Shuhei Wakamatsu
Chiyoda Corporation
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Publication
Featured researches published by Shuhei Wakamatsu.
Studies in Surface Science and Catalysis | 2007
Fuyuki Yagi; Shinya Hodoshima; Shuhei Wakamatsu; Ryuichi Kanai; Kenichi Kawazuishi; Yoshifumi Suehiro; Mitsunori Shimura
A CO 2 reforming catalyst and process have been developed. The commercial scale CO 2 reforming catalyst has demonstrated its activity and stability in pilot plant tests under operating conditions for the manufacture of synthesis gas with a H 2 /CO ratio of 2.0 for approximately 7,000 hours. In these tests, synthesis gas was generated by CO 2 and H 2 O reforming with high energy efficiency: low CO 2 /carbon and low H 2 O/carbon ratios in feed gas composition. Our catalyst exhibited high carbon removal characteristics with steam from the catalyst surface, which prevents carbon deposition on our CO 2 reforming catalyst.
Catalysis Today | 2005
Fuyuki Yagi; Ryuichi Kanai; Shuhei Wakamatsu; Ryuichirou Kajiyama; Yoshifumi Suehiro; Mitsunori Shimura
Archive | 1998
Fuyuki Yagi; Atsuro Nagumo; Yukitaka Wada; Mitsunori Shimura; Sachio Asaoka; Shuhei Wakamatsu
Archive | 1998
Fuyuki Yagi; Atsuro Nagumo; Yukitaka Wada; Mitsunori Shimura; Sachio Asaoka; Shuhei Wakamatsu
Archive | 1998
Fuyuki Yagi; Atsuro Nagumo; Yukitaka Wada; Mitsunori Shimura; Sachio Asaoka; Shuhei Wakamatsu
Archive | 1998
Sachio Asaoka; Mitsunori Shimura; Shuhei Wakamatsu; Fuyuki Yagi; 冬樹 八木; 光則 志村; 佐知夫 浅岡; 周平 若松
Archive | 1998
Fuyuki Yagi; Atsuro Nagumo; Yukitaka Wada; Mitsunori Shimura; Sachio Asaoka; Shuhei Wakamatsu
Microporous and Mesoporous Materials | 2016
Shinya Hodoshima; Azusa Motomiya; Shuhei Wakamatsu; Ryuichi Kanai; Fuyuki Yagi
Archive | 2011
Shinya Hodoshima; Fuyuki Yagi; Shuhei Wakamatsu; Kenichi Kawazuishi
Archive | 2011
Shinya Hodoshima; Fuyuki Yagi; Shuhei Wakamatsu; Kenichi Kawazuishi
