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International Symposium on Evolutionary Water Cooled Reactors: Strategic Issues, Technologies and Economic Viability IAEA International Atomic Energy Agency BOR€fl€i«TRK:POW€acc>RPoaflmoN International Symposium on Evolutionary Water Cooled Reactors: Strategic Issues, Technologies and Economic Viability Seoul Republic of Korea 30 November - 4 December 1998 Book of Extended Synopses IAEA-SM-353 30- 19 The material in this book has been supplied by the authors and has not been edited. The views expressed remain the responsibility of the named authors and do not necessarily reflect those of the government of the designating Member State(s). The IAEA cannot be held responsible for any material reproduced in this book. International Symposium on Evolutionary Water Cooled Reactors: Strategic Issues, Technologies IAEA and Economic Viability Seoul, Republic of Korea 30 November - 4 December 1998 Organized by the International Atomic Energy Agency Hosted by the Korea Electric Power Corporation 4KLL+ In co-operation with the OECD Nuclear Energy Agency the Uranium Institute Korean Nuclear Society Korea Atomic Industrial Forum Book of Extended Synopses IAEA-SM-353 TABLE OF CONTENTS PAPERS KEYNOTE ADDRESS (Session I) Global energy demand outlook, (IAEA-SM-353-4) 3 S.R. Hatcher (Canada) The role of nuclear power in sustainable development, (IAEA-SM-353-5) 6 V.M. Mourogov (IAEA) Nuclear power in Asia: experience and plans, (IAEA-SM-353-6) 9 C.K. Lee (Korea, Republic of) KEY FACTORS IN THE DECISION-MAKING PROCESS (Session II) Technological readiness of evolutionary water cooled reactors, (IAEA-SM-353-7) 12 RE. Juhn (IAEA) Economic competitiveness requirements for evolutionary water cooled reactors,(IAEA-SM-353-8) 16 R. Hudson, E. Bertel (OECD/NEA), K.H. Paik, J.H. Roh (Korea, Republic of), V. Tort (France) Social-political factors influencing the expansion of nuclear power, (IAEA-SM-353-10) 18 A. Waltar (USA), P. Upson (United Kingdom) Requirements and international co-operation in nuclear safety, (IAEA-SM-353-11) 20 A. Carnino (IAEA) Preparing for the future by improving performance of today's nuclear stations - the WANO perspective, (IAEA-SM-353-12) 23 R. Tsutsumi, (WANO) Technical and institutional preparedness for introduction of evolutionary water cooled reactors, (IAEA-SM-353-13) 25 R. Jones, A. Machiels, G Vine (USA) ADVANCES IN TECHNOLOGIES RELATED TO NUCLEAR SAFETY (Session III) Advances in technologies for decay heat removal, (IAEA-SM-353-14) 28 G. Yadigaroglu (Switzerland) Containment: More than one way to meet safety and economic goals, (IAEA-SM-353-17) 30 K. W. Park (Korea, Republic of), T. Oshibe (Japan), J. Touret (France), L. Brusa (Italy) Balancing passive and active systems for evolutionary water cooled reactors, (IAEA-SM-353-18) 32 N.S. Fil (Russian Federation), P. Allen (Canada), R. Kirmse (Germany), M. Kurihara (Japan), S.J. Oh (Korea, Republic of), R. Sinha (India) Progress in instrumentation and control including the man-machine interface, (IAEA-SM-353-15) 34 B. Wahlstrom (Finland), T. Pedersen (Sweden), V. Neboyan (IAEA) Strategies for the prevention and mitigation of severe accidents, (IAEA-SM-353-16) 36 C. Ader, (USA), G Heusener (Germany), V.G. Snell (Canada) KEY DEVELOPMENTS OF EVOLUTIONARY DESIGNS (Session TV) The EPR - A safe and competitive solution for future energy needs, (IAEA-SM-353-19) 38 U. Fischer, F. Bouteille, R. Leverenz (France) Evolutionary Design and Construction - the System 80+™ solution to the cost-benefit dilemma, (IAEA-SM-353-21) 41 R. Matzie, S. Ritterbusch, (USA) Design features of APWR in Japan, (IAEA-SM-353-24) 45 H. Yamaguchi, Y. Aeba (Japan), E.H. Weiss (USA), S. Saito (Japan) Major NSSS design features of the Korean next generation reactor, (IAEA-SM-353-23) 47 I. Kim, D.S. Kim (Korea, Republic of) Key developments of theEP 1000 design, (IAEA-SM-353-25) 49 L. Noviello (Italy) BWR 90 - The ABB advanced BWR design, (IAEA-SM-353-22) 51 S. Haukeland, B. Ivung, T. Pedersen, I. Tiren, (Sweden) Development and construction of the first ABWR, (IAEA-SM-353-20) 53 N. Nishimura, M. Niwano (Japan), M. Ross (USA) SWR-1000: The boiling water reactor with passive safety features, (IAEA-SM-353-27) 55 W. Brettschuh (Germany) n Key developments in the advanced NPP with WER-640/V-407 reactor plant design, (IAEA-SM-353-57) 57 V.G. Fedorov, A.M. Afrov, V.A. Mokhov, M.P. Nikitenko, Y. Dragunov (Russian Federation) The next generation CANDU 6 - the CANDU 6E, (IAEA-SM-353-29) 59 J.M. Hopwood (Canada) Evolutionary CANDU 9 plant design, (IAEA-SM-3 53-28) 61 S.K.W. Yu (Canada) Advanced Passive PWR AC-600: development orientation of nuclear power reactor in China for the next century, (IAEA-SM-3 5 3-5 5) 63 X. Huang, S. Zhang (China) The key design features of the Indian advanced heavy water reactor, (IAEA-SM-353-32) 66 A. Kakodkar, A.K. Anand, V. VenkatRaj, R.K. Sinha, K. Balakrishnan (India) Westinghouse AP600 advanced nuclear plant design, (IAEA-SM-353-30) 68 W. Gangloff (USA) KEYS TO ECONOMIC VIABILITY OF EVOLUTIONARY WATER COOLED REACTORS (Session V) Lessons from standardized plant design and construction, (IAEA-SM-353-33) 69 B. Roche (France) Lessons from plant management for achieving economic competitiveness for evolutionary water cooled reactors, (IAEA-SM-353-34) - [extended synopsis not available] C. Andognini (Canada) Design measures in evolutionary water cooled reactors to optimize for economic viability, (IAEA-SM-353-35) 72 S.J. Oh (Korea, Republic of), S.K. W. Yu (Canada) Positive experience in the construction and project management of Kashiwazaki-Kariwa #6 and #7, (IAEA-SM-353-36) 75 A. Minematsu (Japan) Implementation of utilities operation and maintenance experience into the European Pressurized Water Reactor design, (IAEA-SM-353-37) 77 W. Zaiss (Germany), M. Lallier (France) Feedback of operation and maintenance experience from utilities into evolutionary LWR designs in the USA, (IAEA-SM-3 53-3 8) - [extended synopsis not available] A. Machiels (USA) m Feedback of operation and maintenance experience into evolutionary plant designs (HWRs), (IAEA-SM-353-39) 79 K. Hedges (Canada), A. Sanatkumar (India), O.C. Kwon (Korea, Republic of) The optimization of the fuel cycle, (IAEA-SM-353-40) 81 S. W. Kidd (Uranium Institute), K. Balu (India), P. Boczar (Canada), W.D. Krebs (Germany) IV POSTERS Poster Session I Improvements in Argentine operating NPPs and their fuel cycle, (IAEA-SM-353-1P) 85 C. Notari, R. Corcuera (Argentina) The natural gas-nuclear power plant: Strategic partnership for economic viability of evolutionary L/HWR, (IAEA-353-SM-2P) 88 P. C. Florido, A. Clausse, J. Bergallo, (Argentina) The study on feasibility of NPPs with Evolutionary Water Cooled Reactors for Belarus, (IAEA-353-SM-4P) 91 A.A. Mikhalevich, A. P. Yakushau (Belarus) Fuel cycle flexibility in CANDU, (IAEA-SM-353-5P) 93 P.G. Boczar, (Canada) Modern methods in construction and design for CANDU reactors, (IAEA-SM-353-7P) 95 N. Fairclough (Canada) Availability, improvement process during the design of the EPR project, (IAEA-SM-353-11P) 98 C. Degrave, M. Martin-Onraet, B. Perrin (France) Safety-related innovative nuclear reactor technology elements R&D - SINTER network, (IAEA-SM-353-13P) 103 W. von Lensa (Germany), P. Raymond (France), F. Alomar (Spain), H. van Rij (Netherlands), F. Vettraino, I. Tripputi (Italy), L. Debarberis (Netherlands), K. Foskolos (Switzerland), M. Klein (Belgium), R. Sairanen (Finland), F. Schmidt, J. Foehl (Germany) Strategic issues in evolutionary water cooled reactor: Assessment in Indonesia, (IAEA-SM-353-14P) 106 A.S. Zarkasi, I.R. Subki, B. Arbie (Indonesia) Application of nuclear power plants for heating in Kazakstan, (IAEA-SM-353-15P) 108 A.D. Vurim, D.I. Zelenski, S.M. Koltyshev, Yu.S. Cherepnin (Kazakstan) Development of an evolutionary passive PWR Concept: CP-1300, (IAEA-SM-353-21P) 111 S.H. Chang, H. C. No, W.P. Baek (Korea, Republic of) Development of new licensing system for evolutionary water cooled reactors in Korea, (IAEA-SM-353-22P) 114 M.W. Kim, H.K. Kim, W.K. Shin, H.S. Chang (Korea, Republic of) V Joint design development of the KNGR man-machine interface, (IAEA-SM-353-24P) 117 Y.C. Shin (Korea, Republic of), D. Harmon (USA) The development of instrumentation and control system architecture for KNGR, (IAEA-SM-353-25P) 119 H.Y. Chung, K.D. Lee, IS. Park (Korea, Republic oj) Development of human factors evaluation techniques for nuclear power plants, (IAEA-SM-353-27P) 122 I.S. Oh, Y.H. Lee, J.W. Lee, B.S. Sim (Korea, Republic of) NPP Cernavoda Unit 2 economic viability - The challenge for an advanced financing scheme, (IAEA-SM-353-29P) 127 M. Condu, D. Popescu (Romania) Russian large power PWR: present status and prospects for future, (IAEA-SM-353-33P) 129 L. V. Gureeva, A.I. Kiriushin, A.V. Kourachenkov (Russian Federation) Nuclear energy development in Russia: Modernization of operating and new NPP construction, (IAEA-SM-353-34P) 133 E. Ignatenko, M. Rogov, V. Novak, M. Podshibiakin (Russian Federation) Ecological and risk-related performance of nuclear and other electricity generating systems, (IAEA-SM-353-37P) 136 S. Hirshberg, R. Dones, U. Gantner, G. Spiekerman (Switzerland) Water-cooled reactors in Ukrainian power industry (operational problems and economical improvements, development prospects), (IAEA-SM-353-38P) 139 AA. Afanasyev (Ukraine) Utilization of risk-informed inservice inspection to reduce O&M costs of nuclear power plants (IAEA-SM-353-40P) 141 A. Bauer, R. Jaquith, B. Lubin, R. Weston, R. Fougerousse, R. Smith (USA) POSTER SESSION II Introduction of measures to enhance safety at the Armenian Nuclear Power Plant, (IAEA-SM-353-3P) 143 G.R. Markosyan, (Armenia) Software in safety applications, (IAEA-SM-353-8P) 147 N. Ichiyen, (Canada) A summary of PC simulation use for CANDU I&C applications, (IAEA-SM-353-9P) 150 M.
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