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Development of a new thermo-chemical and electrolytic hybrid hydrogen production process utilizing the heat from medium temperature heat source; Development of the 1NL/h hydrogen production experimental apparatus

中温域熱源を用いた熱電併用ハイブリッド水素製造プロセスの開発; 1NL/h規模水素製造試験装置の開発

高井 俊秀  ; 中桐 俊男  ; 稲垣 嘉之

Takai, Toshihide; Nakagiri, Toshio; Inagaki, Yoshiyuki

硫酸の分解・再合成過程を利用した水素製造方法であるウエスティングハウスプロセスを低温化した熱電併用ハイブリッド水素製造プロセス(HHLT)による1NL/h規模の試験装置が新たに開発された。現在、本装置の水素製造効率を評価する試験を実施中であり、本報ではこの試験結果について報告した。

A new experimental apparatus by the thermo-chemical and electrolytic $$underline{H}$$ybrid $$underline{H}$$ydrogen production in $$underline{L}$$ower $$underline{T}$$emperature range (HHLT) for 1NL/h (2.8$$times$$10$$^{-7}$$Nm$$^{3}$$/s) level hydrogen production have been developed. The HHLT process is based on sulfuric acid (H$$_{2}$$SO$$_{4}$$) synthesis and the decomposition processes developed earlier (Westinghouse process). Hydrogen production experiment to evaluate hydrogen production efficiency is undergoing, and the experimental results was reported in the presentation.

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