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SFR COMPONENT DESIGN AND BALANCE OF PLANT PROJECT J.J. Sienicki(1), G. Rodriguez(2), S. Kotake(3), N. Kisohara(4), Y. Sakamoto(5), J.B. Kim(6), Y.S. Joo(7) and J.E. Cha(8) (1) James J. Sienicki – Argonne National Laboratory (sienicki@anl.gov) (2) Gilles Rodriguez – Commissariat à l’énergie atomique (gilles.rodriguez@cea.fr) (3) Shoji Kotake – Japan Atomic Energy Agency (4) Naoyuki Kisohara – Japan Atomic Energy Agency (kisohara.naoyuki@jaea.go.jp) (5) Yoshihiko Sakamoto – Japan Atomic Energy Agency (6) Jong-Bum Kim – Korea Atomic Energy Research Institute (jbkim@kaeri.re.kr) (7) Young-Sang Joo – Korea Atomic Energy Research Institute (8) Jae-Eun Cha – Korea Atomic Energy Research Institute I. INTRODUCTION The SFR Component Design and Balance of Plant Project was formally initiated on October11, 2007 with the signature of the Project Arrangement by the Commissariat à l’Énergie Atomique (CEA), the U.S. Department of Energy (DOE), the Japan Atomic Energy Agency (JAEA), and the Korea Atomic Energy Research Institute (KAERI). U.S. participants are Argonne National Laboratory (ANL) and Sandia National Laboratories (SNL). The main objective of the Project is to enhance the performance and economic competetiveness of Sodium-Cooled Fast Reactors (SFRs) through the development of advanced components and component-related technologies or through research and development of advanced energy conversion approaches such as the supercritical carbon dioxide (S-CO2) Brayton cycle. In addition, the Project recognizes the significance of the experience that has been gained from SFR operation and upgrading in France, Japan, the Russian Federation, as well as the United States. This paper summarizes recent highlights of the Project with a focus upon the year 2008. II. LESSONS LEARNED FROM SFR UPGRADING CEA and JAEA have contributed the experience and lessons learned in upgrading PHÉNIX for improved safety and plant life extension through work carried out between November 1998 and early 2003, and upgrading JOYO to improve fast flux irradiation capabilities through work performed between October 30, 2000 and September 21, 2001. The PHÉNIX experience encompassed in- service inspection and repair including under- sodium viewing by means of ultrasonic inspection of the conical shell supporting the reactor core, ultrasonic investigation of reactor vessel welds, upper hangers in the reactor vessel, primary and intermediate sodium circuits including the steam generators, and the fuel storage vessel, modification and repair of the steam generators involving cleaning using water of surfaces having residual sodium and reuse of drained sodium without caustic corrosion, replacement of the intermediate heat exchangers, changing (permutation) of a primary sodium pump, and changing (permutation) of control rod mechanisms as well as installation of an GIF Symposium – Paris (France) – 9-10 September, 2009 247PDF Image | SFR COMPONENT DESIGN AND BALANCE OF PLANT PROJECT
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