Last Update: 2022$BG/(B12$B7n(B26$BF|(B 17:28:09
K-1. [CR] Sustainable Technologies from Various Chemical Reaction Engineering Perspectives <$B8xJg$J$7(B>
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Momose Takeshi(The Univ. of Tokyo)$B!&(BHorie Takafumi(Osaka Metropolitan Univ.)$B!&(BNakagawa Keizo(Kobe Univ.)$B!&(BWatanabe Ryo(Shizuoka Univ.)$B!&(BMatsune Hideki(Miyazaki Univ.)$B!&(BTaniya Keita(Kobe Univ.)$B!&(BMuranaka Yosuke(Kyoto Univ.)$B!&(BFujitsuka Hiroyasu(Kyoto Univ.)$B!&(BHirota Yuichiro(Nagoya Inst. of Tech.)$B!&(BGoshima Takashi(Kagoshima Univ.)$B!&(BAsano Shusaku(Kyushu Univ.)$B!&(BFujiwara Kakeru(Yamagata Univ.)$B!&(BHiromori Kousuke(Tohoku Univ.)
The field of chemical reaction engineering has in common process engineering, the manipulation of chemical reactions, and a variety of technologies are used and studied that are not found in other fields. In order to bring sustainable development to the next generation of chemical engineering, it is necessary to create synergy with these new technologies. In this international symposium, young researchers from Japan and other Asian countries will discuss the future of chemical reaction engineering from the viewpoints of their respective research fields, with "sustainable technology" as the keyword.
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