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R&D status of heat utilization technologies for high-temperature gas-cooled reactor and solar energy

Odtsetseg, M.; 岩月 仁; 田中 伸幸; 野口 弘喜; 上地 優; 井岡 郁夫; 野村 幹弘*; 八巻 徹也*; 都留 稔了*; 町田 正人*; 石原 達己*; 阿部川 弘明*; 細野 恭生*; 猪俣 誠*; 宮嶋 圭太*; 久保 真治; 稲垣 嘉之; 坂場 成昭

Odtsetseg, M.; Iwatsuki, Jin; Tanaka, Nobuyuki; Noguchi, Hiroki; Kamiji, Yu; Ioka, Ikuo; Nomura, Mikihiro*; Yamaki, Tetsuya*; Tsuru, Toshinori*; Machida, Masato*; Ishihara, Tatsumi*; Abekawa, Hiroaki*; Hosono, Yasuo*; Inomata, Makoto*; Miyajima, Keita*; Kubo, Shinji; Inagaki, Yoshiyuki; Sakaba, Nariaki

The thermochemical water splitting iodine-sulfur (IS) process has potential for producing a large amount of hydrogen without restriction of resources and CO$$_{2}$$ emission in the upcoming hydrogen society. The IS process harnesses heat energy in ranges of temperature, which is generated by High Temperature Gas-cooled Reactors (HTGRs) or solar energy. For application of solar energy, innovative membrane techniques are required to recover total thermal efficiency because temperature (ca. 600$$^{circ}$$C) of heat derived from the solar energy is lower than that of HTGRs (ca. 900$$^{circ}$$C). This paper summarizes current R&D of key devices of membranes and catalysts, and of process evaluation.

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