Olkiluoto 3 Project June 2010

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2 Olkiluoto 3 Project June 2010 Author: R&S Communications Department, La Défense, France. The reproduction, transmission or use of this document or its contents is not permitted without express written authority. Offenders will be liable for damages. All rights, including rights created by patent grant or registration of a utility model or design, are reserved.

3 General Orientation Olkiluoto Peninsula OL3 Project update - June p.3

4 General Site view OL3 Project update - June p.4

5 1 Overview and Challenges 2 Context and History 3 General Site works status 4 Main components status 5 Licensing OL3 Project update - June p.5

6 EPR reactor: the greatest path to certainty Main priorities: Security, Safety and Quality Ensuring a safe and steadily working plant for a period of 60 years Evolution on technology: APC (Airplane Crash) shell Core Catcher 4 safeguards redundant systems Maintenance during operation OL3 Project update - June p.6

7 Computerized 3D model OL3 experience for future EPR TM reactor Primary components standardized and manufactured Global supply chain policy and management developed. Qualification for hundreds of suppliers - gaining experience Understanding of production ratios developed knowledge gained to improve next projects Internal process of feedback experience collection already implemented on OL3 OL3 Project update - June p.7

8 AREVA, an integrated supplier Worldwide nuclear equipment manufacturing platform Primary loop key components AREVA Newport News (VA, USA) JSPM (France) Creusot Forge (France) Chalon/St- Marcel (France) Pressurizer Control Rod Drive Mechanisms Steam Generators AREVA Dongfang (China) Reactor Pressure Vessel Head Primary pipes Reactor Coolant Pumps Certainty with AREVA, our integrated model encompasses manufacturing capacities committed to quality, delivery and support of the EPR reactor. OL3 Project update - June p.8

9 Securing the supply of heavy forgings AREVA s Integrated Global Supply Approach Major investment program in Creusot Forge to increase the plant s capacity in order to produce 100% of EPR TM forgings in 2012 Agreement with Industeel to considerably increase its annual ingot production Long term supply agreement with JSW Increasing our industrial footprint to build tomorrow s reactors More than 400 million euros invested since 2006 in our sites worldwide Construction of a new heavy components manufacturing facility in USA: AREVA Newport News Workforce increased by + 20% since 2006 and skills development boosted by our dynamic HR policies A key asset increasing added value for our customers OL3 Project update - June p.9

10 Benefits for the local Rauma Region s economy 1/2 Benefits during construction works* On employment: 3,500-6,000 people employed directly or indirectly Unemployment rate halved in comparison with 2004 Eurajoki: 6,4%, among the lowest unemployment rates in Finland On production: million euros Gross Domestic Product of the region increased by 2,6% 180 companies in Satakunta region involved Annual turnover increase in construction sector over 2006/ ,4% ** Permanent benefits* Yearly increase of procurement amounts and needs for external services Larger yearly NPP revisions hundreds of external subcontractors Increase in knowledge and other human values Impact on taxation (Eurajoki see also next page) Source: *Rauma Chamber of Commerce March 2008 ** RSK (Rauma s Economic Development), January 2008 OL3 Project update - June p.10

11 Benefits for the local Rauma Region s economy 2/2 Taxes, services and housing sector Increased estimate of municipal tax (workforce needed for operations) by ~ 60% in Rauma and 25 % in Eurajoki for a national average of 5% Income taxes represent around millions, which is over 30% of the total collected taxes Estimated increase of real estate tax of nuclear power from approx. 3 millions to ~ 7-8 million by 2011 Clear current national boom in housing industry Utilization rates in region s hotels exceeding +60% Significant increase in services such as: restaurants, retail trade, etc. Source: Rauma Chamber of Commerce March 2008 OL3 Project update - June p.11

12 New NPP: Yes or No Finnish public opinion 50/50 Support Nuclear power 48% Against Nuclear Power 37% No answer 15% OL3 Project update - June p.12

13 1 Overview and Challenges 2 Context and History 3 General Site works status 4 Main components status 5 Licensing OL3 Project update - June p.13

14 OL3 Structure of the Consortium (CFS) TVO Plant Contract FramatomeANP AREVA Consortium Agreement Siemens AG SAS France GmbH Germany OL3 Project update - June p.14

15 Site Layout OL3 Project update - June p.15

16 OL3 Turnkey Scope Turnkey, firm-price contract for design, procurement, construction and commissioning Siemens PG TI including Civil Work (CW): Turbine + Generator Balance of TI AREVA NP NI including Civil Work (CW): NSSS Balance of NI (BNI) Operational I&C BOP (Balance-of-Plant) Access Building, Waste Building Training of Operators Overall project coordination TI CW TI NI CW NI Siemens PG AREVA NP OL3 Project update - June p.16

17 Buildings of Nuclear Island - NI NI/TI Buildings Buildings of Turbine Island - TI Waste Building Auxiliary Building Fuel Building Diesel Buildings 3+4 Access Building C.I. Electrical Building Safeguard Buildings 3+4 Reactor Building Safeguard Buildings 1 Turbine Building Diesel Building 1+2 Safeguard Buildings 2+3 OL3 Project update - June p.17 Ducts & channels Sea Water Pumping station

18 Reactor Dome Liner Site delivery 2009 Shipment delivery of the Reactor Dome from Poland to OL3 Site on May 4, Inner Dome lifted and installed on September 6 th, Welding of the Dome completed in September OL3 Project update - June p.18

19 Steam Generators and Pressurizer Steam generators brought to OL3 Site by flat ship Manufactured in the French factory Chalon / St Marcel. Part of the primary system, among the main heavy components of the EPR. The 4 Steam Generators (520t, 25m high) and the Pressurizer were transported to the OL3 Site in November, Pressurizer delivery to OL3 by ground transportation from Rauma, Finland OL3 Project update - June p.19

20 1 Overview and Challenges 2 Context and History 3 General Site works status 4 Main components status 5 Licensing OL3 Project update - June p.20

21 Major Achievements to date Start of construction: Concreting of base slab for Reactor Building July 2005 May 2006 June 2007 October 2007 OL3 Project update - June p.21 Installation of Bottom Part of Containment Liner Reactor Building containment liner went from level -7 m up to +12 m Concrete pouring at level +1.5 m in Reactor Building Steam Generator Blow down Tank installation Reactor Compartment Pool Framework installed Erection started: First pipe installed in Fuel Building EDG tanks installation in Nuclear Auxiliary Building February 2008 May 2008 June 2008 July 2008

22 Major Achievements to date Start of electro-mechanical activities October 2008 Next-to-last double ring liner installed in Reactor Building December 2008 November 2008 Installation of first accumulator in Reactor Building First heat exchanger lifted into Safeguard Building January 2009 November 2008 Delivery to OL3 of the Reactor Pressure Vessel and its head Inner Containment concrete pouring at +26,5m November 2008 Introduction of the last Accumulator January 2009 OL3 Project update - June p.22

23 Major Achievements to date Temporary Control Room ready for operation January 2009 February 2009 March 2009 Inner containment wall up to +32,7m Start of electro-mechanical activities in the spreading area Boric Acid Storage Tanks lifting in the Fuel Building Inner containment wall up to +38m Reactor dome delivered on site Completion of the cooling elements installation in the core catcher March 2009 May 2009 May 2009 March 2009 OL3 Project update - June p.23 Main Control Room lifted with success in the Safeguard Building 2 May 2009

24 Major Achievements to date June 2009 Sacrificial concrete pouring in the spreading area June 2009 June/July 2009 Introduction of spools in the Safeguard building 2 Installation of the SGs and RCPs vertical supports of primary circuit loops 2&3 Installation of the polar crane runway in the Reactor building Pouring of +19,5 m slab in the Reactor building RPV support ring installed July 2009 July 2009 July 2009 OL3 Project update - June p.24 Reactor dome lifting September 2009

25 Major Achievements to date November Steam Generators and Pressurizer arrived on site Nov 22 Pouring of 20cm dome layer completed April 2010 First pouring of the 80cm dome layer June 2010 Reactor Pressure Vessel installation June 2010 OL3 Project update - June p.25

26 About 55 nationalities working at once CFS Site Manpower May 2010 CFS SITE MANPOWER CFS ~ NI ~ TI ~ /01/07 25/03/07 25/05/07 25/07/07 25/09/07 25/11/07 25/01/08 25/03/08 25/05/08 25/07/08 25/09/08 25/11/08 25/01/09 25/03/09 25/05/09 25/07/09 25/09/09 25/11/09 25/01/10 25/03/10 25/05/10 NI TI Total OL3 Project update - June p.26 25/09/06 25/11/06

27 General Site view OL3 Project update - June p.27

28 Nuclear Island General view OL3 Project update - June p.28

29 Turbine Island General view OL3 Project update - June p.29

30 Turbine Hall OL3 Project update - June p.30

31 Inner Containment Dome 80cm layer inner containme nt dome batch pouring started in June 2010 OL3 Project update - June p.31

32 Reactor Building Pre-stressing OL3 Project update - June p.32

33 Pipe bridge Interfaces NI/TI The pipe bridge will support the steam and feed-water pipes connecting the Reactor and Turbine Buildings OL3 Project update - June p.33

34 IRWST In-containment Refueling Water Storage Tank The IRWST is a very large water tank located under the level of the Reactor Pressure Vessel and serving the water injection into the core catcher in case of a severe accident. Liner activities under completion floor edges remaining IRWST week 10, 2010 OL3 Project update - June p.34

35 Spreading area (Core Catcher) - Status Spreading area week 43, 2009 Spreading area week 1, 2010 In containment Refueling Water Storage Tank (IRWST) Spreading area Discharge Melt Channel zirconia-brick installation completed in September 2009 Activities in progress Discharge Melt Channel 3D view of IRWST and Spreading Area week 40, 2009 OL3 Project update - June p.35

36 Electro-mechanical installations Electrical activities Introduction of the cabinets week 3, 2010 OL3 Project update - June p.36

37 1 Overview and Challenges 2 Context and History 3 General Site works status 4 Main components status 5 Licensing OL3 Project update - June p.37

38 At factory in France On Olkiluoto 3 in Finland Steam generators Stored on OL3 since November 2009 Main components Pressurizer Stored on OL3 since November 2009 Main coolant pumps Jeumont Main coolant lines Nancy Reactor pressure vessel (RPV) / into reactor building OL3 Project update - June p.38

39 Installation Primary components installation Use of temporary lifting device outdoor and on Polar Crane Introduction into the Reactor Building through Fuel Building via the equipment hatch Main Coolant Lines welding Time schedule Reactor Pressure Vessel introduction in week 24 Primary circuit completely installed (RPV, SG, Pressurizer, RCP, MCL): 2010 OL3 Project update - June p.39

40 Heavy components installation Preparation of the bunkers OL3 Project update - June p.40

41 Primary Component introduction 1 Introduction of the Reactor Pressure Vessel from the Gantry (1) to the equipment hatch up (2) to reactor Building 2 OL3 Project update - June p.41

42 Heavy Components Introduction of the RPV OL3 Project update - June p.42

43 Heavy Components RPV Introduction OL3 Project update - June p.43

44 Test & Commissioning Organization About 200 persons 70 TVO operators embedded in our team Sequences 1. Test per system Per equipment Piping pressure tests 2. Test integration Cold functional tests Hot functional tests: Preparation for fuel loading Fuel loading end 2012 OL3 Project update - June p.44

45 1 Overview and Challenges 2 Context and History 3 General Site works status 4 Main components status 5 Licensing OL3 Project update - June p.45

46 Licensing phases Operating License Application Max 14 months before fuel loading Construction Construction License Awarded on February 17, 2005 Technical part Preparatory phase Political part Decision in Principle Feasibility study concluded by the Finnish Parliament vote on May 24, 2002 Environmental Impact Assessment OL3 Project update - June p.46

47 AREVA and the companies operating in the background are still the world s leading nuclear suppliers. They have the best and safest product. We have no reason to doubt it and we have no reason to doubt their honesty either. Jukka Laaksonen, STUK Director, on Finnish TV channel MTV3, August 22, 2008 The EPR TM is the most advanced technology worldwide. Martin Landtman, Senior Vice President, Project OL3, TVO, in OL3 Project update - June p.47 Handelsblatt, Germany, August 13, 2007

48 The Path to Greatest Certainty OL3 Project update - June p.48