ML20092N536
| ML20092N536 | |
| Person / Time | |
|---|---|
| Site: | Byron  |
| Issue date: | 06/30/1984 |
| From: | Chan R, Dick C, Hughes E BECHTEL GROUP, INC. |
| To: | |
| Shared Package | |
| ML20092N534 | List: |
| References | |
| NUDOCS 8407030252 | |
| Download: ML20092N536 (87) | |
Text
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l BYRON STATION INDEPENDENT DESIGN REVIEW FOR COMMONWEALTH EDISON COMPANY INTERIM REPORT JUNE 1984 BECHTEL POWER CORPORATION S$272S8ER*o!$88L G
I 1
BYRON STATION INDEPENDENT DESIGN REVIEW FOR COPMONWEALTH EDISON COMPANY INTERIM REPORT BECHTEL POWER CORPORATION
~ JUNE 1984 r
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This report is submitted on behalf of the IDR team by the Level Internal R; view Comittee.
l Submitted by:
R. S. I.hn C. W. Jor/En Licens.ng Electri al S tems Leader n Francisco Bechtel - San Francisco Bechte C. W. Df'ck W. L.~ Parkinson Project Manager Deputy Project Manager Bechtel - San Francisco Bechtel - San Francisco N Y^ =
E. M. Hughes K R. S. Powell CCW Systems Lettfer ESW Systems Leader Bechtel - Ann Arbor Bechtel - San Francisco Concurrence by:
P. Tarpa_ " " " -
Manager of Engineering BPC - San Francisco
1 TABLE OF CONTENTS Section Ti tle Page Number EXECUTIVE
SUMMARY
iii 1
INTRODUCTION 1
1.1 Purpose 1
1.2 Scope 2
-1,3 Description of the Review and Status 5
2 OBSERVATIONS AND RESOLUTIONS 9
2.1 Observation Reports 9
2.2 Component Cooling Water (CCW) System 9
2.3 Essential Service Water (ESW) System 11 2.4 DC Class lE Distribution System 12 2.5 Common Requirements 12 2.6 General Assessments 12 Appendices A
COMPONENT COOLING WATER (CCW) SYSTEM A-1 Identification / Implementation of Commitments A.1 -1 and Critaria A-2 Detign Adequacy A.2-1 B
ESSENTIAL SERVICE WATER (ESW) SYSTEM B-1 Identification / Implementation of Commitments B.1-1 and Criteria B-2 Design Adequacy B. 2-1 C
DC DISTRIBUTION SYSTEM C-1 Identification / Implementation of Commitments C.1 -1 and Criteria C-2 Design Adequacy C.2-1 D
COMMON REQUIREMENTS D-1 Identification / Implementation of Commitments D.1-1 and Criteria
.D-2 Design Adequacy D.2-1 D-3 Adequacy of Design Process D.3-1 D-4 Design Interface with Westinghouse D.4-1 fi (1190o)
EXECUTIVE
SUMMARY
=
Background===
This report provides the status of the review of high and moderate energy line breaks (HELB/MELB) performed under the Independent Design Review (IDR) for the Byron Generating Station, Units 1 and 2, of Commonwealth Edison Company.
It supplements the previous report dated May 1984 by extending it in the review area of HELB/MELB design.
Other review areas are not covered in this report.
Under the IDR, Bechtel Power Corporation has been reviewing the Sargent and Lundy Engineers (Sal) design of three selected safety systems for adherence to design -requirements, for technical adequacy, for adequacy of the design process, and to draw broader conclusions as appropriate. The systems selected for-review are the component cooling water (CCW) system, the essential service water (ESW) system and the 125 Volt (V) de distribution system.
The review effort reported within included two aspects of the Byron design for HELB/MELB:
- 1) The adequacy of the protection provided the CCW, ESW, and 125 V de systems against the effects of HELB both inside containment and in the auxiliary building;
- 2) The adequacy of the protection provided from the effects of MELB involving the reviewed systems both inside containment and in the auxiliary building.
iii (11900)
i Plans and Activities The methodology chosen for review of HELB/MELB effects included an initial review of the selected systems for the adequacy of their protection from pipe whip effects inside containment. The results of this initial pipe whip prot:ction review were reported in Appendices A-2 and B-2 of the May 1984 Interim Report. The balance of the program includes completion of the HELB review (pipe whip and jet effects) and the ELB review (spray / flooding) both inside containment and in the auxiliary building.
R;sul ts HELB (Inside Containment)
The HELB review for pipe whip and jet (inpingement) effects on the reviewed systems is essentially complete.
The review consisted of evaluating whether the CCW or ESW systems represented potential targets from either pipe whip or jet associated with the FSAR Appendix 3.6 identified HELB locations.
No deficiencies in pipe whip protection were noted.
In the course of the review, 11 instances of potential direct jet impingement were identified.
Of these, 10 involve the CCW system and 1 involves the ESW system. All 11 cases were included in a single potential observation which was subsequently forwarded as an Observation Report to S&L for response. This Observation has been responded to by S&L for 10 out of the 11 cases, and the design was found accIptable for all 10 cases. The Observation is still under review for the remaining case, pending receipt of additional infonnation from S&L. Desi gn process adequacy is also still under review.
iv (1190o)
This Observation is tentatively not regarded as safety significant, subject to receipt of information from S&L on the one remaining case.
HELB ( Auxiliary Building)
Th2 postulated HELB break points identified on a specially-designated set of piping layout drawings provided by S&L have been reviewed.
For the postulated breaks reviewed, no deficiencies were noted.
MELB (Inside Containment)
The MELB review has identified no adverse condition for the selected safety systems. The review of MELB effects inside containment is continuing.
MELB ( Auxiliary Building)
The MELB review has identified no adverse condition for the selected safety systems. The review of MELB effects in the auxiliary building is continuing.
Csnclusions Until-the review is complete, only limited conclusions can be drawn.
The rsview effort covered by this report tends to confirm the adequacy of the design for protection of the Byron Station against HELB/MELB effects for the rsviewed systems, both inside containment and in the auxiliary building. A possible exception is one situation involving jet impingement.
Pending receipt of additional information on this case, it does not as yet appear to have safety significance.
i y
(1190o)
Section 1 INTRODUCTION 1
1.1 PURPOSE Commonwealth Edison Company (CECO) has requested Bechtel Power Corporation (BPC) to conduct an independent design review (IDR) of the Byron Station, Units 1 and 2.
Review of HELB/MELB considerations in the design of the selected systems was specifically included in Bechtel's IDR scope.
The initial portion of this review effort, as completed through May 31, 1984, was described in the Interim Report dated May 1984.
This Interim Report describes the additional work perfomed (through June 21,1984) beyond that covered in the May 1984 report.
The conclusions reached reflect the results of all HELB/MELB review work perfomed to date.
Further work remains to complete this effort.
This work will be described in the Final Report.
The review work described herein was perfomed in accordance with the Program Plan, dated May 1984, including the approved Quality Assurance program.
It is intended to help fulfill the stated purpose of that Plan, i.e., to provide an additional level of confidence in the design by Sargent and Lundy Engineers (S&L) of the Byron Station.
1 (11900)
1.2 SCOPE This IDR scope required a review of the following three systems:
component cooling water (CCW), essential service water (ESW) and Class 1E 125 Y dc distribution.
The system boundaries are as generally described in the FSAR.
The review includes consideration of instrumentation and electrical components when considered functionally essential.
The HELB/ELB review covers that design work done by S&L as supported by certain Westinghouse analyses.
The scope of the HELB/MELB review included (also see Table 1):
A review of the FSAR-identified HELB locations inside containment for potential HELB effects (pipe whip impact or direct jet impingement) on the CCW and ESW systems -- no portion of the Class 1E 125 V de distribution system is inside containment; A similar review of the three reviewed systems in the auxiliary building for the HELB locations identified by S&L on special piping layout drawings; A review both inside containment and in the auxiliary building of potential ELB effects (spray / flooding) from oth r systems on the reviewed systems; and A review inside containment and in the auxiliary building of potential ELB effects on other essential systems from the CCW and ESW systems.
II)
The review outside containment was limited to the auxiliary building as this is the only portion of the plant external to the containment where high energy lines and the selected safety systems occur in the near vicinity of each other. ELB effects were reviewed in the same building.
2 (1190o)
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APPLICABILITY OF HELB/E LB CONSIDERATI0c3
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-s NA = Review not Applicable '
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125 V dc Dist.
NA NA NA Auxiliary Building:
CCW X
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ESW X
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125 Y dc Dist.
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III No essential instrumentation or power supplies for reviewed systems are inside containment relative to HELB/ELB evaluation.
3 (11900)
- - w- - - - - ----
This scope of work addressed the following functional areas:
Identification / implementation of commitments and criteria; Design adequacy; Adequacy of the S&L design process, including evaluations of engineering judgements and assumptions, use of standard design methods and the adequacy of the documentation of design calculations; and Review of S&L's interface with Westinghouse.
Specifically excluded from the scope of this review are the following HELB/MELB considerations:
Review of stress calculations and specific selection criteria that established break locations and type of break (S&L stress analysis is separately evaluated);
Review of pressure / temperature calculations establishing post-break design conditions since CCW and ESW systems are not high energy systems; and Review of design adequacy of structural elements (e.g., walls) for potential whip, jet, or pressure effects since CCW and ESW systems are not high energy systems.
Construction verification is not included in the scope of the IDR.
The IDR essentially covered S&L design work completed through April 1,1984, but some S&L work in progress after this date was considered and is identified where used.
4 (1190o)
1.3 DESCRIPTION
OF THE REVIEW AND STATUS The HELB/ELB portion of the IDR was structured to review design requirements, design adequacy and the design process, and then to make an overall assessment based on the review of the three selected safety systems.
Major emphasis has been placed on the adequacy of the design of the final product.
Consideration will be given to the implications of a discrepancy in one area upon the adequacy of the design in other area s.
The initial review of pipe whip effects inside containment was described in the Interim Report dated May 1984.
The review process for this subsequent report has been more extensive, completing the pipe whip review as well as covering jet impingement inside containment and assessing the impact of both of these pipe break dynamic effects in the auxiliary building.
The IDR team perfonned its own analytical review to evaluate the design adequacy.
The methodology of the IDR review was consistent with the Byron FSAR cornitments.
Break locations were determinad from S&L documentation and then each break selected for review (based on estimated risk of adverse effects) was evaluated as to whether the selected review systems represented " targets" for the reviewed break, either as a consequence of pipe whip or as a consequence of the associated jet.
Generally accepted evaluation principles were then applied and discrepancies noted.
Existing barriers and restraints were
. considered.
5 (1190o)
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The design i O. T gA process evaluation for the HELB/MELB is covered in Appendix D (Comon li YJ.
A't' Requirements).
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4 The status of the areas under review, cross-referenced to the Program Plan, is shown in Table 2.
Some of the work should be regarded as still in progress..Where work is shown as not incleded, it is intended that this be perfonned prior to completion of the IDR.
s In sumary, the approximate' status of the IDR HELB/MELB review is as follows:
Potential pipe whip effects inside containment - 95% complete.
Potential pipe whip effects in the auxiliary building - complete.
Potential jet effects inside containment - 90% complete.
Potential jet effects in the auxiliary building - complete.
Moderate energy ifne break effects for CCW and ESW systems inside containment - 70% complete.
Moderate energy line break effects for CCW, ESW, and de systems in the auxiliary building - 35% complete.
7 (1190o)
TABLE 2 CROSS-REFERENCE BETWEEN ACTIVITIES IN PROGRAM PLAN AND JUNE INTERIM REPORT Key X - Area included in report Program Plan-0 - Area not included in report Design Require-Design Design General Report Section ment Adequacy Process Assessment Interim Report (text)
X Appendix A (CCW System)
A-1 X
A-2 X
A-3 0
A-4 0
A-5 0
A-6 0
l Appendix B (ESW System)
B-1 X
B-2 X
B-3 0
B-4 0
B-5 0
B-6 0
Appendix C (dc System)
C-1 X
C-2 X
C-3 0
C-4 0
C-5 0
C-6 0
Appendix D (Common Requirements)
D-1 X
D-2 X
D-3 X
D-4 X
D-5 0
D-6 0
8 (1190o)
Section 2
^
OBSERVATIONS AND RESOLUTIONS 2.1 OBSERVATION REPORTS The IDR team has issued one Observation Report (OR) for items covered by this report. The OR is summarized below, its significance noted, and a status of resolution described.
The OR has been numbered to correspond to the project file system, which begins numbering when a potential Observation is issued.
2.2
. COMPONENT COOLING WATER (CCW) SYSTEM Observation Report 8.24 Observation:
FSAR Section 3.6.1.3 commits to the protection of certain essential z
systems following any postulated pipe rupture so as to maintain system functionality. Table 3.6-3 identifies the CCW system as one of these essential systems. The Observation Report identified 10 situations where high energy line breaks may result in direct jet impingement on CCW piping inside. containment.
S&L was requested to provide justification of commitment compliance and design adequacy for the identified conditions.
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(11900)
The Observation is tentatively not considered safety significant based on the likelihood that further analysis may show that the impinged lines would not fail or, if they did, their failure will not affect CCW system functionality.
Resolution:
S&L has partially responded, addressing 9 of the 10 situations identified as involving direct jet impingement on CCW lines. The response clarified the FSAR intent that only certain portions of the CCW system may be required to remain functional depending on the response required for each potential break.
S&L evaluated the resultant sequence of events after each postulated break addressed, and concluded that the affected portion of the CCW system is not essential for the break postulated.
Based on the additional information provided by S&L, the IDR team has evaluated each of the 9 situations and has accepted the basic S&L conclusions that the existing design is adequate for the situations addressed.
This Observation is still under review for the remaining CCW system situation, pending receipt of additional infomation from S&L and evaluation of the design process.
10 (1190o)
2.3 ESSENTIAL SERVICE WATER (ESW) SYSTEM Ob:ervation Report 8.24 Observation:
FSAR Section 3.6.1.3 commits to the protection of certain essential systems following any postulated pipe rupture so as to maintain system func tionality. Table 3.6-3 identifies the ESW system as one of these essential systems.
The Observation Report identified one situation of potential direct jet impingement on ESW piping inside containment from a postulated feedwater line break.
S&L was requested to provide justification of commitment compliance and design adequacy for the identified condition.
The Observation is tentatively not regarded as safety significant based on the likelihood that further analysis may show that the impinged line would not fail or, if it did, the likelihood that the specifically affected portion of the ESW system (i.e., containment cooler coil discharge) is not required for a feedwater line break.
Resolution:
S&L has partially responded, addressing the situation identified as involving direct impingement on an ESW line. The response clarified the FSAR intent that only certain portions of the ESW system may be required to remain functional depending on the response required for each potential break.
11 (1190o)
S&L evaluated the resultant sequence of events after the postulated break addressed, and concluded that the affected portion of the ESW system is not essential for the break postulated.
Based on the additional information provided by S&L, the IDR team has evaluated the situation and has accepted the basic S&L conclusion that the existing design is adequate for the situation addressed.
This Observation is still under review for the remaining CCW system situation, pending receipt of additional information from S&L and evaluation of the design process (see Section 2.2 of this report).
2.4 DC CLASS 1E DISTRIBUTION SYSTEM No Observation Reports for items resulting from consideration of HELB/MELB effects on the de system have been issued.
2.5 COMMON REQUIREMENTS No Observation Reports for items resulting from consideration of common requirements for HELB/MELB effects on the systems in the IDR scope have been issued.
2.6 GENERAL ASSESSMENTS l
Due to the incomplete st atus of the HELB/MELB review, and of resolution of the single Observation Report generated to date, it is premature to 12 (1190o)
draw general observations or conclusions at this time.
However, based on the review perfonned thus far, this evaluation has identified no significant deficiencies regarding confonnance to licensing commitments /
design requirements. Similarly, in the area of design adequacy, the review of protection provided the selected systems against pipe whip both inside containment and in the auxiliary building as well as that for jet effects outside containment have identified no deficiencies.
Inside containment, however, the single situation in OR 8.24 resulting from the review of HELB-associated jet effects on the CCW and ESW systems is still under review. As a result, no conclusions can yet be drawn as to e 4 ather there is a discrepancy here and, if so, what the significance may be. Nevertheless, results covered by this report tend to confinn the general design adequacy of the HELB/MELB design of the reviewed systems of the Byron Station based on work to date.
Conclu fons relative to the adequacy of the overall design process will be drawn in the Final Report, when it is possible to assess the process on the basis of the total review.
13 (11900)
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APPENDIX A-1 IDENTIFICATION /IMPLEtENTATI0tl 0F COMMITENTS AND CRITERIA Plant Design Acceptability FSAR/ Licensing Connitment Covered By Design Document / Requirement Yes No HELB Inside Containment - Pipe Whip Esstntial systems must be S&L " Analytical Procedures for Meeting Separation and High/ Moderate X
protected from pipe whip associated Energy Line Rupture Criteria" 9/26/75 with high energy line break (HELB) at possible break locations SAL " Jet Impingement Summary Documentation Report" Byron /Braidwood (FSAR 3.6)*
Report BB-J1-01, Rev. O, 3/9/04 S&L " Verification of High Energy Line Break Design Approach for Jet Impingement Effects on Safe Shutdown Equipment" Calc. N s. 3C8-1033-001, Rev.1, J/23/84 Sal Project Instruction PI-BB-38, Rev. O, " Pipe Whip Restraint Analysis, Design, and Review" Westinghouse (W) Standard Information Package (SIP)/10-1, Section 3-1 " Protection and Separation of Safety Class Equipment" dated 3/78 W Systems Standard 1.12 " System Standard Design Criteria-NSSS Layout Guidelines" dated 10/19/71 W Systems Standard STD-DES-4L-RFS-4L21 "HSSS Piping Layout Criteria for Standard Four Loop Plants" dated 3/71
- The Byron FSAR commitment is to full cuiaplaince with the Giambuso letter of 12/72 and also to compliance to the extent possible and practical with the O' Leary letter of 7/73 and the subsequent Branch Technical Positions APCSB 3-1 and MEB 3-1 as to the degree of protection afforded, the various acceptable means of protection and the mechanism of calculation of potential effects (FSAR 3.6.1.1.2).
A.1-1 (li940) l
APPENDIX A-1 (Cont)
I Plant Design (Cont)
Acceptability FSAR/ Licensing Consnitzent Covered By Design Document / Requirement Tes No HELB Inside Containment-Jet Irpingement Essential systems are designed to Out of the over 140 cases of high energy jets examined, X
remain functional against the effects 10 cases have been found where significant high energy jets appear of pastulated ruptures in high energy to directly impact on CCW system lines inside containment.
These lines resulting in jet impingement, jets may result in CCW pipe rupture. The specific high energy line etc.
ruptures and impacted CCW lines are identified in Appendix A-2.
An l(Note: FSAR Table 3.5-3 identifies
' the CCWS as an essential system.
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APPENDIX A-1 (Cont) l Plant Design (Cont)
Acceptability FSAR/ Licensing Commitment Covered By Design Document / Requirement Yes no HELB/E LB Outside Containment Essintial systems must be S&L " Survey of Aux. Building High Energy Line Breaks", Calc. No.
X
! protected from piping failures 3C8-1181-001, Rev. O,12/21/81 associated with high and moderate en:rgy ifne breaks (llELB/MELB) at Westinghouse (W) Standard Information Package (SIP)/10-1,
' possible break locations Section 3-1 " Protection & Separation of Safety (FSAR 3.6)
Class Equipment" dated 3/78 l
W Systems Standard 1.12 " System Standard Design Criteria-USSS Layout Guidelines" dated 10/19/71 W Systems Standard STD-DES-4L-RFS-4L21 "NSSS Piping Layout Criteria for Standard Four Loop Plants" dated 3/71 S&L " Analytical Procedures for Meeting Separation and High/ Moderate Energy Line Rupture Criteria" 9/26/75 S&L " Jet Impingement Summary Documentation Report" Byron /Braidwood Report BB-J1-01, Rev. O, 3/9/84 S&L " Verification of High Energy Line Break Design Approach for det Impingement Effects on Safe Shutdown Equipment."
Calc. No. 3C8-1083-001, Rev.1, 3/23/84 S&L Project Instruction PI-BB-38, Rev. O, " Pipe Whip Restraint Analysis, Design and Review" A.1-3 (11940)
DESIGN ADEQUACY Plant Design Acceptability Areas Reviewed For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Inside Containment - Pipe Whip M-158 Sh. 2 of 2, Rev. K Line Nr.
1 CC 54B8-4" Line not damaged Reviewed high energy line 1SIQ500-6" for pipe whip X
impact effects on CCW system and found that, if break occurs, pipe will not impact any CCW line.
M-165 Sh.1 of 2, Rev.L Line No.
I t,C 50AA-3" Lines not damaged Reviewed high energy lines ISIO9AA-10" and ISIO5DA-6" X
1 CC 38FA-3" for pipe whip effects on CCW system. FSAR Figure 3.6-39 shows no postulated breaks in close proximity that will cause pipe whip damage to CCW system.
M-168 Sh 1 of 2, Rev. L Line No.
1 CC 05C-3" Lines not damaged Reviewed high energy line ISIO9BD-10" for pipe whip X
1 CC 38C-6" effects on CCW system. FSAR Figure 3.6-42 shows no 1 CC 50AD-3" postulated breaks in close proximity that will cause pipe whip damage to CCW system.
A.2-1 (11940)
APPENDIX A-2 (Cont):
Plant Design (Cont)
Areas Reviewed Acceptability Fer Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Inside Containment -
Pipe Whip (Cont)
M156 Sh 2 of 2, Riv. J Line No.
1 CC 3908-2" Line not damaged Reviewed high energy line 1RC21 AB-8" for pipe whip effects on CCW system. FSAR Figure 3.6-34 shows break and restraint locations evaluated.
Bk. No.
Code
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X BS B (R-6)
X B6 B (R-4)
X
" Codes for Review of Documents (Pipe Whip Only)
A.
Pipe whip poses no danger (i.e., whips in safe direction, protected by barrier)
B.
Pipe whip restraint No. (
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System could be damaged by high energy pipe due to lack of existing restraint
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(11940)
APPENDIX A-2 (Cont)
Plant Design (Cont)
Areas Reviewed Acceptability For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Inside Containment -
Pipe Whip (Cont)
M-167 Sh 1 of 2, R2v. P l
Line No.
1 CC 38FC-3" Lines not damaged Reviewed high energy line ISIO9AC-10" for pipe whip 1 CC 380-4" impact effects on CCW system.
FSAR Figure 3.6-41 1 CC 508-4" shows break and restraint locations evaluated.
Bk. No.
Code B540A B (R5400)
X 05408 B (R555B)
X Reverse blowdown from the RCS does not occur because of closed check valve.
H-166 Sh 1 of 2, Rev. K Line No.
1 CC 3BFB-3" Lines not damaged Reviewed high energy line 15I0908-10" for pipe whip X
1 CC 50AB-3" effects on CCW system. FSAR Figure 3.6-40 shows no postulated breaks in close proximity that will cause pipe whip damage to CCW system.
A.2-3 (11940)
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APPENDIX A-2 (Cont)
Plant Design (Cont)
Acceptability Areas Reviewed For Ad!quacy Acceptance Cri teria Procedures / Documents " viewed and Comments Yes No CCW System Inside Does not affect any es-Reviewed each break location on high energy lines inside Centainment - Jet sential portion of CCW containment for jet impingement effects on CCW system Irpingement system piping.
- 1. High Energy Line: 1FWO3DA-16" (Main Feedwater)
References:
FSAR Figure 3.6-25 M-155, Sh.1, Rev. L; Sh. 2, Rev. J M-161, Sh. 1, Rev. L; Sh. 2, Rc.. L Bk. No.
Dwgs Reviewed CodeIII Target B80 M-155 Sh. 1 & 2 D
None X
B65B H-155 Sh.1 & 2 D
None X
l D65A M-155 Sh.1 & 2 D
None X
- B40 M-161 Sh.1 & 2 E
ICC39CA-2" X
B20B M-161 Sh.1 & 2 D
None X
B20A M-161 Sh.1 & 2 D
None X
BSA N-161 Sh.1 & 2 D
None X
III odes Representing Summary of Review C
(Jet Impingement Only):
D.
The zone of influence is not nearby to any CCW line E.
Pipe break causes direct jet impingement on CCW line(s).
F.
CCW line(s) in vicinity has larger diameter Break location recently eliminated A.2-4 (11940)
. APPENDIX A-2 (Cont)
Plant Design (Cont)
Acceptability Areas Reviewed FCr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments _
Tes No CCW System Inside
- 2. Hfgh Energy Line:
1FWO3DB-16" (Main Feedwater)
Containment - Jet
References:
FSAR Figure 3.6-26 Impingement (Cont) it-156, Sh. ' 1, Rev. K; Sh. 2, Rev. J M-162, Sh.1, Rev. L Bk. No.
Dwgs Reviewed Code Target B100 M-156 Sh.1 & 2 0
None X
885B M-156 Sh.1 & 2 0
None X
885A H-156 Sh. 1 & 2 E
1CC54AB-2" X
- B55A M-162 Sh.1 & 2 D
None' X
d300 11-162 Sh.1 & 2 D
None X
030A M-162 Sh.1 & 2 D
None X
BSA M-162 Sh.1 & 2 D
None X
A.2-5 (11940)
APPENDIX A-2 (Cont)
Plant Design (Cont)
Areas Reviewed Acceptability For Rdequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Inside
- 3. High Energy Line: 1FWO3DC-16" (Main Feedwater)
Containment - Jet
References:
FSAR Figure 3.6-27 Iopingement (Cont)
M-156 Sh.1, Rev. K; Sh. ?, Rev. J H-163 Sh.1, Rev. N M-157 Sh.1, Rev. N; Sh. 2, Rev. L Bk. No.
Dwgs Reviewed Code Target l
B5 H-156 Sh.1 & 2 D
None X
i l
B40A H-157 Sh.1 & 2 E
ICC54AB-2" X
M-156 Sh.1 & 2 B40B M-157 Sh.1 & 2 D
None X
H-156 Sh. 1 & 2
- B80A 11-163 Sh.1 & 2 D
None X
l
- B80B M-163 Sh. 1 & 2 E
1CC39CC-2" X
B110A M-163 Sh.1 & 2 E
1CC53AC-3/4" X
ICC38FC-3" X
1CC39BC-2" X
ICC39AC-6' X
ICC50AC-3" X
B115 M-163 Sh.1 & 2 D
None X
A.2-6 (11940)
,... y.ej., N c.pl. t. g. ;.g -R, ; 'a. i4i a 1,.{.
-/ J.l. '. t{ j: c; }. l.
, { " 4.J.
l(( ['[. [ ".. '.].' ;.: : .
f
APPENDIX A-2 (Cont)
Plant Design (Cont)
Acceptaollity Areas Reviewed Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Inside
- 4. High Energy Line: 1FWO3DD-16"(Main Feedwater)
Contairwent - Jet
References:
FSAR Figure 3.6-28 Irpingement (Cont)
M-155 Sh.1, Rev. L; Sh. 2, Rev. J M-158 Sh.1, Rev. M; Sh. 2, Rev. K H-161 Sh.1, Rev. L M-164 Sh.1, Rev. L Bk. No.
Dwgs Reviewed Code Target 85 M-155 Sh.1 & 2 D---
None X
B35A M-150 Sh.1 & 2 E
ICC54AA-2" X
835B M-155 Sh.1 & 2 E
1CC54BA-4" X
B80A H-164 Sh.1 D
None X
895A M-164 Sh.1 D
None X
B958 H-164 Sh.1 D
None X
B110A M-164 Sh.1 D
None X
31100 H-164 Sh. 1 D
None X
B110 H-164 Sh. I D
None X
- 5. High Energy Line: IFW87CA-6" (Aux. Feedwater)
References:
FSAR iigure 3.6-28a M-155 Sh.1, Rev. L; Sh. 2, Rev. J Bk. No.
Dwgs. Reviewed Code Target B155 H-155 Sh.1 & 2 F
None X
B120B M-155 Sh.1 & 2 D
None X
B120A M-155 Sh.1 & 2 D
None X
B5B Above Elev. 412' D
None X
BSA Above Elev. 412' D
None X
A.2-7 (11940)
APPENDIX A-2-(Cont)
Plant Design (Cont)~
Acceptabi11ty Areas Reviewed Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Inside
- 6. High Energy Line: 1FW87CB-6" (Aux. Feedwater)
Containment - Jet
References:
FSAR Figure 3.6-28b M-156 Sh.1, Rev. K; Sh. 2, Rev. J impingement (Cont)
M-162 Sh. 2 Rev. L M-166 Sh.1, rev. K.
Bk. No.
Dwgs Reviewed Code Target B155 M-156 Sh.1 8 2 0
None X
D100 H-156 Sh.1 D
None X
M-162 Sh.1 H-166 Sh.1 B10A M-156 Sh.1 D
None X
H-162 Sh.1 M-166 Sh. 1 BSB H-156 Sh.1 D
None X
M-162 Sh.1 M-166 Sh.1 BSA M-156 Sh.1 D
None X
M-162 Sh.1 M-166 Sh.1 A.2-8 (11940)
APPENDIX A-2 (Cent)
Plant Design (Cont)
Acceptab1Iity Areas Reviewed Fcr Ad:quacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Inside
- 7. High Energy Line: IFW87CC-6" (Aux. Feedwater)
Containment - Jet
References:
FSAR Figure 3.6-28c Irpingetrent (Cont)
M-156 Sh.1, Rev. K; Sh. 2, Rev. J l
M-162 Sh.1, Rev. L M-166 Sh.1, Rev. K fi-167 Sh.1, Rev. P l
Bk. No.
Dwgs Reviewed Code Target B185 M-156 Sh.1 & 2 D
None X
l 810B Il-162, M-166, M-167 0 None X
l
( All Sheet 1) l 810A M-162, M-166, M-167 D Hone X
( All Sheet 1)
B5B M-162, M-166, M-167 D None X
( All Sheet 1)
BSA H-162, M-166,11-167 D None X
( All Sheet 1)
- 8. High Energy Line: IFW87CD-6" (Aux. Fet. dater)
References:
FSAR Figure 3.6-20d M-155 Sh.1, Rev. L; Sh. 2, Rev. J.
M-161 Sh.1 Rev. L Bk. No.
Dwgs Reviewed Code Target B150 Il-155 Sh.1 & 2 D
None X
B1208 M-155 Sh.1 & 2 D
None X
B120A M-155 Sh.1 & 2 D
None X
B110B 11-161 Sh.1 D
None X
B110A H-161 Sh. 1 D
None X
A.2-9 (11940)
- .x..;+.-, -.a n.; ~ : o -..m p m :. - y; r
.a_,.u u y
~
. u.
- y ;,9 v
- .., ;;; y ~ ; 5 y y, <
- .q 7 ;., ;., ;.
' APPENDIX A-2-(Cont)'
Plant Design (Cont)
AcceptabilTfy Areas Reviewed Fer Ad:quacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Inside
- 9. High Energy Line:
1HS01 AA-30.25" (Main Steam Line A)
References:
FSAR Figure 3.6-29 Containment - Jet M-155 Sh.1, Rev. L; Sh. 2, Rev. K Impinge,ent (Cont)
Bk. No.
Dwgs Reviewed Code Target C8A M-155 Sh.1 & 2 D
None X
08 M-155 Sh.1 & 2 D
None X
C7 M-155 Sh.1 & 2 D
None X
C4 Above Elev. 440' D
None X
C3 Above Elev. 440' D
None X
C2 Above Elcy. 440' D
None X
C1 Above Eley. 440' D
None X
- 10. High Energy Line:
IMS01 AB-30.25" (Main Steam Line B)
References:
FSAR Figure 3.6-30 M-156 Sh.1 ; Rev. K; Sh. 2, Rev. J.
Bk. No.
Dwgs Reviewed Code Target 024 M156 Sh.1 & 2 U---
Hone X
C23 11156 Sh.1 & 2 0
None X
C20 Above Elev. 440' D
None X
C19 Above Elev. 440' D
None X
C18 Above Elev. 440' D
None X
C17 Above Eley. 440' D
None X
A.2-10 (11940)
APPENDIX A-2 (Cont)
Plant Design (Cont)
Acceptability Areas Reviewed Fcr Adenuacy Acceptance Criteria Procedures / Documents Reviewed and Comments Tes No CCW System Inside
- 11. High Energy Line:
1HS01 AC-3G.'5" (Main Steam Line C)
Containment - Jet
References:
FSAR Figure 3.6-31 Impingement (Cont)
M-156 Sh.1, Rev. K: Sh. 2, Rev. J.
Bk. No.
Dwgs Reviewed Code Ta rget -
C32A M-156 Sh.1 & 2 D
None X
C32 M-156 Sh.1 & 2 D
None X
C31 M-156 Sh.1 & 2 D
None X
C28 Above Elev. 440' D
Hone X
C27 Above Elev. 440' D
None X
C25X Above Elev. 440' D
None X
C25 Above Elev. 440' D
Hone X
- 12. High Energy Line:
IMS01AD-30.25" (Main Steam Line D)
References:
FSAR Figure 3.6-32 M-155 Sh.1, Rev. L; Sh. 2, Rev. J Bk. No.
Dwgs Reviewed Code Ta rget C16A H-155 Sh.1 & 2 D
None X
C16 M-155 Sh.1 & 2 D
Hone X
C15 M-155 Sh.1 & 2 D
None X
C12 Above Elev. 440' D
None X
Cll Above Elev. 440' D
None X
C9X Above Eley. 440' D
None X
i C9 Above Eley. 440' D
None X
i A.2-ll (11940)
APPENDIX A-2 (Cont)
Plant Design (Cont)
Areas Reviewed Acceptabili ty Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Inside
- 13. High Energy Line:
1RC21BA-8", IRC21 AA-8" (Reactor Containment - Jet Coolant Bypass)
Impingement (Cont)
References:
FSAR Figure 3.6-33 M-155 Sh.1, Rev. L; Sh. 2, Rev. J.
Bk. No.
Dwgs Reviewed Code Ta rget B1 M-155 Sh.1 & 2 U---
None X
B2 M-155 Sh.1 & 2 D
None X
B3 M-155 Sh.1 & 2 D
None X
B4 M-155 Sh.1 & 2 D
None X
85 M-155 Sh.1 & 2 D
None X
B6 M-155 Sh.1 & 2 D
None X
- 14. High Energy Line:
1RC21BB-8", IRC21 AB-8" (Reactor Coolant Bypass) i
References:
FSAR Figure 3.6-34 M-156 Sh.1, Rev. K; Sh. 2, Rev. J Bk. No.
Dwgs Reviewed Code Ta rget i
B1 M-156 Sh.1 & 2 D
None X
B2 M-1F6 Sh.1 & 2 0
None X
83 M-156 Sh.1 & 2 D
None X
84 M-156.' h. 1 & 2 0
None X
2 B5 M-156 Sh.1 & 2 D
None X
1 B6 M-156 Sh.1 & 2 D
None X
i I
i A.2-12 (11940)
I
APPENDIX A-2 (Cont)
Plant Design (Cont)
Areas Reviewed Acceptabfifty For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Co snents Yes No CCW System Inside
- 15. High Energy Line:
1RC21AC-8", IRC21BC-8" (Reactor Containment - Jet Coolant Bypaes) 1 Icpingement (Cont)
References:
FSAR Figure 3.6-35 M-157 Sh. 1, Rev. N; Sh. 2, Rev. L.
i Bk. No.
Dwgs Reviewed Code Target B1 M-157 Sh. 1 & 2 D
None X
B2 M-157 Sh.1 & 2 0
None X
B3 H-157 Sh.1 & 2 D
None X
B4 M-157 Sh.1 & 2 D
None X
B5 M-157 Sh.1 & 2 D
None X
B6 M-157 Sh.1 & 2 D
None X
- 16. High Energy Line:
1RC21 AD-8", IRC21BD-8" (Reactor Coolant Bypass)
References:
FSAR Figure 3.6-36 M-157 Sh.1, Rev. N; Sh. 2, Rev. L Bk. No.
Dwgs Reviewed Code Target 81 M-157 Sh.1 & 2 D
None X
B2 M-157 Sh.1 & 2 D
None X
B3 M-157 Sh.1 & 2 D
None X
B4 11-157 Sh.1 & 2 D
None X
BS it-157 Sh.1 & 2 D
None X
B6 H-157 Sh.1 & 2 D
done X
A.2-13 (11949)
- :-:,; (
..~ ;s+:3g:,.h,,g py;;; w_3:.; g.g g;;.g,; q;.y__ gg_y < 7,_gs ;,.;;
-q; 7 ;;.3
APPENDIX A-2 (Cont)
Plant Design (Cont) l Areas Reviewed Acceptabi1 f ty Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Inside
- 17. High Energy Line:
1 RC 29AA-10", 1 S I O5DA-6",- I S IO9BA-6" Containment - Jet ISI47AA-2" (Safety Injection),
Impingement (Cont)
References:
FSAR Figure 3.6-39 M-155 Sh.1, Rev. L; Sh. 2, Rev. J 11-161 Sh.1, Rev. L M-165 Sh.1, Rev. L; Sh. 2, Rev. K Bk. No.
Dwgs Reviewed.
Code Target 81 H-155 Sh.1 & 2 D
None X
BI S M-155 Sh.1 & 2 E
ICC39CA-2" X
830 M-155 Sh.1 & 2 D
None X
B70A M-165 Sh.1 & 2 D
None
'X B708 it-165 Sh.1 & 2 D
None X
Bli0 Above Eley, 412' D
None X
B183 H-165 Sh.1 & 2 E
1CC50AA-3" X
B175B M-165 Sh.1 & 2 D
None X
B175A M-165 Sh. 1 & 2 D
None X
- B103 M-165 Sh.1 & 2 F
1CC380-4" X
ICC50C-6" X
ICC50B-4" X
B179 f1-165 Sh.1 & 2 D
None X
A.2-14 (11940) 9
Plant Design (Cent)
Acc:ptability Areas Reviewed Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Inside
- 18. High Energy Line:
1RC29AB-10", ISIO9BB-10",
ISI47AB-2", 1SIO5DB-6",
Containment - Jet (Safety Injection)
Impingement (Cont)
References:
FSAR Figure 3.6-40 M-156 Sh.1, Rev. K; Sh. 2, Rev. J H-166 Sh.1, Rev. K e
Bk. No.
Dwgs Reviewed Code Target B5 M-156 Sh.1 & 2 D
None X
B160A H-156 Sh.1 & 2 D
None X
B160B M-156 Sh.1 & 2 D
None X
B35 M-156 Sh.1 & 2 D
None X
B275 M-166 Sh.1 D
None X
B115 Above Elev. 412' D
None X
B100 M-166 Sh.1 F
1CC508-4" X
1CC380-4" X
- 19. High Energy Line:
1 RC29AC-10", 1 SI050C-6",
1SIO9BC-10", 1SI47AC-2" (Safety Injection)
References:
FSAR Figure 3.6-41 M-157 Sh.1, Rev N; Sh. 2, Rev. L M-167 Sh.1, Rev. P Bk. No.
Dwgs Reviewed Code Target B468 M-157 Sh. i & 2 D
None X
B495 M-157 Sh.1 & 2 D
None X
B465A&B M-157 Sh. 1 & 2 D
None X
B580 M-157 Sh.1 F
1CC54AB-4" X
B540B M-167 Sh.1 D
None X
B540A M-167 Sh. 1 D
None X
B564 M-167 Sh.1 F
1CC50B-4" X
ICC380-4" X
ICC05C-3" X
1 CC03E-3" X
B570 Above Elev. 412' D
None X
A. 2-15 (11940)
APPENDIX A-2 (C:nt)
Plant Design (Cont)
Acceptability Areas Reviewed For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Inside
- 20. High Energy Line:
1 RC 29AD-10", 15 I 0500-6", 15 I 0980-10" ISI47AC-2" (Safety Injection)
Containment - Jet Irpingement (Cont)
References:
FSAR Figure 3.6-42 M-158 Sh.1, Rev. M; Sh. 2, Rev. K M-168 Sh.1, Rev. L M-194 Rev. B Bk. No.
Dwgs Reviewed Code Target 8625 M-158 Sh.1 8 2 D
None X
B655 M-158 Sh.1 8 2 D
None X
B560B M-158 Sh.1 & 2 E
1CC548B-4" X
ICCEIA-3" X
B560A H-158 Sh. 1 8 2 D
None X
B750B M-194 Rev. B D
None X
B728 M-168 Sh. 1 D
None X
B740 Above Eley. 412' D
None X
' ~
(11940)
APPENDIX A-2 (C' int)
Plant Design (Cont)
Areas Reviewed Acceptability Fer Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Outside CCtainment - Pipe Whip and Jet Impinge-ment PB-233-1, Rev. N*
Lind No.
' O CC 2:3-1-1/2" Lines not damaged Reviewed postulated HELB locations and found no X
0 CC 278-1-1/2" effects on CCW system piping PB-239-1 Rev. S PB-239-2 Rev. E
, M-308 Sh.1, Rev. M Line No.
,1 CC 07AA-6" Lines not damaged Reviewed postulated HELB locations A114, A115, A116, X
1 CC 06DA-6" A123, A129, A130, A131, A132 and found no effects on 1 CC 06C-3" CCW system piping 1 CC 078-3"
- All "PB" drawings were transmitted under cover of S&L letter dated 6/6/84 A.2-17 (11940)
APPENDIX A-2 (C:nt)
Plant Design (Cont)
Acceptability Are:s Reviewed Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System outside Containment - Pipe Whip and Jet Impinge-ment (Cont)
PB-242-1, Rev. M M-304 Sh. 1, Rev. M M-345 Sh. 1, Rev. N Lin? N3.
1 CC 05E-8" Lines not damaged Reviewed postulated HELB location A133 and found no X
1 CC 03C-8" effects on CCW system piping 1 CC 05D-3"
PB-241-2 Rev. D I No CCW piping on this drawing X
4 1
l
^* ~
(11940)
APPENDIX A-2 (Cont)
Plant Design (Cont)
Areas Reviewed Acceptability Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Outside Containment - Pipe
+
Whip and Jet Impinge-ment (Cont)
P8-243-4, Rev. E PB-243-6, Rev. L M-311 Sh.1, Rev. R M-345 Sh. 1, Rev. N LidJ No.
1 CC 06DA-6" Lines not damaged Reviewed postulated HELB locations A103, A104, A105, X
1 CC 07AA-6" A141 and A142 and found no effects on CCW system 1 CC 38A-6" piping 1 CC 03E-3" 1 CC 058A-3" 1 CC J4A-3/4" 1 CC 85A-3/4" 1 CC 66AA-1/2" 1 CC 66CA-1/2" P8-263-1 Rev. H No CCW piping on this drawin9 X
PB-361 -1, Rev. K No CCW piping on this drawin9 X
A.2-19 (11940)
APPENDIX A-2 (Cont)
Plant Design (Cont) f Acceptability Areas Reviewed Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Dutside Containment - Pipe Whip cnd Jet Impinge-ment (Cont)
P8-244-2, Rev E X
No CCW piping on this drawing M-249 Sh. 1, Rev. N M-321 Sh. 1, Rev. K X
No CCW piping on these drawings i
PB-255-1, Rev. R Lines not damaged Reviewed postulated HELB location A006 and found no X
i Line No.
effects on CCW system piping 1 CC 09A-1" 2 CC 03A-1" 1 CC 08AA-1" 1 CC 08AB-1" 1 CC 08AC-1" 1 CC 088-2" i
2 CC 06EC-1" 1 CC 045A-3/4" 1 CC 06EA-1" 1 CC OGEB-1" 1
A.2-20 j
(11940)
.i
'I APPENDIX A-2 (Cont)
Plant Design (Cont)
Acceptability Areas Reviewed Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes
- No CCW System Outside Containment - Pipe Whip & Jet Impinge-ment (Cont
)
PB-M-210-2, Rev. H R-329, Sh 1, Rev. L M-335, Sh 1, Rev. K Line No.
1 CC 33A-6" 2 CC 33A-6" Lines not damaged Reviewed postulated HELB locations A001, A002, A003, X
1 CC 31B-8" 2 CC 318-8" A004, & A005 and found no effects on CCW system piping.
1 CC 359-8" 2 CC 358-8" 1 CC D7A-4" 2 CC 07A-4" 1 CC 35A-6" 1 CC 36A-4" 2 CC 36A-4" 1 CC 32A-2" 2 CC 32A-2" 1 CC 37A-2" 2 CC 37A-2" 1 CC 34AA-3/4" 2 CC 34AA-3/4" 1 CC 34A8-3/4" 2 CC 34AB-3/4" 1 CC 34AC-3/4" 2 CC 34AC-3/4" 1 CC 34B-3/4" 2 CC 34B-3/4" A.2-21 (11943)
APPEM)IX A-2 (Cont)
Plant Design (Cont)
Areas Reviewed Acceptab111ty For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Conments Yes No CCW System Outside Containment - Pipe Whip 4 Jet Impinge-ment (Cont)
PS-213-1, Rev. N No CCW lines on this drawing X
M-224-1, Rev. R Line No.
1 CC 22A-2" Line not damaged Reviewed postulated HELB location A107 and found no X
1 CC 204-2" ef fects on CCW system piping.
1 CC 17A-3" 2 CC 20A-2" 2 CC 22A-2" 2 CC 17A-3" 2 CC 19AA-3/4" (Not2: While other CCW lines cre shown on this drawing, they are all loccted outside of the positive displacement charging pump room.)
A.2-22 (11943)
s APPEleIX A-2 (Cont)
Plant Design (Cont)
Areat Reviewed Acceptability For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Countents Yes No CCW System Outside Containment - Pipe l#tip & Jet Impinge-ment (Cont)
PS-225-1, Rev. R No CCW I fnes on this drawing in the centrifugal charging pump room.
X PS-227-1, Rev. M No CCW lines on this drawing X
! PS-M-228-2, Rev. M M-342, Sh. 1, Rev. P M-309, Sh. 1, Rev. P M-228, Sh. 1, Rev. S Line No.
l 1 CC 088-2" Lines not damaged Reviewed postulated HELB locationa A148 & A149 and X
1 CC 13AA-4" found no effects on CCW system piping.
1 CC 13AB-4" l 2 CC 13AA-4" 2 CC 13AB-4" l
)
A.2-23 (1194s)
APPENDIX A-2 (Cont)
Plant Design (Cont)
AcceptaD111ty Areas Reviewed F r Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No CCW System Outside Containment - Pipe Whip & Jet Impinge-ment (Cont)
P8-229-1, Rev. R PB-229-2, Rev. K PB-229-5, Rev. E M-309, Sh. 1, Rev. P M-342, Sh. 1, Rev P Line No.
1 CC 13AA-4" Lines not damaged Reviewed postulated HELB locations A100 & A102 (PB-229-2) X 1 CC 13A8-4" and found no effects on CCW system piping 1 CC 59A-16" 1 CC 03A-16" Reviewed postulated HELB locations A109 & A136 (PB-229-1) 1 CC 088-2" and found no effects on CCW system piping 1 CC 05G-16" 1 CC 038-12" Reviewed postulated HELB locations Alli & A147 and found 1 CC 05H-10" no effects on CCW system piping P8-231-1, Rev. M M-343, Sh.1, Rev N No CCW lines on this drawing X
A.2-24 (11940)
' APPENDIX A-2 (Cont)
Plant Design (Cont)
AcceptaD111ty Areas Revfewed F:r Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No MEL8 inside Essential systems remain IDR team performed analysis using P&ID M-65 sheets X
Containment functional from the 1, 2, 3, a 4 (Revs. AA, W, Z & AE, respectively) and effects of MELB on and pertinent piping drawings.
by CCW system.
Does not affect any The essential components of the CCW system inside X
essential portion of containment consist only of the piping pressure CCW system, boundary. The MELB effects on the CCW piping by i
other system moderate energy cracks is nil, because the crack's environmental effects, spray and flooding 4
could not damage the CCW piping. The MELB effects by the CCW system on itself are accounted for by various 4
low flow alarms and low surge tank level alarm and CCW pump trip.
i l
\\
i 1
1 1
I i
A.2-25 (11940)
b EW
&M>
M e
m W
w W
W X
H m
b2W W
A U
L m
- C CC W
W J
aC e-o W
2M m
W a
.-,..w-w w
'~
,_,c,.
vw--
"" " ~ ~ ' * ' ~,__,.,_ - __._-- -. - - - --
APPENDIX B-1 IDENTIFICATION /IWLEENTATION OF COMMITENTS AND CRITERIA Plant Design Acceptant 11ty FSAR/ Licensing Commitment Covered By Design Document / Requirement Yes No HELB Inside Containment - Pipe Whip Essential systems must be protected SSL " Analytical Procedures for Meeting Separation and High/ Moderate X
from pipe whip associated with high Energy Line Rupture Criteria" 9/26/75 energy ifne break (NELB) at possible break locations (FSAR 3.6)*
SSL " Jet Impingement Summary Documentation Report" Byron /Braidwood P,cport BB-J1-01, Rev. 0 3/9/84 S&L " Verification of High Energy Line Break Design Approach for det Impingement Effects on Safe Shutdown Equipment" Calc. No.
3C8-1083-001, Rev.1, 3/23/84 S&L Project Instruction PI-BB-38, Rev. O, " Pipe Whip Restraint Analysis, Design, and Review" Westinghouse (W) Standard Information Package (SIP)/10-1, Section 3-1 "P~rotection and Separation of Safety Class Equipment" dated 3/78 W Systems Standard 1.12 " System Standard Design Criteria-NSSS Layout Guidelines" dated 10/19/71 W Systems Standard STD-DES-4L-RFS-4L21 "NSSS Piping layout Criteria for Standard Four Loop Plants" dated 3/71
- The Byron FSAR couaitment is to full complaince with the Giambuso letter of 12/72 and also to compliance to the extent possible and practical with the O' Leary letter of 7/73 and the subsequent Branch Technical Positions APCSB 3-1 and MEB 3-1 as to the degree of protection afforded, the various acceptable neans of protection and the mechanism of calculation of potential effects (FSAR 3.6.1.1.2).
B.1 -1 (11953)
.APPE WIX B-1 (Cont)
Plant Design (Cont)
Acceptab111ty FSAR/ Licensing Comunitment Covered By Design Document / Requirement res no HEL8 Inside Containment - Jet Impingment Essential systems are designed to out of the over 140 cases of high energy jets examined,1 case X
remain functional against the effects has been found where a significant high energy jet appears to cf postulated rupture in high energy directly impact on ESW system lines inside containment.
This jet etc.
may result in an ESW pipe rupture.
The specific high energy ifne rupture and impacted ESW line are identified in Appendix B-2.
Note: FSAR Table 3.6-3 identifies An Observation Report has been issued, the ESWS as an essential system.
(11950) i
1 APPENDIX B-1 (Cont)
Plant Design (Cont)
AcceptabHfty res
=
FSAR/ Licensing Commitment Covered By Design Document / Requirement ELB/ELB Outside Containment Esser.tf al systems must be protected S&L " Analytical Procedures for Meeting Separation and High/ Moderate X
from piping failures associated Energy Line Rupture Criteria" 9/26/75 t;ith high and moderate energy line breaks (HELB/MELB) at pos-S&L " Jet Impingement Susunary Documentation Report" Byron /B: aidwood sib 10 break locations (FSAR 3.6)
Report BB-J1-01, Rev. O, 3/9/84 S&L " Verification of High Energy Line Break Design Approach for Jet.
Impingement Effects on Safe Shutdown Equipnerit" Calc. No. 3C8-1083-001, Rev.1, 3/23/84 S&L " Survey of Aux. Building High Energy Line Breaks" Calc. No.
3C8-1181-001, Rev. O,12/21/81 S&L Project Instruction PI-BB-38, Rev. O, " Pipe Whip Restraint Analysis, Design, and Review" Westinghouse (W) Standard Information Package (SIP)/10-1, Section 3-1 "P~rotection and Separation of Safety Class Equipment" dated 3/78 W Systems Standard 1.12 " System Standard Design Criteria-NSSS Layout Guidelines" dated 10/19/71
}i Systems Standard STD-DES-4L-RFS-4L21 "NSSS Piping Layout Criteria for Standard Four Loop Plants" dated 3/71 B.1 -3 (11950)
APPENDIX B-2 DESIGN ADEQUACY Plant Design Areas Reviewed Acceptaoi li ty Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No ESW System Inside Does not affect any es-Reviewed each break location on high energy lines inside Containment - Jet sential portion of ESW containment for jet impingement effects on ESW system Impingement system piping
- 1. High Energy Line: 1FWO30A-16" (Main Feedwater)
References:
FSAR Figure 3.6-25 M-155, Sh. 1, Rev. L; Sh. 2, Rev. J M-161, Sh.1, Rev. L; Sh. 2, Rev. L Bk. No.
Dwgs Reviewed CodeII)
Target BB0 M-155 Sh.1 & 2 0
None X
B658 M-155 Sh.1 & 2 D
None X
B65A M-155 Sh.1 & 2 D
None X
- B40 M-161 Sh.1 & 2 D
None X
B20B M-161 Sh.1 & 2 D
None X
B2DA M-161 Sh.1 & 2 D
None X
BSA M-161 Sh.1 & 2 D
None X
II) Codes Representing Sumary of Review (Jet Impingement Only):
D.
The zone of influence is not nearby to any ESW line E.
Pipe break causes direct jet impingement on ESW line(s).
F.
ESW line(s) in vicinity has larger diameter Break location recently eliminated B.2-1 (11950)
Plant Design (Cont)
Areas Reviewed Acceptabf_1ffy For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comuments res no ESW System Inside
- 2. High Energy Line: 1FWO308-16" (Main Feedwater)
Contalement - Jet
References:
FSAR Figure 3.6-26 Impingement (Cont)
M-156 Sh.1. Rev. K; Sh. 2, Rev. J M-162 Sh.1. Rev. L Bk. No.
Dwgs Reviewed Code Target 8100 M-156 Sh. 1 & 2 D
None X
8858 M-156 Sh. 1 & 2 D
None X
885A M-156 Sh.1 & 2 D
None X
- B5SA M-162 Sh.1 & 2 D
None X
8308 M-162 Sh.1 & 2 D
None X
830A M-162 Sh. 1 & 2 D
None X
BSA M-162 Sh.1 & 2 D
None X
- 3. High Energy Line: IFWO30C-16" (Main Feedwater)
References:
FSAR Figure 3.6-27 M-156 Sh.1, Rev. K; Sh. 2, Rev. J M-163 Sh.1 Rev. N M-157 Sh.1, Rev. N; Sh. 2, Rev. L Sc. No.
Dwgs Reviewed Code Target 85 M-156 Sh.1 & 2 D
Ncne X
8404 M-157 Sh.1 & 2 E
ISX094Q-4' X
M-156 Sh.1 & 2
- 8804 M-163 Sh.1 & 2 D
ISX07EA-14" X
l
- 8808 M-163 Sh.1 & 2 D
ISX07EA-14" X
- B105A M-163 Sh.1 & 2 D
ISX07EA-14" X
B110A M-163 Sh.1 & 2 D
ISX07EA-14" X
B115 M-163 Sh.1 & 2 D
ISX07EA-14" X
t B.2-2 (1195o)
~
APPE WIX 8-2 (Cont)
Plant Design (Cont)
Acceptabi1Ity Areas nev(ewed For fi ;_m y Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No ESW System Inside
- 4. High Energy Line: 1FWO3DD-16" (Main Feedwater)
Containment - Jet
References:
FSAR Figure 3.6-28 Impingement (Cont)
M-155 sh.1. Rev. L; Sh. 2. Rev. J M-158 Sh.1. Rev. M; Sh. 2, Rev. K
&l61 Sh.1. Rev. L M-164 Sh.1, Rev. L 8k. No.
Dwqs Reviewed Code Target 85 M '55 Sh. 1 & 2 D
None X
835A M-155 Sh.1 & 2 D
None X
M-158 Sh.1 & 2 8358 M-155 Sh.1 & 2 D
None X
- 8804 H-164 Sh.1 D
None X
- 895A M-164 Sh.1 D
None X
- 8958 M-164 Sh.1 D
None X
- 81104 M-164 Sh. 1 D
None X
81D08 M-164 Sh.1 D
None X
Bi1D H-164 Sh. 1 D
None X
- 5. High Energy Line: 1FW87CA-6" ( Aux. Feedwater)
References:
FSAR Figure 3.6-28a M-155 Sh.1. Rev. L; Sh. 2, Rev. J 8k. No.
Dwgs Reviewed Code Target 5155 M-155 Sh. 1 5 2 F
None X
81208 M-155 Sh.1 & 2 D
None X
- 8120A M-155 Sh.1 & 2 D
None X
B58 Above Elev. 412' D
None X
854 Above Elev. 412' D
None X
(1155o)
Plant Design (Cont)
Acceptability Anes Reviewed For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes no ESW System Inside
- 6. High Energy Line: 1FW87C8-6" (Aux. Feedwater)
Centafssent - Jet
References:
FSAR Figure 3.6-2fb Impingement (Cont)
M-156 Sh.1 Rev. K; Sh. 2, Rev. J M-162 Sh.1 Rev. L M-166 Sh.1, Rev. K.
Bk. No.
Dwgs Reviewed Ccde Target 8155 M-156 Sh. 1 5 2 F
None X
B108 M-156 Sh.1 D
None X
M-162 Sh.1 M-166 Sh.1 8104 M-156 Sh.1 D
None X
M-162 Sh. 1 M-166 Sh. 1 858 M-156 Sh.1 D
None X
M-162 Sh.1 M-166 Sh. 1 BSA H-156 Sh. 1 D
None X
M-162 Sh.1 H-166 Sh. I r
B.2-4 (1195o)
APPEleIX 8-2 (Cont)
Plant Design (Cont)
Acceptab11Ity Areas Reviewed For m;rry Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No ESW System Inside
- 7. High Energy Line: IFW87CC-6" (Aux. Feedwater)
Containment - Jet
References:
FSAR Figure 3.6-28c Impingement (Cont)
M-156 Sh. 1, Rev. K; Sh. 2, Rev. J M-162 Sh. 1, Rev. L M-166 Sh.1, Rev. K M-167 Sh.1, Rev. P Bk. No.
Dwgs Reviewed Code Target B185 M-156 Sh.1 & 2 D
None X
B108 M-162 Sh.1 0
None X
M-166 Sh. 1 M-167 Sh. 1 B10A M-162 Sh. 1 D
None X
M-166 Sh. 1 M-167 Sh. 1 B5B Above Elev. 412'*
D None X
BSA Above Elev. 412' D
None X
- ESW lines have not been routed above Elevation 412' 0" (11953) 8.2-5
APPENDIX B-2 (Cont)
Plant Design (Cont)
Areas Reviewed Acceptability For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No ESW System Inside
- 8. High Energy Line: 1FW87CD-6" (Aux. Feedwater)
Containment - Jet
References:
FSAR Figure 3.6-28d Impingement (Cont)
M-155 Sh.1, Rev. L; Sh. ?, Rev. J.
M-161 Sh. 1, Rev. L Bk. No.
Dwgs Reviewed Code Target 8150 M-155 Sh.1 & 2 D
None X
B120B M-155 Sh. 1 & 2 D
None X
B120A M-155 Sh.1 & 2 D
None X
B110B M-161 Sh.1 D
None X
B110A M-161 Sh.1 D
None X
B5A Above Elev. 412' D
None X
- 9. High Energy Line: INS 01AA-30.25" (Main Steam)
References:
FSAR Figure 3.6-29 M-155 Sh.1, Rev. L; Sh. 2, Rev. K Sk. No.
Dwgs Reviewed Code Target C8A M-155 Sh.1 & 2 D
None X
- C7 M-155 Sh. 1 & 2 D
None X
C4 Above Elev. 440' D
None X
C3 Above Eley. 440' D
None X
C7 Above Elev. 440' D
None X
Cl Above Elev. 440' D
None X
B.2-6 (11953)
APPENDIX B-2 (Cont)
Plant Design (Cont)
Areas Reviewed Acceptab111ty For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No ESW System Inside
- 10. High Energy Line: 1MS01AB-30.25" (Main Steam)
Centainment - Jet
References:
FSAR Figure 3.6-30 Irpingement (Cont)
H-156 Sh. 1, Rev. K; Sh. 2, Rev. J.
Bk. No.
Dwgs Reviewed Code Target
- C24 M156 Sh.1 & 2 D
None X
C20 Above Elev. 440' D
None X
i l
C19 Above Elev. 440' D
None X
C18 Above Elev. 440' D
None X
C17 Above Elev. 440' D
None X
C24A H-156 Sh.1 & 2 D
None X
- 11. High Energy Line: 1MS01 AC-30.25" (Main Steam)
References:
FSAR Figure 3.6-31 H-156 Sh.1, Rev. K; Sh. 2, Rev. J.
Bk. No.
Dwgs Reviewed Code Target U 2A----
M-156 Sh.1 & 2 D
None X
- C31 M-156 Sh.1 & 2 D
None X
C28 Above Eley. 440' D
None X
C27 Above Elev. 440' D
None X
C25X Above Elev. 440' D
None X
C25 Above Elev. 440' D
lbne X
B.2-7 (11950)
. g q.
.; os;:,
a,
%; 4 q _q y.g y p,;-+- n (e.,..,, $;g; _,_.. ;- _.7.c :3,;; :x:
,.q : :y ;#;.. ; y ' - - 7. - s x-
.w
.~
- a.
- ,.
. i _; r.p r; m... :.
. r.. a.
- w. -
= : 9 s;,.. _:
APPENDIX B-2 (Cont)
Plant Design (Cont)
Areas Reviewed Acceptan1:1ty For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Consnents Yes No ESW System Inside
- 12. High Energy Line: 1MS01AD-30.25" (Main Steam)
Containment - Jet
References:
FSAR Figure 3.6-32 Inpingement (Cont)
H-155 Sh.1, Rev. L; Sh. 2, Rev. J Bk. No.
Dwgs Reviewed Code Target C16A M-155 Sh. 1 & 2 D
None X
- CIS11-155 Sh.1 & 2 D
None X
C12 Above Elev. 440' D
None X
C11 Above Elev. 440' D
None X
C9X Above Elev. 440' D
None X
C9 Above Elev. 440' D
None X
- 13. High Energy Line: 1RC21BA-8", IRC21AA-8" (Reactor Coolant Bypass)
References:
FSAR Figure 3.6-33 M-155 Sh.1, Rev. L; Sh. 2, Rev. J.
Bk. No.
Dwgs Reviewed Code Target 81 M-155 Sh.1 & 2 D
None X
B2 M-155 Sh.1 & 2 D
None X
B3 M-155 Sh. 1 & 2 D
None X
B4 M-155 Sh.1 & 2 D
None X
B5 71-155 Sh.1 & 2 D
None X
B6 tbl55 Sh.1 & 2 D
None X
B.2-8 (11950)
~
~
l_
APPE WIX B-2 (Cont)
~
l l
Plant Design (Cont) l Areas Reviewed AcceptaD111ty l For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No l
l ESW System Inside
- 14. High Energy Line: 1RC21BB-8", IRC21AB-8" (Reactor
! Containment - Jet Coolant Bypass)
Impingement (Cont)
References:
FSAR Figure 3.6-34 M-156 Sh.1, Rev. K; Sh. 2, Rev. J Bk. No.
Dwgs Reviewed Code Target 81 M-156 Sh.1 & 2 F
None X
B2 M-156 Sh.1 & 2 D
None X
83 M-156 Sh.1 & 2 D
None X
84 M-156 Sh.1 & 2 D
None X
85 M-156 Sh.1 & 2 D
None X
B6 M-156 Sh.1 & 2 D
None X
- 15. High Energy Line: 1RC21 AC-8", IRC218C-8" (Reactor Coolant Bypass)
References:
FSAR Figure 3.6-35 M-157 Sh.1, Rev. N; Sh. 2, Rev. L.
Bk. No.
Dwgs Reviewed Code Target-X B1 M-157 Sh.1 & 2 D
None B2 M-157 Sh.1 & 2 D
None X
83 M-157 Sh. 1 & 2 D
None X
84 M-157 Sh.1 & 2 D
None X
85 M-157 Sh.1 & 2 D
None X
86 M-157 Sh.1 & 2 0
None X
B.2-9 (11950)
g_
APPENDIX B-2 (Cont)
Plant Design (Cont)
Areas Reviewed Acceptab1! sty For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Coeunents Yes No ESO System Inside
- 16. High Energy Line IRC21 AD-8", IRC21BD-8" (Reactor Containssent - Jet Coolant Bypass)
Impingement (Cont)
References:
FSAh Figure 3.6-36 M-1E7 Sh. 1 Rev. N; Sh. 2, Rev. L Bk. No.
Dwgs Reviewed Code Target 31 M-157 Sh.1 & 2 D
None X
B2 M-157 Sh.1 & 2 D
None X
D3 M-157 Sh. 1 & 2 D
None X
B4 M-157 Sh.1 & 2 D
None X
B5 M-157 Sh.1 & 2 D
None X
B6 M-157 Sh.1 & 2 D
None X
- 17. High Energy Line: 1RC29AA-1D",15105DA-6", ISIO9BA-6" ISI47AA-2" (Safety Injection)
References:
FSAR Figure 3.6-39 M-155 Sh.1 Rev. L; Sh. 2, Rev. J M-161 Sh. 1, Rev. L M-165 Sh.1. Rev. L; Sh. 2, Rev. K Bk. No.
Dwgs Reviewed Code Ta rget 81 M-155 Sh. 1 & 2 F
Mone X
BIS M-155 Sh.1 & 2 D
None X
B3D M-155 Sh.1 & 2 D
Ncne X
B7DA & B M-165 Sh. 1 & 2 D
None X
B183 5165 Sh. 1 & 2 D
None X
B183A W165 Sh.1 & 2 D
None X
B1808 5165 Sh. 1 & 2 D
None X
8175A & B M-165 Sh.1 & 2 D
None X
- BID 3 M-165 Sh. 1 & 2 D
None X
B179 M-165 Sh. 1 & 2 D
None X
B.2-1D (1195o)
~ -
r -
APPE WIX S-2 (Cont)
Plant Desien (Cont)
Areas Newlemed AcceptaNv11ty For Adequacy Acceptance Criteria Precedures/ Documents Revleued and Comments Yes No E5W System Inside
- 18. Hi p Energy Line: 1 RC2948-10", 1510958-10", 15 !47AS-2" Castainment - Jet 15!050s-6", (Safety Injection)
Impingement (Cont)
References:
FSAR Figure 3.6-40 5156 Sh. 1 Rev. K; Sh. 2, new. J 5166 Sh. 1. Rev. K Sk. No.
Dwgs Reviewed Code Target 85 5156 Sh. 1 & 2 D
None X
B20 5156 Sh. 1 & 2 D
None X
B1604 4 8 5156 Sh.1 4 2 D
None X
B35 5166 54. 1 D
Ihne X
B115 Above Elev. 412' D
Mone X
BIOS 5166 Sh.1 D
None X
B1254 8 8 5156 Sh. I A 2 D
None X
- 19. Miyi Energy Line: 1 RC234C-10*, 15 !050C-6*, 15 I O90C-10' 15147AC-?" (Safety Injection) ineferences: FSAR Figure 3.6-41 5157 Sh. 1. Rev. M: Sh. 2 Rev. L 5167 Sh.1, Rev. P Sk. No.
Dugs Reviewed Code
_ Target l
8468 M-157 54.1 4 2 D
None X
8480 5157 Sh.1 & 2 D
Noe:e X
3495 M-157 Sh.1 & 2 D
None X
8465A & E M-157 Sh.1 & 2 D
None X
3500 5157 Sh. 1 D
None X
35404 4 8 5167 Sh. 1 D
None X
3564 5167 Sh. 1 D
None X
B570 Above Elev. 412' D
Ncne X
8.2-11 (1195o)
Plant Besign (Cent)
MCceptaB13Ity Areas artfened For h Aceptance Criteria Proceesres/ Documents Reviamed and Ceauments Yes us E5W Systen Inside
- 20. Nip Energy Line: 1RC23hD-1 D*, 15 I05B0-6*, 15I0908-10" Containment - Jet ISI47AC-2* (Safety Injection)
Espingement (Cent)
References:
FSAR Fipere 3.6-42 5158 Sh.1. Rev. M; Sh. 2. Rev. K 5168 Sh. 1 Rev. L 5194 Rev. B Sk. No.
Dogs Revleued Code Target San W155 54. 1 5 2 F
mone X
9640 5158 Sh.1 4 2 D
None X
3655 W158 Sh. 1 4 2 D
Ihne X
35608 5158 Sh.1 & 2 D
Mone X
3%uA 5158 Sh.1 & 2 D
Ilone X
375m 5194 Rev. 5 O
Ilone X
8728 M-168 Sh.1 D
Ilone X
5740 AtHwe Elev. 412' D
home X
r l
l l
8.2-12 '
(1135e) i l
n
Plant Design (Cont)
Areas Reviewed Acceptability For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No ESW System.0utside Containment - Pipe, Whip
& Jet hnpingement P8-M-21b-?,Rev.H*
/
i M-329 Sh. i, Rev. L H-335 Sh. 1,.Rev. K\\
,s No ESW pihing on these drawfogs-X PB-213-1, Rev. N i
X No ESW piping,on this drawing
< t.
2 M-224 (Sh.1 of 3), Rev.. A 1
No ESW piping on 'this drawing ir.': vicinity of HELB X
d PB-22 5-1, Rev. R i M-306 Sh. 1, Rev. L D ne No.
T' Line not damaged Reviewed postulated HELB location A108 and found no X
1 SX 58BA-2" effects on ESW system piping 1 SX 88A-4" 4
'e 1 'SX 47A-1 1/2" L SX -05BA-3" 1 SX 05AB-1 1/2" 1 SX 04FB-1 1/2" O All "PD" drawings transmitted under cover of S&L letter dated 6/6/84 B. 2-13 (11950)
I l
o APPENDIX B-2 (C nt)-
Plant Design (Cont)
Areas Reviewed Acceptab111ty Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No ESW System Outside Containment - Pipe Whip
& Jat Impingem?nt (Cont)
PB-227-1, Rev. M No ESW piping on this drawing X
PB-M-228-2, Rev. E M-zza sh. 1, Rev. 5 Linn No.
1 SX SlAA-2" Lines not damaged Reviewed postulated HELB locations A148 and A149 and X
1 SX 50AA-2" found no effects on ESW system piping 1 SX 04DA-6" 1 SX 05CA-6" 1 SX 0400-6" 1 SX 05CB-6" 1 SX 37AA-2" 1 SX 3BAA-2" PB-229-1, Rev. R PB-229-5, Rev. E Li ne No.
1 SX 040A-6" Lines not damaged Reviewed postulated HELB locations A109, Alli, A136, X
1 SX 0408-6" and A147 and found no effects on ESW system piping 1 SX 05CA-6" 1 SX 05CB-6" B. 2-14 (11950)
APPENDIX B-2 (Cont)
Piant Design (Cont)-
Areas Reviewed Acceptab111ty Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No ESW System Outside Containment - Pipe Whip
& J2t Impingement (Cont)
P8-229-2, Rev. K M-309 Sh. 1, Rev. P Line No.
1 SX 05CA-6" Lines not damaged Reviewed postulated HELB locations A100 & A102 and X
1 SX 05CB-6" found no unacceptable effects on ESW system piping 1 SX 0408-6" 1 SX 040A-6" 1 SX CIA-4" 1 SX 53AA-3" 1 SX 06AA-16" 1 SX 07GA-16" PB-231 -1, Rev. M M-343 Sh. 1, Rev. N Lina No.
1 SX 38AB-2" Lines not damaged Reviewed postulated HELB locations A110, A150 and A106 X
1 SX 96AB-1-1/2" and found no effects on ESW system piping 1 SX 95A-2" 1 SX 05C8-6" 1 SX 0408-6" 1 SX 04EB-3" 1 SX 05BB-3" 1 SX 5988-2" 1 SX 58AB-2" 1 SX 05AC-2" 1 SX 04FC-2" 8.2-15 (11950)
~
APPENDIX B-2 (Cont)
Plant Design (Cont)
Areas Reviewed AcceptaD111 ty For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No ESW System Outside Containment - Pipe Whip 8 Jet Impingement (Cont)
PB-233-1, Rev. N No ESW piping on this drawing X
PB-239-1, Rev. S PB-239-2, Rev. t M-308 Sh. 1, Rev. M No ESW piping on this drawing X
PB-242-1, Rev. M M-304 Sh.1, Rev. M M-345 Sh. 1, Rev. M Line No.
1 SX 06AA-16" Lines not damaged Reviewed postulated HELB location A133 and found no X
1 SX 06AB-16" effects on ESW system piping 1 SX 07GB-16" 1 SX 07GA-16" 1 SX 27D8-10" 1 SX 26AA-10" 1 SX 27DA-10" 1 SX 26AB-10" B.2-16 (11950)
APPENDIX B-2 (Cent)
Plant Design'(Cont)
Areas Reviewed Acceptabf11ty Fcr Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No ESW System Outside C;ntainment - Pipe Whip
& Jet Impingement (Cont)
PB-242-2 Rev. D No ESW piping on this drawing X
PB-243-4, Rev. E PB-243-6, Rev. L M-311 Sh.1, Rev. R M-345 Sh. 1, Rev. N Line No.
1 SX 07GB-16" Lines not damaged Reviewed postulated HELB locations A103, A104, A105, X
1 SX 07GA-16" A141 and A142 and found no effects on ESW system piping 1 SX 06AB-16" 1
PB-244-2 Rev. E i
No ESW piping on this drawing X
M-249 Sh.1, Rev. N j M-321 Sh.1, Rev. K i
Line No.
2 SX 26AA-10" Lines not damaged Reviewed postulated HELB locations A023, A024, A025, X
2 SX 26AB-10" A625 and A626 and found no effects on ESW system piping l
B. 2-17 (11950)
I
y t
t o
i t
N na tpec s c e X
X X
A Y s
tnecno C
dna dewe ive R
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)
s t
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n o
o e
C C
m
(
(
uc 2
n o
8 g
D 1
B i
/
s s
2 X
e e
I D
r B
D u
N t
d E
n e
.P a
c P
l o
A P
r P
a ire t
ir C
ecna tp g
g g
e n
n n
c i
i i
c w
w w
A a
a a
)
r r
r pt d
d d
in h o s
s s
WC i
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(
h h
h ee t
t t
d pt iin R
n H
n K
n sP e o
o o
d t
m e
ue v
g v
g v
g wy O
g e
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n ec tn R
i R
i R
i 1 a mni p
p p
vu eep i
i i
eq t mm 1
p 1
p 1
p Re snI d
yi 5
W 3
W
)
1 W
0 sA Sat 5
S 6
S 6
S 5
a te 2
E 2
E 3
E er WnJ 9
ro So 8
o 8
o 8
o 1
AF EC8 P
N P
N P
N 1
(
f
L.J HM>M U
2 X
Q e-o m
b 2
m W
CD m
A C
4 W
M m
O 8
APPENDIX C-1 IDENTIFICATION /IMPLEENTATION OF COMMITENTS AND CRITERIA Plant Design Acceptability FSAR/ Licensing Commitment Covered By Design Document / Requirement Yes-No HELB/E LB Outside Containment Essential systems must be S&L " Survey of Aux. Building High Energy Line Breaks", Calc. No.
X protected from piping failures 3C8-1181-001, Rev. O,12/21/81 associated with high and moderate energy line breaks (HELB/MELB) at Westinghouse (W) Standard Information Package (SIP)/10-1, possible break locations Section 3-1 " Protection & Separation of Safety (FSAR 3.6)
Class Equipment" dated 3/78 W Systems Standard 1.12 " System Standard Design Criteria-NSSS Layout Guidelines" dated 10/19/71
}l Systems Standard STD-DES-4L-RFS-4L21 "NSSS Piping Layout Criteria for Standard Four Loop Plants" dated 3/71 S&L " Analytical Procedures for Meeting Separation and High/ Moderate Energy Line Rupture Criteria" 9/26/75 S&L " Jet Impingement Sumary Documentation Report" Byron /Braidwood Report BB-J1-01, Rev. O, 3/9/84 S&L " Verification of High Energy Line Break Design Approach for det Impingement Effects on Safe Shutdown Equipment."
Calc. No. 3C8-1083-001, Rev.1, 3/23/84 S&L Project Instruction PI-BB-38, Rev. O, " Pipe Whip Restraint Analysis, Design and Review" C.1-1 (11910)
APPENDIX C-2 DC DISTRIBUTION SYSTEM Plant Design Areas Reviewed Acceptab111ty Fcr Adequacy Acceptar.ce Criteria Procedures / Documents Reviewed and Connents Yes No HELB Outside Contain-Does not affect any There are no high energy ifnes located in the areas of X
ment essential portion of the plant containing the Class IE dc system, i.e.;
Class IE de system Elevation 451' between columns 7.7-10 and L-Q S&L drawings nos:
M-361 Sh. 22, Rev. A, Batt. Rm. I A M-361 Sh. 27, Rev. B, Batt. Rm.1B M-361 Sh. 21, Rev. F, Batt. Rm. 2A l
M-361 Sh. 26, Rev. A, Batt. Rm. 28 l
MELB Outside Contain-Does not affect any There are no moderate energy lines located in the areas X
ment essential portion of of the plant containing the Class 1E dc system, i.e.;
Class 1E de system Elevation 451' between columns 7.7-10 and L-Q.
I S&L drawing nos:
M-361 Sh. 22, Rev. A, Batt. Rm. l A M-361 Sh. 27, Rev. B, Batt. Rm. 18 M-361 Sh. 21, Rev. F, Batt. Rra. 2A M-361 Sh. 26, Rev. A, Batt. Rm. 2B C.2-1 (11950)
m m
ma puu m
9 m m
l r
i n
imn gn urqm m,
pum
-i nR '
'W I '
Rh MPI MI I
H m
N I
pR N&
2 I
w M
o.e b
D CY X
w w
M C3 2
>=
W
>=
A W
C1.
EC 2O m
APPENDIX D-1 IDENTIFICATION /IMPLEENTATION OF COMMITENTS AND CRITERI A-Electrical Layout Acceptability FSAR/ Licensing Commitment Covered By Design Document / Requirement Yes No Design bases for electrical equip-The following drawings were reviewed to determine whether the X
ment for protection against common Byron design meets the licensing commitment concerning HELB.
hazards - HELB (10CFR50, GDC 2,3,4)
For details refer to Appendix D-2.
Electrical systems and components 1.
6E-0-3651 Rev. J
- 18. PB-242-1 Rev. M X
1mportant to safety shs!! be 2.
6E-0-3002 Rev. S
- 19. PB-243-4 Rev. E X
protected or designed to withstand 3.
6E-0-3004 Rev. D
- 20. PD-243-6 Rev. E X
the effects of common hazards 4.
- 21. PB-244-2 Rev. E X
5.
6E-0-3305 Rev. BJ
- 22. PB-239-1 Rev. S X
6.
6E-0-3653 Rev. N
- 23. PB-239-2 Rev. E X
7.
6E-0-3031 Rev. Z
- 24. PB-255-1 Rev. R X
8.
6E-0-3032 Rev. S
- 25. H-252 Rev. Y X
9.
6E-0-3663 Rev. AE
- 26. M-249 Rev. N X
- 10. 6E-0-3664 Rev. V
- 27. PB-263-1 Rev. H X
- 11. 6E-0-3853 Rev. BD
- 28. PB-227-1 Rev. M X
- 12. PB-M-210-2 Rev. H
- 29. 6E-0-3311 Rev. AY X
- 13. PB-M-213-1 Rev. N
- 30. 6E-0-3311CT1 Rev. S X
- 14. PB-M-229-1 Rev. R
- 31. 6E-0-3311CT2 Rev. R X
- 15. PB-M-229-2 Rev. K
- 32. 6E-0-3355 Rev. Y X
- 16. PB-M-229-5 Rev. E
- 33. 6E-0-3011 Rev. L X
- 17. PB-N-228-2 Rev. E X
l D.1-1 (11890)
APPENDIX D-1 (Cont)
Plant Design Acceptability FSAR/ Licensing Commitment Covered By Design Document / Requirement Yes No All essential systems are protected S&L memorandum " Analytical Procedures for Meeting Separation X
against loss of function resulting and liigh/ Moderate Energy Line Rupture Criteria," dated 9/26/75 from any pctential pipe break.
Breaks in high energy lines postu-S&L memorandum, " Analytical Procedures for Meeting Separation X
lated at terminal ends and at a and High/ Moderate Energy Line Rupture Criteria," dated 9/26/75
[
minimum of two intermediate commits project to following Giambuso and O' Leary letter
~
locations.
criteria.
i I
F l-c D.1-2 (11890)
{
APPENDIX 0-2 DESIGN ADEQUACY Electrical Layout Areas Reviewed Acceptani i t ty For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No HELB Effccts on Electrical portions of Outside containment, the locations of essential cables Electrical Components the CCW, ESW and de sys-and electrical components in ESW, CCW and de systems tems and components im-were reviewed with respect to pipe break zones as portant to safety shall indicated in FSAR Figures Q10.40-1 through -5.
Inside
~:
be protected or designed containment, electrical cabling and components were to withstand the effects not reviewed because a) there are no dc system cables /
of HELB including pipe components located inside containment and b) ESW and CCW whip, jet impingement, electrical components inside containment are not essen-and environmental ef-tial components.
Review of environmental effects will be fects without loss of covered by environmental qualification reviews of approp-capability to perform riate equipment.
their safety functions.
References:
- 1. Byron-1 Fire Zone and Cables Computer Listing dated 5/22/84
Equipment Drawing No.
No de, ESW, or CCW cables 6E-0-3651 Rev. J X
6E-0-3002 Rev. S PB-M-210-2 Rev. H HELB Zones:
2A, B No dc, ESW, or CCW cables 6E-0-3004 Rev. D X
3A, B 6E-0-3304 Rev. AP 6E-0-3305 Rev. BJ 6E-0-3653 Rev. N PB-M-213-1 Rev. N D.2-1 (11890)
___m_
f Electrical Layout (Cont)-
I-j.
Areas Reviewed Acceptability For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No HELB Zones: 4A, 10A The cables listed are in the HELB zones.
However, in X
all cases, cables are not impacted by a HELB-resultant jet or pipe whip.
Cable No.
Associated Equipment ISX052 Valve ISXOl6A ISX055 Valve ISX0168 ISX058 Valve ISX027A
[s ISXO61 Valve 1SX0278 ISX272 L.O. Aux. Pp 1NS-SX136 ISX278 L.O. Aux. Pp ISX01PA-C ISX279 L.O. Aux. Pp ISX01PA-C ISX280 L.O. Aux. Pp ISX01PA-C 1SX284 L.O. Aux. Pp ISX01PB-C 1SX285 L.O. Aux. Pp ISX01PB-C 1SX286 L.0. Aux. Pp ISX01PU-C
^
ISX304 L.0. Aux. Pp ISX01PB-C ISX311 L.O. Aux. Pp ISX01PA-C IVA164 ESW Cub. Cooler Div.11 lVA165 ESW Cub. Cooler Div.11 IVA166 ESW Cub. Cooler Div.11 IVA192 ESW Cub. Cooler Div.11 s
IVA228 ESW Cub. Cooler Div.11 The drawings reviewed for HELB zones 4A and 10A are as follows: 6E-0-3653 Rev. N PB-M-229-1 Rev. R PB-M-229-2 Rev. K PB-M-229-5 Rev. E l
PB-M-228-2 Rev. E I
PB-242-1 Rev. M PB-243-4 Rev. E PB-243-6 Rev. E f
PD-744-2 Rev. E D.2-2
}--
(11890)
I'
APPENDIX D-2 (Cont)
Electrical Layout (Cont) 4 Areas Reviewed Acceptab111ty For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No Associated Cable No.
Equipment Drawing No.
HELB Zones: 5A, 8 No de, ESW, or CCW cables Ref. 1, Sh. 16 X
HEL3 Zones:
6A, 8 No de, ESW, or CCW cables Re f. 1, Sh. 17 X
HELB Zones:
7A, 8 No de, ESW, or CCW cables Ref.1, Sh.18 X
HELB Zones: 8A, 9A No de, ESW, or CCW cables PB-227-1, Rev. M X
6E-0-3311, Rev. AY 6E-0-3311CT1, Rev. S 6E-0-3311CT2, Rev. R 6E-0-3355, Rev. Y 6E-0-3011, Rev. L HELB Zone: 11 A, B, C, D No dc, CCW, or CCW cables PB-239-1 Rev. S X
12A, B PB-239-2 Rev. E D.2-3 (11890)
'l APPENDIX.D-2 (Cont)-
l l
I Electrical Layout (Cont) l Areas Reviewed Acceptability Fcr Adequacy Acceptance' Cri teria Procedures / Documents Reviewed and Comments Yes t% _
l HELB Zone:
14 HELB Zone 14 as defined by FSAR Figure Q10.40-4 was X
l reduced by an area bordered by columns 11 and 12 and i
rows L and N.S.
This reduced the amount of_ cables needed to be analyzed and was achieved by reviewing drawing PB-255-1.
The following cables are within the borders defined and are not impacted by a HELB-resultant l
,iet or pipe whip.
1 l
Associated Cable No.
Equipment-1CC067 MOV-CC9415 10C127 H0V-CC9473 ISX034 ESW Pump 1A ISX290 Valve ISX169A 1VA111 ESW Cub. Cooler 100001 CCW Pump-1A 100019
.CCW Pump-common ISX001 ESW Pump 1A 1CC041 MOV-CC685 1CC223 Alarm ISX056 HS SX108 ISXD62 HS SX109 ISX247 Alarm ISX435 SX-426 ISX457 YX-401 The drawings. reviewed for HELB Zone 14 are as follows:
6E-0-3663, Rev. AE PB-255-1, Rev. R D.2-4 (11890)
- _ _ _ _ _ _ - _ - _ _ = _ - _ _
APPENDIX D-2 (Cont)
Electrical Layout (Cont)
Areas Reviewed Acceptabil t ty For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No Associated Cable No.
Equipment Drawing No.
l HELB Zone:
15 No dc, CCW or ESW cables 6E-0-3031, Rev. Z X
6E-0-3032, Rev. S 6E-0-3663, Rev. AE M-252, Rev. Y HELB Zones:
16A, B, C No dc, CCW or ESW cables Ref. 1 X
6E-0-3664, Rev. V l
H-249, Rev. N HELB Zones:
18A, B, C No dc, CCW or ESW cables Ref. 1 X
6E-0-3353, Rev. BD PB-263-1, Rev. H D.2-5 (11890)
APPENDIX D-2 (Cont)
Plant Design Areas Reviewed Acceptah111ty For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Coauments Yes No Ability to go to cold Essential systems pro-Calculation 3C8-1083-001 Rev.1, dated 2/13/84.
X shutdown after a tected against loss of postulated piping function failtre - jet impinge-ment. effects
!!Pfi energy line Lines that during normal FSAR Figures 3.6-1 through 3.6-12 X
definition plant conditions have Reactor butiding piping drawings dated 5/26/84 with either or both the high energy lines shown:
following conditions:
M-155 thru M-158 I
M-161 thru M-176
- 1. Temp. greater than and M-189 200*F, or
- 2. Press greater than Auxiliary butiding piping drawings:
275 psig PB-210-2 PB-241-2 l
PB-213-1 PB-242-1 l
PB-224-1 PB-243-4 l
PB-225-1 PB-243-6 PB-227-1 PB-244-2 PB-228-2 PB-249-1 PB-229-1,2,5 PB-255-1 PB-231-1 PB-263-1 PB-233-1 PB-361 -1 PB-239-1,2 D.2-6 (11890)
APPENDIX D-2 (Cont)
Plant Design (Cont)
Areas Reviewed Acceptabil ity For Adequacy Acceptance Criteria Procedures / Documents Reviewed and Connents Yes No Pipe break locations Breaks in high energy 1.
Westinghouse letters CAW-4273 (4/13/82), CAW-4301 X
inside containment lines postulated at ter-(4/20/82) both entitled " Byron Unit I, Isometrics with minal ends and at a mini-Pipe Break Locations".
mum of two intermediate locations 2.
FSAR Figures 3.6-25 through 3.6-78 3.
Reactor butiding piping drawings marked up to show l
high energy lines and break locations (drawings dated 5/26/84):
JDw./Sh.
Dwg./Sh.
M-15!i/TK2 M-168/182 M-156/182 M-169/1 M-157/1A2 M-170/1 M-158/182 M-171/1 M-161/1 M-172/1 M-162/1 M-173/1 11-163/1 H-174/1
!!-164/1 H-175/1 11-165/182 M-176/1 M-166/182 M-189/1 M-167/182 l
l D.2-7 (11890)
APPENDIX D-3 ADEQUACY OF DESIGN PROCESS Plant Design
(
Acceptability Design Process Reviewed Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No Use by S&L of Westinghouse Same break locations High energy line breaks are shown on attachment to W X
generated high energy line used in HELBA ana-letter CAW-6015 of 6/30/83.
These locations are shiiwn break locations in the pipe lysis as shown on W on FSAR Figures 3.6-25 through 3.6-78.
They are also break effects analysis drawings shown on the marked up reactor building piping i
drawings !!-155 to it-189 i
Identification of moderate Locations identified 10tl, "lioderate Energy Piping," dated 10/18/83 from X
energy line break locations in accordance with R. D. Gerke to K. J. Green outside containment on SX FSAR Section 3.6 and CCW piping Pipe whip restraint analy-Process meets cri-58L Project Instruction PI-BB-38, Rev. O dated X
sis, design and review teria in FSAR Section 12/21/82 process internal to S&L 3.6 Comparing high energy line Identification of
- 1. Calc. No. 3C8-1181-001, Rev. O,12/21/81 X
?
and safety-related equipment high energy lines and
- 2. Calc. No. 3C8-1083-001, Rev.1, 3/23/84 i
locations to allow determi-safety-related equip-
- 3. Report BB-JJ-01, Rev. O, 3/9/84 nation of potential adverse ment in accordance llELB effects with FSAR Section 3.6 D.3-1 (11890) 1 y
APPENDIX D-3 (Cont)
Plant Design (Cont)
Acceptability Design Process Reviewed Acceptance Criteria Procedures / Documents Reviewed and Comments Yes No Use by S&L throughout the Consistent, accurate, Reactor building piping drawings marked up to show high X f eside containment high and complete use of energy line location energy line break effects the high energy lines analysis of the high energy as defined by the M-155 Sh. 1 & 2 5/26/84 lines as defined by FSAR FSAR figures M-156 Sh.1 & 2 5/26/84 Figures 3.6-1 through 3.6-12 M-157 Sh.1 & 2 5/26/84
!!-158 Sh. 1 & 2 5/26/84 f1-161 Sh.1 5/26/84 M-162 Sh. 1 5/26/84 M-163 Sh. 1 5/26/84 M-164 Sh. 1 5/26/84 ft-165 Sh. 1 & 2 5/26/84 ft-166 Sh.1 & 2 5/26/84 M-167 Sh.1 & 2 5/26/84 M-168 Sh. 1 & 2 5/26/84 it-169 Sh. 1 5/26/84
!!-170 Sh. 1 5/26/84 M-171 Sh.1 5/26/84
[
11-173 Sh.1 5/26/84 M-174 Sh. 1 5/26/84 M-175 Sh. 1 5/26/84 M-17G Sh. 1 5/26/84 M-187 Sh.1 5/26/84 These recently issued drawings have been reviewed against the similar working copy drawings which were used to perform the llELBA D.3-2 (11890)
APPENDIX D-4 DESIGN INTERFACE WITH WESTINGHOUSE Plant Design Acceptability Company Interface Reviewed Procedures / Documents Reviewed and Comments Yes No Westinghouse Transmittal to S&L of West-Westinghouse letters to S&L:
X inghouse piping isometrics showing pipe break locations CAW-4273 4/13/82 and type of pipe breaks on CAW-4301 4/20/82 high energy ifnes CAW-6015 6/30/83 Engineering and analysis
" Interface Control Agreement Westinghcuse Piping and X
responsibilities for piping Structural Evaluation Program for the Byron Station and supports in the Westing-Unit 1 and Unit 2," Rev. 5 dated 10/25/83.
house scope Provides responsibility matrices for piping, supports and design documents for systems with Classes A, B, C
& D both inside and outside containment 0.4-1 (11890)
_