День атомної енергетики 2014. Technology Diversification - Westinghouse Experience

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Technology Diversification - Westinghouse
Experience
2
Yves Brachet, President
Westinghouse EMEA Region

Agenda
• Westinghouse in Europe
• Security of Fuel Supply
• Leading Through Technology
• AP1000® Plant Projects Update
• Summary
3

4
Introduction

Security of Supply - Experience
• Westinghouse has a long history of supplying a diverse
portfolio of fuel products and services
5
We are a single-source provider
Engineering
Global deployment
Quality
Uranium and transport
services
Safety
PWR, BWR, AGR and VVER fuel

Security of Supply - Fuel Products
Pressurized Water Reactors (PWRs) Boiling Water
Reactors (BWRs)
W-BWR NFI BWR
6
W-PWR CE-PWR
KWU/Siemens
PWR
NFI PWR
VVER-1000
VVER-440
AGR Fuel
Optima2
Optima3 9x9
MOX
VVER
(PWR)
Advanced Gas
Reactors
(AGRs)
14x14
15x15
16x16
17x17
14x14
16x16
14x14
16x16
18x18
14x14
15x15
17x17
MOX

Security of Supply – Flexibility
Fuel supply on three continents;
unique manufacturing redundancy
7
SMP - Blairsville,
PA
Zirconium Fuel Tubing
Cranberry, PA
Engineering Services
CFFF - Columbia, SC
PWR, BWR, VVER Fuel
Fabrication, Engineering
WZ - Ogden, UT
Zirconium Materials
WSE - Västerås, Sweden
PWR, BWR, VVER Fuel
Fabrication, Engineering
SFL - Springfields, UK
AGR, PWR Fuel Fabrication,
Advance Uranium Asset Mgmt.
ENUSA, Madrid, Spain
PWR Fuel Fabrication
Tokai, Japan NFI, Ltd.
BWR Fuel Fabrication /
Engineering
TOHO – Tokai, Japan
Fuel Components
Kumatori, Japan NFI, Ltd
PWR Fuel Fabrication /
Engineering
SNWZH - Nantong,
China
Zr Sponge JV with SNPTC
KWN - Daejeon, Korea
KW Nuclear Components,
JV with KEPCO Nuclear Fuel
Americas
PWR, BWR, VVER
Europe
PWR, BWR, VVER, AGR
TOHO – Izumiotsu Japan
Fuel Components
Asia
PWR, BWR

Security of Supply – Operational Excellence
• Fuel reliability: 95%
8
worldwide
• Now fueling: 145 plants
worldwide
• Safety and quality
commitment is unparalleled
• Demonstration of
technology leadership
continues to result in
improved reliability and
performance

Leading Through Operating Plant Support
• Support reliable plant operation
• Maximize power output
• Safer, shorter, more efficient outages
• Applying global lessons learned
• Sustain technology innovation
9

Leading Through Plant Life Extension
10
Identification of
components
subject to an
aging
management
review
Identification of
materials and
environments
Identification of
aging effects
requiring
management
Identification of
aging
management
programs
Extension solutions
beyond 60 years

Leading Through Complete Life-cycle Support
• Decommissioning, Dismantling and Remediation
• Waste Management
11

Leading Through Innovation
• Advanced tooling, technology and processes to reduce
outage durations, dose and costs with flawless execution
12

13
V.C. SUMMER
VOGTLE
HAIYANG
SANMEN
AP1000 Plant Global Project Delivery
• Eight AP1000 units under construction worldwide
- Four units in China
- Four units in the United States
Photos © Georgia Power Company; South Carolina Electric & Gas Company;
Sanmen Nuclear Power Company Ltd.; Shandong Nuclear Power Company Ltd.
All rights reserved.

China AP1000 Plant Projects
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Haiyang 1&2
Shandong Province
Sanmen 1&2
Zhejiang Province

China AP1000 Plant Progress: Sanmen
Unit 1 First Concrete – March 2009 Unit 2 SG/Refueling Canal Module – December 2010
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Unit 1 Reactor Vessel – August 2011
Photos © Sanmen Nuclear Power Company, Ltd. All rights reserved.
Unit 1 Conical Roof Set – November 2013

China AP1000 Plant Progress: Haiyang
Unit 2 Auxiliary Unit 1 First Concrete – September 2009 Building – December 2010
16
Unit 1 Reactor Vessel – January 2012
Photos © Shandong Nuclear Power Company, Ltd. All rights reserved.
Unit 1 Conical Roof Set – December 2013

Progress of China Projects: Summary
• Major equipment delivered and installed at
Sanmen Unit 1 and Haiyang Unit 1 includes:
– Reactor Vessel
– Steam Generators
– Reactor Vessel Internals
– Polar Crane
– Integrated Head Package
● Shield Building Conical Roof set at Sanmen
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Unit 1 and Haiyang Unit 1
● Passive Containment Cooling Water Tank set
at Sanmen Unit 1 and Haiyang Unit 1
● Digital I&C turnover to Startup staff in progress
● Sanmen and Haiyang operator candidates
have completed simulator training
● Technology transfer well advanced
Sanmen Site – July 2014
Photo © Sanmen Nuclear Power Company, Ltd. All rights reserved.
Haiyang Site – July 2014
Photo © Shandong Nuclear Power Company, Ltd. All rights reserved.

Sanmen Site Progress: Time Lapse View
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2009 to 2014

U.S. AP1000 Plant Projects
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V.C. Summer 2&3
Vogtle 3&4 Jenkinsville, South Carolina
Waynesboro, Georgia

U.S. AP1000 Plant Progress: Vogtle Site
20
Unit 4 CVBH Set – May 2014
Photos © Georgia Power Company. All rights reserved.
Site Overview – July 2014
Unit 3 CA20 Module Lift – March 2014
Unit 3 Turbine Island – July 2014

U.S. AP1000 Plant Progress: V.C. Summer Site
Unit 2 CV Ring 1 Lift – June 2014 Site Overview – May 2014
Unit 3 First Concrete Pour – November 2013 Unit 2 Turbine Building – March 2014
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Photos © South Carolina Electric & Gas Company. All rights reserved.

Progress of U.S. Projects: Summary
22
• Nuclear Island basemat concrete pours
completed for V.C. Summer Units 2&3;
Vogtle Units 3&4
• Containment Vessel Bottom Head (CVBH)
set in nuclear island for Vogtle Units 3&4;
V.C. Summer Units 2&3
• First CV Ring set for V.C. Summer Unit 2;
fabrication of additional rings continues at
both sites
• Component and module fabrication
proceeding; CA20 module (Auxiliary
Building) set at Vogtle Unit 3 and V.C.
Summer Unit 2
• Reactor Vessels delivered for initial units at
each site; additional equipment and
component deliveries continue to proceed
Vogtle Unit 3 Nuclear Island – July 2014
Photo © Georgia Power Company. All rights reserved.
V.C. Summer Unit 2 Nuclear Island – June 2014
Photo © South Carolina Electric & Gas Company. All rights reserved.

23
Moorside 1, 2 & 3
West Cumbria, United
Kingdom
Kozloduy 7
Vratsa Province,
Bulgaria

Westinghouse AP1000 PWR
Westinghouse New Build in the U.K.
• Toshiba and GDF SUEZ complete NuGeneration Ltd (NuGen) deal
(30 June 2014).
• NuGen plans to build three AP1000 reactors in West Cumbria
(Moorside Project) - largest, single proposed nuclear power plant
construction project in Europe:
- Delivering 3.4 GW of safe power (nearly seven percent of U.K.’s
projected electricity requirements) at a competitive strike price,
due to our modular design, fewer components and smaller
footprint, enabling a shorter construction schedule.
- First AP1000 reactor targeted for operation in 2024 (each reactor
will take approx. four years to build), due to our modular design,
existing progress in Generic Design Assessment (GDA) and
progress on site evaluation.
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Westinghouse AP1000 PWR
Westinghouse New Build in Bulgaria
• Kozloduy NPP and Westinghouse sign Kozloduy NPP - New Builds
Shareholder Agreement (1 August 2014).
• Kozloduy NPP - New Builds, the project company established in
2012, plans to build one AP1000 reactor at the Kozloduy site in
northwest Bulgaria.
• Shareholder Agreement is substantive step in the project by
Bulgarian Energy Holding EAD (BEH EAD) following a feasibility
study under public tender to enter exclusive talks in December 2013.
• AP1000 reactor is projected to be online by 2023 – providing
baseload power that meets EU and Bulgarian requirements of energy
security and diversification, competitive and low-carbon energy for
the following 60 years.
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Summary
• Westinghouse provides the security of
supply required by the global
marketplace through its:
 Experience
 Products
 Flexibility
 Operational Excellence
• Westinghouse will continue to secure its position as a
technology leader
• Westinghouse AP1000 reactor is the safest, most efficient
and reliable design currently available in the worldwide
marketplace
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День атомної енергетики 2014. Technology Diversification - Westinghouse Experience

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