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Organofluorides / Catalysis / Electrochemical fluorination / Halogenation / Ionic liquid / Chemical reaction / Electrosynthesis / Hydrogenation / Redox / Chemistry / Chemical synthesis / Halogens


2009 No.32 NoNo. No.3
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Document Date: 2013-12-27 00:26:11

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City

Venice / /

Company

Ryoichi Otomo Chemical Resources Laboratory / Sumitomo Bakelite Co. Ltd. / Nippon Shokubai Co. Ltd. / /

Country

Japan / United States / /

Event

Environmental Issue / /

Facility

liquids(Tokyo Institute of Technology / Tokyo Institute / Tokyo University of Science Production / University Our / /

IndustryTerm

by-product / by-products / pharmaceuticals / selected base metal oxides / supercritical fluid technology / possible energy / energy cost / energy conversion / chemical technologies / chemical substances / Chemical recycling / Selective chemical fluorination / conventional chemical methods / chemical conversion / fluorine gas / electrolytic solution / chemicals / chemical recycling process / chemical recycling technologies / gas phase / energy / /

Organization

Graduate School / National Park Service / Kyoto University / Waseda University / Greenï½¥Sustainable Chemistry Network / Tokyo University of Science Production / Tokyo Institute of Technology My / Tokyo Institute of Technology / Supported Gold Nanoparticles Tamao Ishida and Masatake Haruta Department of Applied Chemistry / Osaka University / /

Person

Takeshita / Shinsuke Inagi / Tatsuya Oka / Hiroshi Kaga / Toshio Fuchigami / Aya Watabe / Masatake Haruta / Nakasone / Taichi Koide / /

Position

Prime Minister / Leader / Century Ago Kunio Nakajima President / Japan Chemical Innovation Institute / Member of editorial board / Representative / /

Technology

supercritical fluid technology / optoelectronics / http / chemical recycling technologies / /

URL

www.gscn.net / /

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