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{{#Wiki_filter:Westinghouse Non-Proprietary Class 3 Draft Slide Presentation for the NRC/Entergy/Westinghouse Pre-Submittal Meeting (Non-Proprietary) | {{#Wiki_filter:Westinghouse Non-Proprietary Class 3 Draft Slide Presentation for the NRC/Entergy/Westinghouse Pre-Submittal Meeting (Non-Proprietary) | ||
Westinghouse Electric Company P.O. Box 355 Pittsburgh, Pennsylvania 15230-0355 | Westinghouse Electric Company P.O. Box 355 Pittsburgh, Pennsylvania 15230-0355 | ||
© 2006 Westinghouse Electric Company LLC All Rights Reserved Westinghouse Non-Proprietary Class 3 DRAFT Implementation of Improved Fuel Design for CE 16x NSSS Presentation to NRC October 19, 2006 White Flint, Rockville, MD Tom Rodack & Zeses Karoutas (Westinghouse) and Dana Millar (Entergy)*BNFL Slide 1 GWestinghouse DRAFT-Agenda" Meeting Objectives" Background | © 2006 Westinghouse Electric Company LLC All Rights Reserved | ||
* Fuel Design* Topical Reports Supporting Design Implementation | |||
* Implementation Plan* Topical Report Status* Summary*BNFL | Westinghouse Non-Proprietary Class 3 DRAFT Implementation of Improved Fuel Design for CE 16x NSSS Presentation to NRC October 19, 2006 White Flint, Rockville, MD Tom Rodack &Zeses Karoutas (Westinghouse) and Dana Millar (Entergy) | ||
* Explain why Next Generation Fuel will be deployed for CE 16 NSSS* Present overall licensing plan" Provide an opportunity for NRC feedback*DBNFL | *BNFL Slide 1 GWestinghouse | ||
* Westinghouse fully supports INPO initiative to drive to zero fuel leakers by 2010-Zero Leaking Fuel a strategic objective since 2004* Grid-to-rod fretting is the primary PWR leaker mechanism-Fretting leakers typically occur in thrice burned fuel[ ] a, c.[I a, c-Improvements being discussed or implemented on designs for all fuel currently supplied | |||
* CE 16 Next Generation Fuel is key to promoting zero leakers in CE NSSS-Significant increase in grid-to-rod fretting margin" CE NGF features same type of spacer grid as | DRAFT | ||
-Increases other design and operating margins° CE 16 NGF LTAs in | -Agenda | ||
*BNFL | " Meeting Objectives | ||
*DBNFL | " Background | ||
*DBNFL Slide 13 ice Westinghouse DRAFT LOCA Model Grid Heat Transfer (CENPD-1 32-P-A, Sup. 4-P, Add. I -P)° Submitted-As Appendix to Core Reference Report February 28, 2006-Re-submitted separately at NRC's request May 11, 2006 a, c 2*BNFL Slide 14 OWestingtiouse DRAFT Optimized | * Fuel Design | ||
-Core Reference Report (WCAP-1 6500-P)-Critical Heat Flux Correlation Report (WCAP-1 6523-P)-Improved LOCA Model (CENPD-i 32-P-A, Sup. 4-P, Add. I-P)* Request for Exemption from 10 CRF 50.46 and Appendix | * Topical Reports Supporting Design Implementation | ||
* Implementation Plan | |||
* Topical Report Status | |||
* Summary Slide 2 | |||
*BNFL GWestinghouse | |||
DRAFT Meeting Objectives | |||
* Explain why Next Generation Fuel will be deployed for CE 16 NSSS | |||
* Present overall licensing plan | |||
" Provide an opportunity for NRC feedback Slide 3 | |||
*DBNFL OWestinghouse | |||
DRAFT | |||
===Background=== | |||
* Westinghouse fully supports INPO initiative to drive to zero fuel leakers by 2010 | |||
- Zero Leaking Fuel a strategic objective since 2004 | |||
* Grid-to-rod fretting is the primary PWR leaker mechanism | |||
- Fretting leakers typically occur in thrice burned fuel | |||
[ ]a,c | |||
. [ I a,c | |||
- Improvements being discussed or implemented on designs for all fuel currently supplied Slide 4 Slide 4 ~OWesfingtiouse | |||
*DBNFL | |||
DRAFT Fuel Performance Overview by Product a, c Slide 5 | |||
*'BNFL ld5Westinghouse | |||
DRAFT | |||
===Background=== | |||
* CE 16 Next Generation Fuel is key to promoting zero leakers in CE NSSS | |||
- Significant increase in grid-to-rod fretting margin | |||
" CE NGF features same type of spacer grid as 14x TURBO fuel that has demonstrated improved grid-to-rod fretting performance | |||
- Increases other design and operating margins | |||
° CE 16 NGF LTAs in 1st cycle at Waterford | |||
- Scheduled for exam in December 0 Region deployment planned for Spring 2008 in ANO-2 and Waterford | |||
* BNFL Slide 6 OWestinghouse | |||
DRAFT Implementation of Improved Designs for CE NSSS a, c | |||
~Westinghouse Slide 77 | |||
*BNFL OWestinghouse | |||
DRAFT CE 16 NGF Fuel Design Zeses Karoutas | |||
*BNFL Slide 8 S 8Westinghouse | |||
DRAFT CE 16x NGF Fuel Design a, c | |||
*)BNFL Slide 9 OWestinghouse | |||
DRAFT General Program Status a, c | |||
~Westinghouse 10 Slide 10 | |||
*DBNFL OWeslinghouse | |||
DRAFT Topical Reports Supporting CE 16 NGF Implementation Zeses Karoutas | |||
*DBNFL Slide 11 OWestinghouse | |||
DRAFT Core Reference Report (WCAP-1 6500-P) 0 Submitted February 28,2006 a, c | |||
*)BNFL Slide 12 OWestinghouse | |||
DRAFT Critical Heat Flux Correlation Report (WCAP-1 6523-P) | |||
° Submitted March 20, 2006 | |||
* New DNB correlation form similar to ABB-NV &ABB-TV correlations approved in Topical CENPD-387-P-A a, c Westinghouse | |||
*DBNFL Slide 13 Slide 13 ice Westinghouse | |||
DRAFT LOCA Model Grid Heat Transfer (CENPD-1 32-P-A, Sup. 4-P, Add. I -P) | |||
° Submitted | |||
- As Appendix to Core Reference Report February 28, 2006 | |||
- Re-submitted separately at NRC's request May 11, 2006 a, c 2 | |||
*BNFL Slide 14 OWestingtiouse | |||
DRAFT Optimized ZIRLOTM Report (CENPD-404-P-A Add. I-A) | |||
Provides the basis for use of Optimized ZIRLO T cladding in fuel for CE and W NSSS M | |||
Approved June 10, 2005 a, c Slide 15 | |||
*)BNFL 1Westinghouse | |||
DRAFT NGF Implementation Plan for ANO-2 and Waterford Dana Millar Slide 16 | |||
*OBNFL eWestinghouse | |||
DRAFT Implementation Plan Summary | |||
* License Amendment Requests (LARs) planned to be submitted for both ANO-2 and Waterford Requests for Exemption from 10 CFR 50.46 and Appendix Kto be submitted because of Optimized ZIRLOTM cladding PLACEHOLDER TO PROVIDE, OVERVIEW OF CONTENT SLIDE WILL BE REVISED | |||
*BNFL Slide 17 (Westinghbuse | |||
DRAFT Topical Report Status and Summary Tom Rodack Slide 18 | |||
*BNFL S 1Westinghouse | |||
DRAFT Licensing Scope | |||
" License Amendment requests for implementation of NGF in ANO-2 and Waterford will reference: | |||
- Core Reference Report (WCAP-1 6500-P) | |||
- Critical Heat Flux Correlation Report (WCAP-1 6523-P) | |||
- Improved LOCA Model (CENPD-i 32-P-A, Sup. 4-P, Add. I-P) | |||
* Request for Exemption from 10 CRF 50.46 and Appendix Kwill also be required for Optimized ZIRLOTh | |||
- Optimized ZIRLOT Report (CENPD-404-P-A Add. 1-A) | |||
*BNFL Slide 19 eWesfing~house | |||
DRAFT Licensing Status | |||
-a, C 9 BNFL Slide 20 Se)Westinghouse | |||
DRAFT Summary | |||
" Deployment of CE 16 NGF design is key to reducing fuel leakers | |||
" Topical reports supporting the design are under review and receiving attention | |||
" Plant specific submittals are planned for early 2007 to support fuel load in Spring 2008 | |||
*BNFL Slide 21 OWestinghouse}} |
Latest revision as of 13:29, 23 November 2019
ML062770324 | |
Person / Time | |
---|---|
Site: | Arkansas Nuclear, Waterford |
Issue date: | 10/19/2006 |
From: | Karoutas Z, Miller D, Rodack T Entergy Corp, Westinghouse |
To: | Office of Nuclear Reactor Regulation |
References | |
AW-06-2203, LTR-NRC-06-55 | |
Download: ML062770324 (7) | |
Text
Westinghouse Non-Proprietary Class 3 Draft Slide Presentation for the NRC/Entergy/Westinghouse Pre-Submittal Meeting (Non-Proprietary)
Westinghouse Electric Company P.O. Box 355 Pittsburgh, Pennsylvania 15230-0355
© 2006 Westinghouse Electric Company LLC All Rights Reserved
Westinghouse Non-Proprietary Class 3 DRAFT Implementation of Improved Fuel Design for CE 16x NSSS Presentation to NRC October 19, 2006 White Flint, Rockville, MD Tom Rodack &Zeses Karoutas (Westinghouse) and Dana Millar (Entergy)
- BNFL Slide 1 GWestinghouse
DRAFT
-Agenda
" Meeting Objectives
" Background
- Fuel Design
- Topical Reports Supporting Design Implementation
- Implementation Plan
- Topical Report Status
- Summary Slide 2
- BNFL GWestinghouse
DRAFT Meeting Objectives
- Present overall licensing plan
" Provide an opportunity for NRC feedback Slide 3
- DBNFL OWestinghouse
DRAFT
Background
- Westinghouse fully supports INPO initiative to drive to zero fuel leakers by 2010
- Zero Leaking Fuel a strategic objective since 2004
- Grid-to-rod fretting is the primary PWR leaker mechanism
- Fretting leakers typically occur in thrice burned fuel
[ ]a,c
. [ I a,c
- Improvements being discussed or implemented on designs for all fuel currently supplied Slide 4 Slide 4 ~OWesfingtiouse
- DBNFL
DRAFT Fuel Performance Overview by Product a, c Slide 5
- 'BNFL ld5Westinghouse
DRAFT
Background
- Significant increase in grid-to-rod fretting margin
" CE NGF features same type of spacer grid as 14x TURBO fuel that has demonstrated improved grid-to-rod fretting performance
- Increases other design and operating margins
° CE 16 NGF LTAs in 1st cycle at Waterford
- Scheduled for exam in December 0 Region deployment planned for Spring 2008 in ANO-2 and Waterford
- BNFL Slide 6 OWestinghouse
DRAFT Implementation of Improved Designs for CE NSSS a, c
~Westinghouse Slide 77
- BNFL OWestinghouse
DRAFT CE 16 NGF Fuel Design Zeses Karoutas
- BNFL Slide 8 S 8Westinghouse
DRAFT CE 16x NGF Fuel Design a, c
- )BNFL Slide 9 OWestinghouse
DRAFT General Program Status a, c
~Westinghouse 10 Slide 10
- DBNFL OWeslinghouse
DRAFT Topical Reports Supporting CE 16 NGF Implementation Zeses Karoutas
- DBNFL Slide 11 OWestinghouse
DRAFT Core Reference Report (WCAP-1 6500-P) 0 Submitted February 28,2006 a, c
- )BNFL Slide 12 OWestinghouse
DRAFT Critical Heat Flux Correlation Report (WCAP-1 6523-P)
° Submitted March 20, 2006
- New DNB correlation form similar to ABB-NV &ABB-TV correlations approved in Topical CENPD-387-P-A a, c Westinghouse
- DBNFL Slide 13 Slide 13 ice Westinghouse
DRAFT LOCA Model Grid Heat Transfer (CENPD-1 32-P-A, Sup. 4-P, Add. I -P)
° Submitted
- As Appendix to Core Reference Report February 28, 2006
- Re-submitted separately at NRC's request May 11, 2006 a, c 2
- BNFL Slide 14 OWestingtiouse
DRAFT Optimized ZIRLOTM Report (CENPD-404-P-A Add. I-A)
Provides the basis for use of Optimized ZIRLO T cladding in fuel for CE and W NSSS M
Approved June 10, 2005 a, c Slide 15
- )BNFL 1Westinghouse
DRAFT NGF Implementation Plan for ANO-2 and Waterford Dana Millar Slide 16
- OBNFL eWestinghouse
DRAFT Implementation Plan Summary
- License Amendment Requests (LARs) planned to be submitted for both ANO-2 and Waterford Requests for Exemption from 10 CFR 50.46 and Appendix Kto be submitted because of Optimized ZIRLOTM cladding PLACEHOLDER TO PROVIDE, OVERVIEW OF CONTENT SLIDE WILL BE REVISED
- BNFL Slide 17 (Westinghbuse
DRAFT Topical Report Status and Summary Tom Rodack Slide 18
- BNFL S 1Westinghouse
DRAFT Licensing Scope
" License Amendment requests for implementation of NGF in ANO-2 and Waterford will reference:
- Core Reference Report (WCAP-1 6500-P)
- Critical Heat Flux Correlation Report (WCAP-1 6523-P)
- Improved LOCA Model (CENPD-i 32-P-A, Sup. 4-P, Add. I-P)
- Request for Exemption from 10 CRF 50.46 and Appendix Kwill also be required for Optimized ZIRLOTh
- Optimized ZIRLOT Report (CENPD-404-P-A Add. 1-A)
- BNFL Slide 19 eWesfing~house
DRAFT Licensing Status
-a, C 9 BNFL Slide 20 Se)Westinghouse
DRAFT Summary
" Deployment of CE 16 NGF design is key to reducing fuel leakers
" Topical reports supporting the design are under review and receiving attention
" Plant specific submittals are planned for early 2007 to support fuel load in Spring 2008
- BNFL Slide 21 OWestinghouse