Oral Presentation

[B1-3] CO2 capture, utilization, and storage 3

Wed. Nov 13, 2024 4:00 PM - 6:00 PM Room B (Meeting Room 3/4 2F)

Chair: Shinji KUDO (Kyushu University)

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4:00 PM - 4:20 PM

[B1-3-01] Development of industrial-scale CO2 electrolyzer toward sustainable manufacturing

〇Yusuke Kofuji¹, Naoya Fujiwara¹, Maki Yonetsu¹, Yasuhiro Kiyota¹, Yuki Kudo¹, Satoshi Mikoshiba¹, Kosuke Yanagi², Isamu Kikuchi², Shunsuke Kimura², Ryota Kitagawa¹ (1. Toshiba Corporation (Japan), 2. Toshiba Energy Systems & Solutions Corporation (Japan))

4:20 PM - 4:40 PM

[B1-3-02] Development of zeolite membrane reactor for low-temperature reverse water gas shift

〇Motomu Sakai¹, Kyoka Tanaka¹, Masahiko Matsukata¹ (1. Waseda Univ. (Japan))

4:40 PM - 5:00 PM

[B1-3-03] Performance Evaluation of the Reverse Water-Gas Shift Reaction via Chemical Looping with Alloy-Based Phase Change Material as Thermal Regulator

〇Koji Takizawa¹, DasanayakeAluthge RasikaSanjeewa¹, Noritoshi Yagihashi¹, Kengo Mimura², Yuto Shimizu², Melbert Jeem², Takahiro Nomura² (1. Sekisui Chemical Co., Ltd. (Japan), 2. Hokkaido Univ. (Japan))

5:00 PM - 5:20 PM

[B1-3-04] Development of poly-generation system using various fuels with CO₂ capture

〇Hiroyuki Hamada¹, Kazuhiro Kidoguchi¹, Satoshi Umemoto¹, Hiroyuki Akiho¹, Yoshinobu Nakao¹ (1. Central Res. Inst. of Electric Power Industry (CRIEPI) (Japan))

5:20 PM - 5:40 PM

[B1-3-05] Study on the Competitive Reactions between CO₂-O₂ and Fe-C Melts by Isotope Tracing Method

〇Yuewen Fan¹, Hiroyuki Matsuura², Xiaojun Hu¹ (1. Univ. of Sci. and Tech. Beijing (China), 2. Univ. of Tokyo (Japan))

5:40 PM - 6:00 PM

[B1-3-06] Alkaline hydrothermal reduction of CO₂ with levoglucosan for formic acid production

Riku Mizoguchi¹, 〇Shinji Kudo¹, Shusaku Asano¹, Jun-ichiro Hayashi¹ (1. Kyushu Univ. (Japan))

Session information

[B1-3] CO2 capture, utilization, and storage 3

[B1-3-01] Development of industrial-scale CO2 electrolyzer toward sustainable manufacturing

[B1-3-02] Development of zeolite membrane reactor for low-temperature reverse water gas shift

[B1-3-03] Performance Evaluation of the Reverse Water-Gas Shift Reaction via Chemical Looping with Alloy-Based Phase Change Material as Thermal Regulator

[B1-3-04] Development of poly-generation system using various fuels with CO₂ capture

[B1-3-05] Study on the Competitive Reactions between CO₂-O₂ and Fe-C Melts by Isotope Tracing Method

[B1-3-06] Alkaline hydrothermal reduction of CO₂ with levoglucosan for formic acid production

Authentication

Session information

[B1-3] CO2 capture, utilization, and storage 3

[B1-3-01] Development of industrial-scale CO2 electrolyzer toward sustainable manufacturing

[B1-3-02] Development of zeolite membrane reactor for low-temperature reverse water gas shift

[B1-3-03] Performance Evaluation of the Reverse Water-Gas Shift Reaction via Chemical Looping with Alloy-Based Phase Change Material as Thermal Regulator

[B1-3-04] Development of poly-generation system using various fuels with CO2 capture

[B1-3-05] Study on the Competitive Reactions between CO2-O2 and Fe-C Melts by Isotope Tracing Method

[B1-3-06] Alkaline hydrothermal reduction of CO2 with levoglucosan for formic acid production

Authentication

[B1-3-04] Development of poly-generation system using various fuels with CO₂ capture

[B1-3-05] Study on the Competitive Reactions between CO₂-O₂ and Fe-C Melts by Isotope Tracing Method

[B1-3-06] Alkaline hydrothermal reduction of CO₂ with levoglucosan for formic acid production