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Probabilistic risk assessment method development for high temperature gas-cooled reactors, 1; Project overviews

高温ガス炉の確率論的安全評価手法の開発,1; プロジェクト概要

佐藤 博之; 西田 明美; 大橋 弘史; 村松 健*; 牟田 仁*; 糸井 達哉*; 高田 毅士*; 肥田 剛典*; 田辺 雅幸*; 山本 剛*; 嶋田 秀充*; 池田 孝夫*

Sato, Hiroyuki; Nishida, Akemi; Ohashi, Hirofumi; Muramatsu, Ken*; Muta, Hitoshi*; Itoi, Tatsuya*; Takada, Tsuyoshi*; Hida, Takenori*; Tanabe, Masayuki*; Yamamoto, Tsuyoshi*; Shimada, Hidemitsu*; Ikeda, Takao*

本報告では、高温ガス炉PRAの実施上の課題である、建屋や黒鉛構築物、配管など静的な系統、構築物及び機器の多重故障を考慮した地震PRA手法の確立に向け進めている、静的SSCの多重故障を考慮した事故シーケンス評価手法構築、建屋、黒鉛構築物の損傷を考慮したソースターム評価手法構築、地震時の具体的な事故シナリオ検討に資するフラジリティ評価手法構築及び実用高温ガス炉への適用性評価の概要について報告する。

JAEA, in conjunction with Tokyo City University, The University of Tokyo and JGC Corporation, have started development of a PRA method considering the safety and design features of HTGR. The primary objective of the project is to develop a seismic PRA method which enables to provide a reasonably complete identification of accident scenario including a loss of safety function in passive system, structure and components. In addition, we aim to develop a basis for guidance to implement the PRA. This paper provides the overview of the activities including development of a system analysis method for multiple failures, a component failure data using the operation and maintenance experience in the HTTR, seismic fragility evaluation method, and mechanistic source term evaluation method considering failures in core graphite components and reactor building.

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