HASEKO - KUMA HALL

環境調和型高効率反応を目指した触媒開発Development of Catalysts for Highly Efficient Environmentally Friendly Reactions

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応用化学専攻Department of Applied Chemistry

環境調和型高効率反応を目指した触媒開発
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In order to proceed efficient and selective chemical reactions, it is important to design catalysts for the target reactions.
We have developed high-performance solid catalysts and molecular metal oxide catalysts for realizing environmentally friendly and highly efficient reactions. In particular, highly difficult oxidation reactions such as dehydrogenation reaction, oxygen addition reaction, and dehydrogenative cross-coupling reaction are realized as a dehydrogenation system using molecular oxygen (O2) as an oxidant or even without an oxidant. To this end, we are designing and developing metal nanoparticle catalysts, molecular metal oxide catalysts, and nanocrystalline metal oxide catalysts.

Panel
2019
Size: 600×600×100
Collection: Department of Applied Chemistry, School of Engineering, The University of Tokyo
Organic synthesis using metal nanoparticles supported catalyst
”Development of Catalysts for Highly Efficient Environmentally Friendly Reactions”
Department of Applied Chemistry.

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環境調和型高効率反応を目指した触媒開発