[1E01-03] インターナショナル sess. 1

[1E01] ギ酸を液体キャリアとして利用した水素の貯蔵放出のための金属触媒ナノエンジニアリング

○森 浩亮¹ (1. 大阪大学大学院工学研究科)

Formic acid (FA, HCOOH), which is a liquid at room temperature and contains 4.4 wt% hydrogen, is widely recognized as a convenient hydrogen carrier, which realizes an economical CO2- mediated hydrogen storage energy cycle. Thus the development of reliable heterogeneous catalysts targeted to both FA dehydrogenation and FA synthesis is an urgent yet challenging task. Herein the state of the art in the exploitation of promising nano-catalysts designed by surface and interface engineering with atomic precision for this targeted reaction are presented, which further provides the precise catalytic site design protocols.