EPR Project Insights - IVD · EPR TM Project Insights Marion HORSTMANN Offer Director ČEZ June...

EPRTM Project Insights

Marion HORSTMANNOffer Director ČEZ

June 22nd, 2010

EPRTM in the Czech Republic –Marion Horstmann – June 22nd, 2010 - AREVA NP Propietary © AREVA NP p.3All rights are reserved, see liability notice.

Advantages of the EPR TM

in the Czech Republic

Designed for Safety

Designed in accordance to the EUR Safety features, which even exceed the EURLicensing experience in Europe

Designed for Operation

Attractive NPV as a result of:� 92% availability during 60 years lifetime� Best in class OPEX� High power density � maximize use of existing sites

Supply chain certainty

Supply chain philosophyOnly supplier who currently sources major equipment for new build NPP projects in the Czech RepublicSupplier Fair on June 25 in Prague

Construction certainty

Large experience feedback from the existing sites

Secure resources individually for the project in advance

Proximity to the design offices in Erlangen and Paris


Agenda

The EPR™ design

EPR™ project status

Project execution: continuous improvement

Supply chain

1

2

3

4


PWR 1650 MWeBWR 1250 MWe PWR 1100 MWe

AREVA’s reactor range

High Power OutputMedium Power Output

Pressurized Water ReactorsBoiling Water Reactor

The reference in Safety

Answer the varied customer needs with an adapted product portfolio

AREVA is the only player with a Gen3+ reactor range

DeployedMarket launch: 2010

Developed in partnership with MHI


N4

KONVOI

4x100% independent Safety trains

Top mounted instrumentation

DBA: No spray system

Very High output: ~1600MWe

Very large core: 241 FA

Best-in-class APC

Very High steam pressure: 77,2 bar

Computerized MCR

Fuel building

Military aircraft resistance

4 independent Safety trains

Top mounted instrumentation

No spray system

High output (1475MWe)

Large core (205 FA)

Concrete cylindrical containment

High steam pressure (73,1 bar)

Computerized MCR

Fuel building

The EPR™ design combines and improves on the best fe atures of the French and German technologies

The EPR™ reactor:Building on the Achievements of the N4

and Konvoi Reactors


EPR™ Business Performance:Better fuel utilization

The reflector allows better fuel utilization(uranium consumption reduced by ~3%)

Another benefit is the protection of RPV core shell against radiation embrittlement

»Divider plate

»Divider plate

»Pressure shell

»Bundle wrapper

»Double wrapper

»100 % feedwater

90 % recirculatedwater


»Pressure shell

»Double wrapper

»Bundle wrapper

»Divider plate

»Divider plate

»Pressure shell

»Bundle wrapper

»Double wrapper

»100 % feedwater



»Pressure shell

»Double wrapper

»Bundle wrapper

Heavy neutron reflectorHeavy neutron reflector

Replacement of conventional core baffle assembly by a heavy reflector

Higher steam pressure => higher thermal efficiency (37%)

Steam generator economizerSteam generator economizer

Separating cold from hot leg on the secondary side and directing all the main feed water to the cold leg with a double wrapper


EPR™ Business Performance:Higher availability

Redundant systemsRedundant systems

Highly redundant safety systems enable online maintenance: 4 x 100% safety trains on the EPR™ design

Reactor building accessReactor building access

Access to annular space during power operation thanks to the “two compartment concept”:

Design target: 92% availability

Four Train conceptand physical separation

1

2

3 4


Reactor pit

IRWST

Spreading area

Sacrificialconcrete

EPR™ Outstanding safety:External and internal accident mitigation

Core catcherCore catcher

1. Temporary retention in the reactor pit

2. Spreading in the large surface dedicated area

3. Flooding and cooling of the spreading area using IRWST 1

The core catcher is a fully passive systemthat allows to mitigate and manage a coremelt:

1- In-containment Refueling Water Storage Tank

Resistance to both military and large commercial airplane

APC ShellAPC Shell

A reinforced concrete APC shell doubles the 1.8m thick pre-stressed concrete reactor building wall

1.8 m thick


Award of the certificate attesting to the EPR™ reactor’s compliance with EUR to the AREVA group on July 15 2009

The EPR™ reactor meets more than 99% of the 4.675 requirements

0.1 % of non-compliances – all substantiated

The EPR™ reactor has outstripped the EUR specifications :

� Protection against airplane crash (large commercial aircrafts included)

� Spent fuel storage capacity

� Design lifetime of 60 years against 40 required by the EUR

High business and safety of the EPR™ design:validated by the EUR review


EPR™ design currently being licensed by leading safety authorities

February 2005 April 2007

Licensing Launched

Submission June 2007

Design Certification Application

December 2007

Construction License

We have a unique experience in meeting different na tional licensing requirements and processes

AREVA supports a shorter licensing processby providing comprehensive reference documents

P8 –S1

October 2009


Agenda

EPR™ development and licensing status



Supply chain

1

2

3

4


4 EPR™ Units Under Construction

Flamanville 3

Taishan 1&2

Olkiluoto 3

The World’s First Gen III+ Fleet

to be deployed


Olkiluoto 3Major Achievements

2006 2008 20102007 2009

Project Time-line

Installation ofBottom Part of

Containment Liner

May 2006 June 2007February 2008

September 2009January 2009

Reactor BuildingContainment Line

From -7 m to +16 m

Lifting of the ReactorDome onto the

Reactor Building

Steam GeneratorBlow Down Tank

Installation

Delivery of theReactor Pressure

Vessel

Polar craneno-load test

March 2010


OL3 moving forward:Civil works final phase

March 10Reactor inner containment dome pouring


Flamanville 3Major Achievements

2006 2008 20102007 2009

Project Time-line

Signature ofthe Contract

April 2007 December 2007May 2008 June 2009September

2008

First ConcretePouring

Delivery of FirstEmbedded Tank

(RPE)

Start of LinerPreparation

Installation ofSafeguard Piping

System

©E

DF

Safety I&C cabinetsdelivered in test bay

in Germany

November 2009


FA3 moving forward:Components delivered and installed

February 10Erection of the first embedded tank(reactor coolant drain tank)

March 10Delivery of the Pressurizer

relief tank


Taishan 1 & 2Major Achievements

2006 2008 20102007 2009

Project Time-line

Signature ofthe Contract

November 2007 May 2008August 2008 October

2008

First Concrete TS1Start of the SelfReliance program

ExcavationCeremony

Signature of theLOI to create a JVin Nuclear Reactor

Engineering

©CGNPC

First Concrete TS2


Taishan 1 getting off the ground:First liner ring

March ‘10First liner ring in place


Agenda




Supply chain

1

2

3

4


Improving project execution and delivery:AREVA Continuous improvement Cycle

Capture

Communicate/Close

Improve

Analyse

Experience feedback:►Construction►Design and licensing►Project management►Technology►Supply chain►Localization

Improvement of EPR™project execution:

Customer Satisfaction

Main source is the 4 units under construction, but other sources exist:

� Licensing ongoing in US, UK, China, India, France, Finland

� Offer process, in 2009:• Large offers submitted : South

Africa, UAE and India• Offer process started in CZ, UK

and Netherlands


Learning Curve

OLKILUOTO 3

FLAMANVILLE 3

Next Projects with Serial EPR™ units

Olkiluoto 3

Flamanville 3

Taishan 1&2

TIME

EX

PE

RIE

NC

E G

AIN

ED

Thanks to this Continuous Improvement process:AREVA can manage the configuration of the Serial EPR™ units to the benefit of our customers on future bids and project s

TAISHAN


Agenda




Supply chain

1

2

3

4


Supply chain

SUPPLY CHAIN

1. Secure supply chain with qualified subcontractors

2. Optimize quality, safety, delivery, cost and securits of supply

3. Mature process for:� Qualification of supplies

� Performance monitoring

4. Identification:� Screening in global market

� Sourcing in local market for specific offers

Source locally ��

Qualify globally


Global Purchasing Strategy Localization Approach

Start Local – Become Global

Benefits of Localization approach:� involve partners with knowledge of local peculiarit ies, e.g.

• specific rules & regulations• sub-supplier base downstream• Site specifics

� avoid linguistic problems� start relationship with suppliers‘ domestic market� follow the perspective of global partnership

Long-term partnerships with selected subcontractors in order to:� Respond to local requirements� Offer competitive solutions to our customers� Strengthen our worldwide subcontractor base


Czech Supplier DayPrague, June 25, 2010

To register your company please enter our supplier porta l.

http:// [email protected]


Advantages of the EPR TM

in the Czech Republic

Designed for Safety

Designed in accordance to the EUR Safety features, which even exceed the EURLicensing experience in Europe

Designed for Operation

Attractive NPV as a result of:� 92% availability during 60 years lifetime� Best in class OPEX� High power density � maximize use of existing sites

Supply chain certainty

Supply chain philosophyOnly supplier who currently sources major equipment for new build NPP projects in the Czech RepublicSupplier Fair on June 25 in Prague

Construction certainty

Large experience feedback from the existing sites

Secure resources individually for the project in advance

Proximity to the design offices in Erlangen and Paris

Your Questions ?


Any reproduction, alteration, transmission to any third party or publication in whole or in part of this document and/or its content is prohibited unless AREVA has provided its prior and written consent.

This document and any information it contains shall not be used for any other purpose than the one for which they were provided. Legal action may be taken against any infringer and/or any person breaching the aforementioned obligations.

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