorway, Solid door with ventilation louvers located in lower portion of door, lowest opening 14 inches above floor, 7 inch berm Charging pump motor air intake, 2' above floor AB-88-24 AUXILIARY BUILDING, SUB-BASEMENT (Fire Area 88-24) (El 388" - 0 ")

Interconnections Doorway, Solid door with ventilation louvers located in lower portion of door, lowest opening 14 inches above floor, 7 inch berm Charging pump motor air intake, 2' above floor AB-88-25 AUXILIARY BUILDING, SUB-BASEMENT (Fire Area 88-25) (El 388" - 0 ")

Interconnections Doorway, Solid door with ventilation louvers located in lower portion of door, lowest opening 14 inches above floor, 7 inch berm Charging pump motor air intake, 2' above floor AB-97-02, AB-97-02N, AB-97-02S AUXILIARY BUILDING, SUB-BASEMENT (Fire Area 97-02,97-02N, 97-02S) (El 397" 0 '5 Interconnections Doorway from AB-97-02 to AB-97-01 with gate and 6-inch berm going to equipment hatch (grating) (6-inch berm around hatch) within AB-97 01 Doorway from AB-97-02 to AB-97-01 with gate and 6-inch berm Doorway (solid) from AB-97-02 to Chase (Chase bottom El 374)

AB-00-01, AB-00-01E, AB-00-01W Page 3

Page B, AUXILIARY BUILDING, PIPE SHIELD SLAB (Fire Area 00-01,00-01E, 00-00W) (El 400" - 0 ")

Interconnections Areas overflow to El 388' AB-12-04 AUXILIARY BUILDING, (Fire Area 12-04) (El 412" -0 '0 Interconnections Outside tank farm, no interconnections, access from top of berm wall El 436 by ladder.

AB-12-11, AB-11N AUXILIARY BUILDING, (Fire Area 12-11,12-11N) (El 412" - 0 ')

Interconnections Door (Solid) between AB-12-1 IN and FH-12-01, opens into AB-12-1 1N Equipment hatch (grating) connecting to El 388' surrounded with 6 inch berm Opening in ceiling to AB-36-18, with 6 inch berm above Door (Solid pressure, HELB) between AB-12-1 IN and PAA-12-01 Door (Solid pressure, HELB) between AB-12-11 and PAA-12-01 Door (Solid pressure, HELB) between AB-12-11 and IB-12-02 Equipment Hatch (Grating) surrounded with 6 inch berm, with gates into AB-12-05 and AB-12-06.

Shield slab areas AB-26-01, AB-26-02.drain down to El 412" AB-26-01 AUXILIARY BUILDING, (Fire Area AB-26.01) (El 426" -0 ")

Interconnections Open platform, flow would drop to El 412' AB-26-02 AUXILIARY BUILDING, (Fire Area AB-26-02) (El 426" - 0 ")

Interconnections Open platform, flow would drop to El 412' Page 4

Page B-5 PAA-12-01 AUXILIARY BUILDING, (Fire Area PAA-12-01) (El 412" - 0 ")

Interconnections Door (Solid pressure, HELB) between AB-12-11N and PAA-12-01 Door (Solid pressure, HELB) between AB-12-11 and PAA-12-01 FH-12-01 FUEL HANDLING BUILDING, (Fire Area FH-12-11) (El 412" - 0 ')

Interconnections I

IB-12-02 INTERMEDIATE BUILDING, (Fire Area 12-02) (El 412" - 0 '9 Interconnections Door (Solid pressure, HELB) between ]B-12-02 and AB-12-11N, opens into IB-12-02 Door (Solid) between IB-12-02 and PAI-12-01, opens into IB-12-02 Door (Solid) between MB-12-02 and IB-12-10, opens into IB-12-02 Opening in floor near Containment, access into Tendon Access Gallery HVAC opening with fire damper into IB-12-10, bottom of damper is 6 feet above floor.

Opening in ceiling near Containment, connects with upper level, IB-36

02.

Equipment Hatch opening in ceiling with grating above and 6 inch berm, connects with IB-36-02 CCW pump motor 4.5' above floor AFW pump motors 2' above floor PAI-12-01 INTERMEDIATE BUILDING, (Fire Area 12-01) (El 412" - 0 9)

Interconnections Door (Solid) between PAI-12-01 and IB-12-02, opens into IB-12-02 Door (Solid) access to Tendon Access Gallery, opens into access path Page 5

Page B-6 AB-36-15 AUXILIARY BUILDING, (Fire Area 36-15) (El 436" - 0 ")

Interconnections Gates between AB-36-15 and AB-36-18 & AB-36-16 AB-36-16 AUXILIARY BUILDING, (Fire Area 36-15) (El 436" - 0 ")

Interconnections Gates between AB-36-1 and AB-36-18 & AB-36-15 AB-36-18 AUXILIARY BUILDING, (Fire Area 36-18) (El 436 - 0 ")

Interconnections Door (Solid, pressure HELB) between AB-32-18 and PAA-36-01,'opens into AB-32-18 Door (Solid, pressure HELB) between AB-32-18 and PAA-36-01, opens into AB-32-18 Opening in floor with 6 inch curb, leading to AB-12-1 1N Door (Solid) between AB-36-18 and ]B-36-02, opening into IB-36-02 Gates between AB-36-18 and AB-36-15 & AB-36-16 PAA-36-01 AUXILIARY BUILDING, (Fire Area PAA-36-18) (El 436" -0 ')

Interconnections Door (Solid, pressure HELB) between AB-32-18 and PAA-36-01, opens into AB-32-18 Door (Solid, pressure HELB) between AB-32-18 and PAA-36-01, opens into AB-32-18 Blowout panels that blow into IB-36-02 4 inch gap between floor and Containment thus connecting with PAI-12 01, 6 inch berm 4 inch gap between ceiling and Containment thus connecting with PAA 63-03, 6 inch berm Page 6

Page B-7 Ceiling opening, pipe chase, for main steam safeties, connecting with PAA-63-03, 6 inch berm IB-36-02 INTERMEDIATE BUILDING, (Fire Area 36-02) (El 436" - 0 ")

Interconnections Door (Solid) between AB-36-18 and IB-12-02, opens into IB-12-02 Blowout panels that blow into IB-36-02 from PAA-36-01 Opening in floor near Containment, access into Tendon Access Gallery though IB-26-02 Equipment Hatch (Grating) with 6 inch berm connects with IB-26-02 PAI-36-01 INTERMEDIATE BUILDING, (Fire Area PAI-36-01) (El 436" - 0 '9 Interconnections Door (Solid) between PAI-36-01 and IB-36-02, opens into EB-36-02 PAA-63-03 AUXILIARY BUILDING, (Fire Area PAA-63-03) (El 463" - 0 '9 Interconnections Door (Solid, pressure HELB) between AB-63-19 and PAA-63-03, opens into PAA-63-03 Door (Solid, pressure HELB) between AB-63-09 and PAA-63-03, opens into AB-63-09 4 inch gap between floor and Containment thus connecting with PAA-36 01, 6 inch berm Floor opening, pipe chase, for main steam safeties, connecting with PAA 36-01, 6 inch berm PAA-63-O1S AUXILIARY BUILDING, (Fire Area PAA-63-01S) (El 463" -0 ")

Interconnections Door (Solid, pressure HELB) between AB-63-09 and PAA-63-01S, opens into AB-63-09 Wall (North) opening into AB-63-01 Page 7

Page B-8 Wall (South) opening into AB-63-01 Page 8

KU Page C-I Appendix C: Y.C Summer Consequence Mapping Page 1

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Page C-2 ICOGE-1-416A ICS I3"SE-CS-89(A)

I-l1.4106A-I PIPE TO VALVE (XVC-8346).

eVrso1 CGE-1-4106A CS 3"SE-CS-89(A) 1-4106A-2 PIPE TO ELBOW CVCSOI CGE-1-4106A CS _

3"SE-CS-89(A) 1-4106A-4 PIPE TO ELBOW CVCSOI cGE-1-4106A CS.3"SE-CS-89(A) 1-4106A-5 PIPE TO ELBOW CVCSoI

!CGE-I-4106A CS 3S-S8()_

1-4106A-6 PIPE TO VALVEBOW37)

CVCSO1 jCGE-1-4106A CS 3"SE-CS-89(A) 1-4106A-6 PIPE TO VALVE (XVC-8379),

CVCSo0 CGE-I-4106A C

3"SE-CS-89(A) 1-4106A-7 PIPE TO VALVE (XVC-8379),

CVCS02

[CGE-I-4106A ]-C-S..........

3S-C-9()

1-4106A-8 PIPE TOEBO CVCS02 CGE-1-4106A CS 3"SE-CS-89(A) 1-4106A-99 PIPE TO ELBOW CVCS02

!CGE-I-4106AjCS 3"SE-CS-89(A) 1-4106A-10 PIPE TO BRANCH NOZZLE, CVCS02 iCGE-1-4100A RC 3"SE-CS-89 I-4I 0A-726BC 3" BRANCH (CGE-1-4106) CONNECTION TO 27.5" PIPE

_CVCS02 CGE-i-4205A CS 3"SE-CS-89(B) 11 -4205A-I PIPE TO VALVE (XVC-8347),

CVCS03 ICGE-1-4205A ICS 3"SE-CS-89(B) 1~i-42065A-2 PIPE TO ELBOW CVCS03 ECGE-I-4205A CS 3"SE-CS-89(B) 1-4205A-3 PIPE TO ELBOW CVCS03

,CGE-1-4205A CS 3"SE-CS-89(B) 1-4205A-4 PIPE TO ELBOW CVCS03 fCGE-1-4205A CS 3"SE-CS-89(B) 1-4205A-5 PIPE TO ELBOW CVCS03 CGE-1-4205A ICS 3"SE-CS-89(B) 1-4205A-6 PIPE TO VALVE (XVC-8378),CVCS3 jCGE-I-4205A CS 3___."SE-CS-89(B) 1-4205A-7 PIPE TO VALVE (XVC-8378),

CVCS04

'CGE-1-4205A ICS_

13"SE-CS-89(B) 11-4205A-8 PIPE TO ELBOW Cvcs04 ICGE-I-4205A ICS j3"SE-CS-89(B) 1-4205A-9 PIPE TO ELBOW CVCS04 ICGE-1-4205A IC-S-'--3"S-C'S-89(B) 1-4205A-1 PIPE TO ELBOW CVCS04 ICGE-1-4205A CS f3"SE-CS-89(B) 1-4205A-11 PIPE TO ELBOW CVCS04 CGE-1-4205A CS "3"SE-CS-89(B) 1-4205A-12 PIPE TO BRANCH,UNDER BOOT AT WALL CVCS04 CGE-1-4200A RC 3"SE-CS-89 1-4200A-22BC 3" BRANCH CONNECTION TO 27.5" PIPE CVCS04 CGE-1-4506A CS 2"SE-CS-88 1-4506A-I SOCKET WELD TO VALVE (XVT-8145)

CVCS05 JCGE-1-4506A-CS.

.2"SE-CS-88 1-4506A-2 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS-88 1-4506A-3 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A jCS 2"SE-CS-88 1-4506A-4 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS 1-4506A-5 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS

-2"SE-CS-88 1-4506A-6 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS-88 1-4506A-7 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS-88 1-4506A-8 SOCKETWELD TO ELBOW CVCS05 Page 2

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CGE-1-4506A CS 2"SE-CS-88 1-4506A-9 SOCKET WELD TO ELBOW-CVCS05 ICGE-1-4506A Cs.

2"SE-CS-88 1-4506A-10 SOCKET WELD TO ELBOW CVCS05 ICGE-1-4506A CS J2"SE-CS-88 1-4506A-12 SOCKET WELD TO ELBOW CVCS05 ICGE-1-4506A CS I 2"SE-CS-88 1-4506A-12 SOCKET WELD TO ELBOW CVCS0S ICGE-1-4506A CS j2-SE-CS-8"8 1-4506A-14 SOCKET WELD TO ELBOW CVCS05

'CGE-1-4506A

_CS 12"SE-CS-88 1-4506A-14 SOCKET WELD TO ELBOW CVCS05

,[CGE-I-4506A iCS...

2"SE-CS.88 1-"--

]-45-0-6A--1-5OCET-ELDTO ELBOW CGE-1-4506A CS 21SE-CS-88 1-4506A-16 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS-88 1-4506A-17 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS-88 1-4506A-18 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A ICS 12"SE-CS-88 1-4506A-19 SOCKET WELD TO ELBOW CVCS05 ICGE-1-4506A C1-4506A-20 SOCKET WELD TO ELBOW CVCS05 ICGE-1-4506A -CS' 2"SE-CS-88 1-4506A-21 SOCKET WELD TO ELBOW CVCS05

"-"CGE-1-4506A CS 2"SE-CS-88 1-4506A-22 SOCKET WELD TO COUPLING CVCS05 ICGE-I-4506A CS....]2"SE-CS-88 4"5"66"--2"3.....

SOCKET WELD TO COUPLING

__CVCS05 ICGE-1-4506A CS 2"SE-CS-88 1-4506A-24 SOCKET WELD TO ELBOW CVCS05 CGE--4506A CS E-CS-88 1-4506A-25 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 12"SE-CS-88 1-4506A-26 SOCKET WELD TO ELBOW CVCS05 1CGE-1-4506A CS

'2"SE-CS-88 1-4506A-27 SOCKET WELD TO ELBOW CVCS05 CGE-I-4506A CS 12"SE-CS-88 1-4506A-28 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS I2"SE-CS-88 1-4506A-29 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 12"SE-CS-88 1-4506A-29 SOCKET WELD TO ELBOWC CGE-1-4506A CS 12"SE-CS-88 1-4506A-30 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS-88 1-4506A-31 SOCKET WELD TO ELBOW CVCS05 ICGE-1-4506A CS 2"SE-CS-88 3-4506A-232 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS-88 1-4506A-33 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS-88 1-4506A-34 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS-88 4506A-35 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS-88 1-4506A-36 SOCKET WELD TO ELBOW CVCS05 CGE-I-4506A CS 2"SE-CS-88 1-4506A-37 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 12"SE-CS-88 1-4506A-38 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS-88 1-4506A-39 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 2"SE-CS-88 1-4506A-40 SOCKET WELD TO ELBOW CVCS05 CE-1-450 jcs 2SE-CS-88I 1-4506A-41 SOCKET WELD TO ELBOW.......

ICC.P-1-4506T C-S 12"SE-CS-88 1-4506A-42 SOCKET WELD TO ELBOW CVCSU5 Page 3 I---



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1.

Page C-4 CGE-1-4506A CS 2"SE-CS-88 11-4506A-45 SOCKET WELD TO ELBOW CVCS05 ICGE-1-4506A iCS 2"SE-CS-88 1-4506A-46 SOCKET WELD TO COUPLING CVCS05 I__.-_______

A CS 2"SE-CS-88 i-4506A-47 SOCKET WELD TO COUPLINGCVCS05 CGE-1-4506A CS 2"SE-CS-8-4506A-48 SOCKET WELD TO ELBOW CVCS05 CGE-I-4506A ICS j2"SE-CS-88 1-4506A-49 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A-CS 12"SE-CS--88 4506A--50 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A CS 12"SE-CS-88 11-4506A-51 SOCKET WELD TO ELBOW CVCS05 CGE-1-4506A-CS

_-,2"SE-CS-88

.1-4506A-52 SOCKET WELD TO VALVE (XVC-8377)

CVCS05 CGE-1-4506A CS.

2"DE-CS-82 1-4506A-53 SOCKET WELD TO VALVE (XVC-8377)

CVCS06 CGE-1-4506A CS J2"DE-CS-82 1-4506A-54 SOCKET WELD TO BRANCH CONNECTION CVCS06 CGE-1-4506A

_CS 2"DE-CS-82 1-4506A-55BC 2" BRANCH CONNECTION TO 4" PIPE CVCS06 CGE-2-2103A FW 18"-904 2-2103A-6 PIPE TO VALVE (XVC-N1684A)

FW-C-01A CGE-2-2103AlFW 18"-904 2-2103A-5 PIPE TO VALVE (XVG-16184A)

FW-C-01A CGE-2-2203 IFW 18"SE-FW-15 2-2203-7 PIPE TO VALVE (XVC-168I4B)

FW-C-01B CGE-2-2203

.FW 18"SE-FW-15 2-2203-50 PIPE TO PIPE FW-C-01B CGE-2-2203 JFW -

18"SE-FW-15 2-2203-56 PIPE TO ELB OW FW-C-01B CGE-2-2203 FW 18"SE-FW-15 2-2203-5 PIPE TO ELBOW FW-C-0IB CGE-2-2203 FW 18"SE-FW-15 2-2203-49 PIPE TO PIPE FW-C-01B CGE-2-2203 FW -

18"SE-FW-15 2-2203-4 PIPE TO ELBOW FW-C-OIB ICGE-2-2203

[FW 18"SE-FW-15 2-2203-3 PIPE TO VALVE (XVG-161 IB)

FW-C-OIB ICGE-2-2303 IFW 18"SE-FW-14(2) 2-2303-6 PIPE TO VALVE (1684C)

FW-C-01C 1CGE-2-2303 IFW 18"SE-FW-14(2) 12-2303-5 PIPE TO VALVE (1611WC)---C-01C ICGE-2-2103A IFW j 18"-904 12-2103A-4 PIPE TO VALVE (XVG-1611A)

FW-C-02A CGE-2-2103A FW 18"-904

.2-2103A-3 PIPE TO ELBOW FW-C-02A CGE-2-2103A FW 18"-904 2-2103A-2 PIPE TO ELBOW FW-C-02A CGE-2-2103A FW 18"-904 t2-210 3 A-1 PIPE TO PENETRATION XRP-306 FW-C-02A CG_________

FW 18"SE-FW-15 2-2203-2 PIPE TO VALVE (XVG-161,IB)

FW-C-02B CGE-2-2203 JFW 18"SE-FW-15 12-2203-1 PIPE TO PENETRATION XRP-206 FW-C-02B CGE-2-2303 jFW 18"SE-FW-14(2) 12-2303-4 PIPE TO-VALVE (1611 C)

FW-C-02C CGE-2-2303 FW 18"SE-FW-14(2) 2-2303-3 PIPE TO ELBOW FW-C-02C CGE-2-2303 IFW 18"SE-FW-14(2) 2-2303-2 PIPE TO ELBOW FW-C-02C

_CGE-2-2303 L

18"S-Y-14(2)

J2-2303-1 PIPE TO PENETRATION XRP-203 FW-C-02C Page 4

KJ Page C-5 rViVr LU g.L, lUW PIPE TO NOZZLE PIPE TO PENETRATION XRP-306

.CGE-2-2102A F

18"SA-106

_.1.2-2102A-17 PIPE TO ELBOW FW-C-03A CGE-2-2102A IFW 18"SA-106 2-2102A-16 PIPE TO ELBOW F'W-C-03A-CGE-2-2102A FW il8"SA-106.2-2102A-15 PIPE TO ELBOW-FW-C-03A CGE-2-2102A FW.

18"SA-106

.12-2102A-14 PIPE TO ELBOW FW-C-03A CGE-2-2102A FW 18"SA-106 12-2102A-13 PIPE TO ELBOW FW-C-03A FW 18"SA-106 2-2102A-32 PIPE TO PIPE FW-C-03A CGE-2-2102A EFW 18"SA-106 2-2102A-31 PIPE TO ELBOW FW-C-03A CGE-2-2102A FW 1 18"SA-106

.... 12-2102A-30 PIPE TO ELBOW FW-C-0aA CGE-2-2102A FW 18"SA-106 2-2102A-28 PIPE TO ELBOW FW-C-03A CGE-2-2102A FW 18"SA-106 2-2102A-25 PIPE TO ELBOW FW-C-03A CGE-2-2202 IFW j16"-P1 1 2-2202-20 ELBOW TO NOZZLE FW-C-03B rCGE-2-2202 JEWJi1"-P22 2-2202-16 PIPE TO PENETRATION XRP-206..

FW-C-03B CGE-2-2202 FJW j188"-P22 2-2202-15 PIPE TO ELBOW FW-C-03B CGE-2-2202 FJW 18"-P22 12-2202-14 PIPE TO ELBOW

_FW-C-03B CGE-2-2202 1FW 118"-P22

.... 2-2202-13 PIPE TO ELBOW FW-C-03B CGE-2-2202 jW 18"-P22 2-2202-12 PIPE TO ELBOW FW-C-03B CGE-2-2202 FW 18"-P22 2-2202-25 PIPE TO PIPE FW-C-03B ICGE-2-2202 EW 18"-P22 2-2202-24 PIPE TO ELBOW FW-C-03B CGE-2-2202 FW 18"-P22 2-2202-23 PIPE TO ELBOW FW-C-03B ICGE-2-2202 FW 118"-P22

_2-2202-22 PIPE TO ELBOW FW-C-03B ICGE-2-2202 EW I18"-P22 2-2202-21 PIPE TO ELBOW FW-C-03B3 CGE-2-2302 EW 16"SE-FW-14 2-2302-32 ELBOW TO NOZZLE FW-C-03C CGE-2-2302 FW 18"SE-FW-14 2-2302-27 PIPE TO PENETRATION XRP-203 FW-C-03C CGE-2-2302 FW 18"SE-FW-14 2-2302-26 PIPE TO ELBOW FW-C-03C CGE-2-2302 FW 18"SE-FW-14 2-2302-25 PIPE TO ELBOW FW-C-03C CGE-2-2302 FW 18"SE-FW-14 2-2302-24 PIPE TO ELBOW FW-C-03C CGE-2-2302 FW 18"SE-FW-14 2-2302-23 PIPE TO ELBOW FW-C-03C CGE-2-2302 FW 18"SE-FW-14 2-2302-22 PIPE TO PIPE FW-C-03C CGE-2-2302 FW 18"SE-FW-14 2-2302-21 PIPE TO ELBOW FW-C-03C CGE-2-2302 FW 118"SE-FW-14 2-2302-20 PIPE TO ELBOW" FW-C-03C Page 5

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Page C-6

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CGE-2-2302 IFW IW tBl*-W-14

'EL". OU ELBLOUW CGE-2-2302 JFW 18"SE-FW-14 2-2302-18 PIPE TO ELBOW CGE-2-2302 CGE-2-2302 FW 118"SE-FW-14 18"SE-FW-14 12-2302-17 T2-2302-16 PIPE TO ELBOW PIPE TO ELBOW FW-C-03C FW-C-03C FW-C-03C FW-C-03C CGE-2--2 302-15 PIPE TO ELBOWFW-C-03C CGE-2-2302 FW 18"SE-FW-14 12-2302-14 PIPE TO ELBOW FW-C-03C CGE-2-2302 jFW 18"SE-FW-14'2-2302-13 PIPE TO ELBOW FW-C-03C E-3 1-3212PPTELO..

CGE-2-2302 FW 18"SE-FW-14 12-2302-12 PIPE TO ELBOW FW-C-03C CGE-2-2302 -FW 18"SE-FW-14...2-2302-11 PIPE TO ELBOW FW-C-03C CGE-2-2302 FW 18SE-FW-14 2-2302-I0 PIPE TO ELBOW FW-C-03C ICGE-2-2302 F

8"SE-FW-14 2-2302-8 PIPE TO ELBOW FW-C-03C

[CGE-2-2302 FW 18"SE-FW-14 2-2302-79 PIPE TO ELBOW FW-C-03C CGE-2-2302 FW 18"SE-FW 2-2302-7 PIPE TO ELBOW FW-C-03C CGE-2-2302 TFW 18"SE-FW-14 12-2302-5 PIPE TO ELBOW FW-C-03C CGE-2-2302 FW 18"SE-FW-14 2-2302-6 PIPE TO ELBOW FW-C-03C CGE-2-2302 FW 18"SE-FW-14...

2-2302-36 PIPEFTO PIELBWFW-C-03C CGE-220 F

1"--42-2302-135 PIPE TO PIPE FW-C-03C JCGE-2-2302 FW 18"SE-FW-14 2-2302-34 PIPE TO PIPE FW-C-03C ICGE-2-2302 FW 118"SE-FW-14 2-2302-33 ELBOW TO PIPE FW-C-03C ICGE-2-2104A EF 6"SA-904(SGA) 2-2104A-8 ELBOW TO REDUCER FW-C-04A CGE-2-2104A IEF 6"SA-904(SGA) j2-2104A-7 PIPE TO ELBOW, COUNTERBORE:.562" TO.432" FW-C-04A CGE-2-2104AE-EF-6"SA-904(SGA)

[2-2104A-6 PIPE TO NOZZLE FW-C-04A CGE-2-2204A EF 6"SA-106(SGB) 2-2204A-8 ELBOW TO REDUCER FW-C-04B CGE-2-2204A EF 6"SA-106(SGB) 12-2204A-7 PIPE TO ELBOW, COUNTERBORE:.562" TO.432" FW-C-04B CGE-2-2204A EF 6"SA-106(SGB) 12-2204A-6 PIPE TO NOZZLE FW-C-04B CGE-2-2304 EF 6"-106-904(SGC) 12-2304-7 PIPE TO REDUCER, COUNTERBORE:3.562" TO.432" FW-C-04C CGE-2-2304 EF 6"-106-904(SGC) 2-2304-6 PIPE TO NOZZLE FW-C-04C CGE-2-3006 SI 3"SI(2) 2-3006-8 PIPE TO VALVE (8801A)

IL-C-01 CGE-2-3006 SI 3"SI(2) 2-3006-9 PIPE TO ELBOW IL-C-01 ICGE-2-3006 SI 3"SI(2) 2-3006-10 PIPE TO ELBOW IL-C-01 ICGE-2-3006 SI 3"SI(2) 2-3006-11 PIPE TO TEELBO-_IL-C-01 ICGE-2-3006 SI 3"SI(2) 2-3006-12 PIPE TO TEE

-IL-C-01 1CGE-2-3006 SI 3SI(2) 2-3006-13 PIPE TO PIPE IL-C-01 CGE-2-3006 ISI 3"SI(2) 2-3006-14 PIPE TO ELBOW IL-C-01 COE2-306 SI "SI2)!2-300-1 PPETO-LBO I-.CO--.......

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ICGE-2-3006 SI 3"SI(2)-X 2-3006-20 PIPE TO TEE IL-C-01I ICGE-2-3005 S -'

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IL-C-02 CE-2-3005 Sl

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IL-C-02 CGE-2-3005 1S1 2S1 2-3005-15 PIPE TO VALVE (8996A).

IL-C-02 CGE-2-3004 SI 2"SI(1) 2-3004-1-PIPE TO TEE IL-C-02 CGE-2-3004 SI 2"SI()

I2-3004-2 PIPE TO FLANGE IL-C-02 CGE-2-3004

_SI 2"SI(t)_2-3004-3 PIPE TO FLANGE iL-c-02 CGE-2-3004 SI 2"SI(1) 2-3004-3 PIPE TO FLANGE IL-C-02 CGE-2-3004 SI 2"SI(1) 2-3004-4 PIPE TO ELBOW IL-C-02 ICGE-2-3004 SI12SI(1) 2-3004-6"PIPE TO VLBOW.IL-C-02

___GE'2"_'_

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2-3004-5 PIPE TO ELBOW

_____________IL-C-02 FCGE-2-3004 SI 2"SI(3) 2-3004-6 PIPE TO VALVE (8996B)L-C-02 CSI 2"SI(3) 2-3007-2 PIPE TO ELBOW IL-C-02

!CGE-2-3007 1 SI 2"SI(3) 2-3007-3 PIPE TO TEE IL-C-02 CGE-2-3007 SI 2"SI(3) 2-3007-4 PIPE TO TEE IL-C-02 CGE-2-3007 ISI 2,SI(3) 2-3007-5 PIPE TO FLANGELIL-C-02 ICGE-2-3007 ISI 2"SI(3) 2-3007-6 PIPE TO FLANGE IL-C-02 ICGE-2-3007 SI

. 2"S(4) 12-3007-7 PIPE TO ELBOW IL-C-02 CGE-2-3007 SI 12"SI(3) 2-3007-8 PIPE TO ELBOW IL-C-02 CGE-2-3007

-S 3"S 2-3007-9 PIPE TO VALVE (8996C)

IL-C-02 CGE-2-3007

[SI _

2"SI(4) 2-3007-14 TEETOREDUCER IL-C-02 CGE-2-3005 dSI

[3"SI

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.CGE-2-3 0 05 SI 3SI 2-3005-5 PIPE TO ELBOW IL-C-02 1SI 3"SI 2-3005-_

PIPE TO ELBOW IL-C-02 ICGE-2-3005 3PIE O LBW

____IL-C-02 CGE-2-3005 SI 3"SI 2-3005-4 PIPE TO ELBOW IL-C-02 CGE-2-3005 SI 3"SI 2-3005-5 PIPE TO ELBOW IL-C-02 CGE-2-3005 SI Y3SI 12-3005-6 PIPE TO ELBOW___

IL-C-02 CGE-2-3005 SI Y3"SI 12-3005-7 PIPE TO ELBOW IL-C-02 CGE-2-3005 SI 13"SI 2-3005-8 PIPE TO TEE IL-C-02 ICGE-2-3 005 Al 3YSI

• 2-3005-9 PP TO TEE IL-C-02 ICGE-2-3005

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'SI T 2"SI 12-3005-20 PIPE TO ELBOW IL-C-02A; ICGE-2-3005 ISI

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.SI-2"SI(l) 3004-9 PIPE TO ELBOW IL-C-02B ICGE-2-3004 ISI 12"SI(1) 12-3004-10 PIPE TO COUPLING IL-C-02B CGE-2-3004 12-3004-11 PIPE TO COUPLING IL-C-02B ICGE--3004 1ST I 2"Sl(l)

.12-3004-12 PIPE TO COUPLING

_-----_-IL-C-02B ICGE-2-3004

-SI-2"SI(I) 2-3004-13 PIPE TO COUPLING..

IL-C-02B ICGE-2-3004 SI 2"SI(1) 12

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IL-C-02B CGE-2-3004_SI 2"S1(1) 2-3004-156-.

PITOPCOUPLING-ILC-02B CGE-2-3004 SI 2"SI(l) 2-3004-15 PIPE TO COUPLING IL-C-02B CGE-2-3004 SI 2"SI(1) 12-3004-17 PIPE TO COUPLING IL-C-02B CG-2304 i "S(1 J-304!8PIPE TO COUPLING

-IL-C-02B CGE-2-3004 SI 2"SI(1) 12-3004-19 PSI; PIPE TO COUPLING IL-C-02B CGE-2-3004 lSI 12'SI(1) 12-3004-20 PSI; PIPE TO VALVE (XVC-8997B)

IL-C-02B ICGE-2-3007

-_S_--12"S_-

12-3007-10 PIPE TO VALVE (8996C)

IL-C-02C ICGE-2-3007 ISI 12"SI(3) j2-3007-i1 PIPE TO ELBOW IL-C-02C ICGE-2-3007SI 2"SI(3) 2-3007-12 PIPE TO ELBOW IL-C-02C ICGE-2-3007 Si

!2SI(3) 12-3007-13 PIPE TO VALVE (8997C)

IL-C-02C ICGE-2-2521A SI 10"SE-SI-02 12-2521A-14 PIPE TO VALVE (8888A)

IL-C-03A CGE72-2521A fSI 10"SE-SI

{2-2521A-13 PIPE TO PIPE IL-C-03A ICGE-2-2521A SI 10"SE-SI-02 12-2521A-12 PIPE TO ELBOW IL-C-03A ICGE-2-2521A SI 10"SE-SI-02 12-2521A-II PIPE TO ELBOW IL-C-03A CGE-2-2521A SI 10"SE-SI-02 j2-2521A-10 PIPE TO ELBOW IL-C-03A CGE-2-2521A SI 10"SE-SI-02 2-2521A-9 ELBOW TO PENETRATION XRP-322 IL-C-03A CGE-2-2525 SI 10"SE-SI-02 2-2525-5 PIPE TO PENETRATION XRP-227 IL-C-03B

ýCGE-2-2525 SI 10"SE-SI-02 2-2525-6 PIPE TO ELBOW IL-C-03B ICGE-2-2525 ISI 10"SE-SI-02 J2-2525-.7 PIPE TO ELBOW IL-C-03B Page 8

k-I Page C-9 FCGE-2-2525 SI 10"SE-SI-02 r2-2525-11

,BOuW BOW PIPE TO VALVE (8888B)

IL-C-03B CGE-2-2521A

-SI

.I0"SE-SI-021 2-2521IA--7 PIPE TO PENETRATION XRP-322 IL-C-04A ICGE-2-2521A SI

[10"SE-SI-02 2-2521A-6 PIPE TO VALVE (8974A)

IL-C-04A CGE-22525 SI j 10"SE-SI-16 12-2525 3

PIPE TO VALVE (8974B)

IL-C-04B CGE-2-2525 S-I-.

10"SE-SI-16 2-2525-4 PIPE TO PENETRATION XRP-227 IL-C-04-B ICGE-2-2521A SI._

.10"SE-SI-02 2-2521A-5 TEE TO VALVE (8974A)

IL-C-05 1CGE-2-2525 SI 1,10"SE-SI-16 2-2525-2 TEE TO VALVE (8974B)

IL-C-05 CGE-2-2526 ISI 10"SE-SI-16(1) 2-2526-14 PIPE TO ELBOW

......-IL-C-05 ICGE-2-2526 Si 110"SE-SI-16(1) 2-2526-PIPE TO TEE IL-C-O5 ICGE-2-2526 ISI j10"SE-SI-16(I) 2-2526-16 PIPE TO TEE IL-C-05

-CE2-2526.

SI 10SE-SI-16()

'12-2526--17.

PIPE TO REDUCER IL-C-05 iCGE-2-2521A [ SI 10"SE-SI-17 K2-2521A-4 PIPE TO REDUCER IL-C-05 ICGE-2-2521A SI 10"SE-SI-17 1 2-2521A-3 PIPE TO TEE IL-C-05 ICE222A I

ilh§I 2-51--2-IP T-TE----------0 ICGE-2-2521A SI 10"SE-SI-17 2-2521A-2 PIPE TO TEE IL-C-05 CGE-2-2521A6 SI 10"SE-SI-17 I

2-2521A-1 PIPE TO REDUCER IL-C-05 CGE-2-2526 1 [I 6"SE-SI-16(1) 2-2526-1 PIPE TO TEE IL-C-05 ICGE-2-2526 ISI

.6"SE-SI-16(1) 2-2526-2 PIPE TO ELBOW IL-C-05 ICGE-2-2526 SI 16"SE-SI-16(I) 2-2526-23 PIPE TO ELBOW IL-C-05 ICGE-2-2526 SI 1 6"SE-SI-16(I) 2-2526-28 PIPE TO PIPE (VW3)

IL-C-05 CGE-2-2526 SI

[6"SE-SI-16(l) 2-2526-4 PIPE TO PIPE IL-C-05 ICGE-2-2526 SI 16"SE-SI-16(1) 2-2526-5 PIPE TO ELBOW IL-C-05 ICGE-2-2526 SI J6"SE-SI-16(1) 2-2526-6 PIPE TO ELBOW IL-C-05 CGE-2-2526 SI 6"SE-SI-16(1) 12-2526-7 PIPE TO ELBOW IL-C-05 CE-2-26 SI _

8 PIPE TO ELBOW IL-C-05 CGE-2-2526 SI 6"SE-SI-16(1) j2-2526-9 PIPE TO VALVE (89721)

IL-C-O5 CGE-2-2526 SI 6"SE-SI-16(1) 2-2526-10 PIPE TO VALVE (8972B)

IL-C-05 CGE-2-2526 SI 6"SE-SI-16(I) 2-2526-11 PIPE TO ELBOW-IL-C-05 CGE-2-2526 SI 6"SE-SI-16(1) 2-2526-12 PIPE TO ELBOW IL-C-05 CGE-2-2526 S1 6"SE-SI-16(1)2-2526-13 PIPE TO ELBOW IL-C-05

[CGE-2-2526 SI 6"SE-SI-16(2) 2-2526-18 ELBOW TO REDUCER IL-C-05 ICGE-2-2526 JSI 6"SE-SI-16(2) 2-2526-26 PIPE TO ELBOW (VWI)

IL-C-05 Page 9

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.22526-24 PIPE TO ELBO IL-C-05 iCGE-2-2526 SI 16"SE-SI-16(2) 12-2526-25 PIPE TO VALVE (8973C)

IL-C-05 CGE-2-2541 SI 6"SE-SI-17(i) 12-2541-8 PIPE TO REDUCER IL-C-05 CGE-2-2541

'SI 6SE-SI-17(1) 12-2541-PIPE TO ELBOW IL-C-05 CGE-2-2541 SI 6"SE-SI-17(1) 2-2541-6 PIPE TO ELBOW IL-C-O5 CGE-2-2541 SI 6"SE-SI-17(i) 2-2541-5 PIPE TO ELBOW IL-C-05 CGE-2-2541 SI 6"SE-SI-17(I) 2-2541-4 PIPE TO ELBOW IL-C-05 CGE-2-2541

-SI 6"SE-SI-17(1) 12-2541-1 PIPE TO ELBOWE (IL-C-05 ICGE-2-2541

-SI--_6"SE-SI-17()

2-2541-PIPE TO ELBOWE IL-C-05 1CGE-2-2541,SI 6"SE-SI-17(2) 2-2541-1 PIPE TO ELVE (IL-C-05 1

41ESI226"SE-SI-17(2) 2-2541-511PIPE4TOVELB 897-A) 1 GSIL-2-2541-92 PIPE TO REDUCER IL-C-05

-CGE-2-2541 SI 16"SE-SI-17(2) 2-2541-10 PIPE TO ELBOWV (8972A)IL-C-05 CGE-2-2541 ISI.

6"SE-SI-17(2) 2-2541-11 PIPE TO ELBOW IL-C-05

-CGE-2-25

...- 16"SE-SI-17(2) 2-2541-12 PIPE TO VALVE (8972A)

IL-C-05 CGE-2-2541

-SI 16"SE-SI-17(2) 2-2541-13 PIPE TO VALEB)IL-C-05 CGE-2-2541

,SI j6"SE-SI-17(2) 2-2541-14 PIPE TO ELBOW IL-C-05 CGE-2-2541 SI 16"SE-SI-17(2) 2-2 54 1-15 PIPE TO ELBOW IL-C-05 CGE-2-2541 SI 16"SE-SI-17(2) 2-2541-16 PIPE TO ELBOW

_IL-C-05 ICGE-2-2541 SI 6"SE-SI-17(2)

.2-2541-124 PIPE TO PIELBOWIL-C-05 SI 6"SE-SI-17(2) 12-2541-18 PIPE TO ELBOW I-5 CGE-2-2541 SI 6"SE-SI-17(2) 2-2541-18 PIPE TO ELBOW___

IL-C-OS CGE-2-2541 SI 6'SE-SI-17(2) 2-2541-20 PIPE TO TEEO IL-C-05 CGE-2-2541 I*-

6'SE-SI-17(2) 1 2-2541-21 PIPE TO PTE IL-C-05 CGE-2-2541 SI 6"SE-SI-17(2) 2-2 5 4 1-25 PIPE TO PIPE (VWE 0)

IL-C-05 CGE-2-2541 SI 6"SE-SI-17(2) 12-2541-22 PIPE TO BENT PIPE L-C 1CGE-2-2541 SI j6"SE-SI-17(2) 12-2541-23 BENT PIPE TO VALVE (8973B)

IL-C-05 CGE-2-2554fSI....____[10"SE-SI-03 2-2554-I PIPE TO VALVE (8889)

.IL-.C-__006-.............

Page 10 1,4."3 1SiIA o"R1

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Page C-I I I CGE-2-2554 ICGE-2-2554 CGE-2-2554 ICGE-2-2554

!CGE-2-2554 sI I

SI SI SI

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L2 IL-C-06

___I IL-C-06 2-2554-_4.

PIPE TO ELBOW IL-C-06 2-2554-5 PIPE TO ELBOW IL-C-06 tCGE-2-2554 _

..... 0;sE-si-03 2-2554-6 PIPE TO PENETRATION XRP-325 IL-C-06 CGE-2-2554 SI 10"SE-SI-18(1) 2-2554-7 PIPE TO PENETRATION XRP-325 IL-C-07 CGE-2-2554 SI 10"SE-SI-18(l) 2-2554-8 PIPE TO TEE IL-C-07 CGE-2-2554 SI 10"SE-SI-18(l) 2-2554-9 PIPE TO TEE IL-C-07 CGE-2-2554-SI 10"SE-SI-18(1) 2-2554-10 PIPE TO REDUCER IL-C-07 CGE-2-2554 SI 10"SE-SI-I 8(2) 2-2554-11 PIPE TO TEE IL-C-07 CGE-2-2554 SI 10"SE-SI-18(2) 2-2554-12 PIPE TO REDUCER IL-C-07

'CGE-2-2554 SI 6"SE-SI(1) 2-2554-18 PIPE TO REDUCER IL-C-07 CGE-2-2554 SI 6"SE-S()

2-2554-17 PIPE TO ELBOW IL-C-07 iCGE-2-2554 SI 6"SE-SI(1) 2-2554-16 PIPE TO ELBOW IL-C-07 CGE-2-2554 SI 6"SE-SI(1) 2-2554-15 PIPE TO ELBOW IL-C-07 CGE-2-2554 SI 6"SE-SI(1) 2-2554-14 PIPE TO ELBOW IL-C-07 ICGE-2-2554 SI 6"SE-SI(1) 12-2554-13 PIPE TO VALVE (8988A)

IL-_-07 ICGE-2-2554 SI 6"SE-SI(2)

.2-2554-28 PIPE TO REDUCER IL-C-07

'CGE-2-2554 SI 6"SE-SI(2) 2-2554-27 PIPE TO PIPE IL-C-07 gCGE-2-2554 SI 6"SE-SI(2) 2-2554-26 BENT PIPE TO PIPE IL-C-07 CGE-2-2554 SI 6"SE-SI(2) 2-2554-25

-- PIPE TO BENT PIPE IL-C-07 CGE-2-2554 S-i---

6"SE-SI(2) 2-2554-24 PIPE TO PIPE IL-C-07 ICGE-2-2554 SI 6"SE-SI(2) 2-2554-23PIPE TO ELBOW-IL-C-07 jCGE-2-2554 SI 6SE-SI(2)

-_25_4-22--

PIPE TO ELBOW IL-C-07 CGE-2-2554 SI 6"SE-SI(2) 2-2554-213-PIPE TO ELBOW IL-C-07 CGE-2-2554 SI 6"SE-SI(2) 2-2554-202 PIPE TO ELBOW IL-C-07 CGE-2-2554 SI 6"SE-SI(2) 2-2554-19 PIPE TO VALVE (8988B),IL-C-07 CGE-2-2100A MS 32"SE-MS-17(A) 2-2100A-17 PIPE TO NOZWZLE

-MS-C-01A CGE-2-2100A MS 32"SE-MS-17(A) 2-2155A-18 PIPE TO ELBOW MS-C-01A CGE-2-2100A MS 32"SE-MS-17(A) 2-2100A-3 PIPE TO ELBOW MS-C-01A CGE-2-2100A MS 32"SE-MS-17(A) 2-2100A-19 PIPE TO PIPE MS-C-01A ICGE-2-2100A MS5 32"SE-MS-17(A) 2-210OA-4 PIPE TO ELBOW MS-C-01A jCGE-2-2100A 32SE-MS-17(A) 12-2_10A-5 PIPE TO ELBOW MS-C-01A "Page 11

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2-210A-16PIPE TO PIPE (VW2)

MS-C-01A ICGE-2-2100A MS 132"SE-MS-17(A) 2-2100A-6 PIPE TO ELBOW-.........

MS-C---A

[CGE-2-2100A MS 32"SE-MS-17(A) 2-2100A-7 PIPE TO ELBOW MS-C-01A CGE-2-2100A MS 32"SE-MS-17(A).

2-2100A-8 PIPE TO PENETRATION-XRP-428....................

MS-C-01A CGE-2-2200A MS 32"SE-MS-17(B) 2-220A-18 PIPE TO NOZZLE MS-C-OIB CGE-2-2200A MS 32"SE-MS-17(B) 2-2200A-19 PIPE TO ELBOW MS-C-01B CGE-2-2200A MS 132"SE-MS-17(B) 2-2200A-3 PIPE TO ELBOW MS-C-OIB CGE-2-2200A MS 132;SE-MS-17(B) 2-2200A-20 PIPE TO PIPE MS-C-01B jCGE-2-2200A MS-i-32"SE-MS-17(B) 2-2200A-0 4

PIPE TO ELBOW

..... MS-C-01B CGE-2-2200A MS 32"SE-MS-17(B) 2-2200A-5 PIPE TO ELBOW MS-C-011B CGE-2-2200A MS 32"SE-MS--17(B) - -l* 2200A-6 PIPE TO PIPE MS-C--0B CGE-2-2200A MS 132"SE-MS-17(B) 2-2200A-17 PIPE TO PIPE (SW-2)

_MS-C-01B ICGE-2-2200A MSJ32"SE-MS-17(B) 2-2200A-7 PIPE TO ELBOW MS-C-01B CGE-2-2200A MS 132"SE-MS-17(B) 2-2200A-8 PIPE TO ELBOW MS-C-O1B

-CGE-E-2200A MSJ32"SE-MS-17(B)...-

2200A-9 PIPE TO PENETRATION XRP-207.......MS-C-01B CGE-2-2300 MS 132"SE-MS-17(C) 2-2300- 13 PIPE TO NOZZLE MS--_C-

-0.1_

CGE-2-2300 M-S-32-SE-MS-I7(C) 2-2300- 14 PIPE TO ELBOW MS-C-01C CGE-2-2300 MS 132"SE-MS-17(C)

.... 12-2300-13 PIPE TO ELBOW MS-C-01C CGE-2-2300

[MS 132"SE-MS-17(C)

.. 2-2300-,i315 PIPE TO PIPE

... MS-C-01C CGE-2-2300 IMS 132"SE-MS-17(C) 2-2300- 4 PIPE TO ELBOW MS-C-OlC iCGE-2-2300 RM-'f...

32-SE-MS-17(C)"

2-2300- 5 PIPE TO ELBOW

-MS-C-01C ICGE-2-2300

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[3_-2"_-1_)_2-236_00-_6

_PIPE TO PIPE MS-C-01C CGE-2-2300 MS 132"SE-MS-17(C) 12-2300- 12 PIPE TO PIPE MS-C-01C CGE-2-2300 MS I

32"SE-MS-17(C).

.12-2300- 7 ------

PIPE TO ELBOW MS-C-01C CGE-2-2300 MS 32"SE-MS-17(C) 2-2300- 8 PIPE TO ELBOW MS-C-01C-........ ;

CGE-2-2300 MS 32"SE-MS-17(C) 2-2300- 9 PIPE TO ELBOW MS-C-Ole CGE-2-2300 iMS T

32"SE-MS-17(C)

Q 2-2300- 10 PIPE TO ELBOW MS-C-O1C CGE-2-2300 MS 32"SE-MS-17(C) 2-2300- 11 PIPE TO PENTRATIN XMS-C-01C CGE-2-2101A MS 132"SE-MS-05 2-2101A-I PIPE TO PENETRATION XRP-428 MS-C-02A CGE-2-2101A MS 32"SE-MS-05 2-2101A-2 PIPE TO ELBOW MS-C-02A CGE-2-2101A MS 32"SE-MS-05 2-2101A-3 PIPE TO ELBOW MS-C-02C CGE-2-211OA MS 32"SE-MS-05 2-2101A-4 PIPE TO ELBOW MS-C-02A ICGE-2-2101A MS_

32"SE-MS-05 2-2101A-5 PIPE TO ELBOW MS-C-02A Page 12

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IM.R CGE-2 r-2 1A1M CGE-2-2101A MS CGE-2-2101A IMS 32"SE-MS-05 32"SE-MS-05 132"SE-MS-05 2-2101A-2-2101A-6 2-TI0-A-7 D

TO ELBOW E TO ELBOW MS-C-02A MS-C-02A CGE-2-2101A MS 132"SE-MS-05 2-2101A-8

-PIPE TO ELBOW MS-C-02A ICGE-2-2101A MS-I 132"SE-MS-05.2-2101A-9 PIPTE W

MS-C-02A CGE-2-2101A MS 32"SE-MS-05 2-2101A-126 PIPE TO PIPE MS-C-02A CGE-2-2101A MS 32"SE-MS-05 2-2101A-10 PIPE TO PIPE MS-C-02A CGE-2-2101A MS 32"SE-MS-05 2-2101A-128 PIPE TO PIPE MS-C-02A CGE-2-2101A IMS 32"SE-MS-05 2-2101A-129 PIPE TO PIPE MS-C-02A CGE-2-2101A MS j32"SE-MS-05 2-2101A-I1 PIPE TO PIPE MS-C-02A CGE-2-2101A [MS 32"SE-MS-05 2-2101A-12 PIPE TO ELBOW MS-C-02A CGE-2-2101A..[MS 32"SE-MS-05 2-2101A-13 PIPE TO ELBOW MS-C-02A CGE-2-2101A MS 132"SE-MS-05 2-2101A-14 PIPE TO ELBOW MS-C-02A

-CGE-2-2101A MS 132"SE-MS-05

[2-2101A-15 PIPE TO ELBOW MS-C-02A 13CGE-2-2201A M-S-"....

32"SE-MS-06

[2-2201A-1 PIPE TO PENETRATION XRP-207 MS-C-02B ICGE-2-2201A MS 32"SE-MS-06.

2-2201A-2 PIPE TO ELBOW MS-C-02B ICGE-2-2201A

-32"SE-MS-06 2-2201A-3 PIPE TO ELBOW MS-C-02B CGE-2-2301 IMS 32"SE-MS-07(1) 2-2301-1 PIPE TO PENETRATION XRP-202 MS-C-02C CGE-2-2301' '

MS 32"SE-MS-07(1) 2-2301-32 PIPE TO PIPE MS-C-02C CGE-2-2301 MS 32"SE-MS-07(1) 2-2301-2 PIPE TO ELBOW MS-C-02C ICGE-2-2301 MS 32"SE-MS-07(I) 2-2301-3 PIPE TO ELBOW MS-C-02C FCGE-2-2301 MS 32"SE-MS-07(1) 2-2301-4 PIPE TO ELBOW MS-C-02C CGE-2-2301 MS 32"SE-MS-07(I) 2-2301-5 PIPE TO ELBOW MS-C-02C CGE-2-2301 MS 132"SE-MS-07(1) 2-2301-33 PIPE TOPIPE MS-C-02C CGE-2-2301 MS 32"SE-MS-07(1) 2-2301-34 PIPE TO PIPE MS-C-02C CGE-2-2301 MS 32'SE-MS-07(1) 2-2301-6 PIPE TO ELBOW MS-C-02C CGE-2-2301 MS 32"SE-MS-07(1) 2-2301-7 PIPE TO ELBOW MS-C-02C CGE-2-2301 MS 32"SE-MS-07(1) 2-2301-8 PIPE TO ELBOW MS-C-02C CGE-2-2301 MS 32"SE-MS-07(1) 2-2301-9 PIPE TO ELBOW MS-C-02C CGE-2-2301 IMS 32"SE-MS-07(2) 2-2301-36 PIPE TO PIPE MS-C-02C CGE-2-2301 MS 33.5"SE-MS-07(I) 2-2301-10 PIPE TO PIPE MS-C-02C CGE-2-2301 M'S[

33.5"SE-MS-07(1) 2-2301-35 PIPE TO PIPE MS-C-02C CGE-2-2301 IMS 33.5"SE-MS-07(1) 2-2301-11 PIPE TO PIPE-THICKNESS CHANGE MS-C-02C ICGE-2-2101B

[MS 32"SE-MS-05 12-2101B-67 PIPETO PIPE MS-C-03A Page 13 I

1,

<2 Page C-14 ICGE-2-2101B MS 32"SE-MS-05 2-2101B-16 PIPE TO VALVE (XVG-2801A)

MS-C-03A CGE-2-2201A MS j32"SE-MS-06 2-2201A-4 PIPE TO ELBOW MS-C-03B iCGE-2-2201A MS 132"SE-MS-06 2-2201A-5 PIPE'TO-ELBOW.....................

.MS-C-03B

'CGE-2-2201A MS 32"SE-MS-06 2-2201A-57 PIPE TO PIPE MS-C-03B ICGE-2-2201AMIS 132"SE-MS-06(1) 12-2201IA-5-8 PIPE-TO-PI-PE- ---

MS-C-03B JCGE-2-2201A iMS 132"SE-MS-06(1) 2-2201A-8 PIPE TO ELBOW

- MS-C-03B AICE220AMS

-- i3M ICGE-2-2201

_MS 32"SE-MS-06(1) 2-2201A-9 PIPE TO ELBOW MS-C-03-B CGE-2-2201A IMS 32"SE-MS-06(1) 12-2201A-59 PIPE TO PIPE MS-C-03B CGE-2-2201A IMS I 32"SE-MS-06(I) 12-2201A-"10 PIPE TO ELBOW MS-C-03B MCGE-2-2201A S

ji.2"SE-MS-06(1) 2-2201A-II PIPE TO ELBOW MS-C-03B ICGE-2-2201A MS 132-SE-MS-06(1) 2-2201A-60 PIPE TO PIPE-....-MS-C-03B ICGE-2-2201A MS 32"SE-MS-06(l) 2-2201A-12 PIPE TO VALVE (XVG-2801B)

MS-C-03B CGE-2-2201AMS 33.5"SE-MS-06 2-2201A-6 PIPE TO PIPE MS-C-03B ICGE-2-2201A MS 33.5"SE-MS-06 2-2201A-56 PIPE TO PIPE MS-C-03B CGE-22201 AMS 33.5"SE-MS-06 2-2201A-7 PIPE TO PIPE MS-C-03B jCGE-2-2301, MS __j32"SE-MS-07(2) 2-2301-12 PIPE l1O ELBOW MS-C-03C ICGE-2-2301 IMS 132"SE-MS-07(2) 2-2301-13 PIPE TO ELBOW MS-C-03C fCGE-2-2301 IMS 32"SE-MS-07(2)

[2-2301-14 PIPE TO VALVE (XVG-2801C)

MS-C-03C ICGE-2-2101A MS 8"SE-MS-05 2-2101A-56 PIPE TO BRANCH NOZZLE MS-C-04A CGE-2-2101A M-M j S-05 2-2101A-57 PIPE LBOW MS-C-04A CGE-2-2101A MS 8"SE-MS-05 2-2101A-58 PIPE TO ELBOW MS-C-04A CGE-2-2101ANMIS 8"SE-MS-05 2-2101A-59 PIPE TO VALVE (2808A)

MS-C-04A JCGE-2-2101A NMS 8"SE-MS-05 2-2101A-60 PIPE TO VALVE (2808A)

MS-C-04A CGE-2-2101A MS 8"SE-MS-05 2-2101A-61 PIPE TO VALVE (IPV-2000)

MS-C-04A CGE-2-2101A MS

-8"SE-MS-05(2808A) 2-2101A-37BC BRANCH CONNECTION MS-C-04A CGE-2-2201A MS 8"-SE-MS-06(PV-2010) 2-2201A-17BC BRANCH CONNECTION

_....MS-C-04B CGE-2-2201A MS 8"SE-MS-06 2-2201A-27 PIPE TO BRANCH NOZZLE

• _MS-C-04B CGE-2-2201A NMS 8"SE-MS-06 2-2201A-28 PIPE TO ELBOW MS-C-04B CGE-2-2201A MS 8"SE-MS-06 2-2201A-29 PIPE TO ELBOW MS-C-04B CGE-2-2201A MS 8"SE-MS-06 2-2201A-30 PIPE TO VALVE (XVG-2808B)

MS-C-04B ICGE-2-2201A MS I8"SE-MS-06 2-2201A-31 PIPE TO VALVE (XVG-2808B)

MS-C-04B CGE-2-2201A MS a8"SE-MS-06 2-2201A-32 PIPE TO VALVE (IPV-2010)

MS-C-04B CGE-2-2301 MS

[a"SE-MS-07 2-2301-16BC BRANCH CONNECTION MS-C-04C CGE-2-2301 ~MS (8 SE-MS-07 2-2301-27 PIPE TO BRANCH NOZZLE MS-C-04C Page 14

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Page C-15 S8"SE-MS-07 12-2301-30 CGE-2-2301 MS 8"'SE-MS-07 2-2301-37 PIPE TO ELBOW MS-C-04C ICGE-2-2301 MS 8"SE-MS 2-2301-31 PIPE TO VALVE (IPV-2020)

.MS-C-04C ICGE-2-2101A IMS 6"SE-MS-05(2806A)j. 2-2101A-38BC BRANCH CONNECTION MS-C-05A

!CGE-2-2201A MS 6"-SE-MS-06(2806F) 12-2201A-18BC BRANCH CONNECTION MS-C-05F

_CGE-2-2301 MS 6"SE-MS-07(2306K) i2-2301-17BC BRANCH CONNECTION

__MS-C-05K

.CGE-2-2101A MS 6"SE-MS-05(2806B) 2-21O1A-39BC BRANCH CONNECTION MS-C-06B ICGE-2-2201A MS 6"-SE-MS-06(2806G) 2-220IA-19BC.

BRANCH CONNECTION MS-C-06G CGE-2-2301 MS 6"SE-MS-07(2306L) 2-2301-18BC

-_BRANCH CONNECTION MS-C-06L,

[CGE-2-2101A MS 6"SE-MS-05(2806C) 2-2101A-40BC BRANCH CONNECTION MS-C-07C ICGE-2-2201A MS

_6_-.SE-MS-06(2806H)1 2-2201A-20BC BRANCH CONNECTION MS-C-07H MCGE-2-2301 mS 6"SE-MS-07(2306M) 2-2301-19BC BRANCH CONNECTION MS-C-07M CGE-2-2101A MS 6.SE-MS-05(2806D) 2-2101A-41BC BRANCH CONNECTION MS-C-08D CGE-2-2201A MS 6--SE-MS-06(2806I) 2-220IA-21BC BRANCH CONNECTION MS-C-081 ICGE-2-2301 MS 6"SE-MS-07(2306N) 2-2301-20BC BRANCH CONNECTION MS-C-08N ICGE-2-2101A MS 6"SE-MS-05(2806E) 12-2101A-42BC BRANCH CONNECTION MS-C-09E ICGE-2-2201A MS 6"-SE-MS-06(2806J) 12-220IA-22BC BRANCH CONNECTION MS-C-09J CGE-2-23011 lMS 6"SE-MS-07(2306P) 12-2301-i21BC BRANCH CONNECTION MS-C-09P CGE-2-2101A jMS 14"Cap(l) 2-2101A-36BC BRANCH CONNECTION MS-C-10A JCGE-2-2!0!A IMS 14"Cap(l) 2-2101A-48 PIPE TO BRANCH NOZZLE MS-C-I0A ICGE-2-2101A MS 14"Cap(I) 2-2101A-49 PIPE TO PIPE CAP MS-C-10A CGE-2-2301 MS 14"SE-MS-07(1) 2-2301-15BC BRANCH CONNECTION MS-C-1oC ICGE-2-2301 MS 14"SE-MS-07(l) 2-2301-23 PIPE TO BRANCH NOZZLE MS-C-IoC ICGE-2-2301 MS 14"SE-MS-07(1) 2-2301-24 PIPE TO PIPE CAP JMS-C-10C

_CGE-2-2101B MS 14"Cap(2) 2-2101B-43BC BRANCH CONNECTION MS-C-I IA CGE-2-2101B MS 14"Cap(2) 2-2101B-50 PIPE TO BRANCH NOZZLE MS-C-I IA CGE-2-2101B MS 14"Cap(2) 2-2101B-51 PIPE TO PIPE CAP MS-C-I IA CGE-2-2201A MS

-f14"Capped(3) 12-220iA-23BC BRANCH CONNECTION MS-C-I lB CGE-2-2201A MS 14"Capped(3) 2-2201A-25 PIPE TO BRANCH NOZZLE MS-C-I IB ICGE-2-2201A MS 14"Capped(3) 2-2201A-26 PIPE TO PIPE CAP MS-C-I lB ICGE-2-2301 MS 14"SE-MS-07(2) 2-2301-22BC BRANCH CONNECTION MS-C-iIC "jCGE-2-2301 IMS j14"SE-MS-07(2)

[-2301-25 PIPE TO BRANCH NOZZLE MS-C-1IC Page 15 I

kU Page C-16 CGE-2-2301U IM 114qkE-MS-U/(2)

-2LUI-2O 3'01-26 PIU

-'IEtO P

AI-'

MS-P-E 1U

!CGE-1-4100A IRC 129"RCA j1-4100A-33(DM)

BIMETAL (INCONEL) WELD. NOZZLE BUTTER WELD RCSI I CGE-1-4100A IRC j29"RCA 1-4100A-34(DM)

BIMETAL (INCONEL) WELD. PIPE BUTTER WELD RCSI I CGE-1-4100A IRC -

29"RCA 1 -441OOAA-35 BIMETAL (INCONEL) WELD. NOZZLE-BUITERTO PIPE-BU'TITER WELD. RCSII iCGE-1-4100A 7RC 129"RCA

_1-4100A-36 PIPE TO PIPE WELD RCS"I" fCGE-I-4100A IRC j29"RCA 1-4100A-3 PIPETO ELBOW WRCSI1 ICGE-1-4100A ARC 129"RCA 1-4100A-29 SAFE-END TO ELBOW, HOT LEG RCSI!

ICGE--i1-41T6-IRC......

"129"RCA 1-410O0A-31 (DM)

BIMETAL (INCONEL) WELD. NOZZLE TO SAFE END WELD-HOT LEG

• Cs 11 CGE-1--4100AAA

- 32(DM)

BIMETAL (INCONEL) WELD. NOZZLE TO SAFE END WELD - COLD LEG RCS12 CGE-1-4100A RC

[31"RCA 1j-4100A-30 SAFE-END TO ELBOW, COLD LEG RCSI2 1CGE-1-4100A IRC

'31"RCA 1-4100A-9 ELBOW TO PIPE RCSI2 ICGE-1-4100A

.RC 131"*-RCA 1-4100A-9 ELBOW TOPIPE RCS12

'CGE-1-4 100ARC "RCA 1-410OA-10 ELBOW TO PIPE RCS12

,CGE-1-4100A31RC

-/31RCA 1-4100A-II PIPE TO ELBOW RCS12 ICGE-1-4100A IRC 131"RCA 1-4100A-12 ELBOW TO PUMP RCSI2 ICGE-1-4100A IRC___27.5"RCA 1-4100A-13 PIPE TO PUMP RCS 13 ICGE-1-4100A.IRC..

127.5"RCA 1-4100A-14 PIPE TO ELBOW RCS13 ICGE-1-4100A IRC

[27.5"RCA 1-4100A-15 BIMETAL (INCONEL) WELD.ELBOW TO SAFE END RCS13 ICGE-1-4100A IRC 27.5"RCA 1-4100A-16(DM)

BIMETAL (INCONEL) WELD. R.V. LOOP A INLET NOZZLE TO SAFE END RCSI3 CGE-1-4100A IRC 3"Capped(A) 1-4100A-20BC 3" BRANCH CONNECTION TO 31" PIPE (CAPPED)

RCS14 CGE-1-4100AR Ce 3"Capped(A) 1-4100gA-27 PIPE CAP TO 3" BRANCH NOZZLE RCS14 CGE-1-4107ACSK 3"SE-CS-92 1-4107A-1 PIPE TO BRANCH NOZZLE, RCSI15A ICGE-1-4107A CS Y3"SE-CS-92 1-4107A-2 PIPE TO ELBOW RCSI5A 1CGE-1-4107A CS 13"SE-CS-92

_L1-4107A-3 PIPE TO ELBOW RCSI5A CGE-l-ni07ACzS -

3"SE-CS-92

1-4107A-4 PIPE TO ELBOW RCS15A ICGE-1-4107A CS 3"SE-CS-92 1i-4107A-5 PIPE TO ELBOW RCSI5A CGE-1-4107A [CS 3"SE-CS-92 1-4107A-6 PIPE TO ELBOW RCS15A CGE-1-4107A jCS....

3"SE-CS-92 1-4107A-7 PIPE TO ELBOW RCS15A CGE-1-4107A CS 3"SE-CS-92 1-4107A-8 PIPE TO ELBOW RCS15A CGE-1-4107A YCS 3"SE-CS-92 1-4107A-9 PIPE TO ELBOW RCS15A CGE-I-4107A CS 13"SE-CS-92 1-4107A-1 0 PIPE TO ELBOW RCS15A CGE-1-4107A CS 13"SE-CS-92 1-4107A-11 PIPE TO ELBOW RCS15A ICGE-1-4107A CS' 3"SE-CS-92

[1-4107A-12 PIPE TO TEE RCSI5A SG-4107A jCS 3"SE-CS-92 I-4PIPETOTEE_

RCS15SA Page 16

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K)Y Page C-17 ICGE-1-4107A tCS _._3"SE-CS-92 1-4107A-15 PIPE TO ELBOW RCSI5A ICGE-1-4107A ICS 1-4107A-16 PI'-PE T--oELBOW RCS 15A 1CGE-1-4107A CS...3"SE-CS-9.2

!1-4107A-17 PIPE TO VALVE (XVG-8085A),,

RCS15A ICGE-1-4107A CS Y3SE-CS-92 1-4107A-18 PIPE TO VALVE (XVG-8085A),

RCS15A

.CGE-1-4107A CS 3"SE-CS-92 1-4107A-19 PIPE TO VALVE (LCV-460),

RCS15A

CGE-1-4107A CS 3"SE-CS-92(I) 1-4107A-13 REDUCER TO TEE RCSI5A ICGE-1-4100A IRC

.3'SE-CS-92(IBC) 1-4100A-21BC 3" BRANCH (CGE-1-4107) CONNECTION TO 31" CROSS OVER PIPE RCSI5A CGE-1-4107ACS...3SE-CS-92.

1-4107A-20 PIPE TO VALVE (LCV-460),

RCSI5B CGE-1-4107A ICSI3"SE-CS-92 1-4107A-21 PIPE TO VALVE (LCV-459),

RCS15B ICGE-1-411OAICS 12"SE-CS-92 1-4110A-I PIPE TO REDUCER, RCSI5C ICGE---4 110A [CS 2"SE-CS-92 1-411OA-2 SOCKET WELD - PIPE TO ELBOW, RCS i5C

'CGE--4110A 2"SE-CS-92 1-4110A-3SOCKET WELD - PIPE TO ELBOW,-RCS15C CGE-1-4110A CS 12"SE-CS-92 1-4110A-4 SOCKET WELD - PIPE TO VALVE (XVG-B057A),

RCS15C CGE-1-4110A CS 12,SE-CS-92 I-4110A-5 SOCKET WELD - PIPE TO VALVE (XVG-8057A),RCSI5D ICGE-1-41 1OA -CS 2"S CS-92 1-411 0A--6 SOCKET WELD-PIPE TO VALVE (XVG-8058A)

RCS15D ICGE-1-4100A RC 2"Capped(A) 1-4100A-22BC 2" BRANCH CONNECTION 27.5" PIPE (CAPPED)

RCS16 CGE--4100A RC 12"Capped(A) 1-4100A-28 PIPE CAP TO 2" BRANCH NOZZLE RCS16 JCGE-I-4200A i RC 129"RCB___

1-4200A-I(DM)

BIMETAL (INCONEL) WELD. R.V. LOOP B OUTLET NOZZLE TO SAFE RCS21 RC 29"RCB 1-4200A-2 BIMETAL (INCONEL) WELD. SAFE END TO PIPE RCS2I ICGE-1-4200A RC 29"RCB,---

CGE-1-4200A IRC 129"RCB 1-4200A-3 PIPE TO ELBOW RCS2I CGE-1-4200A IRC

[29"RCB 1-4200A-26 BIMETAL (INCONEL) WELD. SAFE-END TO ELBOW, HOT LEG RCS21

[CGE-I-4200A RC

.29"RCB 1-4200A-28(DM)

BIMETAL (INCONEL) WELD. NOZZLE TO SAFE END WELD - HOT LEG RCS21 CGE-R 31-4200A-27 BIMETAL (INCONEL) WELD. SAFE-END TO ELBOW, COLD LEG RCS22 CGE-1-4200A RC 31"RCB i-4200A-29(DM)

BIMETAL (INCONEL) WELD. NOZZLE TO SAFE END WELD - COLD LEG' RCS22 1 CGE-1-4200A RC l3v1;-fK1-200-I PIPE TO ELBOW RCS22 CGE-I-4200A RC_

31"RCB 1-4200A-9 PIPE TO ELBOW RCS22 ICGE-1-4200A RC 31"RCB

___-1-4200A-10 PIPE TO ELBOW RCS22 CGE-1-4200A RC-i 3_1"RCB 1-4200A-10 PIPE TO ELBOW RCS22

~CGE-14420 C

3R200A00-1 IP T LBWRCS22 CGE-14200A RC 131"RCB 1-4200A-12 ELBOW TO PUMP RCS22 1CGE-1-4200A RC-27.5"RCB 1-4200A-13 PIPE TO PUMP RCS23 ICGE-1-4200A RC 27.5"RCB 1-4200A-14 PIPE TO ELBOW

_RCS23 CGE-1-4200A RC 27.5"RCB 1-4200A-15 BIMETAL (INCONEL) WELD. ELBOW TO SAFE END RCS23 CGE-1-4200A RC 27.5"RCB 1-4200A-16(DM)

BIMETAL (INCONEL) WELD. R.V. LOOP B INLET NOZZLE TO SAFE END RCS23

!CGE-1-4200A__RC 3"Capped(B) 1-4200A-18BC 3" BRANCH CONNECTION TO 31" PIPE (CAPPED)

RCS24_........

Page 17

K-)

K_)

Page C-18 ICGE-1-4200A IRC 13"Capped(B)

I 1-4200A-25 PIPE CAP TO NOZZLE RCS24

!CGE-1-4200A RCI.

2"DE-RC-10

" 1-4200A-19BC 2".BRANCH CONNECTION TO 3 1" PIPE RCS25A

[CGE-1-4208A RC 2"DE-RC-1O 1-4208A-I SOCKET WELD/BRANCH, RCS25A

'CGE-I-4208A JRC

{2"DE-RC-10 1-4208A-2 SOCKET WELD/ELBOW RCS25A iCGE-I-4208A RC 2"DE-RC-10 1-4208A-3 SOCKET WELD/ELBOW RCS25A

!CGE-1-4208A IRC 12"DE-RC-10 1-4208A-4 SOCKET WELD/XVT857B, RCS25A tCGE-1-4208A IRC_.

12"DE-RC-10 11-4208A-5 SOCKET WELD/XVT8057B,

_25--A._

CS25 ICGE-1-4208A IRC 2"DE-RC-10 11-4208A-6 SOCKET WELD/TEE8

_RCS25B ICGE-I-4208A IRC 12"DE-RC-10

'i1-4208A-8 SOCKET WELD/TEE RCS25B CGE-1-4208A RC

{2"DE-RC-10 I1-4208A-9 SOCKET WELD/XVT8058B, RCS25B CGE-1-4208A jRC.2"DE-RC-10(1) j11-4208A-7 SOCKET WELD/TEE RCS25B ICGE-1-4200A RC 2"Capped(B)

" 1-4200A-20BC 2" BRANCH CONNECTION TO 27.5" COLD LEG PIPE (CAPPED)

RCS26 GCGE-1-4200A4RC 2"Capped(B) 11-4200A-24 PIPE CAP TO NOZZLE RCS26 CGE-4300A RC 29"RCC

.....--I-4300A-_I(DM)

BIMETAL (INCONEL) WELD. R.V. LOOP C OUTLET NOZZLE TO SAFE RCS31I RCGE..1-430A C

29RCC 1-4300A-2 BIMETAL (INCONEL) WELD. SAFE END/PIPE RCS31 ICGE-1-4300A IRC J29"RCC 4300A-_3 PIPE TO ELBOW RCS31 tCGE-I-430AiR 129RCC

.I1-4300A-27 BMETALL-END TO ELBOW, HOT LEG RCS31 ICGE-l-4300A IRCe 29"RCC I -4300A-29(DM)

BIMETAL (INCONEL) WELD.NOZZLE TO SAFE END WELD-HOT LEG RCS3 CGE--a300A i RC 31"RCC I -4300A-30(DM)

BIMETAL (1NCONEL) WELD. NOZZLE TO SAFE END WELD -COLD LEG RCS32 jCGE-1-4300A RC 3IRCC

,1-4300A-28 BIMETAL (INCONEL) WELD. SAFE-END TO ELBOW, COLD LEG RCS32 ICGE-1-4300A tRC 131"RCC I1-4300A-8 PIPE TO ELBOW-R.-C.$32-.............

ICGE-1-4300A RC.

31RCC 1l-4300A-9 PIPE TO ELBOW RCS32 ICGE-1-4300A RC'

-31"RCC 1I-4300A-10 PiPE TO ELBOW -----------...--

RCS32

!CGE-1-4300A jRC.

3_1"RCC 1 -4300A-I1 PIPE TO ELBOW RC-32 iCGE-14300-A RC

[31.RCC 1-4300A-12 ELBOW TO PUMP RCS32 ICGE-1-4300A tRC j27.5"RCC 11-4300A-13 PIPE TO PUMP RCS33 CGE-1-4300A Re 27.5"RCC 1-4300A-14 PIPE TO ELBOW RCS33 iCGE-1-4300A RC 27.5"RCC 1-4300A-15 BIMETAL (INCONEL) WELD. ELBOW TO SAFE END RCS33 ICGE-1-4300A RC 27.5"RCC 1-4300A-16(DM)

BIMETAL (INCONEL) WELD. R.V. LOOP C INLET NOZZLE'TO SAFE END RCS33 ICGE-I-4300A IRC j3"Capped(C)

-4300A-19BC 3"BRANCH CONNECTION TO 31" PI.PE(CAPPED)

RCS34

[CGE-1-4300AlRC 3"Capped(C) 1-4300A-25 PIPE CAP TO 3" NOZZLE RCS34 ICGE-1-4300AIRC 2"DE-RC-08 1-4300A-20BC 2" BRANCH CONNECTION TO 31" PIPE RCS35A 1CGE-1-4308 RRCc 2"DE-RC-08 11-4308-1 SOCKET WELD/HALF COUPLING RCS35A ICGE-1-4308 RC 12"DE-RC-08----

4308_- 2-......... SOCKET WELD/ELBOW

-_RCS35A Page 18

<-I Page C-19 CGE-1-4308 RC 2"DE-RC-08 1-4308-3 SOCKET WELD/ELBOW RCS35A ICGE-1-4308]RC 2"DE-RC-08 1-4308-4 SOCKET WELD/ELBOW RCS35A CGE-1-4308 RC 2"DE-RC-081-4308-5 SOCKET WELD/ELBOW RCS35A CGE-1-4308 RC 2"DE-RC-08 1-4308-6 SOCKET WELD/TEE RCS35A ICGE-1-4308 RC 2"DE-RC-08 1-4308-7 SOCKET-WELD/TEE.

RCS35A CGE-1-4308 J RC 2"DE-RC-08(1) 11-4308-8 SOCKETWELD/TEE RCS35A 1

-1.-___--.--

• CGE-1-4308 JRC l2"DE-RC-08(1) 11-4308-9 SOCKET WELD/XVT-8057C RCS35A

!CGE-1-4308 RC 2"DE-RC-08(1) 11-4308-11 SSOCKET WELDXVT-8058C R'.35B CG-1438RC 2"DE-RC-08(1)

J1-4308-11 SOCKET WELD/XVT-8058C------------------

RCS35B iCGE-1-4300A RC 2"Capped(C) 1-4300A-22BC 2" BRANCH CONNECTION TO 27.5" PIPE (CAPPED)

RCS36 CGE-1-4300A IRC 2"Capped(C)

I._-4300A-26 PIPE CAP TO 2" NOZZLE RCS36 FCGE-I-4500AIRC 14"DE-RC 1-4500A-1(DM)-

BIMETAL (INCONEL) WELD. PRESSURIZER SURGE LINE NOZZLE TO RCS37 1CGE-I-4500A JRC 14"DE-RC-0I 1-4500A-2 BIMETAL (INCONEL) WELD. SAFE END TO PIPE

-RCS37 CGE-1-4500A jRC 14"DE-RC-01 1 1-4500A-3 PIPE TO ELBOW RCS37

!CGE-l-a500A IRC 1"ER-11-450AI PIPE TO ELBOW R-C-$37........

CGE-1-4500A IRC 14"DE-RC-01 j 1-4500A-5 PIPE TO ELBOW RCS37 CGE-1-4500A RCt 14"DE-RC-01 1-4500A-6

_ PIPE TO ELBOW RCS"37-"....... '

CGE-1-4500A RC 14"DE-RC-01 1-4500A-7 PIPE TO ELBOW RCS37 CGE-1-4500A RC 14"DE-RC-01 1-4500A-6 PIPE TO ELBOW RCS37

,CGE-1-4500A RC 14"DE-RC-01 1-4500A-7 PIPE TO ELBOW RCS37

]CGE-I-4500AIRC 14"DE-RC-01 1-4500A-18 PIPE TO ELBOW RCS37

CGE-1-4500A RC 14"DE-RC-01 1-4500A-19 PIPE TO ELBOW RCS37

[CGE-I-4500A jRC 14"DE-RC-01

..1-4500A-11 PIPE TO ELBOW RCS37 CGE-1-4500A RC 14"DE-RC-01 1-4500A-13 PIPE TO BRANCH CONNECTION I

RCS37 CGE-1-4100A RC..

14"DE-RC-01 1-4100A-19BC 14" BRANCH (CGE-1-4500) CONNECTION TO 29" PIPE RCS37 CGE-1-4501 RC

.. 6"SE-RC-09(I) 1-4501-1(DM)

BIMETAL (INCONEL) WELD. PRESSURIZER SAFETY NOZZLE TO SAFE RCS51 ICGE-1-4501 RC 6"SE-RC-09(I) 1-4501-2 BIMETAL (INCONEL) WELD. SAFE END TO PIPE RCS51 CGE-1-4501 RC 6"SE-RC-09(1) 1-4501-3 PIPE TO ELBOW RCS51 CGE-1-4501 RC 6"SE-RC-09(I) 1-4501-4 PIPE TO ELBOW RCS51 CGE-1-4501 RC 6"SE-RC-09(1) 1-4501-5 PIPE TO ELBOW RCS51 JCGE-1-4501 IRC 6,E-RC-09(l) 1-4501-6 PIPE TO ELBOW RCS51 ICGE-1-45011RC 6"SE-RC-09(I) 1-4501-7 PIPE TO ELBOW RCS51 iCGE-1-4501 RC 16"SE-RC-09(1) 1-4501-8 PIPE TO ELBOW RCS51 CGE-1-4501 RCj 6"SE-RC-09(1)

-4501 PIPETO ELBOW RCS51 Page 19 i0a 0 4 0 ý 4 "0 -P t In, W 0 MY i f4 oft - M, NMURVAI.

N,,

A21 mi5i'

K-)

K-)_

Page C-20 CGE-1-4501 RC 6"SE-RC-09(I) 1-4501-11 PIPE TO FLANGE RCS51 ICGE-1-4501 IRC 6"SE-RC-09(2) 1-4501-12(DM)

BIMETAL (INCONEL) WELD. PRESSURIZER SAFETY NOZZLE TO SAFE RCS52 CGE-1-4501

[RC 6"SE-RC-09(2) 1-4501-13 BIMETAL (INCONEL) WELD. SAFE END TO PIPE RCS52 CGE-1-4501I-RC-6'SE-RC-09(2) 1-450. 1-14 PIPE TO ELBOW RCS52 CGE-1-4501 IRC-16"SE-RC-09(2) 1-4501-15 PIPE TO ELBOW.

RCS52 ICGE-1-4501

_RC 6"SE-RC-09(2) 4501-16 PIPE TO ELBOW RCS52 E___It

..R...........

1-450 17..

..P.

PE.

ELBOW......

ICGE-1-4501 IRC 6"SE-RC-09(2) 11-4501-17 PIPE TO ELBOW RCS52 CGE-1-4501 JRC 6"SE-RC-09(2) 11-4501-19 PIPE TO ELBOW RCS52 CGE-1-4501

!RC "ER -92

.. 140-1 PIPE TO ELBOW RCS52 CGE-1-4501 IRC 16"SE-RC-09(2) 1-4501-20 PIPE TO ELBOW RCS52 CGE-I-45011

-'SE-RC--1(2) 1-4501-21 PIPE TO ELBOW-RCS52 CGE-1-4501 RC 16"SE-RC-09(2) 1-4501-22 PIPE TO FLANGE RCS52 ICGE-1-4501 IRC 6-SE-RC-09(3)_

"1-4501-23(DM)

BIMETAL (INCONEL) WELD. PRESSURIZER SAFETY NOZZLE TO SAFE RCS53 ICGE-1-4501 IRC 6"SE-RC-09(3) 1-4501-24 BIMETAL (INCONEL) WELD. SAFE END TO PIPE RCS53 fCGE-1-4501 fRC 6"SE-RC-09(3) 1-4501-25 PIPE TO ELBOW RCS53 CGE-1 -45016SE-RC-3) 11-4501-26PIPE TO ELBOW RCS53 LCGE-1-4501 RC 6"SE-RC-09(3) 11-4501-27 PIPE TO ELBOW RCS53

!CGE-1-4501[ RC.

6E-RC-09(3)

[1-4501-27 PIPE TO ELBOW RCS53

!CGE-1-4501 RC 16"SE-RC-09(3) 1-4501-28 PIPE TO ELBOW RCS53 CGE-1-4501 IRC

[6"SE-RC-09(3) 11-4501-329 PIPE TO ELBOW RCS53 ICGE-1-4501 R

-R 11C-09(3)-4501-30 PIPE TO ELBOW RCS53 CGE-1-4501 RC 6"SE-RC-09(3) 11-4501-31 PIPE TO ELBOW RCS53 ICGE-1-4501 RC 6"SE-RC-09(3) 11-4501-32 PIPE TO AE RCS53 1CGE-1-4501 IRC 6"SE-RC-09(3) 1 -4501-33 PIPE TO FLANGE RCS53 CGE-I-4505A RC_

3"SE-RC-10 (1) i-4505--A--3___

PIPE TO VALVE (XVG-8000B).RCS54 CGE-1-4505A RC 3"SE-RC-10(l)-1-4505A-4 PIPE TO REDUCER RCS54 ICGE-1-4505A RC 3"SE-RC-I0(2) f 1-4505A-10 PIPE TO REDUCER RCS54 ICGE-1-4505A RC f3"SE-RC-10(2) 11-4505A-9 PIPE TO VALVE (XVG-8000A)

RCS54 CGE-1-4505A.RC 3"SE-RC-10(3) 1-4505A-11 PIPE TO RED.UCER RCS54 CGE-1-4505A IRC 3"SE-RC-10(3) 1-4505A-12 PIPE TO ELBOW RCS54 CGE-I-4505A RC43"SE-RC-10(3) 1-4505A-13 PIPE TO ELBOW RCS54 ICGE-1-4505A RC 3"SE-RC-10(3)

_41-4505A-14 PIPE TO VALVE (XVG-8000C)

RCS54 ICGE-1-4502 RC-16"SE-RC-10(1) 1-4502-1I(DM)

BIMETAL (INCONEL) WELD. PRESSURIZER RELIEF NOZZLE TO SAFE RCS54 tCGE-1-4502

.RC.j6"SE-RC-10()

1--4502-2 BIMETAL NCON EL.

-TO PIPE

_RC.S5.4 Page 20

k~J Page C-21 ICGE-I-4502 RC 6"SE-RC-10(I) 1-4502-3 PIPE TO ELBOW RCS54 iCG -!4502 --[RC-.

.. 6"SE-RC-10(I) 1-4502-4 PIPE TO ELBOW RCS-54"-......

CS54-----

ICGE--4502 RC.

6"SE-RC-10(I) 1-4502-5*---

PIPE TO ELBOW

---

............ --..RCS54 1CGE-1-4502 RC 6"SE-RC-10(I) 1-4502-6 PIPE TO ELBOW RCS54

'CGE-1-4502

{R 0()i4o7ELO iCGE-1-4502 R-C i.

6"SE-RC-10(I) 1-4502-6-'---........ PIPE TO-ELBOW cS--.................RCS54 1CGE-1-4502 fRC 6"SE-RC-10(1) 1-4502-87PIPE TO ELBOW RCS54 ICG E-1-4502

]RC j6"SE -R C-10 1) 1-4502-10 P-I-P-E T "O 'E B O W........

...RCSS4 -.......

ICGE-1-4502 iRC 6"SE-RC-10(1) 11-4502-80PIPE TO ELBOW RCS54

[CGE-I-4502 RC 16"SE-RC-10(1) 1-4502-12 PIPE TO ELBOW

,_RCS54 lCGE-1-4502 I RC I 6"SE-RC-10(1) 1-4502-1 PIPE TOTEEBOW.RCS54 ICGE-1-4502 RC 6"SE-RC-10(1) 1-4502-16 PIPE TO TEE RCS54

'CGE-1-4502RC 6"SE-RC-10(2) 1-4502-1 PIPE TO EE L

RCS54 CGE-I-4502 IRC

-6SE-RC-10(2) 1-4502-20 PIPE TO TEE RCS54 ICGE-1-4502 RC 6"SE-RC-10(2) 1-4502-21 PIPE TO ELBOW 3"-RCS54 ICGE-I-4502 J.RC 6"SE-RC-10(2) 11-4502-22 PIPE'TO ELBOW RCS54

'CGE-1-4502 RC 6"SE-RC-10(2) 1-4502-23 PIPE TO REDUCER I

-C RCS54 1CGE-I-4502 RC 6"SE-RC-10(3) 1-4502-17 PIPE TO TEDER RCS54 ICGE-1-4502 IRC 6"SE-RC-10(4) 1-4502-15 PIPE TO TEE RCS54

'CGE-1-4502 RC

. 6"SE-RC-10(4) 1-4502-14 PIPE TO REDUCER Rcs54 CGE-1-4505AjRC _.3"SE-RC-0(2) 1-4505A2 5

PIPE TO VALVE (PCV44A)

RCS-55 ICGE-1-4505A RC 3"SE-RC-10(2)

,1-4505A-6 PIPE TO ELBOW

.RCS54 ICGE-1-4505A RC 3"SE-RC-10(2) 1-4505A-7 PIPETO ELBOW RCS54 ICGE-1-4505A, RC.

3'"SE-RC-10(2) j1-4505A-8 PIPE TO VALVE (XVG-8000A)

RCSE5

!CGE-1-4505A RC 3"SE-RC-10(1) 1-4505A-1 PIPE TO VALVE (PCV-44RB)

Rcs56 CGE-1-4505A RC 2-1t 1-4505A-2 PIPE TO VALVE (XVG-8000B)

RCS56 fCGE-1-4505A jRC 3"SE-RC-10(3) 1-4505A-15 PIPE TO VALVE (XVG-E000C)

RCS57 ICGE-1-4505A RC 3"SE-RC-10(3) 1-4505A-16 PIPE TO VALVE (PCV-445B)

RCS57 ICGE-1-4100A RC 4"SE-RC-05 1-4100A-23BC 4" BRANCH CONNECTION TO 27.5" PIPE RCS58 ICGE-I-4504 A RC 4"SE-RC-05(2) 1-4504-1 PIPE TO BRANCH CONNECTION RCS58 ICGE-1-4504 5 4"SE-RC-05(2) 145045 2 PIPE TO ELBOW RCS58 CGE-1-4504 IRC 4"SE-RC-05(2) 11-4505-3

.PIPETOELBOW RCS56 ICGE-1-4504ARC

.4"SE-RC-05(2) 1-4504-4 PIPETOVELBV.O.W_.

RC.S58 Page 21

K)j Page C-22 p*.inl-_1"I' -q.Jui 11,.R__ -~

ICGE-1-4504 RC ICGE-1-4504 I-RC 4"SE-RC-05(2) 4"SE-RC-05(2) 1-4504-6 1-4504-7 PIPE TO ELBOW PIPE TO ELBOW RCS58 CGE-1-4504 RC 4"SE-RC-05(2) 1-4504-8 PIPE TO ELBOW RCS58 CGE-1-4504 RC 4"SE-RC-05(2) 1-4504-9 PIPE TO ELBOW RCS58 CGE-1-4504

_RC.

4"SE-RC-05(2) 114504-11 PIPETO ELBOW RCS58 ICGE-1-4504 I-R 41C-05(2)-4504-12 PIPE TO PIPELBRCS58

,CGE-1-4504 iRC 14"SE-RC-05(2) 1-4504-13 PIPE TO ELBOW RCS58 ICGE-1-4504-14_4"SE-RC-05(2) 1-504-13 PIPE TO ELBOW RCS58 ICGE-1-4504

[RC 4"SE-RC-05(2) 11-4504-15 PIPE TO ELBOW RCS58 RC-4SE-RC-05(2) 1-4504-16 PIPE TO ELBOW RCS58 ICGE--450 RC 4"SE-RC-05(2) 1-4504-17 PIPE TO ELBOW RCS58 ICGE-1-4504__IRC

"-)

1-4504-178 PIPE TO ELBOW

_RCS58

!CGE-1-4504 jRC 14"SE-RC-05(2) 1-4504-18 PIPE TO ELBOW RCS58 I-4 4

RC

_4"SE-RC-05(2)1 1-4504-219------------PTIPETOPiPER__.5..

CGE-14504 -RC 4"SE-RC-05(2) 1-4504-21 PIPE TO ELBOW RCS58 ICGE-1-4504 jCPIPE_

___TO

_________PIPE______

______RCS58

[

ýE14 RC j4"SE-RC-05(2) 11 45074-2PIETELO-RC5--

iCGE-I-4504 jRC I4-SE-RC-05(2)__11-45042 PIPE TO ELBOW_____________

RCS58~

ICGE-1-4504 jRC.

4"SE-RC-05(2) 1-4504-23 PIPE TO ELBOW RCS58

!CGE-1-4504 RC 4"SE-RC-05(2) 11-4504-T24 PIPE TO VALVE (PCV-444D)

RCS58 ICGE-1-4300A RC 4"SE-RC-05 1I-4300A-21BC 4" BRANCH CONNECTION TO 27.5" PIPE RCS59 FcGE-I-4503-RC.

4"SE-RC-06 1-4503-1 PIPE TO BRANCH CONNECTION RCS59 ICGE-1-4503 RC 14"SE-RC-06 11-4503-"2 PIPETO ELBOW

_RCS59_._ _

ICGE-1-4503 RC 14"SE-RC-06 1-4503-3 PIPE TO ELBOW RCS59 ICGE-1-4503 RC 14"SE-RC-06 11-4503-4 PIPE TO ELBOW RCS59 CGE-1-4503 RC 4"SE-RC-06 1-4503-5 PIPE TO ELBOW RCS59 ICGE-1-4503 RC 4"SE-RC-06 1-4503-6 PIPE TO ELBOW RCS59 E-1-4503 IRC 44"SE-RC-06 1-4503-7 PIPE TO ELBOW RCS59

'CGE-1-4503 JRC j4"SE-RC-06 1-4503-8 PIPE TO ELBOW R.CS59 ICGE-1-4503 IRC 14"SE-RC-06 1-4503-9 PIPE TO ELBOW RCS59 CGE-1-4503 RC 4"SE-RC-06 1-4503-10 PIPE TO ELBOW RCS59 tCGE-1-4503 RC 4"SE-RC-06 1-4503-I1 PIPE TO ELBOW RCS59 ICGE-I-4503-RC 4"SE-RC-06 1-4503-12 PIPE TO ELBOW RCS59 CGE314503 C

4"SE-RC-06 1!-450313 PIPETO ELBOW RCS59 Page 22

K>

K)

Page C-23 It__%_r_-RI ICGE-1-4503 IRC 4"SE-RC-06.1-4503-15 4"SE-RC-06 1 -4503-16 PIPE TO ELBOW RCS59 PIPE TO ELBOW I-RCS59 CGE-1

-4503

-~~

~~

IRCSI CGE-1-4503 RC 4"SE-RC-06 1-4503-17 PIPE TO ELBOW RCS59

[CGE-1-4503 IRC -

4"SE-RC-06 11-4503-18

____PIPE TO ELBOW RCSS9 CGE-I-4503 RC..

"SE-RC-06 11-4503-19 PIPE TO ELBOW RCS59 CGE-1-4503

.RC 14"SE-RC-06 1-4503-20 PIPE TO ELBOW RCS59 CGE-1-4503 R-C--

4"SE--R-C-0"6 1-4503-_21 PIPE TO PIPE RCS59 CGE-1-4503 RC _

4"SE-RC-06 1-4503-22 PIPE TO ELBOW RCS59 C G E-1-4503 R C 14"SE -R C -06"6 1-4503-"23 PIPE TO ELB O W ------

RC S59 CGE-1-4503 RC 4"SE-RC-06

.1503-24 PIPE TO ELBOW RCS59 CGE-1-4503 RC

.4"SE-RC-06 1-4503-25 PIPE TO ELBOW RCS59

[CGE-1-4503 IR.....

I4 "SE _-R

_C-06

[1....._'-4503-26.

-........ PIP

.,P TOELBO.W_.................................................. R~cs 59.........

ICGE-1-4503 RC j4"SE-RC-06 1-4503-27 PIPE TO ELBOW RCS59 CGE-1-4503..... R 4"SE-RC-06 1-4503-27 PIPE TO ELBOW RCS59 ICGE-I-4503 -RjC 4"SE-RC-06 1-4503-29 PIPE TO ELBOW RCS59 CGE-1-4503 RC 4"SE-RC-06 1-4503-23 PIPE TO ELBOW RCS59 CGE-1-4503 RC(4"SE-RC-06 1-4503-31 PIPE TO ELBOW RCS5960-----

!CGE-1-4503 RC 14"SE-RC-06 1-4503-31 PIPE TO ELBOWV

"*---4---RCS59 CGE-I-4503

"_C-1-4503-33 PIPE TO VALVE (PCV-444C)

RCS60 CGE-1-4503 RC 14"SE-RC-05(1) 1-4503-34 PIPE TO PELOP RCS60 ICGE-1-4503 RC 14"SE-RC-05(1) 1-4503-35 PIPE TO ELBOW..........

RCS60 CGE-1-4503 IRC 4"SE-RC-05(1) 11-4503-36 PIPE TO ELBOW RCS6 CGE-1-4503 -RC 14"SE-RC-05(1) 1-4503-37 PIPE TO TERCS60 CGE-1-4503 RC 14SE-RC-05(1)

-4503-PIPE TO ELBOW RCS60 CGE-14503 RC 4"kSE-RC-05(1) 1-4503-341 PIPE TO ELBOW RCS60 ICGE-1-4503 RC 4"SE-RC-05(1) 1-4503-9 42PIPE TO TEEL RCS60 CGE-1-4503 RC 4"SE-RC-05(1) 1-4503-403 PIPE TO TEE RCS60 ICGE-1-4503 RC 4"SE-RC-05(l) 1-4503-41 F-PIPETO ELBO6W_

RCS60 ICGE-1-4503 1RCG 1_4"SE-RC-05(l) j1-4503-42 PIPE TO ELBOW RCS6O 1CGE-I-4503 RC.

4"SE-RC-05(I)

J1-4503-43 PIPE TO ELBOW RCS60

!CGE-1-4503 RC 4-SE-RC-05(i) 11-4503-44 PIPE TO ELBOW RCS60 ICGE-1-4503 RC 4"SE-RC-05(1) 1-4503-45 BIMETAL (INCONEL) WELD. PIPE TO SAFE END RCS60 ICGE-1-4503 RC 4"SE-RC-05()

11-4503-46(DM)

BIMETAL T(NCONEL)

WELD. PRESSURIZER SPRAY NOZZLE OT SAFE.RCS60 CGE-1-4504 1 RC

._ 4"SE-RC-05(2) 1-4504-25 PIPE TO VALVE (PCV-444D)

RCS60 I~c~-.------------

Page 23 k_.j

K_>

Page C-24 4'SE-RC-05(2)

RC

[4"SE-RC-05(2) 1-4504-28 1-4504-29 PIPE TO ELBOW PIPE TO ELBOW RCS60 RCS60 RCS60 RCS60 iCGE-1-4504 RC 14"SE-RC-05(2) 11-4504-30 PIPE TO TEE RCS60

!CGE-2-2500 SI 14"SE-SI-04(2) 2-2500- 57 PIPE TO VALVE (8958A)

RHR-C-01 AI

'CGE-2-2500 ISI 14"SE-SI-04(2) 2-2500-58 PIPE TO VALVE (8809A)

-RHR-C-O0AI CGE-2-2500 RHR 1 14"SE-RH-04 2500-45 PIPE TO TEE

_-RHR-C--0A2 LCGE-2-2500 jRHR I4"SE-RH-04 12-2500-44 PIPE TO ELBOW RHR-C-OIA2 iCGE-2-2500 IRHR 114"SE-RH-04 2-2500-43 PIPE TO ELBOW RHR-C-OIA2 ICGE-2-2500 1SI 14"SE-SI-04(I) 2-2500-56 ELBOW TO VALVE (8812A)

RHR-C-O1A2 IC G E 2-2 00_________________

______5

-___________PIP

-- --- -- -R H

-R_-__-__IA CGE-2-2500 jSI 14"SE-SI-04(I)

.2-2500-55 PIPE TO ELBOW RHR-C-01A2 ICGE-2-2500 SI 14"SE-SI-04(I) 2-2500-54 PIPE TO PIPE LBRHR-C-0IA2 ICGE-2-2500_ SI.

14"SE-SI-04(I) 2-2500- 53 PIPE TO ELBOW E-

-RHR-C-01A2

!CGE-2-2500o..

SI 14"SE-SI-04(1) 2-2500-52 PIPE TO ELBOW RHR-C-01A2 TEE RTAR-C..0 A2 1

CGE-2-2500 SI 14"SE-SI-04(I) 12-2500-49 TEE TO ELBOW RHR-C-01A2 ICGE-2-2500 JSI 14"SE-SI-04(1) 2-2500- 48 PIPE TO ELBOW RHR-C-01A2 iCGE-2-2500 SI 14"SE-SI-04(1) 2-2500-47 PIPE TO PIPE RHR-C-0 iA2 CGE-2-2500 SI j14"SE-SI-04(I) 2-2500- 46 PIPE TO TEE

)RHR-C-01A2

!CGE-2-2500 SI 14"SE-SI-04(2) 12-2500-50 TEE TO VALVE (8958A)

RHR-C-0I A2 CGE-2-2500 SI 14"SE-SI-04(I) 2-2500-60 PIPE TOPVALVE (8--1A)-RHR-C-0IA3 CGE-2-2500 SI.

14"SE-SI-04(I) 2-2500-69 PIPE TO PIPE RHR-C-01A3 SCGE-2-2500 SI 14"SE-SI-04(1) 1.2-2500-59 PIPE TO VALVE (8812A).

RHR-C-0IA3 jCGE-2-2500

- RHR 12"SE-RH-10/06(A) 2-2500- 1 PIPE TO VALVE (8701-A)

RHR-C-01A4 CGE-2-2500 RHR 12"SE-RH-10/06(A) 2-2500- 2 PIPE TO ELBOW RHR-C-0IA4 CGE-2-2500 RHR 12"SE-RH-10/06(A) 12-2500- 3 PIPE TO ELBOW RHR-C-01A4 CGE-2-2500

/RHR 12"SE-RH-10/06(A) 2-2500- 4 PIPE TO ELBOW RHR-C-OIA4 CGE-2-2500

-_RH 12"SE-RH-10/06(A) 2-2500-.5 PIPE TO ELBOW RHR-C-01A4 CGE-2-2500 RHR 12"SE-RH-10/06(A) 2-2500- 6 PIPE TO ELBOW RHR-C-01A4 4CGE-2-2500 RHR 12"SE-RH-10/06(A) 2-2500- 7 PIPE TO ELBOW RHR-C-01A4 "CGE-2-2500 RHR 12"SE-RH-10/06(A) 2-2500- 8 PIPE TO ELBOW RHR-C-01A4 CGE-2-2500

[RHR 12"SE-RH-10/06(A) 2-2500- 9 PIPE TO ELBOW RHR-C-01A4

-CGE-2-2500 R._HR-1E"SE-RH-10/06(A) 2-2500- 10

.PI.P.E TO" EL.BOW..

RHR-C-01A4 Page 24 1

CGE-1-4504 ICGE-1-4504 RC

Page C-25 12"SE-RH-10106(A) 2-2500- 14 PIPE TO PENETRATION XRP-316 RHR-C-01A4 RHR.'fl-I Ad ICGE-2-2500

[RHR 112"SE-RH-10/06(A) 2-2500- 15 PIPE TO PENETRATION XRP-316 RHR-C-OIA5 CGE-2-2500

-RffHR---'12"SE-RH-I0/06(A) 2-2500- 16 PIPE TO ELBOW

....... RHR-C-01A5 CGE-2-2500OJRHR T12"SE-RH-10/06(A) 12-2500-17 PIPE TO ELBOW RHR-C-0IA5 CGE-2-2500 RHR 12"SE-RH-10/06(A) 2-2500- 18 PIPE TO ELBOW RHR-C-0I AS CGE-2-2500 RHR

[12"SE-RH-10/06(A) 2--250-0-19 PIPE TO ELBOW-............-..............

RHR-C-0A-**

RCGR E12"SE-RH-10/06(A) 2-2500- 20 PIPE TO PIPE RHR-C-..A5 CGE-2-2500 RHR 12"SE-RH-10/06(A) 2-2500- 21 PIPE TO ELIBOW RHR-C-01A5 CGE-2-2500 I RHR 12"SE-RH-10106(A) 2-2500-22 PIPE TO ELBOW

.RHR-C-01A5 CGE-2-2500 IRHR 12"SE-RH-10/06(A) 2-2500-23 PIPE TO ELBOW RHR-C-01A6 CGE-2-2500 IRHR 12"SE-RH-10/06(A)-

2-2500-24 PIPE TO ELBOW RHR-C-01A6 ICGE-2-2500 RHR I2"SE-RH-10I06(A) 2-2500- 25 PIPE TO ELBOW RHR-C-01A6 CGE-2-2500 RHR SE-RH-1006(A) 2-2500-26 PIPE TO ELBOW

_---RHR-C-01A6 ICGE-2-2500 RHR 12"SE-RH-10/06(A) 2-2500-27 PIPE TO ELBOW RHR-C-01A6 ICGE-2-2500 RHR j12_"SE-RH-10/06(A) 2-2500-28 PIPETOTELBOW RHR-C-01A6 CGE-2-2500 RHR i 12"SE-RH-10/06(A) 2-2500-429 PIPE TO TEE LBOW_-_-_-_------_-_--------

RHR-C-O-I-A6".......

CGE-2-2500

.RIJR 14"SE-RH-04 2-2500- 42 PIPE TO ELBOW RHR-C-01A7 CGE-2-2500 RHR I14"SE-RH-04 2-2500-41 PIPE TO ELBOW RHR-C-OI CGE-2-2500 R-R I 14"SE-RH-04 2-2500- 39PIPE TO ELBOW RHR-C-01A7 CGE-2-2500IRHR 14"SE-RH-04 2-2500- 39 PIPE TO ELBOW RHR-C-01 A7 CGE-2-2500 JRHR 14"SE-RH-04 2-2500-38 PIPE TO ELBOW RHR-C-01A7 CGE-2-2500

]_I-IR __[ 14"SE-RH-04 2-2500- 37 PIPE TO ELBOW RHR-C-01A7 CGE-2-2500 R-R 14"SE-RH-04 2-2500--35 PIPE TO FLANGE (STRAINER)

RHR-C-0A7 CGE-2-2500 RHR 14"SE-RH-04 2-2500-36 PIPE TO FLANGE (STRAINER)

RHR-C-01A7 CGE-2-2500 RHR--

14'SE-RH-04 12-2500-33 PIPE TO FLANGE (STRAINER)

RHR-C-01A7 I CGE-2-2500 RHR 14"SE-RH-04 2-2500- 33 PIPE TO FLANGE (STRAINER)

RHR-C-0IA7 CGE-2-2500

-. RHR 14"SE-RH-04 12-2500-32 PIPE TO ELBOW RHR-C-01A7 CGE-2-2500 LRHR 14"SE-RH-04 2-2500-31 ELBOW TO NOZZLE (RHR PUMP A SUCTION)

RHR-C-01A7 CGE-2-2501 ISI 14'SE-RH-01(2) 2-2501-60 ELBOW TO VALVE (8809B)

RHR-C-01B I CGE-2-2501 SI 14"SE-RH-01(2) 2-2501-59 ELBOW TO VALVE (8958B)

RHR-C-O1B I CGE-2-2501 RHR 12"SE-RH-01 i2-2501-28 PIPE TO ELBOW RHR-C-01 B2 RHR I2"SE-RH-01____

2.2501-29 PIPE TO ELBOW RHR-C-01B2 Page 25

[CGE-2-2500 I RHR r

Page C-26 ICGE-2-2501 I RHR_!12"SE-RH-2-2501-69 1CGE-2-2501 RHR l12"SE-RH-01 12-2501-30 ICGE-2-2501 IRHR 112"SE-RH-01-2-2501-31 PIPE TO PIPE (VW2)

PIPE TO ELBOW PIPE TO ELBOW RHR-C-01B2 RHR-C-01B2 RHR-C-01B2 ICGE-2-2501 IRHR 112"SE-RH-01 12-2501-70 PIPE TO PIPE RHR-C-01B2 CGE-2-2501 RHR T.2'I-jRS-R"H-OI

'2-2501-71 PIPE TO PIPE

___RHR-C-01B2-B ICGE-2-2501 RHR R

12"SE-RH-01 12-2501-32 PIPE TO ELBOW RHR-C-01B2 CGE-2-2501

[RHRJ112"SE-RH-01 12-2501-33 PIPE TO ELBOW RHR-C-01 B2 CGE-2-2501 RHR_[1l"SE-RH-01 2-2501-49 PIPE TO TEE RHR-C-013B2 CGE-2-2501 RHR

!14"SE-RH-01 2-2501-48 PIPE TO TEE RHR-C-0IB2 CGE-2-2501-RHR 14"SE-RH-01(2) 2-2501-47 TEE TO VALVE (8958B)

RHR-C-01B2 r 0 R-H-R

_ 14"SE-RH-01(2) 2-2501-46 PIPE TO TEE RHR-C-01B2 CGE-2-2501 JRHR 14"SE-RH-01(2) 2-2501-45 PIPE TO ELBOW RHR-C-01 B2 CGE-2-2501 IRHR 14"SE-RH-01(2) 2-2501-44 PIPE TO ELBOW RHR-C-01 B2 CGE-2-2501 SI 14"SE-SI-05 12-2501-50 PIPE TO VALVE (8812B)

RHR-C-01B2 CGE-2-2501 SI 14"SE-SI-05 2-2501-51 PIPE TO TEE RHR-C-01B2 CGE-2-2501

.SI 14"SE-SI-05 2-2501-55 PIPE TO VALVE (881113)

RHR-C-01B3 CGE-2-2501 ISI 14"SE-SI-05 2-2501-61 PIPE TO PIPE RHR-C-011B3.

CGE-2-2501 SI..14"SE-SI-05 2-2501-54 PIPE TO ELBOW RHR-C-OIB3 ICGE-2-2501 ISI 14"SE-SI-05 2-2501-T53 PIPE TO ELBOW RHR-C-01B3.

CGE-2-2501 lSI 14"SE-SI-05 2-2501-52 PIPE TO VALVE (8812B)

RHR-C-011B3 CGE-2-2501

- 12"SE-RH-10 2-2501-1 PIPE TO VALVE (8701B)

RHR-C-0134 ICGE-2-2501 IRHR 12"SE-RH-10 2-2501-2 PIPE TO ELBOW RHR-C-01B4 ICGE-2-2501 RHR I2"SE-RH-10 2-2501-3 2PIPE TO ELBOW RHRCOIB4 ICGE-2-2501 RHR 12"SE-RH-10 2-2501-4 PIPE TO ELBOW RHR-C-0I B4 CGE-2-2501 RHR 12"SE-RH-10 2-2501-5 PIPE TO ELBOW RHR-C-01B4 CGE-2-2501

• RHR 12"SE-RH-10 2-2501-6 PIPE TO ELBOW RHR-C-01B4 CG--20

____RHR____

12S-H1 2501_______--.7 PIPE TO ELBOW RHR-C-01B4.---..-.------.......-.-

CGE-2-2501 RHR 12"SE-RH-10 2-2501-7 PIPE TO ELBOW RHR-C-01B4 CGE-2-2501 RHR 12"SE-RH-10 2-2501-8 8PIPE TO ELBOW RHR-C-011B4 CGE-2-2501 RHR 112"SE-RH-10 2-2501-9 PIPE TO ELBOW RHR-C-01B4 JCGE-2-2501 RHR 12"SE-RH-10 2-2501-1 PIPE TO ELBOW RHR-C-01B4 CGE-2-2501 RHR 12"SE-RH-10 2-2501-10 PIPE TO ELBOW RHR-C-01B4 CGE-2-2501 RHR 12"SE-RH-10 2-2501-12 PIPE TO ELBOW RHR-C-01B4 ICGE-2-2501 RfjHR 1"S-RH-10 2-2501-12 PIPE TO ELBOW RHR-C-0 1 B4 1cE2~iH

~1---- --------

PIPE--TO-ELBOW-----------------

Page 26

Page C-27

-2

-2.

i CGE-2-2501 IRHR IRHR iCGE-2-2501 iRHR 12"SE-RH-01 o2-251-15 112"SE-RH-01 l2-2501-16 112"SE-RH-01 112"SE-RH-01 12-2501-17 12-2501-18 PIPE TO PENETRATION XRP-226 ELBOW TO PENETRATION XRP-226 PIPE TO ELBOW PIPE TO ELBOW PIPE TO ELBOW RHR-C-01B4 RHR-C-01B5 RHR-C-01B5 RHR-C-01B5 LC.E-2-2lU I iKKjlL 12"Sb-KI--UI L2-25U1-19J 17'Pt IUPIEOUW ELKOK-L-UC13 ICGE-2-2501 RHR I12"SE-RH-01[2-2501-20 PIPE TO ELBOW RHR-C-01B5 ICGE-2-2501 jFR J1S-H0 2-250 1-21-PIPE TO PP

______RHR-C-0 I B5

=CGE-2-2501 R12-2501-22 PIPE TO PIPE RHR-C-011B5

[CGE-2-2501 RHR1-- 12"SE-RH-01 12-2501-67 PIPE TO PIPE (SW3)

RHR-C-0IB5

[CGE-2-2501

[RHR 12"SE-RH-01 j2-2501-68 PIPE TO PIPE (FW4)

RHR-C-01B5 tCGE-2-2501 R--HR-*

-12"SE-RH-0I 2-2501-_24_

I TO PIPE--------E-_----

-RHR-C-01B.6 ICGE-2-2501 IRHR 12"SE-RH-01 12-2501-25 PIPE TO PIPE RHR-C-01B7 ICGE-2-2501 RHR 112"SE-RH-01

[2-2501-26 PIPE TO ELBOW RHR-C-01B7 CGE-2-2501 R R---'12"E-H--1 12-2501-27 PIPE TO ELBOW

-RHR-C-0-B7 CGE-2-2501IRH.RI 14"SE-RH-01(2)

.22501-91 PIPE TO PIPE RHR-C-OIB8 ICGE-2-2501 IRHR 14"SE-RH-01(2) 2-2501434PIPE TOELBW-RHR-C-O1BS i 'CGE-2-2501 RHR

'14"SE-RH-01(2)

[2-2501-42 PIPE TO ELBOW RHR-C-01 B8 CGE-2-2501

.RH__R 14"SE-RH-01(2) 2-2501-41 PIPE TO FLANGE (STRAINER)

RHR-C-01B8 ICGE-2-2501 RHR 14"SE-RH-01-(2)-2-2501-40 PIPE TO FLANGE (STRAINER)

RHR-C-011B8 "iCGE-2-2501 IRHR

.14"SE-RH-01(2) 2-2501-39 PIPE TO FLANGE (STRAINER)

RHR-C-01B8 iCGE-2-2501 R HR_1_j14'SE-RH-01(2)

-i2-2501 -39 P____"IPE TO FLANGE (STRAINER)

RHR-C-OiBS8 IC G E 2501

.R H R 1 4"SE -R H -01(2) 2-2501-38

-P I.PE T O O FL A _N GE (.ST R* _AIN.E.R ) _..............

R H R -C -01 B S iCGE-2-2501 IRHR 1 14"SE-RH-01(2) 2-2501-37 PIPE TO ELBOW RHR-C-01B8 JCGE-2-2501 RHR I4"SE-RH-01(2) 2-2501-36 ELBOW TO NOZZLE (RHR PUMP B St'KCTION)

RHR-C-01B8 CGE-2-2520A RHR 10"RH-601R 2-2520A-I REDUCER TO NOZZLE (RHR PUMP A DISCHARGE)

RHR-C-02A CGE-2-2520A jRHR 1

10"RH-601R 2-2520A-63 REDUCER TO PIPE (RHR PUMP A DISCHARGE)

RHR-C-02A CGE-2-2520A RHR 10"RH-601R 2-2520A-2 PIPE TO ELBOW RHR-C-02A CGE-2-2520A RHR

-. 10"RH-601R 2-2520A-3 PIPE TO ELBOW RHR-C-02A CGE-2-2520A RHR 10"RH-601R 2-2520A-4 PIPE TO VALVE (8728A)

RHR-C-02A CGE-2-2520A RHR 10"RH-601R 2-2520A-75 PIPE TO VALVE (8728A)

RHR-C-02A CGE-2-2520A RHR 110"RH-601R 2-2520A-6 PIPE TO ELBOW RHR-C-02A CGE-2-2520A RHR 110"RH-601R 2-2520A-7PIPE TO ELBOW RHR-C-02A ICGE-2-2520A IRHR 10"RH-601R 2-2520A-8 PIPE TO FLANGE (ORIFICE)

RHR-C-02A ICGE--252A RH 10"H-6-IR TT520 A %^ý DUrK

-UAl CGE-2-2520A IRHR 10"RH-601R 2-2520A-9 PIPE TO FLANGE (ORIFICE)

Page 27 I

.t ~

~

~ ~~~~

~~

- I

- I --- -------- -----

k._./

i 111-1017! T')TT fit I ninn -r,-% MT D M-Tin I-

-m 11 ý JRH-IK-0-UA

Page C-28 W___W WQfdI dfib Ic CGE-2-2520A RHR 10"RH-601R 2-2520A-10 PIPE-TO ELBOW RHR-C-02A CGE-2--2520A RHR 10"RH-601R 2-2520A-Ti PIPE TO ELBOW RHR-C-02A ICGE-2-2520A RHR 10"RH-601R

_2-252A-12 PIPE TO ELBYW-........

RHR-C-02A ICGE-2-2520A1RHR 10"RH-601R-2-2520A-13 PIPE TO ELBOW RHR-C-0ZA E._......----

CGE-2-2520A RHR 10"RH-601R 2-2520A-:14 PIPE TO ELBOW RHR-C-02A iCGE-2-2520A RHR 10"RH-601R 2-2520A-15 PIPE TO ELBOW RHR-C-02A CG2-2524 RHR 10"SE-RH-02-2-2524-37 REDUCER TO NOZZLE (RHR PUMP B DISCHARGE)

RHR-C-02B

.CGE-2-2524 RHR 10" SE-RH-02 2-2524-68 PIPE TO REDUCER (RHR PUMP B DISCHARGE)

RHR-C-02B.

iCGE-2-2524 RHR 10"SE-RH-02 2-2524-36 PIPE TO ELBOW RHR-C-02B CGE-2-2524 RHR 0"SE-RH-02 2-2524-35 PIPE TO ELBOW.

RHR-C-02B CGE-2-2524 IRHR 10"SE-RH-02 12-2524-34 PIPE TO VALVE (8728B)

RHR-C-02B CGE-2-2524 jRHR -.

10"SE-RH-02 2-2524-33 PIPE TO VALVE (8728B)

RHR-C-02B CGE-2-2524 RHR 10"SE-RH-02 12-2524-32 PIPE TO ELBOW RHR-C-02B CGE-2-2524 RHR 10"SE-RH-02 2-2524-31 PIPE TO ELBOW RHR-C-02B ICGE-2-2524 RR-R-1 PPETOFLNG (RIIC)RHR-C-02B ICGE-2-2524 RHR 10"SE-RH-02 2-2524-29 PIPE TO FLANGE (ORIFICE)

RHR-C-02B

-CGE-2-2524 RHR 10"SE-RH-02 2-2524 PIPE TO ELBOW-RHR-C-02B 1CGE-2-2524 JRHR 10"SE-RH-02 2-2524-26 PIPE TO ELBOW RHR-C-02B CGE-2-2524 JRHR 10"SE-RH-02 2-2524-25 PIPE TO ELBOW RHR-C-02B

!CGE-2-2524 R--1HR "IOSE-RH-02 2-2524-241 PIPE TO ELBOW RHR-C-02B iCGE-2-2524 RHR 10"SE-RH-02 2-2524-23 PIPE TO ELBOW RHR-C-02B tCGE-2-2524 RHR 10"SE-RH-02 2-2524-1 PIPE TO ELBOW RHR-C-02B jCGE-2-2524 RHR 10"SE-RH-02 2-2524-21 PIPE TO ELBOW RHR-C-02B ICGE-2-2524 RHR 10"SE-RH-02 2-2524-12 PIPE TO ELBOW RHR-C-02B

!CGE-2-2524 RHR 10"SE-RH-02 2-2524-16 PIPE TO ELBOW RHR-C-02B

!CGE-2-2524 RHR 0"SE-RH-02 12-2524-19 PIPE TO ELBOW RHR-C-02B CGE-2-2524 RHR 10"SE-RH-021 2-2524-1 PIPE TO ELBOW RHR-C-02B

]CGE-2-2524 RHR 10"SE-RH 2-2524-17 PIPE TO ELBOW RHR-C-02B jCGE-2-2524 RHR

!10';SE'RH'02 12-2524-169 PIP*E TOPiEL.........RHR-C-02B ICGE-2-2520A RHR lIOS-0*RH 22-2520A-169PIPE TO PIELBWRHR-C-032B CGE-2-2520A RHR j 10"RH-601R 2-2520A-_17 PIPE TO ELBOW RHR-C-03A2 CGE-2-2520A RHR f 10"RH-601R 2-2520A-18 PIPE TO ELBOW RHR-C-03A2 "CGE-2-2520A JRHR "10"RH-601R 2-2520A-19 PIPETO ELBOW RHR-C-03A2 CGE-2-2520A RHRJ 10"RH-60IR f2-2520A-68 PIPE TO PIPE RHR-C-03A2 Page 28

K-,

Page C-29 CGE-2-2520A IRHR i O"RH-601R 2-2520A-20 PIPE TO ELBOW R--HR-C-03A2 CGE-2-252oA RHR 10"RH-60,R 2-2520A-21 PIPE TO ELBOW

.RHR-C-03A2 CGE-2-2520A RHR 10"RH-601R 2-2520A-67 PIPE TO PIPEL RHR-C-03A2

!CGE-2-2520A RHR 10"RH-601R 2-2520A-224 PIPETO ELBOW RHR-C-03A2 1CE--2520A IRHR 10"RH-601R 2-2520A-23

---

PIPE-TO ELBOW H--32 ICGE-2-2520A

.10.RH-60.R.2-252.A-24 PIPE TO ELBOW.RHR-C-03A2

.CGE-2-2520ARH-IR H

0"RO-60.R 2-2520A-25 PIPE.TO ELBOW RHR-C-O3A2 ICGE-2-2524 IRHR 110"SE-RH-02 2-2524-15 PIPE TO ELBOW RHR-C-03B2 ICGE-2-2524 RHR 10"SE-RH-02 2-2524-14 PIPE TO ELBOW RHR-C-03B2 CGE-2-2524

-RHR 10"SE-RH-02 2-2524-13 PIPE TO ELBOW RHR-C-03B2 jCGE-2-2524

'RHR 1 L ERH0.

B0_

HRC033 CGE-2-2524LRHR 10"SE-RH-02 2-2524-12 PIPE TO ELBOW RHR-C-03B2 CGE-2-2524_

RHR

' 10"SE-RH-02 2-2524-70 PIPE TO PIPE RHR-C-03B2 ICGE-2-2524_

RHRI_

10"SE-RH-02 2-2524-11 PIPE TO ELBOW RHR-C-03B2 CGE-2-2524 j RHR 10"SE-RH-02 2-2524-10 PIPE TO ELBOW RHR-C-03B2 CGE-2-2522A CS 8"SE-CS-01 2-2522A-17 PIPE TO VALVE (8706A)

RHR-C-04A1 CGE-2-2522A ICS 8"SE-CS-01 2-2522A-18 PIPETO ELBOW RHR-C-04A I iCGE-2-2522A J CS 8"SE-CS-01 2-2522A-19 PIPE TO ELBOW RHR-C-04AI CGE-2-2520A RHR 10"RH-601R 2-2520A-26 PIPE TO TEE RHR-C-04AI ICGE-2-2520A RH---H-60IR 2-2520A-27 PIPE TO TEE-RHR-C-04AI ICGE-2-2520A - RHR J10"RH-601R 2-2520A-28 PIPE-TOTPIPE RHR-C-04AI CGE-2-2520A RHR j10"RH-601R 2-2520A-29 PIPE TO ELBOW RHR-C-04AI CGE-2-2520A RHR 110"RH-601R 2-2520A-30 PIPE TO ELBOW RHR-C-04AI CGE-2-2520A RHR I 0"RH-601R 2-2520A-31 PIPE TO ELBOW RHR-C-04A1 CGE-2-2520A RHR I 10"RH-601R 2-2520A-32 PIPE TO ELBOW RHR-C-04AI CGE-2-2520A RH-R.....

0"RH-601R 2-2520A-66 PIPE TO PIPE RHR-C-04A1 ICGE-2-2520A RHR 10"RH-601R 2-2520A-33 PIPE TO ELBOW RHR-C-04A1 CGE-2-2520A RHR 10"RH-601R 2-2520A-34 PIPE TO ELBOW RHR-C-04AI GE_-2-2520A RHR 10"RH-601R 2-2520A-35 PIPE TO FLANGE (RHRHX-A)

RHR-C-04AI CGE-2-2520A RHR 10"RH-601R 2-2520A-62 FLANGE TO NOZZLE (RHRHX-A)

RR-C-04A CGE-2-2522A RHR 10"SE-RH-04 2-2522A-47 FLANGE TO NOZZLE (RHRHX-A)

RHR-C-04A1 CGE-2-2522A RHR 10"SE-RH-04 2-2522A-48 FLANGE TO ELBOW (RHRHX-A)

RHR-C-04AI CGE-2-2522A RHR 10"SE-RH-04 2-2522A-2 PIPE TO ELBOW RHR-C-04AI CGE-2-2522A RHR 10"SE-RH-04 2-2522A-3 PIPE TO TEE RHR-C-04AI ICGE-2-2522ARHR

.10"SE-RH-04 2-2522A-4 PIPE TO TEE RHR-C-04AI Page 29 lvw-'O'-csfiwaf'b'Q-6%e4

K-,

Page C-30 CGE-2-2522A RHR

- 10"SE-RH-04 2-2522A-6 PIPE TO ELBOW RHR-C-04A1 CGE-2-2522A RHR 110"SE-RH-04 2-2522A-7 PIPE TO FLANGE (HO V-603A)

RHR-C-04A1 CGE-2-2522A RHR 10"SE-RH-04 2-2522A-7 PIPE TO FLANGE (HCV-603A)

RHR-C-04AI ICGE-2-2522A RHR _10"SE-RH-04 2-2522A-I PIPE TO ELBOW ANGE"____

___RHR-C-04AI.

[CGE-2-2522A JRHR__

10"SE-RH-04 2-2522A-91 PIPE TO ELBOW RHR-C-04AI ICGE-2-2522A RHR 10"SE-RH-04 2-2522A-"

PIPE TO ELBOW RHR-C-04AI CGE-2-2522A RHR 10"SE-RH-04 2-2522A-12 PIPE TO ELBOW RHR-C-04AI CGE-2-2522A RHR j 10"SE-RH-04 2-2522A-13 PIPE TO TEE RHR-C-04AI CGE-2-2522A RHR j10"SE-RH-04 2-2522A-414 PIPE TO TEE RHR-C-04A1 CGE-2-2522A RHR 10"SE-RH-04 2-2522A-44 PIPE TO VALVE (87.16A)-RHR-C-04AI ICGE-2-2522A RHR 8"SE-RH-04 2-2522A-39 PIPE TO TEE RHR-C-04AI CGE-2-2522A RHR 8"SE-RH-04 2-2522A-40 PIPE TO ELBOW RHR-C-04A1 CGE-2-2522A RHR 8"SE-RH-04 2-2522A-41 PIPE TO ELBOW RHR-C-04AI FCGE-2-2522A RHR 8'SE-RH-04 2-2522A-49 PIPE TO PIPE RHR-C-04AI RCGE-2-2522ARR I 8"SE-RH-04 2-2522A-42 PIPE TO FLANGE (FCV-605A)

RHR-C-04AI CGE-2-2522A[RHR18"SE-RH-04 2-2522A-43 PIPE TO FLANGE (FCV-605A)

RHR-C-04AI lCGE-2-2522A-R

-R18"SE-RH-04(2) 2-2522A-15 PIPE TO TEE RHR-C-04A1 ICGE-2-2522A }RHR.8"SE-RH-04(2).

2-2522A-16 PIPE TO VALVE (8706A)

RHR-C-04A1 1CGE-2-2521B RHR

[10"SE-RH-04(1) 2-2521B-23 PIPE TO VALVE (8716A)

RHR-C-04A2 ICGE-2-2521B RHR.-10"SE-RH-04(I) 2-2521B-24 PIPE TO FLANGE (ORIFICE)

RHR-C-0nA2 ICGE-2-2521B RHR 10"SE-RH-04(I) 2-2521B-25 PIPE TO FLANGE (ORIFICE)

RHR-C-04A2 ICGE-2-2521B RHR 10"SE-RH-04(1) 2-252IB-26 PIPE TO ELBOW RHR-C-04A2 CGE-2-2521B RHR 10"SE-RH-04(1) 2-2521B-27 PIPE TO ELBOW RHR-C-04A2 CGE-2-2521B RHR 10"SE-RH-04(1) 2-2521B-28 PIPE TO ELBOW RHR-C-04A2 CGE-2-2521B RHR 10"SE-RH-04(1) 2-2521B-29 PIPE TO ELBOW RHR-C-04A2 CGE-2-2521B RHR 10"SE-RH-04(1) 2-2521B-30 PIPE TO PIPE RHR-C-04A2 CGE-2-2521B RHR 10"SE-RH-04(1) 2-2521B-31 PIPE TO ELBOW RHR-C-04A2 CGE-2-2521B RHR 10"SE-RH-04(1) 2-2521B-32 PIPE TO ELBOW RHR-C-04A2 CGE-2-2521B RHR 10"SE-RH-04(i) 2-25213-33 PIPE TO ELBOW RHR-C-04A2 CGE-2-2521B RHR

.1O"SE-RH-04()

2-2521B-34 PIPE TO ELBOW RHR-C-04A2 CGE-2-2521B RHR 10"SE-RH-04(1) 12-2521B-354 PIPE TO ELBOW RHR-C-04A2 CGE-2-2521B RHR 10"SE-RH-05 12-2521B-36 PIPE TO ELBOW RHR-C-04A2 CGE-2-2524 RHR_. I 10"SE-RH-02 Jj2-2_524.-.9_............ PIPE TO TEE RHR-C-O4B.1 Page 30

Page C-31 1CGE-2-2524J RHR I 0"SE-RH-03[2-2524-8 PIPE TO TEE..............

RHR-C-04B I ICGE-2-2524 RHR 10"SE-RH-03 j2-252411--7

-PIPE TO ELBOW RHR-C-04B I LCGE-2-2524 RHR 10"SE-RH-03 2-2524-6 PIPE TO ELBOW RHR-C-04B I 1CGE-2-2524 RHR 10"SE-RH-03 2-2524-5 PIPE TO ELBOW RHR-C-04BI

!CGE-2-2524 RHR 10"SE-RH-03 2-2524-4 PIPE TO ELBOW RHR-C-04B I ICGE-2-2524 1RHR I0"SE-RH-03 2-2524-71 PIPE TO PIPE O RHWR--04BI iCGE-2-2524 RHR 10"SE-RH-03 2-2524-3 PIPE TO ELBOW RHR-C-04B I CGE-2-2524 j RHR 1o"SE-RH-03 12-2524-2 PIPE TO ELBOW RHR-C-04B I ICGE-2-2524 RHR 10"SE-RH-03 12-2524-1 PIPE TO FLANGE (RHRHX-B)

RHR-C-04BI tCGE-2-2524 JRHR

, 10"SE-RH-03 12-2524-72 NOZZLE TO FLANGE (RHRHX-B)

HR---C--4BI CGE-2-2523A RHR ioI0"SE-RH-05 12-2523A-135 NOZZLE TO FLANGE (RHRHX-B)

RHR-C-04B I CGE-2-2523A RHR 10"SE-RH-05 ELBOW TO FLANGE (RHRHX-B)

RHR-C-04B !

CGE-2-2523A RHR 10"SE-RH-05 2-2523A---

PIPE TO ELBOW.........................

RHR-C-04B I JCGE-2-2523A RHR 10"'SERH-05 2-2523A-3

-PIPE TO TEE RHR-C-04BI i CGE-2-2523A ']RHk...

liO;' SE---II 3-.......

r PIPE

-TIE.......

.4 H.C0 BI 1CGE-2-2523A RHR I 10"SE-RH-05 2-2523A-5 PIPE TO ELBOWE RHR-C-04B I ICGE-2-2523A RHR I"SERH05 2-2523A-PIPETO ELBOW RHR-C-04B

-.-1 -252 A -.

6 PIPET--------O-ELBO W

---

-- RHR-C-04B ICGE-2-2523A RHR 0"SE-RH-052-2523A PIPE TO FLANGE (HCV-603B)

RHR-C-04BI

____2_253A-8_PIET FLANGE (HCV-603B)

ICGE-2-2523A RHR 10"SE-RH-05 2-2523A-8 PIPE TO FLANGE (HCV-603B)

RHR-C-04B 1 CGE-2-2523A RHR __ 10"SE-RH-05 2-2523A-l0 PIPE TO ELBOW RHR-C-04B1 ICGE-2-2523A RHR 10"SE-RH-05 2-2523A-1I PIPE TO ELBOW RHR-C-04BI1 ICGE-2-2523A IRHR I0"SE-RH-05 2-2523A-12 PIPE TO ELBOW RHR-C-04BI LCCGE-2

-2523A J RHR 10"SE-RH-05 2-2523A-I13 PIPE TO TEE RHR-L-04B 1 CGE-2-2523A R-R

, Il0SE-RH-05 2-2523A-14 PIPETOTEE RHR-C-04B I CGE-2-2523A RHR 10"SE-RH-05 2-2523A-15 PIPE TO VALVE (87-16B)

RHR-C-04B ICGE-2-2523A JRHR._ 8"SE-RH-05 2-2523A-183 PIPE TO TEE RHR-C-04B 1 CGE-2-2523A RI-R 8"SE-RH-05 2-2523A-84 PIPE TO ELBOW RHR-C-04B 1 ICGE-2-2523A RHR 18"SE-RiH-05 2-2523A-85 PIPE TO ELBOW RHR-C-04B 1 ICGE-2-2523A RHR- '

"SE-RH-05 2-2523A-86 PIPE TO FLANGE (FCV-605B)

RHR-C-04B I fCGE-2-2523A RHR 8"SE-RH-05

{2-2523A-87 PIPE TO FLANGE (FCV-605B)

ERHR-C-04B f'CGE-2-2523A.RH 8"SE-RH-05 j2-2523A-88 PIPE TO TEE RHR-C-04B I

!CGE-2-2523A RHR SE-RH-01 2-2523A-136 PIPE TO TEE RHR-C-04B 1 C¢GE-2-2523ACRHR.1..SE-RH-01 2-2523c-851 PIPE TO VALVE (8706B)

RHR-C-04B I Page 31

Page C-32 ICGE-2-2523A IRHR 10"SE-RH-05 2-2523A-19 PIPE TO FLANGE (ORIFICE)

PIPE TO FLANGE (ORIFICE)

PIPE TO ELBOW RHR-C-04B2 ICGE-2-2523A RHR 10"SE-RH-05 2-2523A-20 PIPE TO ELBOW RHR-C-04B2 ICGE-2-2523AtRHR 10"SE-RH-05 2-2523A-21 PIPE TO ELBOW RHR-C-04B2 CGE-2-2523A RHR 10"SE-RH-05 12-2523A-22 PIPE TO ELBOW RHR-C-0-A CGE-2-2521B [RHR 10"SE-RH-05 2-2521A-37 PIPE TO ELBOW RHR-C-05A CGE-2-2521B IRHR 10"SE-RH-05 2-2521B-38 PIPE TO ELBOW RHR-C-05A CG-2251 IlL72-2521A-37 PIPE TO PIPER"...

CGE-2-2521A RHR 10"SE-RH-05 2-2521A-39 PIPE TO PE RHR-C-05A CGE-2-2521ALJRHR I I0"SE-RH-05 2-2521A-40 PIPE TO PIPE RHR-C-05A 1CGE-2-2521A]RHR 10"SE-RH-05 2-2521A-41 PIPE TO PIPE RHR-C-05A CGE-2-2521A_ RHR

-I 10"SE-RH-05 2-2521IA-42 PIPE TO ELBOW RHR-C-05A ICGE-2-2521A RHR 10"SE-RH-05 2-2521A-43 PIPE TO ELBOW RHR-C-05A

,CGE-2-2521A RHR 10'SE-RH-05 2-2521A-44 PIPE TO ELBOW RHR-C-05A iCGE-2-2521A RHR 10"SE-RH-05 2-2521A-45 PIPE TO ELBOW RHR-C-05A CGE-2-2521A IRHR 10"SE-RH-05 t2-2521A-469 PIPE TO PIPE-RHR-C-05A ICGE-2-2521A RHR_

10"SE-RH-05 2-2521A-47 PIPE TO PIPWRHR-C-05A ICGE-2-2521A RHR 10"SE-RH-05

.2-2521A-47 PIPE TO ELBOW RHR-C-05A

_______!RHR 10"SE-RH-05 2-2523IA-49 PIPE TO ELBOW RHR-C-05A CGE-2-2521A i

2 1CGE-2-2521A jRHR 10"SE-RH-05 2-2521A-514 PIPE TO NELBW RHR-C-05A CGE-2-2523A RHR 10"SE-RH-05 2-2523A-25 PIPE TO ELBOW RHR-C-05B CGE-2-2523A RHR 10"SE-RH-05 j2-2523A-24PIPE TO ELBOW RHR-C-05B CGE-2-2523A RHR 10"SE-RH-05 2-2523A-123 PiPE TO PIPE RHR-C-06B ICGE-2-2523A.RHR I0"SE-RH-05 12-2523A-24 PIPE TO PIPE RHR-C-06B ICGE-2-2523A RHR 10"SE-RH-05 2-2523A-26 PIPE TO ELBOW RHR-C-06B ICGE-2-2523A [RHR 10"SE-RH-05 2-2523A-25 PIPE TO ELBOW RHR-C-06B cGEi2-2523A 5

RHR 10"SE-RH-05 2-2523A-32 PIPE TO ELBOW RHR-C-06B ICGE-2-2523A 4RHR 1 0"SE-RH-05 2-2523A-28 PIPE TO ELBOW RHR-C-06B JCGE-2-2523A RHR I0"SE-RH-05 2-2523A-127 PIPE TO PIPE RHR-C-06B ICGE-2-2523A RHRJ 10"SE-RH-05 2-2523A-238 PIPE TO ELBOW

---

-- RHR-C-06B ICGE-2-2523A JRHR 10"SE-RH-05 12-2523A-31 PIE TO ELBOW RHR-C-06B ICGE-2-2523A RR

__-R-5 j 2-2523A-1 12_.-_jPIPE TO. PIPE-RHR-C-06B Page 32

K)j K>.

Page C-33 ICGE-2-2523A JCGE-2-2521A i CGE-2-2521A

£aMz4'4, U -

A..,n&&kt 4 JRHR 1 10"SE-RH-05 12-2523A-32 PIPE TO PIPE

1 c r4uirn I

---

1..------.-

SI SI I 0"SE-RH-05 I 0"SE-RH-05

--2-2521A-52 2-2521 A--53 PIPE TO ELBOW PIPE TO ELBOW RHR-C-06B RHR-C-07A R H-R-.-07A ICGE-2-2521A{ I 10"SE-RH-05 12-2521A-54 PIPETO ELBOW RHR-C-07A G-------.--.

B--Of2 2.....

lO--Hf SI 1"SE-RH-05' 122 A PIPE TO ELBOW IDU-rA-7A

.CGE-2-2521SI 10"SE-RH-05 12-2521A-56 PIPE TO TEE RHR-C-07A OCGE-2-2521A S

I E-RH-05 12-2521A-57 PPE.

TOTE.E RHR-C-07A CGE-2-2521AISI I0"SE-RH-05 2-2521A-58 PIPE TO ELBOW RHR-C-07A CG0E-2-2521A SI 0"SE-RH-05 2-2521A-59 ELBOW TO VALVE (8887A)

RHR:C-07A ICGE-2-2521A STI

'10"SE-SI-02 2-2521IA-22 PIPE TO TEE RHR-C-07A CGE-2-2521A ISI I0"SE-SI-02 2-2521A-21 PIPE TO ELBOW RHR-C-07A.

SIS--I--------

2521-------------------------------------------------

H

-C ICGE-2-2521A SI 10"SE-SI-02.

2-2521A-20 PIPE TO ELBOW RHR-C-07A ICGE-2-2521A-I SI 10"SE-SI-02 2-2521A-191 PIPE TO ELBOW RHR-C-0VA ICGE-2-25A

_I.

i10"SE-SI-02 12-2521A-18 PIPETO ELBOW RHR-C-07A

'CGE-2-2521A ISI I0"SE-SI-02 2-2521A-176

........ PIPE TO ELBOW RHR-C-07A tC, E-2-2521 AISI f I0"SE-SI-02 2-2521A-16 PIPE TO ELBOW RHR--07A iCGE-2-2521A SI J0"SE-SI-02 2-2521A-15 PIPE TO VALVE (8888A)

RHR-C-07A

!C'E-2R-HR

______-05 2-2523A-91 PIPE TO PIPE RHR-C-07B IcGE-2-2523A Is 10"SE-SI-02 12-2523A--33 PIPE TO ELBOW RHR-C-07B

!CGE-2-2525 SI f10"SE-SI-02 12-2525-31 PIPE TO TEE RHR-C-07B

!CGE-2-2525 ISI 1 10"SE-SI-02 2-2525-30 PIPE TO PIPE RHR-C-07B fCGE-2-2523A SI 10"SE-S-022-2523A-34 PIPE TO ELBOW RHR-C-07B

!CGE-2-2523B SI I0"SE-SI-02 j2-2523B-35 PIPE TO TEE RHR-C-07B ICGE-2-2525-29 PIPE TO ELBOW RHR-C-07B ICGE-2-2523B SI 10"SE-SI-02 2-2523B-36 PIPE TO TEE RHR-C-07B ICGE-2-2525 SI 10"SE-SI-02 2-2525-28 PIPE TO ELBOW _-_-__-

RHR-C-07B jCGE.2-2523B S

I 0"SE-SI-02 2-2523B-37 PIPE TO ELBOW RHR-C-07B ICGE-2-2525 SI I 10"SE-SI-02 2-2525-27 PIPE TO ELBOW RHR-C-07B CGE-2-2525 SI 1....10"SE-SI-02 2-2525-326 PIPE TO ELBOW RHR-C-07B CGE-2-2523B 5

SI 10"SE-SI-02 2-2523B-38 PIPE TO ELBOW RHR-C-07B CGE-2-2525 SI 10"SE-SI-02 2-2525-25 PIPE TO PIPE LRHR-C-07B CGE-2-2523B SI 10"SE-SI-02 2-2523B-39 PIPE TO VALVE (8887B)

RHR-C-07B CGE-2-2525 SI 10"SE-SI-02 2-2525-24 PIPE TO PIPE RHR-C-07B CGE-2-2525

• Si 10"SE-SI-02 2-2525-23 PIPE TO PIPE RHR-C-07B Page 33 I

-1

Page C-34 ISl 10"SE-SI-02 2-2525-22 PIPE TO PIPE 2-2525-38 PIPE TO PIPE RHR-C-07B RHR-C-07B CGE-2-2525----S I

10"SE-SI-02 2-2525-21 PIPE TO ELBOW RHR-C-07B cG 52

[-i 1 "

E-I-

2 2-"5-

-- 20...

..- PIE TO ' L--O W RH- --C-0-T--....-.

[CGE-2-2525 SI 10"SE-SI-02 12-2525-2 PIPETO ELBOW RHR-C-07B ICGE-2-2525 ISI I 0"SE-SI-02 12-2525-19 PIPE TO ELBOW RHR-C-07B CGE SI 10"SE-SI-02 2-2525-

.1 PIPE TO ELBOW RHR-C-07B..........

CGE-2-2525

-S--I 10"SE-SI-02 2-2525-17 PIPETO PPEL-RHR-C-07B ECGE--2-2525JSI 10"SE-SI-02 2-2525-816 PIPE TO ELBOW RHR-C-07B 1CGE-2 -2525 -"SI1-15-PIPE TO PIELBWRHR-C-07B CGE-2-2525 SI 110"SE-SI-02 2-2525-14 PIPE TO ELBOW RHR-C-07B ICGE-2-2525 SI

, 10"SE-SI-02 12-2525-13 PIPE TO ELBOW I--0B CGE-2-2525 i-SI 10"SE-SI-02 2-2525-12 PIPE TO VALVE (8888B)

RHR-C-07B ICGE-2-2521A SI

] 10"SE-RH-05 61 PIPE TO VALVE (8887A)

RHR-C-07C ICGE-2-2521A SI

[10"SE-RH-05 2-2521A-62 PIPE TO TEE RHR-C-07C CGE-2-2521A SIS I10"SE-RH-05 12-2521A-63 TEETOVALVE (8887B)........

RHR-C-07C CGE-2-2523B -

I.

0"SE-SI-02(l)

_2-2523B-40 PE T

RHR-C-07C ICGE-2-2523B ISI 110"SE-SI-02(1) 12-2523B-41 PIPE TO ELBOW RHR-C-07C ICGE-2-2523B

[SI 10"SE-SI-03 2-2523B-42 PIPE TO ELBOW RHR-C-07C CGE-2-2523B SI 10"SE-SI-03 12-2523B-43 PIPE-TO ELBOW RHR-C-07C CGE-2-2523BISI 10"SE-SI-03 2-2523B-44 PIPE TO ELBOW RHR-C-07C CGE-2-2523B

'-SI -- 10"SE-SI-03 2-2523B-45 PIPE-TO PIPE RHR-C-07C ICGE-2-2523B SI..

10"SE-SI-03 2-2523B-46 PIPE TO ELBOW

_RHR-C-07C CGE-2-2523B SIS 10"SE-SI-03 2-2523B-47 PIPE TO ELBOW RHR-C-07C CGE-2-2523B 15 lI 10"SE-SI :

2-2523B-48 PIPE TO ELBOW RHR-C-07C CGE-2-2523BiSI 10"SE-SI-03 2-2523B-49 ELBOW TO TEE RHR-C-07C CGE-2-2523B [SI 10"SE-SI-03 2-2523B-50 TEE TO VALVE (8889)

RHR-C-07C CGE-2-2523B iSI 8"SE-SI-02 2-2523B-89 TEE TO ELBOW RHR-C-07C CGE-2-2523B SI 8"SE-SI-02 2-2523B-90 ELBOW TO VALVE (8881)

RHR-C-07C CGE-1-4100A 1RC--12"SE-RC-04(A) 1-4100A-18BC 12" BRANCH CONNECTION TO 29" PIPE RHRAI jCGE-1-4102A IRHR 12"SE-RC-04(1) 1-4102A-1 PIPE TO BRANCH NOZZLE, RHRA1 CGE-I-4102A--RHR 12"SE-RC-04(l) 1-4102A-2 PIPE TO ELBOW RHRAI ICGE-1-4102A RHR 12"SE-RC-04(1) 1-4102A-3 PIPE TO ELBOW RHRAI ICGE-"1-4102A I[RHR 112"SE-RC-04(1) 4102A-5 I PIPE TO ELBOW RHRA1 Page 34

[ECGE-2-2525 I--- -

I t ----------

I i

Page C-35

'CUEI-1-4102 RHKfl ICGE-1-4102A RHR__

JCGE-1-4102A_ RHR 1CGE-1-4102AJRHR____.

ICGE-1-4102A RHR t.-u4(,I) 1-41U2A- 0

,C-04(1) 1-4102A-7 ZH-09(1)

[140A 12"SE-RH-09(1) 12"SE-RH-09(I)

PIPE TO VAL (XVG-8702A),

(X V G -8 *70...............

KHKAI RHRAI I* I.ll A9 1_-4102A-.9.

PIPETO ELBOW..

RHRA2 1-4102A-10 IPIPE TO ELBOW I Di

^A) iCGE-1-4102A RHR 112"SE-RH-09(1) 1-4102A-I I PIPE TO ELBOW RHRA2 ICGE-1-4102A IRHR 12"SE-RH-09(1)

,1-4102A-12 PIPE TO ELBOW RHRA2 ICGE-1-410EA IRHR 12"SE-RH-09(1) 1-4102A-13 PIPE TO ELBOW RHRA2 ICGE-1-4102A R__.

12"SE-RH-09(I)

-- 1-4102A-14 PIPE TO ELBOW RHRA2 ICGE-1-4102A RHR j2"SE-RH-09(1) 1-4102A-14 PIPE TO ELBOW RHRA2

'CGE-1-4102A RHR 12"SE-RH-09(I) 1-4102A-16 PIPE TO ELBOW RHRA2 ICGE-I-4102A RHR 12"SE-RH-09(1) 11-4102A-17 PIPE TO ELBOW RHRA2 ICGE-I-al02A - RHR 12"SE-RH-09(I) 1-41-02-A--18PIP TO.....

ELBOW-6f*

RHRA2-.

!CGE-1-4102A RHR 12"SE-RH-09(1) 1-4102A-219 PIPE TO ELBOW RHRA2 CGE-1-4102A RHR 12"SE-RH-09(1) 1-4102A-22 PIPE TO ELBOW, RHR,2 ICGE-1-4102A RHR 12"SE-RH-09(1) 11-4102A-21 PIPE TO EALB, RHRA2 CGE-1-4102A RHR 3"SE-RH-09(2) 1-4102A 22 PIPE TO ELBOW,1RHRA2 CGE-1-4102A i 2"SE-RH-09( 1) t 1-4102A-23 PIPE TOKVALVELD FIETA--

RHRA4 CGE-1-4102A RHR_

3"SE-RH-09(1) 1-4102A-24BC 2" BRANCH CONNECTION TO 12" PIPE, RHRA5 ICGE-1-4102A RHR

-2"SE-RC-09(I) 1-4102A-27SW 2" SOCKET WELD FILLET RHRA6 CGE-1-4300A RHR 12"SE-RH-04(C) 2-430-1BC 12" BRANCH CONNECTION TO 129" PIPE, RHRC1 ICGE-1-4102A RIR.12"SE-RC-09(2) 1-4102A-22 PIPE TO ELBOW RHR ICGE-1-4302ASI RC 12"SE-RC-04(2C) 1-4302A-26BC 12" BRANCH CONNECTION TO 129"PIPERHRCI CGE-1-4302A 5I

,I12"SE-RC-04(2) 11-4302-1 PIPEWTO BRANHELDNOZZLERHRC1 CGE-1-4302 ASI 3SE-RC-09(2) 1-4302-2 PIPE TO ELBOW RHRC1 CGE-14102A SI 12"SE-RC-04 (2) 1I4102A-25W PIPE TOWELBOW LLT RHRCI CGE-1-4302 si 12"SE-RC-04(2) 1-4302-4 PIPE TO ELBOW RRLHRCI CGE-1-4302 1SI 12"SE-RC-04(2) 1-4302-5 PIPE TO ELBOW RHRCI CGE-I-4302 SI 12"SE-RC-04(2) 1-4302-63 PIPE TO ELBOW RHRCI CGE-1-4302 SI 12-SE-RC-04(2) 1-4302-7 PIPE TO ELBOW RHRCI 4 SI 12"SE-RC-04(2) 1-4302-39 PIPE TO ELBOW RHRC CGE-1-4302

-SI 12"SE-RC-04(2) 1-4302-8 PIPE TO ELBOW RHRCI ICGE-1-4302 SI 12'SE-RC-04(2) 1"4302-O1 PIPE TO VALVE (XVG-8702B),

RHRCI 1 CGEI-432JS1 12SE-RH-09(2) 1-4302-11 PI.PE TO VALVE (XVG-8702B),RRC Page 35 il

-F; jl-ýrlruz

-7 v ý

%d I

K);

%K)j Page C-36 tz i

.I

~~eK~~

~d 1), 6 1t 16,*,

A F

hft ICGE-1-4302 SI 12"SE-RH-09(2) 1-4302-12 PIPE TO ELBOW RHRC2

!CGE-1-4302 I

1"ER-92

-IET LO CGE-1-4302 SI 12"SE-RH-09(2) 1-4302-13 PIPE TO ELBOW RHRC2 CGE-14302]SI 12"SE-RH-09(2) 1-4302-15 PIPE TO ELBOW RHRC2 ICGE-1-4302 JSI 12"SE-RH-09(2) 1-4302-16 PIPE TO ELBOW RHRC2 CGE-1-4302 SI.

12"SE-RH-09(2) 1-4302-17 PIPE TO ELBOW RHRC2 CGEI-302 tSI! 2"SE-RH-09(2) 1-4302-i7!'

PIPE TO ELBOW RHRC2

CGE-1-4302JS _I.....

2"SE-RH-09(2) 1--4302-']f 19 PIPE TO ELBOW

___-R-__-2-_...............HRC CGE-1-4302 SI 12"SE-RH-09(2) 1-4302-20 PIPE TO ELBOW RHRC2 CGE-I-4302 SI 12SE-RH-09(2) 1-4302-J21 PIPE TO ELBOW RHRC2 CGE-1-4302

.SI 12"SE-RH-09(2) 1-4302-22 PIPE TO ELBOW RHRC2 CGE-I-4302-SI 12'SE-RH-09(2) 1-4302-23 PIPE TO ELBOW RHRC2 CGE-1-4302 1--

S 12'SE-RH-09(2) 11-4302-- 24 PIPE TO VALVE (XVG-8701B),

RHRC2 ICGE-1-4302 5__si 3"SE-RC-04(3BC) 1 -402-25BC 2" BRANCH CONNECTION TO 12" PIPE, RHRC3 ICGE-1-4302 ISI I2"SE-RC-04 11-4302-26 SOCKET WELD/HALF COUPLING RHRC4 CGE-1-4302 ISI j3"SE-RH-09(2) 1-4302-27BC 2" BRANCH CONNECTION TO 12" PIPE RHRC5 CGE-1-4302._ISI 12"SE-RH-09(2) 1-4302-28 SýOCKET WELD/HALF COUPLING R-H-RC6 CGE-1-4302 T S

2"SE-RH-09(3)

Ft-4302!- 29BC 2" BRANCH CONNECTION TO 12" PIPE RHRC7 FCGE-1-4302 j SI j2"SE-RH-09(3) 1-4302-30 SOCKET WELDIHALF COUPLING RHRC7 CGE-2-3011 SI 20"RH-03 2-3011-1 PSI; PIPE TO NOZZLE (RWST)

RWST-C-01 CGE-2-3011 SI 20"RH-03 2-3011-2 PIPE TO VALVE (XVG-6700)

RWST-C-01 CGE-2-3011 SI 20"RH-03 12-3011-3 ELBOW TO VALVE (XVG-6700)

RWST-C-01 CGE-2-3011 SI 20"RH-03 2-3011-4 PIPE TO ELBOW RWST-C-01 CGE-2-3011 SI 120"RH-03 2 -3011 -5 PIPE TO ELBOW RWST-C-02 CGE-2-3011 SI 20"RH-03 2-3011-6 PIPE TO ELBOW RWST-C-02 CGE-2-3011 1SI 20"RH-03

• 2-3011-7 PIPE TO ELBOW RWST-C-02 CGE-2-3011 SI 20"RH-03 2-3011-8 PIPE TO ELBOW RWST-C-02 CGE-2-3011 JSI 8"SP-301 2-3011-BCI BRANCH CONNECTION RWST-C-02 CGE-2-2540B CS 8"SE-CS-04(3) 2-2540B-90 PIPE TO TEE RWST-C-03 CGE-2-2540B CS 18"E-CS-04(3) 2-2540B-91 PIPE TO VALVE (LCV-115B)

RWST-C-03

!CGE-2-2540B CS 8"SE-CS-04(B) 2-2540B-95 PIPE TO VALVE (8926)

RWST-C-03 CGE-2-2540B CS 8"SE-CS-04(B) 2-2540B-94 PIPE TO ELBOW RWST-C-03 ICGE-2-2540B CS 8"SE-CS-04(B) 2-2540B-93 PIPE TO ELBOW RWST-C-03 ICGE-2-2540B CS 8"SE-CS-04(B) 2-2540B-92 PIPE TO TEE

-RWST-C-03 Page 36

.,J_

Page C-37

-0b ICGE-2-2540 lCGE-2-301 ! -IcS 12"SP-CGE-2-301S...[14"RH-0312-3 ICGE-2-3011 isI 14"RH-03 B)

)

2-:3011-]

nI.1

-1 2-3011-15 PIPE TO TEE PIPE TO VALVE (LCV-115D)

BRANCHONNECTION.

BRANCH CONNECTION IPIPE TO BRANCH NOZZLE RWST-C-03 RWST-C-03 RWST-C-03 RWST-C-03 IR WST.f'.flJ0 i

I

__aI_-%--_____

I

!CGE-2-301o 1 S-20"RH-03 2-3011-9 PIPE TO PIPE RWST-C-03 iCGE-2-3011 -SI 120"RH-03 2-3011-10 PIPE TO PIPE RWST-C-03

'CGE-2-301 I_

ST 20'RH-03 2-3011-11 PIPE TO PIPE_________________

RWST-C-_03

!CGE-2-3011 IS I120"RH-03 2-3011-12 PIPE TO REDUCER RWST-C-03 iCGE-2-3011V SI 8"CS-22 2-3011-13 PIPE TO REDUCER RWST-C-03

'!CGE-2-3011 ISI 8_'__1CS-22 2-3011-14 PIPE TO VALVE (XVC-8926)

RWST-C-03

!CGE-2-3003 ISP 112"SP-151(1) 2-3003-1 PIPE TO BRANCH NOZZLE RWST-C-03

.CGE-2-3003 ISP J

12"SP-151(1),

2-3003-2 PIPE TO ELBOW RWST-C-03 1CGE-2-3003_

ZSP 12"SP-151(1) 2-3003-3 PIPETO ELBOW RWST-C-03 CGE-2-3003 ISP "S1-2-SP-151(l)

_5.0-0-..4 PIPE ".TO.

E.L.B.OW RWST-C-03

"!CGE-2-3003.SP 12"SP-15 1(I) 2-3003-5 PIPE TO ELBOW RWST-C-03_..

ICGE-2-3011I SI i14"RH-03 2-301-16 PIPE TO ELBOW RWST-C-04

/CGE-2-3011 SI....

14"RH-03 12-3011I-17 PIPE TO ELBOW

..... RWVST-C--04.....

1I-2-3011 SI 14"RH-03 12-3011-18 PIPE TO ELBOW RWSTC-4 FCGE-2-301-I "SI 14"RH-03 12-3011-19 PIPE TO ELBOW RWST-C-04 1CGE-2-3011 SI 14"RH-03 j2-3011-20 PIPE TO PIPE LRWST-C-04 iCGE-2-301i SI 14"RH 2-3011-22 PIPE TO ELBOW RWST-C-05 JCGE-2-3011SI 14"RH-0312-3011-20 PIPE TO PIPE RWST-C-05 ICGE-2-301 1 -ISI

- 14"RH-03 I

1-_2_PIPETOPIPE_

ICGE-2-3011 iSI 114"RH-03 12-3011-23 PIPE TO ELBOW RWST-C-05 ICGE-2-301 1 SI....

]4"RH-03 j2-3011-24 PIPE TO PIPE.

RWST-C-06

'CGE-2-3011 SI 14"RH-03 12-3011-25 PIPE TO TEE RWST-C-06 CGE-2-3011 jSI 14"RH-03

=

_[2-3011-26 PIPE TO TEE RWST-C-06 JCGE-2-3011 SI I14"RH-03 2-3011-27 5PIPE TO PIPE RWST-C-06 CGE-2-3011 SI 14"RH-03 2-3011-28 6

,, PIPE TO PIPE-RWST-C-06__

ICGE-2-3011 SI 14"RH-03 2-301 1-29 PIPE TO ELBOW RWST-C-06 CGE-2-3011

-SI 14"RH-03 2-3011-30 PIPE TO ELBOW RWST-C-06 ICGE-2-30111 SI 14"RH-03 2-3011-31 PIPE TO ELBOW RWST-C-06 ICGE-2-3011 1SI 14"RH-03 2-3011-32 PIPE TO ELBOW RWST-C-06 1CGE-2-3011

_SI j.14"RH-03 2-3011-33 PIPE TO ELBOW RWST-C-06 Page 37 I

"'----'---'----"2.'

I I

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Page C-38 ICGE-2-3011 SI 1I4"RH-03 2-3011-34 ELBOW TO VALVE (XVG-8809A)RWST-C-06 E.-2-3011S 114"RH03()

PIPE JCGE-2-3011 I2SI

-014"RH-03(1) 01"-3.

PIPE TO ELBOW RWST-C-06 CGE-2-3011-SI 114"RH-03(C) 12-3011-37-PIPE TO ELBOW RWST-C-06 CGE-2-3011 fSI 14"RH-03()

12-3011-38 PIPE TO VALVE (XVG-8809B)

RT-;-C-6-.....

1CGE-2-3011 TsI RH-08

[23011-B4

-BRANCH CONNECTION RWST-C-06 ICGE-2-3011 ISI IE"RH-08 2-3011-39 PIPE TO BRANCH NOZZLE RWST-C-06 CGE-2-3011 sI

j.

8"RH-08 2-3011-40 PIPE TO ELBOW RWST-C-06 CGE-2-3011 iSI I 8"RH-08 2-3011-41 PIPE TO ELBOW RWST-C-06 CGE-2-3011 9sij f"RH-08 2-3011-42 PIPE TO ELBOW RWST-C-06 CGE-2-3011 ISI 8"RH-08

-' 2-3011-43 PIPE TO ELBOW RWST-C-06

_CGE-2-3011 Is...8"RH-082-3011-44 PIPE TO ELBOW RWST-C-06 ICGE-2-3011 SI 18"RH-08 2-3011-45 PIPE TO ELBOW

_RWST-C-06 I CGE-2-30! 1-" SI

!8"RH-08 2-3011-46 PIPE TO ELBOW RWST-C-07

[CGE-2-3011 ISI 8'RH-08 12-3011-47 PIPE TO ELBOW RWST-C-07 CGE-2-3011 JSI 8"RH-08 1-4 50PIPE TO ELBOW RWST-C-07 CGE-2-3011 si 8"RH-08 12-3011-149 PIPE TO ELBOW RWST-C-07 CGE-2-3011 SI, 8RH-08 2-3011-50 PIPE TO ELBOW RWST-C-07 CGE-2-3011 SI 8"RH-08 2-3011-51 PIPE TO ELBOW RWST-C-07 ICGE-2-301 1 SP 18"RH-08 2-3011-52 PIPE TO ELBOW RWST-C-07

'CGE-2-30113 SP 1"RH-08 2-3011-53 PIPE TO VALVE XVG-888L RWST-C-07 ICGE-2-3003 SP 12"SP-151(1) 2-3003-6 PIPE TO PIPE RWST-C-08 ICGE-2-3003 SP j12"SP-151(1) 2-3003-7 PIPE TO ELBOW RWST-C-08 CGE-2-3003 SP 12"SP-151(I) 2-3003-1 PIPE TO ELBOW RWST-C-08 CGE-2-3003 SP 12"SP-151(I) 2-3003-9 PIPE TO PIPE" RWST-C-08 CGE-2-3003 SP 12"SP-151(I) 2-3003-10 PIPE TO TEE RWST-C-09 CGE-2-3003 SP 12"SP-151(i) 2-3003-11 PIPE TO TEE RWST-C-09 CGE-2-3003 SP

-12"SP-151(1) 2-3003-12 PIPE TO ELBOW RWST-C-09 ICGE-2-3003 SP 12"SP-151(1) 2-3003-13 PIPE TO ELBOW RWST-C-09 CGE-2-3003 SP

-2"SP-151(l) 2-3003-14 PIPE TO FLANGE RWST-C-09 ICGE-2-3003 SP 12"SP-151(l) 2-3003-15 PIPE TO FLANGE RWST-C-09 CGE-2-3003 (SP 12"SP-151(1) 2-3003-16 PIPE TO ELBOW RWST-C-09 CGE-2-3003 ISP 12SP-151(P) 2-3003-17 PIPE TO ELBOW RWST-C-09 C2GE-2-3003

~

SP 12"SP-151(l) 2-3003-19 PIPE TO ELBOW RWST-C-09 Page 38

K-,

Page C-39 ICGE-2-3003 ISP 12

-(1) 12-3003-21 PIPE TO ELBOW PIPE TO ELBOW RWST-C-09

]

RWST-C-09 CGE-2-3003 ISP I 12"SP-151(1) 12-3003-22 PIPE TO VALVE (3001A)

RWST-C-09 CGE-2-3003 iSP-....

P-15"i2) 12-3003-25 PIPE TO TEE Y&RWST-C-09 iCGE-2-3003 ISP 12"SP-151(2)

_.__I.2-3003-26 PIPE TO ELBOW RWST-C-09 CGE-2-3003 ISP 112"SP-151(2) 12-3003-27 PIPE TO ELBOW RWST-C-09

!CGE-2-3003 SP 112"SP-151(2) 12-30'3-29 PIPE TO FLANGE RWST-C-09 1CGE-2-3003 SP 12"SP-151(2) 12-3003-29 PIPE TO FLANGE RWST-C-09 1CGE-2-3003 ISP j12"SP-151(2) 12-3003-31 PIPE TO ELBOW RWST-C-09 iCGE-2-3003 SP 12"SP-151(2)2-300332 PIPE TO ELBOW RWST-C-09 CGE-2-3003 jSP 12'SP-151(2) 12-3003-33 ELBOW TO VALVE (3001B)

RWST-C-09 ICGE-2-3002

[SP 8"SP-301 2-3002-1 PIPE TO VALVE (3011-SP)

RWST-C-10

[CGE-2-3002

,s P 8'SP-301

'2-3002-2 PIPE TO ELBOW RWST-C-10 ICGE-2-3002

[SP 18SP-301 2-3002-3 PIPE TO ELBOW----RWST-C-1----_

ICGE-2-3002 ISp 8"SP-301 12-3002-4 PIPE TO FLANGE RWST-C-I10I CGE-2-3002 -SP 8"'SP-301 -............... 2-3002-5 PIPE TO FLANGE RWST-C-1I ICGE-2-3002 ISP 8"SP-301 2-3002-6 PIPE TO PIPE RWST-C-I I CGE-2-3002 "SP 8"SP-301 2-3002-7 PIPE TO PIPE RWST-C-11 CGE-2-3002 ISP 8"SP-301 2-3002-8 PIPE TO ELBOW RWST-C-11 CGE-2-3002 ISP 8"SP-301 12-3002-9 PIPE TO ELBOW RWST-C-11 ICGE-2-3002 SPI 8"SP-301 12-3002-10 PIPE TO PIPE RWST-C-1 1 CGE-2-3002

'SP __.8"SP-301 12-3002-11 PIPE TO PIPE RWST-C-I 1I CGE-2-3002 SP 8"SP-301 12-3002-12 PIPE TO PIPE RWST-C-1 1 CGE-2-3002 SP 8"SP-301 12-3002-13 PIPE TO PIPE LRWST-C-11 I

CGE-2-3002 SP 8"SP-301 2-3002-14 PIPE TO ELBOW RWST-C-I11 CGE-2-3002 SP 8"SP-301 2-3002-15 PIPE TO ELBOW RWST-C-1 1 CGE-2-3002 SP 8"SP-301 2-3002-16 PIPE TO ELBOW RWST-C-I11 ICGE-2-3002 SP 8"SP-301 2-3002-18 PIPE TO ELBOW RWST-C-12 CGE-2-3002 SP 8"SP-301 2-3002-19 PIPE TO ELBOW RWST-C-12 ICGE-2-3002 SP 8"SP-301 2-3002-20 PIPE TO PIPE RWST-C-12 LCGE-2-3002sP.

8"P-301 2-3002-21 PIPE TO ELBOW RWST-C-12 Page 39

iCGE-2-3002 ISV 8"SP-301 2-3002-22 PIPE TO ELBOW CGE-2-3002[SP r8"SP-301 12-3002-23 PIPE TO ELBOW jRWST-C-12 3002 ISP 18"SP-301 12-3002-25 PIPE TO ELBOW RWST-C-12 CGE-2-3-0"0-ISP 8"SP-301 l 2-3002-26 ELBOW TO BRANCH NOZZLE-RW'STC-12......

FCGE-2-2540B CS 14"WOL

_2-254OB-iBC BRANCH CONNECTION-WOL SI-C-01 iCGE-2-2540B jCS 4"WOL 12-2540B PIPE TO BRANCH NOZZLE SI-c-0 ICGE-2-2540B CS-4'WOL 2-25403B-99 PIPE TO ELBOW.

Si-C-a

'CGE-2-2540B-CS 4"WOL

___1-2541310 PIPE TO VALVE (8440)

SI-C-al CGE-2-2523C

[CS-..

s-CS-o I2--223C--75 TO PIPE..

SI-C-.

CGE-2-2523C CS

_" 8"SE-CS-01 2-2523C-76 PIPE TO ELBOW

-.- SI-C-l1 CGE-2-2523C cS

..... 8"SE-CS-0I 2-2523C-77 PIPE TO ELBOW SI-C--0I iCGE-2-2523C CS 8"SE-CS-0I1-o2-2523C-78 PIPE TO ELBOW SI-C-CGE-2-2523CJCSJ 8"SE-CS-01, 2-2523C-79 PIPE TO ELBOW SI-C-01 ICGE-2-2523C IS__8SEC

---

:2-2523C-80 PIPE TO ELBOW

____________SI-C-al CGE-2-2523C ICS 8"SE-CS-01 2-2523C-81 PIPE TO ELBOW SI-C-0 CGE-2-2523C CS -*gj8"SE-CS-0I j2-2523C-82 PIPE TO TEE SI-C-01 CGE-2-2540B CS 8"..

SE-CS-04(3) 2-2540B-44 PIPE TO VALVE (LCV-B-1515)

SI-C-al1 ICGE-2-2540B TCS

! 8'SE-CS-04(3) 2-2540B-45 PIPE TO TEE SI-C-01 ICGE-2-2540B CS 18"SE-CS-04(3)

_2-2540B-46 PIPE TO TEE SI-C-01 i CGE-2-2540B CS 8"SE-CS-04(3) i2-2540B-47 PIPE TO VALVE (8130A)

SI-C-01 CGE-2-254B CS 8"SE-CS-04(3)

,2-2540B84 PIPE TO VALVE (8130A)

S-C-Oi CGE-2-2540B CS 8"SE-CS-04(3) 2-254013-49 PIPE TO VALVE (8130B)

SI-C-01 CGE-2-254aB

_CS 8"SE-CS-04(3) 2-254013-50 PIPE TO VALVE (8130)SI-C

[CGE-2-2540B CS

,8"SE-CS-04(3) 2-254013-51 PIPE TO ELBOW' SI-C-01

[CGE-2-2540B CS f8"SE-CS-04(3) 12-2540B-52 PIPE TO ELBOW SI-C-01 CGE-2-2540B CS "8*SE-CS-04(3) 2-2540B-153 PIPE TO TEE SI-C-0l CGE-2-2540BCS.

8_SE-CS-04(B) 2-254013-71 PIPE TO VALVE (LCV-..15D)SI-C-01 CGE-2-2540B CS 8"SE-CS-04(B) 2-2540B-72 PIPE TO TEE SI-C-01 CGE-2-2540B__CS 8"SE-CS-04(B) 2-2540B-73 PIPE TO TEE SI-C-01 I CGE-2-54B CS 18"SE-CS-04(B)

~2-254013-74 PIPE TO TEE SI-C-al CGE-2-2540B Cs-8-SE-CS-04(B) 2-254013-75 PIPE TO TEE SI-C-01 ICGE-2-2540B CS-.

8"SE-CS-04(B) 12-25401-76 PIPE TO PIPE_

SI-C-al 1,%..

1.......

K>

Page C-40 ICGE-2-254UB ICS I2-2540B-77 IPIPE TO ELBOW sI _c-C-al.

Page 40 WZ477)

!8"5E-CSS-04(B)

k\\j Page C-41 ICGE-2-2540B CS 8"SE-CS-04(B) 2-2540B-78 PIPE TO ELBOW SI-C-01 CGE-2-2540B CS 8"SE-CS-04(B) 2-2540B-97 PIPE TO PIPE (VW5)

SI-C-01 ICGE-2-2540B CS 8"SE-CS-04(C)

J 2-2540B-70 PIPETO TEE SI-C-0 CGE-2-2540B CS 8"SE-CS-04(C) 2-2540B-69 PIPE TO VALVE (8131B)

SI-C-01 ICGE-2-2540B CS 8"SE-CS-04(C) 2-2540B-68 PIPE TO VALVE (813 1B)

SI-C-01 iCGE-2-2540B CS 8SE-CS-04(C) 2-2541B-67 PIPE TO VALVE (813 1lA)

SI-C-a CGE-2-2540B CS 8"SE-CS-04(C) 2-2540B-66 PIPE TO VALVE (813 1A)

SI-C-01 CS 2-254.B..65 PIPE....

TO..

.TEE.....................................

CGE-2-2540B CS 8"SE-CS-04(C) 2-2540B-64 PIPE TO TEE SI-C-01 CGE-2-2540B CS 8"SE-CS-04(C) 2-2540B-46 PIPE TO TEE SI-C-01I CGE-2-2540B

_CS_

8SE-CS-0(B)_

2-2540B-7 PIPE TO TEE SI-C-012 CGE-2-2540A CS 8"SE-CS-05(B) 2-25401-80 9PIPE TO ELBOWE SI-C-02B ICGE-2-2540B 1

CS

/8"SE-CS-04(B) 2-2540B-7 630PIPE TO ELBOW SI-C-02C3

!CGE-2-2540B JCS 8"SE-CS-04(C) 2-2540B-63 PIPE TO ELBOW SI-C-02C JCGE-2-2540B CS 8 sE-CS-04(c) 2-2540B"-62 PIPE TO ELBOW SI-C-02C C....

ICS 8"SE-CS-04(C) 2-254-B-61 PIPE TO ELBOW SI-C-02C CGE-2-2540B CS 18"SE-CS-05(C) 2-2540A-60 PIPE TO ELBOW SI-C-02C 1CGE-2-2540A CS..... 6"SE-CS-05(A) 2-2540A-12 PIPE TO REDUCER SI-C-03A CGE-2-2540A ICS 16"SE-CS-05(A) 2-2540A-Il PiPE TO VALVE (8471A)

SI-C-03A CGE-2-2540A ICS 6"SE-CS-05(A) 2-2540A-90 PIPE TO VALVE (847LA)

SI-C-03A CGE-2-2540A CS 6"SE-CS-05(A) 2-2540A-9 PIPE TO ELBOW SI-C-03A CGE-2-2540A CS 6"SE-CS-05(A) 2-25"40A-8 PIPE TO ELBOW SI-C-03A CGE-2-2540A JCS 16"SE-CS-05(A) 2-2540A-6 PIPE TO ELBOW SI-C-03A CGE-2-2540A CS 6"SE-CS-05(A) 2-2540A-56 PIPE TO ELBOWA (STRA.NER).SI-C-03A CGE-2-2540A CS 6"SE-CS-05(A) 2-2540A-5 PIPE TO FLANGE (STRAINER)

SI-C-03A CGE-2-2540A CS 6"SE-CS-05(A) 2-2540A-4 PIPE TO FLANGE (STRAINER)

SI-C-03A CGE-2-2540A CS 6"SE-CS-05(A) 2-2540A-3 PIPE TO ELBOW SI-C-03A CGE-2-2540A CS 6"SE-CS-05(A) 2-2540A-2 PIPE TO ELBOW SI-C-03A CGE-2-2540A CS 6"SE-CS-05(A) 2-2540A-1 PIPE TO FLANGE (CHARGING PUMP A SUCTION)

SI-C-03A CGE-2-2540A CS 8"SE-CS-05(A) 2-2540A-42 PIPE TO ELBOW SI-C-03A CGE-2-2540A CS 8"SE-CS-05(A) 2-2540A-41 PIPE TO ELBOW SI-C-03A CGE-2-2540A CS 8"SE-CS-05(A) 2-2540A-40 PIPE TO ELBOWDCRSI-C-03A CGE-2-2540A CS i "SE-CS-05(A) 2-2540A-39 PIPE TO ELBOW SI-C-03A CGE-2-2540A CS 8"SE-CS-05(A) 2-2540A-38 PIPE TO REDUCER SI-C-03A CGE-2-2540ACS_.."S-CS-04(B) 2-2540APPE TO REDUCER

.SI-PC-03B 4 Page 41

Page C-42 CGE-2-2540AC 6"SE-CS-04(B) 2-2540A-21 PIPE TO ELBOW SI-C-03B I CGE-2-2540A CS 16"SE-CS-04(B) 2-2540A-20 iI-PffyO-piPE.......

S-I--C-03B ICGE-2-2540A CS 6"SE-CS-04(B) 2-2540A-19 PIPE TO ELBOW SI-C-03B CCGE-2-2540ACS 6"SE-CS-04(B)

[2-2540A-18 PIPE TO ELBOW SI-C-03B CGE2-2540A CS'--... 6SE-CS-04(-B) 2-254-0A-96 PIPE TO PIPE SI-C-

-O'3B-.....

CGE-2-2540A CS 6"SE-CS-04(B) 2-2540A-17 PIPE TO FLANGE (STRAINER)

SI-C-03B CGE-2-2540A CS 6"SE-CS-04(B) 2-2540A-16 PIPE TO FLANGE (STRAINER)

SI-C-03B CGE-2-2540A CS 6"SE-CS-04(B) 12-2540A-15 PIPE TO ELBOW SI-C-03B CGE-2-2540A CS 6"SE-CS-04(B) f2-2540A14 PIPE TO ELBOW SI-C-03B ICGE-2-2540A CS 6"E-CS-04(B) 12-2540A-13 PIPE TO FLANGE (CHARGING PUMPB SUCTION)

SI-C-03B ICGE-2-2540A CS 8SE-CS-05(B) 12-2540A-81 PIPE TO ELBOW SI-C-03B1 ICGE-2-2540A CS 18"SE-CS-05(B) 12-2540A-82 PIPE TO ELBOW SI-C-03B CGE-2-2540A CS 8"SE-CS-05(B) 2-2540A-83 PIPE TO ELBOW SI-C-03B JCGE-2-2540A CS 8"SE-CS-05(B) 2-2540A-84 PIPE TO ELBOW SI-C-03B CGE-2-2540A CS 8"SE-CS-05(B) 2-2540A-85 PIPE TO ELBOW SI-C-03B CGE-2-2540A CS" 8"SE-CS-05(B) 2-2540A-86 PIPE TO ELBOW.............

SI-C-03B' CGE-2-2540A CS 8"SE-CS-05(B) 2-2540A-87 PIPE TO REDUCER SI-C-03B CGE-2-2540A CS 6"SE-CS-05(C) 2-2540A-37 PIPE TO REDUCER SI-C-03C CGE-2-2540A CS 6"SE-CS-05(C) 2-2540A-36 PIPE TO VALVE (847 1C)

SI-C-03C CGE-2-2540A ICS 6"SE-CS-05(C) 2-2540A-35 PIPE TO VALVE (8471 C)

SI-C-03C CGE-2-2540A ZCS 16"SE-CS-05(C) 2-2540A-34 PIPE TO ELBOW SI-C-03C CGE-2-2540A CS 6"SE-CS-05(C) 2-2540A-32 PIPE TO ELBOW SI-C-03C CGE-2-2540A CS I6SE-CS-05(C) 2-2540A-31 PIPE TO ELBOW SI-C-03C CGE-2-2540A CS 6"SE-CS-05(C) 2-2540A-30 PIPE TO FLANGE (STRAINER)

SI-C-03C CGE-2-2540A CS 6"SE-CS-05(C) 2-2540A-29 PIPE TO FLANGE (STRAINER)

SI-C-03C CGE-2-2540A CS 6"SE-CS-05(C) j2-2540A-28 PIPE TO ELBOW SI-C-03C CGE-2-2540A CS 6"SE-CS-05(C) 2-2540A-27 PIPE TO ELBOW SI-C-03C CGE-2-2540A CS 6"SE-CS-05(C) 2-2540A-26 PIPE TO FLANGE (CHARGING PUMP C SUCTION)

SI-C-03C CGE-2-2540AI CS 8"SE-CS-05(C) 2-2540A-59 PIPE TO ELBOW SI-C-03C CGE-2-2540A C

8"SE-CS-05(C) 2-2540A-58 PIPE TO ELBOW SI-C-03C Page 42

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TO ELBOW SI-C-03C ICGE-2-2540A CS 18"SE-CS-05(C).

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!CGE-2-2522B CS 8"SE-CS-04 2-2522B-36 PIPE TO ELBOW SI-C-04A iCGE-2-2523B ICS j8"SE-CS-0412-2523C-36 PIPE TO ELBOW SI-C-04A 2CGE-2-2522B CS 18"SE-CS-04 12-25223-638 PIPE TO TEE SI-C-04A ICGE'2"2523C CS 8"SE-CS- 01.............12-2523-C--61

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ICGE-2-2523C CS 18S-C-01jY2-2523C-62 PIPE TO ELBOW

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2-2523C-64 PIPE TO ELBOW.

SI-C-04B.

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8"SE-CS-01 2-2523C-67 PIPE TO PIPE SI-C-04B CGE-2-2523C CS j8"SE-CS-01 2-2523C-67 PIPE TO PIPE SI-C-04B CGE-2-2523C CS 8"SE-CS-01 2-2523C-62.....

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ICGE-2-2522B CS I8"SE-CS-01 2-2522B-25 PIPE TO ELBOW SI-C-06A ICGE-2-2522BJC.S 8"SE-CS-01 2-2522B-26 PIPE TO ELBOW SI-C-06A ICGE-2-2522B CS 18"SE-CS-01 2-2522B-27 PIPE TO ELBOW....

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SI-C-06B 1CGE-2-2523C CS 8"SE-CS-01 2-2523C-53 PIPE TO ELBOW SI-C-06B CGE-2-2523C CS 8"SE-CS-01 2-2523C-54 PIPE TO ELBOW SI-C-06B CGE-2-3010 CS 2"CSA 2-3010-IBC PSI; BRANCH CONNECTION - SOL SI-C-07A

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SI-C-07A CGE-2-3010 CS 3"CSA 2-3010- 2 PIPE TO REDUCER (CHRG PUMP A)

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SI-C-07A

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SI-C-07A CGE-2-3010 CS 2"CSB 2-3010-2BC PSI;BRANCH CONNECTION - SOL SI-C-07B ICGE-2-3010_ICS 2"CSB 2-3010-94 PIPE TO SOL SI-C-07B ICGE-2-3010 JCS 2"CSB 2-3010-95 PIPE TO VALVE (8480B)

SI-C-0713 CGE-2-3010 CS 3"CSB 2-3010-64 PIPE TO REDUCER (CHRG PUMP B)

SI-C-07B ICGE-2-3010-C--S 3"CSB 2-3010-63 PIPE TO ELBOW SI-C-07B CGE-2-3010 lCS 3"CSB 2-3010-62 PIPE TO ELBOW SI-C-07B------.

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SI-C-07B CGE-2-3010 CS 4"CSB 2-3010-65 REDUCER TO FLANGE (CHRG PUMP B)

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2"CSC 2-3010-93 PIPE.TOVALVE((8480C)

SI-c-07C Page 44

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!CGE-2-3009 SI 14"SI(09) 2-3009-5 PIPE TO FLANGE SI-C-09B 1 I

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74.--_PIPE TO ELBOW SCS j3CSC 2-3010-75 PIPETOELBOWSI-C-09C1 ICGE-2-3010 CS 3"CSC 2-3010-74 PIPE TO ELBOW SI-C-09C2 ICGE-2-3010 ICS 3"CSC 2-3010-73 PIPE TO ELBOW SI-C-09C2 ICGE-2-3010j CS 3"CSC 2-3010-72 PIPE TO ELBOW SI-C-09C2 CGE-2-3010 CS 3"CSC 2-3010-71 PIPE TO PIPE SI-C-09C2 CGE-2-3010.CS 13"CSC 2-3010-70 PIPE TO ELBOW SI-C-09C2 CGE-2-3010 CS 3"CSC 2-3010-69 PIPE TO ELBOW SI-C-09C2 CGE-2-3013 CS 3"CS-15 2-3013-10 PIPE TO PIPE SI-C-10AI ICGE-2-3013 CS 3"CS-15 2-3013-11 PIPE TO FLANGE

-_----SI-C-10A2 CGE-2-3013 CS 3"CS-15 2-3013-12 PIPE TO FLANGE SI-C-10A2

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[SI 3"SI(4)(I) 2-3008-24 PIPE TO EL "WSI-C-I IA3 CGE-2-3008 SI-3"SI(4)(1) 12-3008-21 PIPE TO ELBOW SI-C-11A3

'CGE-2-3008 SI 3"SI(4)(1) 12-3008-22 PIPE TO ELBOW SI-C-I MA3

!CGE-2-3008 SI 13"SI(4)(2) 12-3008-23 PIPE TO ELBOW SI-C-I IA3 CE-2-3008 SI

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S-I"-C-I-A-3....

CGE-2-3008 iSI 3"SI(4)(2) 2-3008-26 PIPE TO PIPE SI-C-I 1A3 fCGE-2-3008 ISI 3"SI(4)(2) 2-3008-327 PIPE TO ELIOE SI-C-1IMIA

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3"SI(4)(2) 2-3008-28 PIPE TO ELBOW

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3"SI(4)(2) 2-3008-31 PIPE TO ELBOWV (8884)SI-C-I 1A3 ICGE-2-3008 ]SI 3"SI(4)(2) 2-3008-32 PIPE TO ELBOW SI-C-I IA3

!CGE-2-3008

[SI 3"SI(4)(2) 2-3008-33 PIPE TO PEL SI-C-i 1A3

!CGE-2-3008

{SI 3"SI(4)(2) 2-3008-34 PIPE TO ELBOW SI-C-11A3 ICGE-2-3008 SI.

3"SI(4)(2) 2-3008-415PIPE TO ELBOW SI-C-I1A3 CGE-2-3008 SI 3"SI(4)(2) 2-3008-36 PIPE TO VALVE (8884)

SI-C-I 1A3 ICGE-2-3008 SI 3"SI(4)(3) 2-3008-37 PIPE TO TEE SI-C-I 1A3 CGE-2-3008 SI 13"SI(4)(3) 2-3008-38 PIPE TO PiPE SI-C-i1A3 CGE-2-3008 ISI 13"SI(4)(3) 2-3008-39 PIPE TO PIPE SI-C-I 1A3 CGE-2-3008 SI 3"SI(4)(3) 2-3008-40 PIPE TO ELBOW SI-C-II1A3 CGE-2-3008 SI

{3'51(4)(3) 2-3008-41 PIPE TO ELBOW SI-C-Il A3 CGE-2-3008 JSI j3"SI(4)(3) 2-3008-42 PIPE TO ELBOW SI-C-I 1A3 CG--30 JI 3"SI(4)(3) 2-3008-43 PIPE TO ELBOW SI-C-I 1A3 CGE-2-3008 1ST 3"SI(4)(3) 2-3008-44 PIPE TO PIPE SI-C-11A3 CGE-2-3008 1SI 3"SI(4)(3) 2-3008-45 PIPE TO PIPE SI-C-II1A4 CGE-2-3 008 15I1 3" 1(4)(3) 2-3008-46 PIPE TO PIPE SI-C-i 1A4

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___-3008-_50 PIPE TO ELBOW X-I IA4 CGE-2-3008 SI T 3"SI(4)(3) 2-3008-51 PIPE TO ELBOW SI-c-I A4 2-3--008--.---.-.-----

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[Si.

3"SI(4)(3)-2-3008-56 PIPE TO ELBOW SI-C-I IA4 ICGE-2-3008 I..

SI(4)(3) 2-3008-57 PIPE TO VALVE (8885)

SI-C-I I A4 CGE-2-3009 Si 3"SI(09) 2-3009-14 PIPE TO ELBOW C

CGE-2-3009 SI 3"SI(09) 2-3009-15 PIPE TO ELBOW SI-C-I B1

[CGE-2-3009 ISI 3"SI(09) 2-3009-16 PIPE TO ELBOW SI-C-I 1B2 GE-2-3009

.SI 3"SI(09) 2-3009-17 PIPE TO ELBOW SI-C-I IB2 ICGE-2-3009 SI 5 '

3"SI(09) 2-3009-18 PIPE TO PIPE LSI-C--I-2 ICGE-2-3009 SI 3"SI(09) 2-3009-19 PIPE TO ELBOW SI-C-I 1B2 CGE-23009 SI.

3"SI(09) 2-3009-20 PIPE TO ELBOW SI-C-I1B2 ICGE-2-3009 SI 3';SI(09) 2-3009-21 PIPE TO ELBOW SI-C-11B2 CGE-2-3 009 SI 3"SI(09) 2-3009-24 PIPE TO ELBOW SI-C-11B2 CGE-2-3009

[SI 3"SI(09) 2-3009-23 PIPE TO PIPE LSI-C-II1B3 CGE-2-3009 1 SI 3"SI(09) 2-3009-24 PIPE TO ELBOW SI-C-I 1B3 ICGE-2-3009 ISI 3"SI(09) 2-3009-25 PIPE TO ELBOW SI-C-I 1B3

[CGE-2-3009

[SI 3"SI(09)

[2-3009-26 PIPE TO ELBOW SI-C-I 1B3 ICGE-2-3009 SI 3"SI(09) 2-3009-27 PIPE TO ELBOW SI-C-I 1B3 ICGE-2-3009 1

3"S 1(09) 2-3009-28 PIPE TO ELBOW SI-C-I 1B3 CGE-2-3009 "SI 3"SI(09) 2-3009-329PIPETOPIPELBOSI-C-I11B3 CGE-2-3009 SI 3"SI(09) 2-3009-239 PIPE TOPIPEL SI-C-i 1B3 CGE-2-3009 I51J 3"SI(09) 2-3009-30 PIPE TO PIPE SI-C-11B3 rCGE-2-3009 ISI______3;SI(09)2-3009-34 PIPE TO PIPELBWSI-C-I IB3 CGE-2-3009 SI 3"SI(09) 2-3009-32 PIPE TO ELBOW SI-C-IIB3 CGE-2-3009 SI 3"SI(09) 2-3009-34 PIPE TO ELBOW SI-C-11B3

{CGE'23009,Si 3"SI(09) 2-3009-35 PIPE TO ELBOW SI-C-1-1B3

[CGE-2-3009 S*I.....

3"SI(09) 2-3009-36 PIPE TO ELOWSI-C-I11B3 CGE___-2-300 3"SI(09) t2-3009-"3'7...

PIPE TO ELBOW SI-C-I1B Page 49

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Page C-50 CGE-2-3009

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3"SI(09) 2-3009-44 PIPE TO ELBOW SI-C-I IB4 CGE-2-3009 SI 3"SI(09) 2-3009-45 PIPE TO ELBOW SI-C-I1B4 CGE-2-3009 SI 3"SI(09) 2-3009-46 PIPE TO ELBOW SI-C-11B4 CGE-2-3009 SI 3"SI(09) 12-3009-47 PIPE TO ELBOW.SI-C-1iB"4 CGE-2-3009 SI 3"SI(09) 2-3009-48 PIPE TO ELBOW SI-C-I 11B4 CGE-2-3009 SI 3"SI(09) 12-3009-49 PIPE TO ELBOW SI-C-11B4 CGE-2-3006 SI 3"SI(2) 2-3006-I PIPE TO ELBOW -SI-C-IIB4 ICGE-2-3006 JSI 13"SI(2)

J2-3006-2 PIPE TO ELBOW SI-C-I114 CGE-2-3006

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,SI 3"S(2) 2-3006-6 PIPE TO ELBOW

_______________SI--C--i-114 CGE-2-3006 SI.

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SI-C-I 114 CGE-2-3006 ISI 3"SI(2)-X 2-3006-17 PIPE TO TEE SI-C-I- B4 CGE-2-3006 SI 3"SI(2)-X 2-3006-18 PIPE TO VALVE (8801B)

SI-C-1114 CGE-2-3014 SI 3"SI-2501 2-3014-3 PIPE TO ELBOW 2

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_"SI-2501 2-3014-10 PSI; PIPE TO ELBOW SI-C-14 CGE-2-3014 SI 3"SI-2501 2-3014-10 PIPE TO ELBOW SI-C-14 CGE-2-3014 SI 3"SI-2501 2-3014-12 PIPE TO PIPE SI-C-14 ICGE-2-3014 SI 3"SI-2501 2-3014-13 PIPE TO ELBOW

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Page C-51 1CGE-2-3014 SI 3"SI-2501 2-3014-16 PIPE TO ELBOW SI-C-14 CGE-2-3014 SI 3"SI-2501 2-3014-17 PIPE TO PIPE SI-C-14 CGE-2-3014

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[-E-2-3014 s I-j33-O-250112-3014-23 PIPE TO ELBOW SI-C-4 3"SI-2501 12-3014-24 PIPE TO ELBow SI-C-14 1CGE-2-3014,S is "I20 25 PIPE TO ELBOW

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J2-3010- 24 PIPE TO ELBOW SI-C-16 SCGE-2-3010 CS 3"CSA(2) 2-3010-25 PIPE TO ELBOW SI-C-16' ICGE-2-3010 CS 3"CSA(2) 2-3010-26

-PIPE TO ELBOW SI-C-16 CGE-2-3010 CS 3"CSA(2)

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Page 51

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SI-C-16 ICGE-2-3010 ]CSf 14"CSX 2-3010-39 PIPE TO VALVE (8133A)

SI-C-16 ICGE-2-3010 12"CSX 2-3010-38 PIPE TO VALVE (8133A)

SI-C-_16 2CGE-2-3010C 4"CSX 37 PIPE TO TEE SI-C-16 ICGE-2-3010

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.11-4301-12-....-PIPE TO ELBOW SIAC-C2 f___-__--__-

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16"SE-SI-19 1-4104A-10 PIPE TO ELBOW SIHL-A1 CGE-1-4104A SI 6"S-S -19 1-4104A-10 PIPE TO ELBOW SIHL-Al CGE-1-4104A SI 6'SE-SI-19 1-4104A-13 PIPE TO ELBOW SIHL-Ai CGE-1-4104A SI

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[:1-4104A-12 PIPE TO ELBOW SI-L-A" CGE-1-4104A SI 6"SE-SI-19 1-4104A-13 PIPE TO ELBOW SIHL-AI CGE-1-4104A SI 6"SE-SI-19 1-4104A-14 PIPE TO ELBOW SIHL-A1 CGE-I-410aASI 6"SE-SI-19 1-4104A-_15 PIPE TO ELBOW SIHL-A1 CGE-1-4104A SI 6"SE-SI-19 1-4104A-17 PIPE TO VALVE (XVC-8993A)

SIHL-AI CGE-1-4113A 'SI 2"DE-SI-14(2) 1-4113A-1 SOCKET WELD ON VALVE, SIHL-A2 CGE-1-4113A SI 2"DE-SI-14(2) 1-4113A-2 SOCKET WELD ON ELBOW, SIHL-A2 ICGE-1-4113A SI j2"DE-SI-14(2) 1-4113A-23--

SOCKET WELD ON ELBOW, SIHL-A2 CGE-1-4113A SI 2"DE-SI-14(2) 1-4113A-4 SOCKET WELD ON ELBOW, SIHL-A2 CGE-1-4113A SI 2"DE-SI-14(2) 1-4113A-5 SOCKET WELD ON ELBOW, SInE-A2 Page 54

i C.A.7-1 -- 1 KU Page C-55 CGE-1-41 13A CGE-1-4113A CGE-1-4113A CGE-1-4113A SI SI

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.. 4209B-8 SOCKET WELD/ELBOW, SIRH-BSI2 ICGE-1-4209B 151 2"SE-SI-33 11-4209B-9 SOCKET WELD/ELBOW, SIRH-BSI2 CGE-1-4209B ST-2"SE-SI-33 1-4209B-SOCKET WELD/ELBOW,

_f_-__

s

-iR....

ICGE-1-4209B [SI 2"SE-SI-33 1-4209B-II SOCKET WELD/ELBOW, SIRH-BSI2 C

9B CGE-1-4209BASI 2"SE-SI-33 1-4209B-12 SOCKET WELD/ELBOW, SIRH-BSI2 CGE-1-4209A SI 2"SE-SI-33 1-4209A-13 SOCKET WELD/ELBOW, SIRH-BSI2 CGE-1-4209A TI 2"SE-SI-33 1-4209A-14 SOCKET WELD/ELBOW, SIRH-BSI2 CGE-1-4209A SI 2"SE-SI-33 1-4209A-15 SOCKET WELD/COUPLING, ------

SIRH-BSI2 ICGE-1-4209A SI 2"SE-SI-33 1-4209A-16 SOCKET WELD/COUPLING, SIRH-BS12 CGE-1-4209A 1SI

-2"SE-SI-33 1-4209A-17 SOCKET WELD/ELBOW, SIRH-BSI2 CGE 4209A

.SI 2"SE-SI-33 1-4209A-19 SOCKET WELD/ELBOW, SIRH-BS12 ICGE-1-4209A SI 2"SE-SI-33 1-4209A-219 SOCKET WELD/ELBOW, SIRH-BSI2 CGE-1-4209A SIT 2"SE-SI-33 1-4209A-20 SOCKET WELD/ELBOW, SIRH-BS12 CGE-l-4209A SI 2"SE-SI-33 1-4209A-22 SOCKET WELD/ELBOW, SIRH-BS12 CGE-1-4209A [SI 2"SE-SI-33 1-4209A-22 SOCKET WELD/ELBOW, SIRH-BST2 CGE-1-4209A SI 2"SE-SI-33 1-4209A3-123 SOCKET WELD/BRANCH, SIRH-BSI2 1CGE-1-4303

-- IS 6"SE-SI-21 1-4303-1 PIPE TO VALVE (XVC-8973C)

SIRH-C1 CGE-1-4303 SI 6"SE-SI-21 1-4303-2 PIPE TO ELBOW SIRH-CI CGE-1-4303 SI 16"SE-SI-21 1-4303-3 PIPE TO ELBOW SIRH-C1 fCGE-1-4303

-_S-I_---

6"-S_-_----1-4303-5 PIPE TO ELBOW SIRH--C 1CGE-1-4303

.SI 6"SE-SI-21 1-4303-4 PIPE TO ELBOW SIRH-CI

_CGE-1-4303_

SI 6"SE-SI-21 1-4303-7 PIPE TO ELBOW

_SIRH-C1 CGE-1-4303

_sI 6"SE-SI-21 1-4303--7 PIPE TO ELBOW SIRH-CI CGE-1-4303 SI 6"SE-SI-21 1-4303-9 PIPE TO ELBOW SIRH-C1 CGE-1-4303 SI 6"SE-SI-21

- 4303-7 PIPE TO ELBOW SIRH-CI CGE-1-4303 SI J6"SE-SI-21 1-4303-1 PIPE TO ELBOW-'-SIRH-Cl CGE-1-4303 SI 16"SE-SI-21i 1-4303-1 PIPE TO ELBOW SIRH-C1 CGE-1-4303

,SI.....

E-SI"

[ 1-4303-11 PIPE TO ELBOW SIRH-CI FCGE-1-4303 IsI 16"SE-SI-21 1-4303-13 PIPE TO ELBOW SIPH-e1 Page 61

K)j

<-I Page C-62 o"h 6

4.-"

A MO 40W CGE-1-4303 SI 6SE-SI-21 1-433-14PIPE TO VALVE (XVC-8998C)

SIRH-C!

CGE-1-4300A RC 6"SE-SI-21(BC) 1-430iA--24BC 6" BRANCH CONNECTION TO 27.5" PIPE SIRH-C2

'CGE-I-4303 SI 6"SE-SI-21 11-4303-15 PIPE TO VALVE (XVC-8998C)

SIRH-C2 CGE-1-4303 jSI 6"SE-SI-21 11-4303-16 PIPE TO ELBOW SIRH-C2 CGE-I-4303 6"SE-SI-21143-1TOELBOWH-C2 ICGE-1-4303 ISI.

6"SE-SI-21 1-4303-18 PIPE TO BRANCH NOZZLE SIRH-C2 1CGE-1-4310 SI 2"DE-SI-17 1-4310- 1 SOCKET WELD/XVC-8995C SIRH-CS-I.......

CGE-1-4310 SI 2"DE-SI-17 1-4310- 4 SOCKETWELD/TEE SIRH-CSII

'CGE-1-4310 JSI 2"DE-SI-17 1-4310- 5 SOCKET WELD/ELBOW SIRH-CSII CGE-1-4310 II 2"DE-SI-17 1-4310- 6 SOCKET WELD/ELBOW SIRH-CSII "

SCGE-E-4310ESI 2"DE-SI-17 1-4310- 7 SOCKET WELD/BRANCH CONNECTION SIRH-CSII CEGE-I-4-ý310 SI 12"OE-SI-17(l) 1-4310- 3 SOCKET WELD/rEE SIRH-CSII ICGE-1-4310 SI 12"SE-SI-21 1-4310- 8BC 2" BRANCH CONNECTION (HALF COUPLING) TO 6" PIPE SIRH-CSI1 ICGE-1-4309 SI"-2"SE-SI-21 1-4309-26BC 2" BRANCH CONNECTION (SOCKOLET) TO 6" PIPE SIRH-CSI2 CGE-1-4309

]SI, 2"SE-SI-30 1-4309-1 SOCKET WELD TO VALVE (XVC-8997C)

SIRH-CSI2

!CGE-1-4309 tSI 12"SE-SI-30 1-4309-2 SOCKET WELD TO TEE SIRH-CSI2 rCGE-I-4309I S

-2"SE-SI-30 1-4309-4 SOCKET WELD TO TEE SIRH-CS12 ICGE-1-4309 SI 2"SE-SI-30 1-4309-5 SOCKET WELD TO ELBOW SIRH-CS12 ICGE-1-4309 ISI 12"SE-SI-30 1-4309-6 SOCKET WELD TO ELBOW SIRH-CSI2 CGE-1-4309 SI 12"SE-SI-30 14309-7 SOCKET WELD TO ELBOW SIRH-CSI2 CGE-1-4309 SI 2"SE-SI-30 1-4309-8 SOCKET WELD TO ELBOW ---------

'-SIRH-CS12 CGE-1-4309 SI 2"SE-SI-30 1-4309-9 SOCKET WELD TO ELBOW SIRH-CSI2 CGE-1-4309 SI.

"SE-SI-301-4309-10 SOCKET WELD TO ELBOW SIRH-CSI2 CGE-1-4309 SI 12"SE-SI-30 1-4309-12 SOCKET WELD TO ELBOW

-SIR-C5.2 ICGE-1-4309 SI 2"SE-SI-30 L313 2--.--,SOCKET WELD TO ELBOW SIRH-kCSI2 CGE-1-4309

_SI 2"SE-SI-30 1-4309-13 SOCKET WELD TO ELBOW SIRH-CSI2 CGE-1-4309 ISI 2"SE-SI-30 1-4309-15 SOCKET WELD TO ELBOW SIRH-CSI2 CGE-1-4309 SI 2

0'-So30_14309-4 SOCKET WELD TO ELBOW SIRH-CSI2 CGE-1-4309 ]SI 12"SE-SI-35 1-4309-16 SOCKET WELD TO ELBOW SIRH-CSI2 ICGE-1-4309 SI 2"SE-SI-30 1-4309-17 SOCKET WELD TO ELBOW SIRH-CSI2 iCGE-I-4309 2"SE-SI-30 1-4309-18 SOCKET WELD TO ELBOW SIRH-CSI2 CGE-1-4309 SI 2"SE-SI-30 1-4309-19 SOCKET WELD TO COUPLING SIRH-CSI2

_CGE-1-4309_

SI 2"SE-SI-30 SOCKET WELD TO COUPLING SIRH-CS12 Page 62

K-)

Page C-63 ICGE-1-4309

[CGE-1-4309 ICGE-1-4309 ICGE-1-4309 ICGE-1-4309 Isi ISI 12"SE-SI-30 I2"SE-SI-30

-I 1-4309-24 1-4309-25 4~rL ~ LqcdgI SOCKET WELD TO ELBOW SOCKET WELD TO HALF COUPLING SIRH-CSI2 SIRH-CSI2 SIRH-CSI2 5 TSIR H-T CS12

(.cqT,

_CGE-1-4309 ISI_

2"SE-SI-30(1) 11-4309-3 SOCKET WELD TO TEE SIRH-CSI2 iCGE-2-3003 JS.P.

.2SP-15I(1) j2-3003-23 PIPE TO VALVE (3001A)

SP-C-0-1A ICGE-2-3003 SP 12"SP-151(1) 12-3003-24"PI;F'5-VA[VE(306A).SP-C-0-A CGE-2-3000 ISP 12"SP-151R(AI) 2-3000-15 PIPE TO VALVE (XVC-3006A)

SP-C-01A--

CGE-2-3000 12"SP-151R(AI) 2-3000- 16 PIPE TO TEE_

SP-C-A*A CGE-2-3000 ISP 12"SP-151R(AI) 2-3000- 17 PIPE TO ELBOW SP-C-01A CGE-2-3000

.SP 12"SP-151R(AI) 2-3000- 18 PIPE TO ELBOW SP-C-01A CGE-2-3000 ISP 12"SP-15!R(AI) 2-3000- 19 PIPE TO VALVE (XVG-3005A)......................

SP-C-01A CGE-2-3000 jSP 12"SP-151R(A2)

2-3000- 14 PIPE TO TEE SP-C-01A CGE-2-3000 SP 12"SP-151R(AI) 2-3000-20 PIPE TO VALVE (XVG-3005A)

SP-C-01A2 CO0,1A2 CGE-2-3000 SP J12"SP-15IR(AI) 2-3000-21 PIPE TO ELBOW

-SP-C-0A2 CGE-2-3000 SP 12"SP-151R(AI) 2-3000-22 PIPE TO ELBOV

,XSP-C-01A2__

CGE-2-3000 ISP 15R(A) 2-3000-23 PIPE TO VALVE (XVG-3004A)

.SP-C-01A2 ICGE-2-3003 SP

_ 12"SP-151(2) 2-3003-34 PIPE TO VALVE (3001B)

SP-C-01B CGE-2-3003 ISP 12"SP-151(2) 2-3003-35

,PIPE TO VALVE (3006B)

SP-C-01B CGE-2-3001

[SP 12"SP-151R(A1) 2-3001-1BC BRANCH CONNECTION - LOL-----

ICGE-2-3001

[SP "12"SP-151R(B

1) 2-3001-26 PIPE TO VALVE (XVG-3005B)

SP-C-0IB CGE-2-3001 SP 12"SP-151R(BI) 2-3001-25 PIPE TO PIPE SP-C-01B CGE-2-3001 SP 12"SP-151R(BI) 2-3001-24 PIPE TO ELBOW-SP-C-01B CGE-2-3001 SP 12"SP-151R(B1) 2-3001-23 PIPETOELBOW SP-C-011B CGE-2-3001 SP 12SP-151R(B1) 2-3001-37 PIPE TO PIPE SP-C-01B SP 12"SP-151R(B 1) 2-3001-22 PIPE TO LOL SP-C-01 CGE-2-3001 SP 12"SP-15IR(B2) 2-3001-21 PIPE TO VALVE (XVG-3006B)

SP-C-01B CGE-2-3001

_SP 12"SP-151R(B2) 2-3001-20 PIPE TO ELBOW SP-C-011B CGE-2-3001 SP 12"SP-151R(B2) 12-3001-19 PIPE TO ELBOW SP-C-01B CGE-2-3001 SP 12"SP-151R(B2) 12-3001-18 PIPE TO PIPE SP-C-01IB CGE-2-3001 SP 12"SP-151R(B2) 2-3001-17 PIPE TO ELBOW,-

-SP-C-01B CGE-2-3001 9SP j12"SP-151R(B2) 2-3001-16 PIPE TO ELBOW SP-C-01B CGE-2-3001

[P 12"SP-151R(B 1) 2-3001-230 PIPE TO VALVE (XVG-3004B)

SP-C-01B_2 Page 63 IV, X'i, F

f qTR T-T_(

K\\lJ Page C-64 ICGE-2-3001 SP 12"SP-15R(BI) 2-3001-29 PIPE TO ELBOW Se-C-012 CGE-2-3001 SP 1 2"SP-151R(B1) 2-3001-27

• ELBOW TO VALVE (XVG-3005B)

SP-C-0-o32 ICGE-2-3000

]SP

_10"SP(SumpA) 12-3000- 2 ELBOW TO REDUCER SP-C-02A ICGE-2-3000 0"SP(SumpA) 2-3000- 1 FLANGE TO ELBOW (SPRAY PUMP A SUCTION)

SP-C-02A

.CGE-2-3000 SP 12"SP-15IR(A2) 2-3000- 13 PIPE TO ELBOW................................

P-C-02A

'CGE-2-3000

'SP 12"SP-15IR(A2) 2-3000- 12 PIPE TO ELBOW SP-C-O2A iC G E-2-3000 SP 12"SP -15* R (A 2) 2-3000- 11 P IPE TO ELB O W SP-C -02A ICGE-2-3000 SP 12"SP-151R(A2) 2-3000-10

-PIP-E'TO-EL'BOW SP--C-02-...

1CGE-2-3000 ISP 12"SP-15IR(A2) 2-3000- 9 PIPE TO ELBOW SP-C-02A rCGE-2-3000 S-12"SP-151R(A2) 2-3000- 8 PIPE TO ELBOW SP-C-02A ICGE-2-3000 ISP 12"SP-151R(A2) 2-3000- 7 PIPE TO vALVE (XVG-3007A)

SP-C-02A CGE-2-3000 SP 12"SP-151R(A2) 2-3000- 6 PIPE TO VALVE (XVG-3007A)

SP-C-02A CGE-2-3000 SP 12"SP-15IR(A2) 2-3000- 5 PIPE TO FLANGE

___________SP-C-02A ICGE-2-3000

[SP.

12"SP-151R(A2) 12-3000- 4 PIPE TO FLANGE SP-C-02A ICGE-2-3000 ISP 12"SP-151R(A2)

-000- 3 PP REDUCER

-SP-C-O2A

'CGE-2-3001

.P 10"SV-~l(SumpB) f2-001-3PIE BWTO REDUCER SP-C-02B I

-2301f2-3001-2ELB3OW TO REDUCER LCGE-I0 1

u m

,2SP-C-02B3

• CGE-2-3001 ISP.

10"SP(SumpB) 2-3001-1 ELBOW TO FLANGE (SPRAY PUMP B SUCTION)

SP-C-02B ISP 12"SP-151R(B2)

I2-3001-15 PIPE TO ELBOW

_SP-C-02-3 ICGE-2-3001 SP I12"SP-15IR(B2) 2-3001-14 PIPE TO ELBOW SP-C-02B ICGE-2-3001 SP 12"SP-151R(B2) 2-3001-13 PIPE TO ELBOW SP-C-02B.

CG-2-3 001 SP 12"SP-151R(B2) 2-3001-12 PIPE TO ELBOW

.PC02---

CGE-2-00 SP1 12"SP-151R(B2) 2-3001-11 PIPE TO ELBOW--.

SP-C-02B

,CGE-2-3001 ISP 12"SP-151R(B2) 2-3001-10 PIPE TO ELBOW SP-C-02B

'CGE-2-3001 2S-P

_12"SP-151R(B2)

I2-3001-9 PIPE TO VALVE (XVG-3007B)

SP-C-02B

,CGE-2-3001 "SP-151R(B2)LBOW TO VALVE-(XVG-30'i3)

SP-C-02B CGE-2-3001 SP 12"SP-151R(B2) 2-3001-7 PIPE TO ELBOW

-SP-C-02B CGE-2-3001 SP 12"SP-151R(B2) 2-3001-6 PIPE TO ELBOW SP-C-02B

CGE-2-3001 SP 12"SP-151R(B2) 12-3001-5 PIPE TO FLANGE SP-C-02B ICGE-2-3001 SP 12"SP-151R(B2) 2-3001-4 PIPE TO FLANGE SP-C-02.B CGE-2-3001 sp 12"SP-151R(B2) 2-3001-3 PIPE TO REDUCER SP-C-02B CGE-2-2551A SP 10"SE-SP-16 2-2551A-54 PIPE TO VALVE (3008A)

.SP-C-03A CGE-2-2551A SP 10"SE-SP-16 2-2551A-53 PIPE TO TEE SP-C-03A CGE-2-2551A ISP 1I0"SE-SP-16 2-2551A-52 PIPE TO TEE_

SP-C-03A ICGE-2-255 IA JSP 110"SE-SP-16 12-255 1A-72 PIPE TO PIPE SP-C-03A Page 64 K-i

Page C-65 ICGE-2-2553 ISP I0"SE-SP-16(A) 2-2553-4 PIPE TO REDUCER SP-C-03A CGE-2-2553 SP I0"SE-SP-16(A) 2-2553-5 PIPE TO ELBOW SP-C-03A CGE-2-2553 ISP 10"SE-SP-16(A) 2-2553-6 PIPE TO ELBOW...............

SP-C-03A CGE-2-2553 SP 1 10"SE-SP-16(A) 2-2553-7 PIPE TO ELBOW SP-C-03A CG E-2-2553 SP -

10 SE-SP-16(A )

12-2553--- T-8

---

........ PIPE TO ELBO W P..

--3

[~9p2-253 O"SESP-6(A 12.5539

- PIP TOFLAGE (RIFCE)SP-C-03A ICGE-2-2553{SP 10"SE-SP-16(A) 2-2553-9 PIPE TO FLANGE (ORIFICE)

SP-C-03A CGE-2-2553 SP 10"SE-SP-16(A) 2--2-55 PIPE TO PFLANGE (ORIFICE)

S-P---03"--"..........P-C-03A iCG

-2253-SP-0"E-P-16(

)

-2 53 I1'0-"E-S-i

'-SP...............

255.

0-A-.........

ICGE-2-2553 SP 1.0"SE-SP-16(A) 12-2553-12 PIPE TO ELBOW SP-C-03A ICGE-2-2553

'SP 10"SE-SP-16(A) 2-2553-13 ELBOW TO VALVE (3008A)

SP-C-03A CGE-2-2553 SP 10"SE-SP-16(X) 2-2553-26 PIPE TO TEE Sp.C-03A CGE-2-2553 SP 10"SE-SP-16(X) 2-2553-27 PIPE TO ELBOW SP-C-03A ICGE-2-2553 sp 10"SE-SP-16(X) 2-2553-28 PIPE TO ELBOW SP-C-03A CGE-2-2553 IP 10"SE-SP-16(X) 2-2553-29 PIPE TO ELBOW

-SP-C 1CGE-2-2553 SP 10"SE-SP-16(X) 2-2553-29 PIPE TO ELBOW_

SP-C-03A CGE-2-2553 SP 10"SE-SP-16(X) 2-2553-30

'FIPE--T*o

,B"(-W..............................

"SP'--C--0-3"A.....

CGE-2-2553 SP 10"SE-SP-16(X) 2-2553-31 PIPE TO VALVE (3010A)

SP-C-03A ISCGE-2-2553_SP 8"SE-SP(A) 2-2553-1 PIPE TO NOZZLE (SPRAY PUMP A DISCHARGE)

SP-C-03A ICGE-2-2553)SP-8"SE-SP(A) 2-2553-2 PIPE TO ELBOW 'SP-C-03A 1CGE-2-2553 SP I 8"SE-SP(A) 2-2553-3 ELBOW TO REDUCER SP-C-03A CGE-2-2552 SP 10"SE-SP-16 2-2552-54 PIPE TO VALVE (3008B)

SP-C-03B CGE-2-2552 SP 10"SE-SP-16 12-2552-53 PIPE TO TEE SP-C-03B CGE-2-2552 ISP 10"SE-SP-16 2-2552-52 PIPE TO TEE SP-C-0aB ICGE-2-2552 SP 10"SE-SP-16 I12-2552-75 PIPE TO PIPE SP-C-03B_

'CGE-2-2553 JSP 10"SE-SP-16(B) 2-2553-15 PIPE TO REDUCER (SPRAY PUMP B DISCHARGE)

SP-C-03B ICGE-2-2553 ISP 10"SE-SP-16(B) 2-2553-16 PIPE TO ELBOW SP-C-03B CGE-2-2553 SP 10"SE-SP-16(B) 2-2553-17 PIPE TO ELBOW SP-C-03B CGE-2-2553 SP 10"SE-SP-16(B) 2-2553-18 PIPE TO ELBOW SP-C-03B CGE-2-2553 SP 10"SE-SP-16(B) 2-2553-19 PIPE TO ELBOW SP-C-03B CGE-2-2553

SP 10"SE-SP-16(B) 12-2553-20 PIPE TO ELBOW SP-C-03B CGE-2-2553 SP 10"SE-SP-16(B) 12-2553-21 PIPE TO ELBOW SP-C-03-B CGE-2-2553 SP 10"SE-SP-16(B) 2-2553-22 PIPE TO FLANGE (ORIFICE)

SP-C-03B ICGE-2-2553 SP 10"SE-SP-16(B) 2-2553-23 PIPE TO FLANGE (ORIFICE)

SP-C-03B CGE-2-2553 SP 10"SE-SP-16(B) 2-2553-24 PIPE TO ELBOW SP-C-03B CGE-2-2553 SP 10"SE-SP-16(B) 2-2553_25 5____

____..,PIPETOVALVE.(3008B)..........

SP-C-03B Page 65

K>

Page C-66 I0"SE-SP-16(B 1) 2-2553-51 IPIPE TO TEE ELB OW TO ELBOW SP-C-03B iCGE-2-2553 10"SE-SP-16(B1) 2-2553-50 PIPE TO ELBOW -SP-C-03B ICGE-2-2553 ISP "I10" SE-S-P-I.6(B1) 2-2553T-49

-PIPE.TO ELBOW SP-C-'3B

,CGE-2-2553

-SP 10"SE-SP-16(BI) 2-2553-48 PIPE TO ELBOW SP-C-03B SCGE-2-2553

• S 10'SE-SP-16(Bi) 12-2553-47 PIPE TO ELBOW SP-C-03B ICGE-2-2553 SP1 10"SE-SP-16(B1) 2-2553-46 ELBOW TO VALVE (3010B)

SP-C-03B 1CGE-2-2553 iSP ts"SE-SP-(B)

.2-2553-14 REDUCER TO NOZZLE (SPRAY PUMP B DISCHARGE)

SP-C-03B CGE-2-2553i-S'P I0"SE-SP-16(X) j2-2553-32 ELBOW TO VALVE (3010A)

SP-C-03X CGE-2-2553 SP 10"SE-SP-16(X) 2-2553-33 PIPE TO ELBOW SP-C-03X1

[CGE-2-2553 SP 10"SE-SP-16(X) 2-2553-34 PIPE TO ELBOW SP-C-03X1 CGE-2-2553 ISP 10"SE-SP-16(X) 2-2553-35 PIPE TO ELBOW SP-C-03X1 CGE-2-2553JSP 10"SE-SP-16(X) 12-2553-36 PIPE TO PIPE SP-C-03XI CGE-2-2553

-SP I

"SE-SP-IP6(B11) 2-2553-45 PIPE TO VALVE (3010B)

SP-C-03X2 CGE-2-2553 ISP I10"SE-SP-16(B1) 2-2553-44 PIPE TO TEE SP-C-03X2 CGE-2-2553 SP II"SE-SP-16(BI) 2-2553-43 ELBOW TO TEE SP-C-03X2 CGE-2-2553 SP

]10"SE-SP-16(B1) 2-2553-42 PIPE TO ELBOW

_SP-C-03X2 CGE-2-2553 SP jIO"SE-SP-16(B 1) 2-2553-41 PIPE TO VALVE (3011)

SP-C-03X2 CGE-2-2553 SP 10"SE-SP-16(X) 2-2553-37 PIPE TO PIPE SP-C-03X2 CGE-2-2553 SP 10"SE-SP-16(X) 2-2553-38 PIPE TO ELBOW SP-C-03X2 ICGE-2-2553 SP I-lSE-SP-16(X) 2-2553-39 PIPE TO ELBOW SP-C-03X2 CGE-2-2553 SP 10"SE-SP-16(X) 2-2553-40 PIPE-TO TEE SP-C-03X2 CGE-2-2551A SP ___ 10"SE-SP-16 2-2551A-51 PIPE TO ELBOW SP-C-0aA CGE-2-2551A ISP 10"SE-SP-16 2-2551A-50 PIPE TO ELBOW SP-C-04A ISCGE-2-2551Aj1P 2-2551A-49 PIPE TO ELBOW

-__0A----

CGE-2-2551A SP 10"SE-SP-16 2-2551A-48 PIPE TO ELBOW SP-C-04A CGE-2-2551A ISP 10"SE-SP-16 2-2551IA-47 PIPE TO PIPE SP-C-04A CGE-2-2551A SP 10"SE-SP-16 2-2551A-46 PIPE TO PIPE SP-C-04A CGE-2-25521 SP 10"SE-SP-01 2-2552-50 PIPE TO ELBOW SP-C-04A CGE-2-2552 SP 10"SE-SP-01 2-2552-49 PIPE TO ELBOW SP-C-04B CGE-2-2552 SP l0"SE-SP-01 2-2552-48 PIPE TO ELBOW SP-C-04B CGE-2-2552 SP 10"SE-SP-01 2-2552-47 PIPE TO PIPE SP-C-04B ICGE-2-2552 SP I10"SE-SP-01 2-2552-47 PIPE TO PEL

.SP-C-04B.

Page 66 I[CGE-2-2553 I SP

K)

K)j Page C-67 2552 SP 10"SE-SP-ol 2-2552-45 2552 ISP I10"SE-SP-01 2-2552-44 2552 ISP

'I10"SE-SP-01 12-2552-43 CGE-2-2552 ISP CGE-2-2552 ISP 10"SE-SP-01 10"SE-SP-01 12-2552-42 12-2552-41 PIPE TO EL.

1 PIPE TO ELBOW PIPE TO ELBOW SP-C-04B SP-C-04B SP-C-04B LQP'f

-l n

I I.

w_

jCGE-2-2552 jSP 10"SE-SP-01 12-2552-40 PIPE TOPIPEL SP-C-04B I

WCGE-2-2552 SP..

I0"SE-SP-01-2-2552-38 9PIPE TO ELBOW SP-C-04B jCGE-2-2552 SP I' 'SE--SP--01 F

E 6

-,0----252--

E PPE" 0-PLPE SP-C-04B CGE-2-2552 SP 110"SE-SP-01 2-2552-36 PIPE TO ELBOW SP-C-04B CGE-2-2552 SP 10"SE-SP-0,2-2552-35 PIPE TO ELBOW SP-C-04B CGE-2-2552 SP 10"SE-SP-01 2-2552-34 PIPE TO ELBOW SP-C-04B CGE-2-2552 ISP 10"SE-SP-01 2-2552-33 PIPE TO ELBOW SP-C-04B CGE-2-2552 SP 10"SE-SP-01 2-2552-32 PIPE TO PIPE SP-C-04B CGE-2-2552 ISP 10"SE-SP-I6 2-2552-33 PIPE TO ELBOW SP-C-04B CGE-2-2551A SP 10"SE-SP-16 2-2551A-45 3PIPE TO ELBOW SP-C-05A CGE-2-2551A SP 10"SE-SP-16 2-2551IA-44 PIPE TO ELBOW SP-C-05A CGE-2-2551A SP i0"SE-SP-16 2-2551A-43 PIPE TO ELBOW SP-C-05A CGE-22551 ~

I 10"SE-SP-16 f2-255 1A-43 PIPE TO ELBOW_________-.SCOA CGE-2-2551A SP

_I0"SE-SP-16 2-2551A-42 PIPE TO ELBOW SP-C-05A CGE-2-2551A SP 10"SE-SP-16 12-2551A-41 PIPE TO PIPEL SP-C-05A ICGE-2-2551A SP 10"SE-SP-16 12-2551IA-40 PIPE TO ELBOW SP-C-05A CGE-2-2551A SP 10"SE-SP-16 12-2551A-39 PIPE TO ELBOW SP-C-05A CG E 2551A SP0"SE-SP-162

-2551A -38PIPE TO PELB O W -- -...

SP C

.. A CGE-2-2551A SP 10"SE-SP-16 2-2551A-37 PIPE TO ELBOW SP-C-05A CGE-2-2551A SP 10"SE-SP-16 2-2551A-36 PIPE TO ELBOW SP-C-05A CGE-2-25521 SP 10"SE-SP-016 2-2552-31 PIPE TO ELBOW SP-C-05B CGE-2-2552 SP 10"SE-SP-01 12-2552-30 PIPE TO ELBOW SP-C-05B CGE-2-2552 JSP 10"SE-SP-01 2-2552-29 PIPE TO ELBOW SP-C-05B CGE-2-2552 SP 10"SE-SP-01 2-2552-27 PIPE TO ELBOW SP-C-05B CGE-2-2552 ISP 10"SE-SP-01 2-2552-26 PIPE TO ELBOW SP-C-05B CGE-2-2552 SP 10"SE-SP-01 2-2552-25 PIPE TO PIPE SP-C-05B CGE-2-2552IsP 10"SE-SP-01 2-2552-24 PIPE TO ELBOW SP-C-O5B CGE-2-2552

_SP...

10"SE-SP-01_

,_2-2552-23 PIPE TO ELBOW isp-C-05B Page 67

• .¢qr r--

r-

Page C-68 IV.

mb o6eqifriceMp tyItd4j J

'A ii

~

Nni~i

~Syn~

~---

d ikH~&1tiqn,,,0,

[CGE-2-2552 ISP tl lSE-SP-01 12-2552-22 PIPE TO ELBOW LSP-C-05B

!CGE-2-2552 SP 10"SE-SP-01 12-2552-21 PIPE TO ELBOW SP-C-05B ICGE-2-2551B SSP 10"SE-SP-16 12-2551B-35 PIPE TO PIPE SP-C-06A 1CGE-2-2551IB JSP 10"SE-SP-16 12-2551B-34 PIPE TO ELBOW SP-C-06A CG -

5 i B SP 10"SE-SP-16 12-255 IB-33 I PIPE TO ELBOW......

SP-C-06A ICGE-2-2551B SP 1-0"SE-SP-16 j2-2551B-32 PIPE TO PIPE SP-C-06A iCGE-2-2551BSP "I10"SE-SP-16 255 1B-31 PIPE TO PIPE SPC.0a JCGE-2-2551B ISP 10SE-SP-16 2-2551B-30 PIPE'TO PIPE...............

SP-C-06A

[CGE-2-2552 ISP I 10"SE-SP-01 12-2552-19 PIPE TO PIPE SP-C-06B ICGE-2-2551B ISP I O0"SE-SP-16 2-2551B-29 PIPE TO ELBOW SP-C-07A ICGE-2-2551B ISP 10"SE-SP-16 2-2551B-28 PIPE TO ELBOW SP-C-07A CGE-2-2551B SP 10"SE-SP-16 2-2551B-27 PIPE TO ELBOW SP-C-O7A

[CGE-2-2551B ISP 1i0"SE-SP-16 2-2551B-73 PIPE TO PIPE

_SP-C-07A CGE-2-2551B ISP 10"SE-SP-16 12-2551B-26 PIPE TO ELBOW SP-C-07A CGE-2-255,B ISP

,10"SE-SP-16 12-255IB-25 PIPE TO ELBOW___SP-C-08A CGE-2-2551BISP.

10"SE-SP-,6 J

2-2551B-24 PIPE TO ELBOW SP-C-0RA CGE-2-2551B SP 10"SE-SP-16 2-2551B-23 PIPE TO ELBOW SP-C-08A sCGE-2-255 IB 'SP 10"SE-SP-16 12-255 1B-22 PIPE TO ELBOW SP-C-08A

"[CGE-2-2551B SP" i10"SE-SP-16 2-255iB-21 PIPE TO TEE SP-C-09A 1CGE-2-2551B jSP j I0'SE-SP-16(2)12-255 1B-20 TEE TO REDUCER SP-C-09A GE-5 SP 10"SE-SP-16(2) 2-2551B-19 PIPE TO TEE SP-C-09A ICGE-2-2551B SP J110"SE-SP-16(2) 2-2551B-18 PIPE TO VALVE (3003A)

SP-C-09A CGE-2-2552 SP-10-SE-SP 2-2552-18 PIPE TO TEE SP-C-09B CGE-2-2552 SP 10"SE-SP-01(2) 2-2552-17 TEE TO REDUCER SP-C-09B CGE-2-2552 SP SP 10"SE-SP-01(2) 2-2552-16 PIPE TO TEE SP-C-09B ICGE-2-2552 SP 10"SE-SP-01(2)

.2-2552-15 PIPE TO VALVE (3003B)

SP-C-09B CGE-2-2556A SW 12"SW(A) 2-2556A-29 PIPE TO VALVE (31 10A)

SW-C-01A CGE-2-2556A JSW 12_°SW(A)_2-2556A-28 PIPE TO TEE SW-C-01A CGE-2-2556A SW 16"SE-SW-24 2-2556A-I PIPE TO VALVE (3106A)......

SW-C-0iA CGE-2-2556A SW 16"SE-SW-24 2-2556A-2 PIPE TO TEE SW-C-01A CGE-2-2556A SW 16"SE-SW-24 2-2556A-3 PIPE TO TEE SW-C-01A ICGE-2-2556A SW 16"SE-SW-24 2-2556A-4 PIPE TO ELBOW SW-C-01A ICGE-2-2556A SW 16"SE-SW-24 2-2556A-5 PIPE TO ELBOW SW-C-01A ICGE-2-2556A 1SW.

16"SE-SW-24 2-2556A-6 PIPE TO ELBOW SW-C-01A Page 68

Page C-69 ICGE-2-2556A JSW 16"SE-SW-24 2-2556A-7 PIPE TO ELBOW SW-C-0oA ICGE-2-2556A {SW 16"SE-SW-24 2-2556A-31 PIPE TO PIPE SW-C-01A I______

SW---.1 ICGE-2-2556A SW 16"SE-SW-24 2-2556A-8 PIPE TO PENETRATION XRP-304

.............. S-W-C-0"iA CGE-2-2557AiSW

.112"SW(B).

. [2-2557A-37 PIPE TO VALVE (3110B)

SW-C-01B

-CGE-2-2557A,[SW

-112"SW(B) 2-2557A-36 PIPE TO ELBOW SW-C-OI.

CGE-2-2557A 'SW 12"SW

-22 J2-2557A-35 PIPE TO ELBOW SW-C-01B ICGE-2-2557A I SW 12"SW(B)-22 2-2557A-34 PIPE TO TEE SW-C-01B ICGE--2557 SW 1"SE-S-2 1-257---

I-----

PFPETOVA N__ --

D__-)_

-C------I---B ICGE-2-2557A SW' 1 6"SE-SW-22 2-_2557-4

--- PIPE TO EBW'SW-C-01B CGE-2-2557A ;SW 16"SE-SW-22 "2-2557A-1 PIPE TO VELB 6SW-C-01B CGE-2-2557A/- S-W, 16'*S-W 4PP OEBWSW-C-01B3 CG-2257AS 16"SE-SW-22 2-2557A-65 PIPE TO ELBOW SW-C-01B3

'cGE-2-2557A SW i'"E-W E-557A_-67

.... PP TO ELBOW SW-C-01IB CGE-2-2557ASW......

_16"SE-SW-22____

_2-2557A-_7IPEr--ELBOW

.sw-C-o CGE-2-2557A ISW i6"SE-SW-22

.2-2557A-9 PIPE TO ELBOW SW-C-01B ICGE-2-2557A1SW 16"SE-SW-22 2-2557A-3 PIPE TO ELBOW SW-C-01B CGE-2-2557A -SW

_16"SE-SW-22______.,2-2557A 11 PIPE

'-ELBOW.S--C-"-I-.

CGE-2-2557A.SW 16"SE-SW-22 2-2557A-42 "PIPE TO ELBOW PT-SW-C-01B ICGE-2-2557A SW 116"SE-SW-23 ----- 2557A-12 PIPE TO PENETRATION XRP-430 SW-C-0EA CGE-2-2556A SW J 16"SE-SW-23 2-2556A-1 5PIPE TO ELBOW SW-C-0EA CGE-2-2556A SW 16"SE-SW-23 2-2556A-16 PIPE TO ELBOW

_SW-C-0EA I SW 16"SE-SW-22 223A PIPE TO ELBOW SW-C-02A CGE-2-2556A SW 16"SE-SW-23 2-2556A-14 PIPE TO VALVE (3137A)

SW-C-0EA CGE-2-2557A 1SW 16"SE-SW-25 2-2557A-15 PIPE TO PENETRATION XRP-403 SW-C-02B CGE-2-2557A [SW 16"SE-SW-25 2-2557A-16 PIPE TO ELBOW SW-C-O2 ICGE-2-2557AISWW 1_6"SE-SW-25 2-2557A-17 PIPE TO ELBOW SW-C-02B

[CGE-2-6A SW j16"SE-SW-23 2-2557A-18 PIPE TO VALVE (3137B)

SW-C-02B CGE-2-2557A W

16"SE-SW-25 2-2557A-16IP-Page 69

Page D-1 Appendix D: V.C Summer Detailed Consequence Evaluations.

Page D-2 Consequences

1. Consequence Segment ID:

CVCS01

2. Segment Functional ID: CSN-ISO

3. Segment

Description:

CVCS Normal: 1-8346 to 1-8379

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

Containment

7. Consequence Key:

PMLO(CV)

8. Isolation:

CV: 1-8379

9. Time to Isolate:

NIA

10. Initiating Event: PMLO(CV)

11. Exposure Time: All Year: Potential MLO if check valve leaks

12. Disabled Trains (Direct Effects):

None

13. Disabled Trains (Indirect Effects):

None

14. Disabled Trains (ISO Success):

None

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

All

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO(CV), if isolation fails

19. CCDP Estimate:

Potential MLO isolated by a normally closed check valve: 3.6E-3 *4 4E-3 = 1.6E-5

20. CLERP Estimate:

1.5E-7

21. Rank:

MEDIUM

Page D-3

1. Consequence Segment ID:

CVCS02

2. Segment Functional ID: CSN-CLA

3. Segment

Description:

CVCS Normal: 1-8379 to CLA

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: MLO I1. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate: 3.5E-05

21. Rank:

HIGH

Page D-4

1. Consequence Segment ID:

CVCS03

2. Segment Functional ID: CSN-ISO

3. Segment

Description:

CVCS Alt: 1-8347 to 1-8378

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

Containment

7. Consequence Key:

PMLO(CV)

8. Isolation:

CV:1-8378

9. Time to Isolate:

N/A

10. Ii'litiating Event: PMLO(CV)

11. Exposure Time: All Year: Potential MLO if check valve leaks

12. Disabled Trains (Direct Effects):

None

13. Disabled Trains (Indirect Effects):

None

14. Disabled Trains (ISO Success):

None

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

All

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO(CV), if isolation fails

19. CCDP Estimate:

Potential MLO isolated by a normally closed check valve: 3 6E-3

• 4.4E-3 = 1.6E-5

20. CLERP Estimate:

1.51E-7

21. Rank:

MEDIUM

Page D-5

1. Consequence Segment ID:

CVCS04

2. Segment Functional ID: CSN-CLA

3. Segment

Description:

CVCS Alt-1-8378 to CLB

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate: 3.5E-05

21. Rank:

HIGH

Page D-6

1. Consequence Segment ID:

CVCS05

2. Segment Functional ID: PZR AUX SPR -ISO

3. Segment

Description:

CVCS Aux Spray: 1-8145 to 1-8377

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

PSLOC(CV)

8. Isolation:

CV: 1-8377

9. Time to Isolate:

N/A

10. Initiating Event: PSLOC(CV)

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

None

13. Disabled Trains (Indirect Effects):

None

14. Disabled Trains (ISO Success):

None

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

All

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLOC, if isolation fails

19. CCDP Estimate:

Potential SLOC isolated by a normally closed check valve: 3.42_-3

• 4.4E-3 1.5E-5

20. CLERP Estimate:

1.5E-7

21. Rank:

MEDIUM

PageD-7

1. Consequence Segment ID:

CVCS06

2. Segment Functional ID: PZR AUX SPR

3. Segment

Description:

CVCS Aux Spray: 1-8377 to HDR Tee

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

SLOC

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLOC

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA effects

13. Disabled Trains (Indirect Effects):

LOCA effects

14. Disabled Trains (ISO Success):

NIA

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLOC

19. CCDP Estimate:

3.4E-3

20. CLERP Estimate: 3.4E-5

21. Rank:

HIGH

Page D-8

1. Consequence Segment ID:

FW-C-OIA

2. Segment Functional ID: FWA-PAA3601(1)

3. Segment

Description:

FW Line A, Between CV 1684A-FW and 1611 A-FW

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

18

6. Spatial Effects:

PAA-36-01

7. Consequence Key:

SSBO

8. Isolation:

NC. 1611 A-FW

9. Time to Isolate:

N/A 10.Jnitiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

NT/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

NIA

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-9

1. Consequence Segment ID:

FW-C-OIB

2. Segment Functional ID: FWB-PAA3601(l)

3. Segment

Description:

FW Line B, Between CV 1684B-FW and 161 IB-FW

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

I8

6. Spatial Effects:

PAI-36-01

7. Consequence Key:

SSBO

8. Isolation:

NC.1611B-FW

9. Time to Isolate:

NIA

10. Initiating Event: SLBIFB outside Cont

11. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9 8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-10

1. Consequence Segment ID:

FW-C-O0C

2. Segment Functional ID: FWC-PAA3601(I)

3. Segment

Description:

FW Line C, Between CV 1684C-FW and 1611 C.FW

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

18

6. Spatial Effects:

PAI-36-O1

7. Consequence Key:

SSBO

8. Isolation:

NC.1611 C-FW

9. Time to Isolate:

N/A

10. Initiating Event: SLB-FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect'Effects):

NIA

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

NIA

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-1I

1. Consequence Segment ID:

FW-C-02A

2. Segment Functional ID: FWA-PAA3601(2)

3. Segment

Description:

FW Line A, Between Valve 1611 A-FW and Pen 306

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

18

6. Spatial Effects:

PAA-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E1-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-12

1. Consequence Segment ID:

FW-C-02B

2. Segment Functional ID: FWB-PAA3601(2)

3. Segment

Description:

FW Line B, Between Valve 1611 B-FW and Pen 206

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

18

6. Spatial Effects:

PAI-36-01

7. Consequence Key:

SSBO S. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

NIA

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-13

1. Consequence Segment ID:

FW-C-02C

2. Segment Functional ID: FWC-PAA3601 (2)

3. Segment

Description:

FW Line C, Between Valve 1611 C-FW and Pen 203

4. Configuration:

Operating S. Analyzed Break Size (Inches):

18

6. Spatial Effects:

PAI-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

NIA

10. Initiating Event: SLBIFB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-14

1. Consequence Segment ID:

FW-C-03A

2. Segment Functional ID: FWA-CONT

3. Segment

Description:

FW Line A, Between Pen 306 and SG XSG-2A-RC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

16. 18

6. Spatial Effects:

Containment

7. Consequence Key:

SSBI

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB in Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line 13.Disabled Trains (Indirect Effects):

Break in Containment

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

NIA

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB inside Cont

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.3E-7

21. Rank:

MEDIUM

Page D-15

1. Consequence Segment ID:

FW-C-03B

2. Segment Functional ID: FWB-CONT

3. Segment

Description:

FW Line B, Between Pen 206 and SG XSG-2B-RC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

16, 18

6. Spatial Effects:

Containment

7. Consequence Key:

SSBI

8. Isolation:

NO

9. Time to Isolate:

NIA

10. Initiating Event: SLB/FB in Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

Break in Containment

14. Disabled Trains (ISO Success):

NIA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB inside Cont

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.3E-7

21. Rank:

MEDIUM

Page D-16

1. Consequence Segment ID:

FW-C-03C

2. Segment Functional ID: FWC-CONT

3. Segment

Description:

FW Line C, Between Pen 203 and SG XSG-2C-RC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

16, 18

6. Spatial Effects:

Containment

7. Consequence Key:

SSBI

8. Isolation:

NO

9. Time to Isolate:

NIA

10. Initiating Event: SLB/FB in Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

tBreak in Containment

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB inside Cont 19: CCDP Estimate:

9.81-5

20. CLERP Estimate:

7.3E-7

21. Rank:

MEDIUM

Page D-17

1. Consequence Segment ID:

FW-C-04A

2. Segment Functional ED: FWA-AFW

3. Segment

Description:

EFW Line A, Between 4x6 reducer and XSG-2A-RC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

Containment

7. Consequence Key:

SSBI

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB in Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

Break in Containment

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLBIFB inside Cont

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.31E-7

21. Rank:

MEDIUM

Page D-18

1. Consequence Segment ID:

FW-C-04B

2. Segment Functional ID: FWB-AFW

3. Segment

Description:

EFW Line B, Between 4x6 reducer and XSG-2B-RC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

Containment

7. Consequence Key:

SSBI S. Isolation:

NO

9. Time to Isolate:

NIA

10. Initiating Event: SLB/FB in Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

Break in Containment

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB inside Cont

19. CCDP Estimate:

9 8E-5

20. CLERP Estimate: 7.3E-7

21. Rank:

MEDIUM

Page D-19

1. Consequence Segment ID:

FW-C-04C

2. Segment Functional ID: FWC-AFW

3. Segment

Description:

EFW Line C, Between 4x6 reducer and XSG-2C-RC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

Containment

7. Consequence Key:

SSBI

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB in Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

Break in Containment

14. Disabled Trains (ISO Success):

NIA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB inside Cont

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.31-7

21. Rank:

MEDIUM

Page D-20

1. Consequence Segment ID:

IL-C-01

2. Segment Functional ID: SIB-CLs-FH 1201

3. Segment

Description:

Safey Injection Line, Between MOVs 1-8801A and 1-8801B and Containment Penetration 426

4. Configuration:

Demand

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

FH-12-01

7. Consequence Key:

SI

8. Isolation:

NC. MOVs 1-8801A and 1-8801B

9. Time to Isolate:

Isolation was not credited. It was assumed that isolation is not likely, given that the isolation valves could be impacted due to spray

10. Initiating Event: Assumed LOCA

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

SIA, SIB, SIC

13. Disabled Trains (Indirect Effects):

Possible Loss of RHR Pumps

14. Disabled Trains (ISO Success):

SIA, SIB, SIC

15. Available Trains (ISO Failure):

None

16. Available Trains (ISO Success):

Alternate SI Injection to Cold Leg

17. Containment Isolation:

Not Affected

18. LERF Effects:

LOCA

19. CCDP Estimate:

CCDP. Loss of SI System Not tested: I.4E-3

20. CLERP Estimate:

1.7E-4

21. Rank:

HIGH

Page D-21

1. Consequence Segment ID:

IL-C-02

2. Segment Functional ID: SIB-CLs-CONT

3. Segment

Description:

Safety Injection Lines to Cold Legs, Between Containment Penetration 426 and MVs 1-8996A, 1-8996B, and 1-8996C

4. Configuration:

Demand

5. Analyzed Break Size (Inches):

2. 3

6. Spatial Effects:

Containment

7. Consequence Key:

SI*

8. Isolation:

NC: MOVs 1-8801A and 1-8801B

9. Time to Isolate:

Isolation was not credited. It was assumed that isolation is not likely, given that the failure is I

assumed to occur on a LOCA demand

10. Initiating Event: Assumed LOCA

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

SIA, SIB, SIC

13. Disabled Trains (Indirect Effects):

Possible Loss of RHR Pumps

14. Disabled Trains (ISO Success):

SIA, SIB, SIC

15. Available Trains (ISO Failure):

None

16. Available Trains (ISO Success):

Alternate SI Injection to Cold Leg

17. Containment Isolation:

Not Affected

18. LERF Effects:

LOCA

19. CCDP Estimate:

CCDP: Loss of Sl System Not tested-1.4E-3

20. CLERP Estimate:

1.7E-4

21. Rank:

HIGH

Page D-22

1. Consequence Segment ID:

IL-C-02A

2. Segment Functional ID: SIB-CLA

3. Segment

Description:

SI to CLA, Between MV 1-8996A and CV 1-8997A

4. Configuration:

Demand

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

SI/CLA

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: Assumed LOCA

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

SI/CLA

13. Disabled Trains (Indirect Effects):

Break in Containment

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

SI/CLB, SI/CLC

16. Available Trains (ISO Success):

NIA

17. Containment Isolation:

Not Affected

18. LERF Effects:

Standard LOCA effects

19. CCDP Estimate:

Loss of SI/CLA" 1.3E,-6

20. CLERP Estimate: IE-7

21. Rank:

MEDIUM

Page D-23

1. Consequence Segment ID:

IL-C-02B

2. Segment Functional ID: SIB-CLB

3. Segment

Description:

SI to CLB, Between MV 1-8996B and CV 1-8997B

4. Configuration:

Demand

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

SI/CLB

8. Islation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: Assumed LOCA

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

SI/CLB

13. Disabled Trains (Indirect Effects):

Break in Containment

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

SI/CLA, SI/CLC

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

Standard LOCA effects

19. CCDP Estimate:

Loss of SI/CLB: 1.3E-6

20. CLERP Estimate:

IE-7

21. Rank:

MEDIUM

Page D-24

1. Consequence Segment ID:

IL-C-02C

2. Segment Functional ID: SIB-CLC

3. Segment

Description:

SI to CLC, Between MV 1-8996C and CV 1-8997C

4. Configuration:

Demand

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

SI/CLC

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: Assumed LOCA

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

Sl/CLC

13. Disabled Trains (Indirect Effects):

Break in Containment

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

SI/CLA, SI/CLB

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

Standard LOCA effects

19. CCDP Estimate:

Loss of SI/CLC: 1.3E-6

20. CLERP Estimate:

I.OE-7

21. Rank:

MEDIUM

Page D-25

1. Consequence Segment ID:

IL-C-03A

2. Segment Functional ID: RHRA-CL-PAAI201

3. Segment

Description:

RHRA Discharge to Cold Legs, Between MOV 1-8888A and Containment Penetration 322

4. Configuration:

Demand /I Demand//Shutdown II Shutdown

5. Analyzed Break Size (Inches):

10

6. Spatial Effects:

PAA-12-01

7. Consequence Key:

RHRo/RWST (IS O=GF) fl SD LOCA (ISO=F) // LSDCA (ISO=S)

8. Isolation:

NO II NC" MOV 1-8888A f/NO If YES- (1-8702A or 1-8701A and 1-8702B or 1-8701B)

9. Time to Isolate:

Isolation is needed within 22 minutes to prevent loss of V2 RWST (RHR pumps flooded in 51 minutes).

Isolation was not credited for events needing less than one hour to isolate.

10. Initiating Event: Assumed LOCA

11. Exposure Time: Tested Quarterly

12. Disabled Trains (Direct Effects):

RHR lost due to a flow diversion.

13. Disabled Trains (Indirect Effects):

Flooding of the RHR system and a possible loss of RWST

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

None

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

Standard for LOCA events

19. CCDP Estimate:

Loss of RHR: 2.711-4

20. CLERP Estimate: 2.3E-6

21. Rank:

HIGH See Template for Shutdown

Page D-26

1. Consequence Segment ID:

IL-C-03B

2. Segment Functional ID: RHRB-CL-PAA1201

3. Segment

Description:

RHRB Discharge to Cold Legs, Between MOV 1-8888B and Containment Penetration 227

4. Configuration:

Demand II Demand U Shutdown / Shutdown

5. Analyzed Break Size (Inches):

10

6. Spatial Effects:

PAA-12-01

7. Consequence Key:

RHRD/RWST (ISO--GF) II SD LOCA (ISO=F) II LSDCB (ISO=S)

8. Isolation:

NO II NC: MOV 1-8888B /NO # YES: (1-8702A or 1-8701A and 1-8702B or 1-8701B)

9. Time to Isolate:

Isolation is needed within 22 minutes to prevent loss of 1/2 RWST (RHR pumps flooded in 51 minutes).

Isolation was not credited for events needing less than one hour to isolate.

10. Initiating Event: Assumed LOCA

11. Exposure Time: Tested Quarterly

12. Disabled Trains (Direct Effects):

RHR lost due to a Flow Diversion

13. Disabled Trains (Indirect Effects):

Flooding of the RHR System and a possible loss of RWST

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

None

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

Standard for LOCA events

19. CCDP Estimate:

Loss of RHR: 2.7E-4

20. CLERP Estimate: 2.3E-6

21. Rank:

HIGH See Template for Shutdown

Page D-27

1. Consequence Segment ID:

IL-C-04A

2. Segment Functional ID: RHRA-CL

3. Segment

Description:

RHRA Discharge to Cold Legs, Between Containment Penetration 322 and CV 1-8974A

4. Configuration:

D //SID II SD

5. Analyzed Break Size (Inches):

10

6. Spatial Effects:

Containment

7. Consequence Key:

RHRO/RWST* (NC ISO) /1 SD LOCA* (ISO=F) I/ LSDCA* (ISO=S)

8. Isolation:

NC f/ NO # YES: (1-8702A or 1-8701A)

9. Time to Isolate:

Isolation is needed within 22 minutes to prevent loss of V2 RWST (RHR pumps flooded in 51 minutes).

Isolation was not credited for events needing less than one hour to isolate.

10. Initiating Event: Assumed LOCA

11. Exposure Time: Tested Quarterly

12. Disabled Trains (Direct Effects):

RHR due to a flow diversion

13. Disabled Trains (Indirect Effects):

Break in Containment

14. Disabled Trains (ISO Success):

None

15. Available Trains (ISO Failure):

None

16. Available Trains (ISO Success):

All

17. Containment Isolation:

Not Affected 18..LERF Effects:

Standard for LOCA events

19. CCDP Estimate:

Loss of RHR: 2.7E-4

20. CLERP Estimate:

2.3E-6

21. Rank:

HIGH See Template for Shutdown* A

Page D-28

1. Consequence Segment ID:

IL-C-04B

2. Segment Functional ID: RHRB-CL

3. Segment

Description:

RHRB Discharge to Cold Legs, Between Containment Penetration 227 and CV 1-'8974B

4. Configuration:

D II SID IU SID

5. Analyzed Break Size (Inches):

10

6. Spatial Effects:

Containment

7. Consequence Key:

RHRD/RWST* (NC ISO) II SD LOCA* (ISO-=F) II LSDCB* (ISO=S)

8. Isolation:

NC// NO // YES: (1-8702B or 1-8701 B)

9. Time to Isolate:

Isolation is needed within 22 minutes to prevent loss of 1/2 RWST (RHR pumps flooded in 51 minutes).

Isolation was not credited for events needing less than one hour to isolate.

10. Initiating Event: Assumed LOCA

11. Exposure Time: Tested Quarterly

12. Disabled Trains (Direct Effects):

RHR lost due to a flow diversion

13. Disabled Trains (Indirect Effects):

Break in Containment

14. Disabled Trains (ISO Success):

None

15. Available Trains (ISO Failure):

None

16. Available Trains (ISO Success):

All

17. Containment Isolation:

Not Affected

18. LERF Effects:

Standard for LOCA events

19. CCDP Estimate:

Loss of RHR: 2.7E-4

20. CLERP Estimate:

2.3E-6

21. Rank:

HIGH See Template for Shutdown B

Page D-29

1. Consequence Segment ID:

IL-C-05

2. Segment Functional ID: RHR-CLS

3. Segment

Description:

RHR Discharge to Cold Legs, Between CLs CVs 1-8974A, 1-8974B and CVs 1-8973A, 1-8973B, & 1-8973C

4. Configuration:

D II S/D I1 S/D

5. Analyzed Break Size (Inches):

6, 10

6. Spatial Effects:

Containment

7. Consequence Key:

RHRD/RWST* (NC ISO) II SD LOCA* (ISO=F) II LSDC* (ISO-S)

8. Isolation:

NC fl NO I/ YES: All S/D MOVs

9. Time to Isolate:

Isolation is needed within 22 minutes to prevent loss of V2 RWST (RHR pumps flooded in 51 minutes).

Isolation was not credited for events needing less than one hour to isolate.

10. Initiating Event: Assumed LOCA

11. Exposure Time: Tested Quarterly

12. Disabled Trains (Direct Effects):

RHR lost due to a flow diversion.

13. Disabled Trains (Indirect Effects):

Break in Containment

14. Disabled Trains (ISO Success):

NIA

15. Available Trains (ISO Failure):

None

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERFEffects:

Standard for LOCA events

19. CCDP Estimate:

Loss of RHR: 2.7E-4

20. CLERP Estimate: 2.3E-6

21. Rank:

HIGH See Template for Shutdown*

Page D-30

1. Consequence Segment ID:

IL-C-06

2. Segment Functional ID: RH-HL-PAA1201

3. Segment

Description:

RHRA Discharge to Hot Legs, Between MOV 1-8889 and Containment Penetration 325

4. Configuration:

Demand

5. Analyzed Break Size (Inches):

10

6. Spatial Effects:

PAA-12-01

7. Consequence Key:

RHR HL

8. Isolation:

NC: MOV 1-8889

9. Time to Isolate:

N/A

10. Initiating Event: Assumed LOCA (LLOCA, MLOCA)

11. Exposure Time: I Year

12. Disabled Trains (Direct Effects):

RHR Injection to HLs and CLs

13. Disabled Trains (Indirect Effects):

None

14. Disabled Trains (ISO Success):

RHR Injection to HLs and CLs

15. Available Trains (ISO Failure):

None

16. Available Trains (ISO Success):

SI to HLs

17. Containment Isolation:

Not Affected

18. LERF Effects:

Standard for LOCA events

19. CCDP Estimate:

<I E-6

20. CLERP Estimate: <IE-7

21. Rank:

LOW

Page D-31

1. Consequence Segment ID:

IL-C-07

2. Segment Functional ID: RH'HLS

3. Segment

Description:

RHR Discharge to Hot Legs, Between Containment Penetration 325 and CVs 1-8988A and 1-8988B

4. Configuration:

Demand

5. Analyzed Break Size (Inches):

6, 10

6. Spatial Effects:

Containment

7. Consequence Key:

RHR HL*

8. Isolation:

NC: MOV 1-8889

9. Time to Isolate:

N/A

10. Initiating Event: Assumed LOCA (LLOCA, MLOCA)

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

RHR Injection to HLs and CLs

13. Disabled Trains (Indirect Effects):

None

14. Disabled Trains (ISO Success):

RHR Injection to HLs

15. Available Trains (ISO Failure):

None

16. Available Trains (ISO Success):

RHR to CLs, SI to CLs and HLs

17. Containment Isolation:

Not Affected

18. LERF Effects:

Break in Containment

19. CCDP Estimate:

<IE-6

20. CLERP Estimate:

<1E-7

21. Rank:

LOW

Page D-32

1. Consequence Segment ID:

MS-C-01A

2. Segment Functional ID: MSA-CONT

3. Segment

Description:

MS Line A. Between SG XSG-2A-RC and Containment Penetration 428

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

32

6. Spatial Effects:

Containment

7. Consequence Key:

SSBI

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB in Cont

11. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

Break in Containment

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

Other unaffected S HR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB inside Cont

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.3E-7

21. Rank:

MEDIUM

Page D-33

1. Consequence Segment ID:

MS-C-01B

2. Segment Functional ID: MSB-CONT

3. Segment

Description:

MS Une B, Between SG XSG-2B-RC and Containment Penetration 207

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

32

6. Spatial Effects:

Containment

7. Consequence Key:

SSBI

8. Isolation:

NO

9. Time to Isolate:

NIA

10. Initiating Event: SLB/FB in Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Etffects):

Break in Containment

14. Disabled Trains (ISO Success):

NIA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

NIA

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB inside Cont

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.3E-7

21. Rank:

MEDIUM

Page D-34

1. Consequence Segment ID:

MS-C-0IC

2. Segment Functional ID: MSC-CONT

3. Segment

Description:

MS Line C, Between SG XSG-2C-RC and Containment Penetration 202

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

32

6. Spatial Effects:

Containment

7. Consequence Key:

SSBI

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLBIFB in Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (IndireCt Effects):

Break in Containment

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB inside Cont

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.3E-7

21. Rank:

MEDIUM

Page D-35

1. Consequence Segment ID:

MS-C-02A

2. Segment Functional ID: MSA-PAA3601

3. Segment

Description:

MS Line A, Common Line to Safety Valves, Between Containment Penetration 428 and PAA-36-011IB-36-02 Pen

4. Configuration:

Operating

5. Analyzed Break Size 32

6. Spatial Effects:

PAA-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9 8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-36

1. Consequence Segment ID:

MS-C-02B

2. Segment Functional ID: MSB-PA13601

3. Segment

Description:

MS Line B, Common Line to Safety Valves, Between Containment Penetration 207 and PAI-36-01/IIB-36-02 Pen

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

32

6. Spatial Effects:

PAI-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

NIA

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-37

1. Consequence Segment ID:

MS-C-02C

2. Segment Functional ID: MSC-PA13601

3. Segment

Description:

MS Line C, Common Line to Safety Valves, Between Containment Penetration 202 and PAI-36-01/IB-36-02 Pen

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

32

6. Spatial Effects:

PAI-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

NIA

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D,-38

1. Consequence Segment ID:

MS-C-03A

2. Segment Functional ID: MSA-IB3602

3. Segment

Description:

MS Line A, Common Line to Safety Valves, Between PAA-36-01/IB-36-02 Pen ind MSIV 2801 A-MS

4. Configuration:

Operating

5. Analyzed Brealk Size (Inches):

32

6. Spatial Effects:

IB-36-02

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

NIA

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-39

1. Consequence Segment ID:

MS-C-03B

2. Segment Functional ID: MSB-IB3602

3. Segment

Description:

MS Line B, Common Line to Safety Valves, Between PAI-36-01/IB-36-02 Pen and MSIV 2801 B-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

32

6. Spatial Effects:

IB-36-02

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken iine"

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D,-40

1. Consequence Segment ID:

MS-C-03C

2. Segment Functional ID: MSC-1B3602

3. Segment

Description:

MS Line C, Common Line to Safety Valves, Between PAI-36-Ol/IB-36-02 Pen arid MSIV 2801C-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

32

6. Spatial Effects:

IB-36-02

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7AE-7

21. Rank:

MEDIUM

Page D-41

1. Consequence Segment ID:

MS-C-04A

2. Segment Functional ID: MSA-ADV-2000

3. Segment

Description:

MS Line A, Between Common Line to Safety Valves Tee and Atmospheric Dump Valve IPV-2000-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

8

6. Spatial Effects:

PAA-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

NIA

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-42

1. Consequence Segment ID:

MS-C-04B

2. Segment Functional ID: MSB-ADV-2010

3. Segment

Description:

MS Line B, Between Common Line to Safety Valves Tee and Atmospheric Dump Valve IPV-2010-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

8

6. Spatial Effects:

IB-36-02

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-43

1. Consequence Segment ID:

MS-C-04C

2. Segment Functional ID: MSC-ADV-2020

3. Segment

Description:

MS Line C, Between Common Line to Safety Valves Tee and Atmospheric Dump Valve IPV-2020-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

8

6. Spatial Effects:

PAI-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-44

1. Consequence Segment ED:

MS.C-05A

2. Segment Functional ED: MSA-SRV-2806A

3. Segment

Description:

MS Line A, Safety Valve 2806A-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

PAA-36-01

7. Consequence Key:

SSBO

8. JBolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLBIFB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-45

1. Consequence Segment ID:

MS-C-05F

2. Segment Functional ID: MSB-SRV-2806F

3. Segment

Description:

MS Line B, Safety Valve 2806F-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

IB-36-02

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

NIA

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9 8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-46

1. Consequence Segment ID:

MS-C-05K

2. Segment Functional ID: MSC-SRV-2806K

3. Segment

Description:

MS Line C, Safety Valve 2806K-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

PAI-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

NIA

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-47

1. Consequence Segment ID:

MS-C-06B

2. Segment Functional ID: MSA-SRV-2806B

3. Segment

Description:

MS Une A, Safety Valve 2806B-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

PAA-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. lIitiating Event: SLB/FB outside Cont

11. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

NIA

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

NIA

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLBIFB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-48

1. Consequence Segment ID:

MS-C-06G

2. Segment Functional ID: MSB-SRV-2806G

3. Segment

Description:

MS Line B, Safety Valve 2806G-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

IB-36-02

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-49

1. Consequence Segment ID:

MS-C-06L

2. Segment Functional ID: MSC-SRV-2806L

3. Segment

Description:

MS Line C, Safety Valve 2806L-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

PAI-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-50

1. Consequence Segment ID:

MS-C-05C

2. Segment Functional ID: MSA-SRV-2806C

3. Segment

Description:

MS Line A, Safety Valve 2806C-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

PAA-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

NIA

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERFEffects:

SLBIFB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D.51

1. Consequence Segment ID:

MS-C-05H

2. Segment Functional ID: MSB-SRV-2806H

3. Segment

Description:

MS Line B, Safety Valve 2806H-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

IB-36-02

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7 4E-7

21. Rank:

MEDIUM

Page D-52

1. Consequence Segment ID:

MS-C-05M

2. Segment Functional ID: MSC-SRV-2806M

3. Segment

Description:

MS Line C, Safety Valve 2806M-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

PAI-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-53

1. Consequence Segment ID:

MS-C-05D

2. Segment Functional ID: MSA-SRV-2806D

3. Segment

Description:

MS Line A, Safety Valve 2806D-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

PAA-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

NIA

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

NIA

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-54

1. Consequence Segment ID:

MS-C-051

2. Segment Functional ID: MSB-SRV-28061

3. Segment

Description:

MS Line B, Safety Valve 28061-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

IB-36-02

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-55

1. Consequence Segment ID:

MS-C-05N

2. Segment Functional ID: MSC-SRV-2806N

3. Segment

Description:

MS Line C, Safety Valve 2806N-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

PAT-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont II. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5 20.*CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-56

1. Consequence Segment ID:

MS-C-05E

2. Segment Functional ID: MSA-SRV-2806E

3. Segment

Description:

MS Line A, Safety Valve 2806E-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

PAA-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLBIFB outside Containment

19. CCDP Estimate:

9 8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-57

1. Consequence Segment ID:

MS-C-051

2. Segment Functional ID: MSB-SRV-2806J

3. Segment

Description:

MS Line B, Safety Valve 2806J-MS

4. Configuration:

Operating S. Analyzed Break Size (Inches):

6

6. Spatial Effects:

IB-36-02

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont I I. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.83-5

20. CLERP Estimate: 7.43-7

21. Rank:

MEDIUM

Page D-58

1. Consequence Segment ID:

MS-C-05P

2. Segment Functional ID: MSC-SRV-2806P

3. Segment

Description:

MS Line C, Safety Valve 2806P-MS

4. Configuration:

Operating S. Analyzed Break Size (Inches):

6

6. Spatial Effects:

PAI-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-59

1. Consequence Segment ID:

MS-C-10A

2. Segment Functional ID: MSA-CAPI

3. Segment

Description:

MS Line A, 14" Capped Branch, Between Pen 428 and 8" Branch Connection

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

14

6. Spatial Effects:

PAA-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: NIA

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-60

1. Consequence Segment ID:

MS-C-10C

2. Segment Functional ID: MSC-CAPI

3. Segment

Description:

MS Line C, 14" Capped Branch, Between Pen 202 and 8" Branch Connection

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

14

6. Spatial Effects:

PAI-36-01

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-61

1. Consequence Segment ID:

MS-C-1I A

2. Segment Functional ID: MSA-CAP2

3. Segment

Description:

MS Line A, 14" Capped Branch, Upstream from MSIV 2801A-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

14

6. Spatial Effects:

IB-36-02

7. Consequence Key:

SSBO S. Isolation:

NO

9. Time to Isolate:

NIA

10. Ihirtiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D.62

1. Consequence Segment ID:

MS-C-I B

2. Segment Functional ID: MSB-CAP2

3. Segment

Description:

MS Line B, 14" Capped Branch, Upstream from MSIV 2801B.MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

14

6. Spatial Effects:

IB-36-02

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont II. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate:

7.4E-7

21. Rank:

MEDIUM

Page D-63

1. Consequence Segment ID:

MS-C-I IC

2. Segment Functional ID: MSC-CAP2

3. Segment

Description:

MS Line C, 14" Capped Branch, Upstream from MSIV 2801C-MS

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

14

6. Spatial Effects:

IB-36-02

7. Consequence Key:

SSBO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLB/FB outside Cont

11. Exposure Time: N/A

12. Disabled Trains (Direct Effects):

Loss of broken line

13. Disabled Trains (Indirect Effects):

N/A

14. Disabled Trains (ISO Success):

NA

15. Available Trains (ISO Failure):

Other unaffected SHR Systems

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLB/FB outside Containment

19. CCDP Estimate:

9.8E-5

20. CLERP Estimate: 7.4E-7

21. Rank:

MEDIUM

Page D-64

1. Consequence Segment ID:

RCS 11

2. Segment Functional ID: HLA

3. Segment

Description:

HLA, Reactor Vessel to SGI, XSG-2A-RC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

29

6. Spatial Effects:

Containment

7. Consequence Key:

LLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: LLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

LLO

19. CCDP Estimate:

3 8E-03

20. CLERP Estimate:

3.5E-05

21. Rank:

HIGH

Page D-65

1. Consequence Segment ID:

RCS 12

2. Segment Functional ID: XLA

3. Segment

Description:

XLA, XSG-2A-RC to RCP XPP-30A-RC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

31

6. Spatial Effects:

Containment

7. Consequence Key:

LLO

8. Is6lation:

NO

9. Time to Isolate:

N/A

10. 16itiating Event: LLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

LW

19. CCDP Estimate:

3.8E-03

20. CLERP Estimate: 3.5E-05

21. Rank:

HIGH

Page D.66

1. Consequence Segment ID:

RCS13

2. Segment Functional ID: CLA '

3. Segment

Description:

CLA, XPP-30A-RC to Reactor Vessel

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

27.5

6. Spatial Effects:

Containment

7. Consequence Key:

LLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: LLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

LLW

19. CCDP Estimate:

3 8E-03

20. CLERP Estimate: 3.5E-05

21. Rank:

HIGH

Page D-67

1. Consequence Segment ID:

RCSI4

2. Segment Functional ID: WCA-XL

3. Segment

Description:

Weld Cap from XLA

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

NIA

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate: 3.5E-05

21. Rank:

HIGH

Page D-68

1. Consequence Segment ID:

RCS15A

2. Segment Functional ID: LD

3. Segment

Description:

XLA LID, XLA to I-LCV-460

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

NIA

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate: 3.5E-05

21. Rank:

HIGH

Page D-69

1. Consequence Segment ID:

RCS15B

2. Segment Functional ID: LD-ISO

3. Segment

Description:

XLA LID, I -LCV-460 to I -LCV-459

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

Containment

7. Consequence Key:

IMLO(AOV)

8. Isolation:

AOV: I-LCV-460

9. Time to Isolate:

N/A

10. Initiating Event-IMLO (AOV)

11. Exposure Time: All Year: This an isolable MLOCA which would be isolated by the Above AOV

12. Disabled Trains (Direct Effects):

None

13. Disabled Trains (Indirect EiTects):

None

14. Disabled Trains (ISO Success):

None

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

All

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLOCA, if isolation fails

19. CCDP Estimate:

Isolable MLOCA isolated by closure on demand of an open AOV: 3.6E-3

• 2.OE-3 = 7.2E-6

20. CLERP Estimate:

7.OE-6

21. Rank:

MEDIUM I

Page D-70

1. Consequence Segment ID:

RCS15C

2. Segment Functional ID: DRA

3. Segment

Description:

XLA, XLA L/D 3"x2" Reducer To 1-8057A

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

SLOC

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLOC

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA effects

13. Disabled Trains (Indirect Effects):

LOCA effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLOC

19. CCDP Estimate:

3 4E-3

20. CLERP Estimate:

3.4E-5

21. Rank:

HIGH

Page D-71

1. Consequence Segment ID:

RCS 15D

2. Segment Functional ID: DRA-ISO

3. Segment

Description:

XLA L/D, 1-8057A to 1-8058A

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

PSLOC(MV)

8. Isolation:

MV: 1-8057A

9. Time to Isolate:

N/A

10. lAitiating Event: PSLOC (MV)

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

None

13. Disabled Trains (Indirect Effects):

None

14. Disabled Trains (ISO Success):

None

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

All

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLOC if isolation fails

19. CCDP Estimate:

Potential SLOC isolated by a normally closed check valve: 3.42E-3 4 4E-3 = 1.5E-5

20. CLERP Estimate:

1.5E-7

21. Rank:

MEDIUM

Page D-72

1. Consequence Segment ID:

RCS 16

2. Segment Functional ID: WCA-CL

3. Segment

Description:

Weld Cap from CLA

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

SLOC

8. Is6lation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLOC

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA effects

13. Disabled Trains (Indirect Effects):

LOCA effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLOC

19. CCDP Estimate:

3.4E-3

20. CLERP Estimate:

3.4E-5

21. Rank:

HIGH

Page D-73

1. Consequence Segment ID:

RCS21

2. Segment Functional ID: HLB

3. Segment

Description:

HLB, Reactor Vessel to SG I, XSG-2B-RC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

29

6. Spatial Effects:

Containment

7. Consequence Key:

LLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: LLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

LLO

19. CCDP Estimate:

3.8E-03

20. CLERP Estimate:

3.5E-05

21. Rank:

HIGH

Page D-74

1. Consequence Segment ID:

RCS22

2. Segment Functional ID: XLB

3. Segment

Description:

XLB, XSG-2B-RC to RCP XPP-30B-RC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

31

6. Spatial Effects:

Containment

7. Consequence Key:

LLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: LLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

LLO

19. CCDP Estimate:

3 8E-03

20. CLERP Estimate: 3.5E-05

21. Rank:

HIGH

Page D-75

1. Consequence Segment ID:

RCS23

2. Segment Functional ID: CL B

3. Segment

Description:

CLB, XPP-30B-RC to Reactor Vessel

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

27.5

6. Spatial Effects:

Containment

7. Consequence Key:

LLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10., iltiating Event: LLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

LLO

19. CCDP Estimate:

3.813-03

20. CLERP Estimate:

3.51-05

21. Rank:

HIGH

Page D.76

1. Consequence Segment ID:

RCS24

2. Segment Functional ID: WCB-XL

3. Segment

Description:

Weld Cap from XLB

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

NIA

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate:

3.5E-05

21. Rank:

HIGH

Page D-77

1. Consequence Segment ID:

RCS25A

2. Segment Functional ID: DRB

3. Segment

Description:

XLB Drain A, XL2 to 1-8057B

4. Configuration:

Operating

5. Analyzed Break Size (Ir.ches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

SLOC

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLOC

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA effects

13. Disabled Trains (Indirect Effects):

LOCA effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

NIA

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLOC

19. CCDP Estimate:

3 413-3

20. CLERP Estimate: 3.4E-5

21. Rank:

HIGH

Page D-78

1. Consequence Segment ID:

RCS25B

2. Segment Functional ID: DRB-ISO

3. Segment

Description:

XLB Drain A, 1 -8057B to 1-8058B & Flow Restrictor

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

PSLOC(MV)

8. Isolation:

MV: 1-8057B

9. Time to Isolate:

N/A

10. Initiating Event: PSLOC (MV)

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

None

13. Disabled Trains (Indirect Effects):

None

14. Disabled Trains (ISO Success):

None

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

All

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLOC if isolation fails

19. CCDP Estimate:

Potential SLOC isolated by a normally closed check valve: 3 42E-3

• 4.4E-3 =.5E-5

20. CLERP Estimate:

1.5E-7

21. Rank:

MEDIUM

Page D-79

1. Consequence Segment ID:

RCS26

2. Segment Functional ID: WCB-CL

3. Segment

Description:

Weld Cap from XLB

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

SLOC 8.'Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLOC

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA effects

13. Disabled Trains (Indirect Effects):

LOCA effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLOC

19. CCDP Estimate:

3.4E-3

20. CLERP Estimate: 3.4E-5

21. Rank:

HIGH

Page D,-80

1. Consequence Segment ID:

RCS31

2. Segment Functional ID: HLC

3. Segment

Description:

HLC, Reactor Vessel to SG3, XSG-2C-RC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

29

6. Spatial Effects:

Containment

7. Consequence Key:

LLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: LLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

LLO

19. CCDP Estimate:

3.8E-03

20. CLERP Estimate: 3.5E-05

21. Rank:

HIGH

Page D-81

1. Consequence Segment ID:

RCS32

2. Segment Functional ID: XLC

3. Segment

Description:

XLC, XSG-2C-RC to RCP XPP-30C-RC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

31

6. Spatial Effects:

Containment

7. Consequence Key:

LLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: LLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Wffects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

LLO

19. CCDP Estimate:

3.8E-03

20. CLERP Estimate:

3 5E-05

21. Rank:

HIGH

Page D-82

1. Consequence Segment ID:

RCS33

2. Segment Functional ID: CL C

3. Segment

Description:

CLC. XPP-30C-RC to Reactor Vessel

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

27.5

6. Spatial Effects:

Containment

7. Consequence Key:

LLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: LLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

LLO

19. CCDP Estimate:

3.8E-03

20. CLERP Estimate:

3 5E-05

21. Rank:

HIGH

Page D-83

1. Consequence Segment ID:

RCS34

2. Segment Functional ID: WCC-XL

3. Segment

Description:

Weld Cap from XLC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NO

9. Time to Isolate:

NIA

10. Initiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate: 3.5E-05

21. Rank:

HIGH

Page D-,84

1. Consequence Segment ID:

RCS35A

2. Segment Functional ID: DRC

3. Segment

Description:

XLC Drain, XLC to 1-8057C

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

SLOC

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: SLOC

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA effects

13. Disabled Trains (Indirect Effects):

LOCA effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLOC

19. CCDP Estimate:

3 4E-3

20. CLERP Estimate:

3 4E-5

21. Rank:

HIGH

Page D-85

1. Consequence Segment 1I):

RCS35B

2. Segment Functional ID: DRC-ISO

3. Segment

Description:

XLC Drain, 1-8057C to 1-8058C

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

PSLOC(MV)

8. Isolation:

MV: 1-8057C

9. Time to Isolate:

N/A

10. Initiating Event: PSLOC (MV) 1I. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

None

13. Disabled Trains (Indirect Effects):

None

14. Disabled Trains (ISO Success):

None

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

All

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLOC if isolation fails

19. CCDP Estimate:

Potential SLOC isolated by a normally closed check valve: 3.42E-3

• 4A.E-3 = 1.5E-5

20. CLERP Estimate:

1.5E-7

21. Rank:

MEDIUM

Page D-86

1. Consequence Segment ID:

RCS36

2. Segment Functional ID: WCB-CL

3. Segment

Description:

Weld Cap from CLC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

2

6. Spatial Effects:

Containment

7. Consequence Key:

SLOC

8. Isolation:

NO

9. Time to Isolate:

NIA

10. Initiating Event: SLOC

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA effects

13. Disabled Trains (Indirect Effects):

LOCA effects

14. Disabled Trains (ISO Success):

NIA

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

SLOC

19. CCDP Estimate:

3 4E-3

20. CLERP Estimate:

3.4E-5

21. Rank:

HIGH

Page D-87

1. Consequence Segment ID:

RCS37

2. Segment Functional ID: PZR!SRG HLA

3. Segment

Description:

Pressurizer Surge, HLA to Pressurizer

4. Configuration:

Operating S. Analyzed Break Size (Inches):

14

6. Spatial Effects:

Containment

7. Consequence Key:

LLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. IXitiating Event: LLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

NIA

17. Containment Isolation:

Not Affected

18. LERF Effects:

LLO

19. CCDP Estimate:

3.8E-03

20. CLERP Estimate: 3.5E-05

21. Rank:

HIGH

Page D-88

1. Consequence Segment ID:

RCS51

2. Segment Functional ID: PZR SVI

3. Segment

Description:

Pressurizer to Relief Valve 1-8010A

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate:

3.5E-05

21. Rank:

HIGH

Page D-89

1. Consequence Segment ID:

RCS52

2. Segment Functional ID: PZR SV2

3. Segment

Description:

Pressurizer to Relief Valve 1-8010B

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NO

9. Time to Isolate:

NIA

10. I'i tiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate:

3.5E-05

21. Rank:

HIGH

Page D-90

1. Consequence Segment ID:

RCS53

2. Segment Functional ID: PZR SV3

3. Segment

Description:

Pressurizer to Relief Valve 1-801OC

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: MWO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

MWO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate:

3.5E-05

21. Rank:

HIGH

Page D-91

1. Consequence Segment ID:

RCS54

2. Segment Functional ID: PZR PORVS

3. Segment

Description:

Pressurizer to Block Valves 1-8000A, 1-8000B, 1-8000C

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3, 6, 8?

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected 18.LERFEffects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate:

3.5E-05

21. Rank:

HIGH

Page D-92

1. Consequence Segment ID:

RCS55

2. Segment Functional ID: PZR PORV A

3. Segment

Description:

Block Valve 1-8000A to PORV I-PCV-445A

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NC: MOV. 1-8000A

9. Time to Isolate:

NIA 1O.,Initiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate:

3.5E-05

21. Rank:

HIGH

Page D.93

1. Consequence Segment ID:

RCS56

2. Segment Functional ID: PZR PORV B

3. Segment

Description:

Block Valve 1-8000B to PORV 1-PCV-444B

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. 1Uolation:

NC: MOV: 1-8000B

9. Time to Isolate:

N/A

10. Initiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate: 3.5E-05

21. Rank:

HIGH

Page D-94

1. Consequence Segment ID:

RCS57

2. Segment Functional ID: PZR PORV C

3. Segment

Description:

Block Valve i -8000C to PORV I-PCV-445B

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

3

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NC: MOV: 1-8000C

9. Time to Isolate:

N/A

10. Initiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate:

3.5E-05

21. Rank:

HIGH

Page D-95

1. Consequence Segment ID:

RCS58

2. Segment Functional ID: PZR SPR CLA

3. Segment

Description:

PZR Spray: CLA to I -PCV-444D

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

4

6. Spatial Effects:

Containment

7. Consequence Key:

MLO S. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate:

3.51-05

21. Rank:

HIGH

Page D-96

1. Consequence Segment ID:

RCS59

2. Segment Functional ID: PZR SPR CLC

3. Segment

Description:

PZR Spray: CLC to I -PCV-4,44C

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

4

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NO

9. Time to Isolate:

N/A 10.,nitiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect Effects):

LOCA Effects

14. Disabled Trains (ISO Success):

NIA

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

NIA

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3 6E-03

20. CLERP Estimate:

3 5E-05

21. Rank:

HIGH

Page D-97

1. Consequence Segment ID:

RCS60

2. Segment Functional ID: PZR SPR

3. Segment

Description:

PZR Spray: I -PCV-455D and 455C to PZR Nozzle

4. Configuration:

Operating

5. Analyzed Break Size (Inches):

6. Spatial Effects:

Containment

7. Consequence Key:

MLO

8. Isolation:

NO

9. Time to Isolate:

N/A

10. Initiating Event: MLO

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

LOCA Effects

13. Disabled Trains (Indirect jEffects):

LOCA Effects

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

All

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

MLO

19. CCDP Estimate:

3.6E-03

20. CLERP Estimate:

3.5E-05

21. Rank:

HIGH

Page D-98

1. Consequence Segment ID:

RHR-C-01AI

2. Segment Functional ID: RHRA-RWSTI

3. Segment

Description:

RHRA Suction form RWST. Between MOV-1-8809A and CV 1-8958A

4. Configuration:

Standby

5. Analyzed Break Size (Inches):

14

6. Spatial Effects:

AB-97-02S

7. Consequence Key:

RWST (RHR) - ISO

8. Isolation:

Yes: MOV 1-8809A

9. Time to Isolate:

NIA

10. Initiating Event: Possible LOCA

11. Exposure Time: 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />. The breaks in this line during standby can be detected by RWST low level alarms or different area sump alarms Exposure time is equal to the time to detect the problem (112 the normal plant shift = 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br />). The time before a controlled shutdown (LCO = 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />), plus the time in S/D to soive the problem (refill time). For isolable breaks, it was conservatively assurfied that one day total is needed to solve the problem.

12. Disabled Trains (Direct Effects):

RWST, All ECCS Trains

13. Disabled Trains (Indirect Effects):

Flooding of RHR Pumps

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

None

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

LOCA

19. CCDP Estimate:

CCDP = CDF (Loss of RWST)

• Exposure Time: 1.2E-3 *2.7E-3 3.14E-6

20. CLERP Estimate: CLERP = LERF(Loss of RWST)

• Exposure Time:

2.4E-4

• 2.7E-3 = 6.7E-7

21. Rank:

MEDIUM

Page D-99

1. Consequence Segment ID:

RHR-C-01A2

2. Segment Functional ID: RHRA-RWST2

3. Segment

Description:

RHRA Suction, From RWST, Between CV 1-8958A and Suction Line A, MOV-812A, and AB-97-02S/AB-74-17 Pen, AB-97-02S/AB-97-02N

4. Configuration:

Standby // Shutdown//Shutdown fl Operating

5. Analyzed Break Size (Inches):

14

6. Spatial Effects:

AB-97-02S

7. Consequence Key:

RWST (RHR) - ISO #1 SD LOCA (ISO=-F) // LSDCA (ISO=S) /IS-LOCA(2MOVs)

8. Isolation:

Yes-MOV 1-8809A If NO II YES: (1-8702A or 1-8701A)

9. Time to Isolate:

N/A

10. Initiating Event: Possible LOCA //IS-LOCA(2MOVs)

11. Exposure Time: 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />. The breaks in this line during standby can be detected by RWST low level alarms or different area sump alarms. Exposure time is equal to the time to detect the problem (1/2 the normal plant shift = 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br />), the time before a controlled shutdown (LCO = 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />), plus the' time in S/D to solve the problem (refill time). For isolable breaks, it was conservatively assumed that one day total is needed to solve the problem. For ISLOCA(2MOVs), exposure time is 3 months, since the RHR system is tested quarterly, and it was assumed that the test will detect MOV leakage.

12. Disabled Trains (Direct Effects):

RWST, All ECCS Trains // RHR A

13. Disabled Trains (Indirect Effects):

Flooding of RHR Pumps

14. Disabled Trains (ISO Success):

N/A

15. Available Trains (ISO Failure):

None

16. Available Trains (ISO Success):

N/A

17. Containment Isolation:

Not Affected

18. LERF Effects:

LOCA / Containment Bypass

19. CCDP Estimate:

CCDP = CDF (Loss of RWST)

• Exposure Time: 1.2E-3

• 2.7E-3 = 3.4E-6 fl CCDP (2MOVs fail open): 2.1E-6

20. CLERP Estimate: 6.7E-7 //2 IE-6

21. Rank:

MEDIUM See Template for Shutdown A

Page D-100

1. Consequence Segment ID:

RHR-C-O1A3

2. Segment Functional ID: RHRA-SUMP

3. Segment

Description:

RHRA Sump Suction, Between MOV 1-8811 A and 1-8812A

4. Configuration:

Demand II Demand

5. Analyzed Break Size (Inches):

14

6. Spatial Effects:

AB-97-02S

7. Consequence Key:

RHR/SUMP (ISO--GF)

8. Isolation:

NO II NC. MOV 1-8818A Il NO II YES: (1-8702A or 1-8701A)

9. Time to Isolate:

Gravity flow from sump, could be less than 10 minutes, isolation is not credited

10. Initiating Event: Assumed LOCA and Recirc

11. Exposure Time: All Year

12. Disabled Trains (Direct Effects):

RHR A Suction from Sump

13. Disabled Trains (Indirect Effects):

Possible flooding of RHR pumps

14. Disabled Trains (ISO Success):

RHR A Sump Suction

15. Available Trains (ISO Failure):

None

16. Available Trains (ISO Success):

RHR B Recirc

17. Containment Isolation:

Possible Containment Bypass

18. LERF Effects:

Containment Bypass of isolation fails 19: CCDP Estimate:

ISO = F, Loss of RHR, not tested piping CCDP: 1. I E-3

20. CLERP Estimate:

1.1 E-3

21. Rank:

HIGH