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HTTR-GT/H$$_{2}$$ test plant; System design

HTTR-GT/H$$_{2}$$プラント; システム設計

Yan, X.; 佐藤 博之; 角田 淳弥; 野本 恭信; 堀井 翔一; 今井 良行; 笠原 清司; 鈴木 孝一*; 岩月 仁; 寺田 敦彦; 橘 幸男; 大野 征博*; 山田 慎一*; 須山 和昌*

Yan, X.; Sato, Hiroyuki; Sumita, Junya; Nomoto, Yasunobu; Horii, Shoichi; Imai, Yoshiyuki; Kasahara, Seiji; Suzuki, Koichi*; Iwatsuki, Jin; Terada, Atsuhiko; Tachibana, Yukio; Ono, Masahiro*; Yamada, Shinichi*; Suyama, Kazumasa*

原子力機構では、高温ガス炉から取り出される熱を用いた発電や水素製造等の実現に向けて、ヘリウムガスタービン及び水素製造施設の原子炉への接続にあたっての安全基準確立や経済的で信頼性を有する運転制御方式の確立を目的とした、HTTRに熱利用施設を接続したHTTR-GT/H$$_{2}$$プラントの建設を計画している。本報告では、HTTR-GT/H$$_{2}$$プラントの基本設計として、システム設計の成果を報告する。

Pre-licensing basic design for a cogenerating HTGR test plant system is presented. The plant to be coupled to existing 30 MWt 950$$^{circ}$$C test reactor HTTR is intended as a system technology demonstrator for GTHTR300C plant design. More specifically the test plant of HTTR-GT/H$$_{2}$$ aims to (1)demonstrate the licensability of the GTHTR300C for electricity production by gas turbine and hydrogen cogeneration by thermochemical process and (2) confirm the operation control and safety of such cogeneration system. With construction and operation completion by 2025, the test plant is expected to be the first of a kind HTGR-powered cogeneration plant operating on the two advanced energy conversion systems of closed cycle helium gas turbine for power generation and thermochemical iodine-sulfur water-splitting process for hydrogen production.

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