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Oxygen-vacancy-mediated Catalysis Boosts Direct Methanation of Biomass

Chinese Academy of Sciences Biomethane (CH Currently, CH 4 is mainly produced via a multi-step process in which biomass is first gasified into biogas, followed by the methanation of the latter. This method requires high temperature and pressure and shows low selectivity for chemical or biological processes. Recently, a research group led by Prof. WANG Feng from the Dalian Institute of Chemical Physics of the Chinese Academy of Sciences, in collaboration with Prof. WANG Min’s group from Dalian University of Technology, proposed interfacial oxygen-vacancy (Vo)-mediated catalysis over Ru/TiO 2 for the direct methanation of lignocellulosic biomass at temperatures below 200°C and with a selectivity above 95%.

New Student Ambassadors share latest Tokyo Tech vibes through blogs

Published: July 21, 2021 Fifteen Tokyo Tech students from 11 countries and regions were appointed as the latest Student Ambassadors in academic year 2021. These students, who represent various levels of study and possess different motives for coming to Japan and the Institute, share their thoughts on research at Tokyo Tech, the challenges of learning Japanese, the support system around them, and various other topics on the Tokyo Tech Ambassadors Blog. Four of these Student Ambassadors are introduced on this page. Cherishing the here and now Tuo Yin Tuo Yin 2nd-year master s student, Information and Communications Engineering Tuo came to Tokyo Tech after graduating from Dalian University of Technology in the People s Republic of China. Currently a member of the Takashi Obi Laboratory, she became a Student Ambassador in April 2021.

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