酒井 健（公募 C 班）
2019 年度 会議発表
1.

Yutaka Amao, “Visible-light driven CO2 reduction and utilization with biocatalyst andorganic dye hybrid system”, National Taiwan University Special Lecture, (Taipei,Taiwan, 5/17/2019) 特別講演

2.

Yutaka Amao, “Visible-light driven C-H bond activation and carboxylation withCO2 inthe system of bio/photo-hybrid catalysts”, 8th Asia-Pacific Congress in Catalysis(APCAT8), (Bangkok, Thailand, 2019/8/7)

3.

招待講演

Yutaka Amao, “Optical sensing technology for CO2 visualization”, 7th JapaneseGerman Joint Seminar, Molecular Imaging Technology for Interdisciplinary Research,(札幌市, ⽇本, 2019/9/16) 招待講演

4.

Yutaka Amao, “Visible-Light Driven Carbon Dioxide Reduction to Methanol with
Bio/Photocatalyst Hybrid System ‒ Studies on the Interaction between ElectronMediator and Biocatalyst Based on Enzyme Kinetic Analysis”, 3rd International Solar
Fuels Conference (ISF-3) and International Conference on Artificial Photosynthesis2019 (ICARP2019), (広島市, ⽇本, 11/21/2019) 基調講演

5.

Yutaka Amao, “Visible Light Driven Carbon Dioxide Reduction to Methanol with
Photo/Biocatalysts Hybrid System”, 18th Asian Chemical Congress (18th ACC),(Taipei, Taiwan, 12/12/2019) 招待講演

6.

Yutaka Amao, Takayuki Katagiri, “Visible-light driven C-H bond activation andcarboxylation of CO2 with bio-/photocatalytic hybrid system”, 4th Green andSustainable Chemistry Conference 2019, (Dresden, Germany, 5/6/2019)7.

Takayuki Katagiri, Shusaku, Ikeyama, Yutaka Amao, “Biocatalytic carboxylation using
CO2 as the C1 source by malic enzyme and diphenylviologen derivative as an artificialco-enzyme”, Southeast Asia Catalysis Conference 2019 (SACC 2019), (Singapore,Singapore, 5/23/2019)8.

Yusuke Minami, Shusaku Ikeyama, Yutaka Amao, “Hydrogen production based onformic acid decomposition with platinum nano particles dispersed bypolyvinylpyrrolidone”, The 8th World Hydrogen Technologies Convention (WHTC2019), (東京都, ⽇本, 6/3/2019)9.

Yusuke Minami, Shusaku Ikeyama, Yutaka Amao, “Hydrogen production from formic
acid catalyzed by platinum nano particles dispersed by polyvinylpyrrolidone”, The 23rd
Annual Green Chemistry & Engineering Conference and 9th International Conferenceon Green and Sustainable Chemistry, (Reston, USA, 6/12/2019)

10. Takayuki Katagiri, Shusaku, Ikeyama, Yutaka Amao, “Biocatalytic carboxylation using

CO2 as the C1 source by malic enzyme and diphenylviologen derivative as an artificialco-enzyme”, The 23rd Annual Green Chemistry & Engineering Conference and 9thInternational Conference on Green and Sustainable Chemistry, (Reston, USA,6/12/2019)11. Yutaka Amao, Tomoya Ishibashi, Shigeru Ikeda, “Light-driven CO2 reduction toformate with the system of biocatalyst and semiconductor based photocatalyst”, 17th
International Conference on Carbon Dioxide Utilization - ICCDU 2019, (Aachen,Germany, 6/25/2019)12. Tomoya Ishibashi, Shusaku Ikeyama, Yutaka Amao, “Selective CO2 reduction to formic
acid with semiconductor photocatalyst and biocatalyst”, 8th Asia-Pacific Congress inCatalysis (APCAT8), (Bangkok, Thailand, 2019/8/5)
13. Yusuke Minami, Shusaku Ikeyama, Yutaka Amao, “Selective hydrogen production
catalyzed by platinum nano particles dispersed by polyvinylpyrrolidone based onformate decomposition”, 8th Asia-Pacific Congress in Catalysis (APCAT8), (Bangkok,Thailand, 2019/8/5)
14. Takayuki Katagiri, Shusaku, Ikeyama, Yutaka Amao, “Carboxylation of organic
molecule by CO2 with biocatalyst and double-electron reduced diphenylviologen
derivative”, 8th Asia-Pacific Congress in Catalysis (APCAT8), (Bangkok, Thailand,2019/8/7)
15. Yutaka Amao, Tomoya Ishibashi, Shigeru Ikeda, “Hybrid system of biocatalyst andsemiconductor based photocatalyst for light-driven CO₂ reduction to formate”, 14th
European Congress on Catalysis (EuropaCat 2019), (Aachen, Germany, 8/20/2019)
16. Takayuki Katagiri, Shusaku, Ikeyama, Yutaka Amao, “Building carbon-carbon bondfrom CO2with malic enzyme and viologen derivative”, 4th EuCheMS Conference on
Green and Sustainable Chemistry, (Tarragona, Spain, 9/24/2019)17. Yutaka Amao, Yusuke Minami, “Selective Hydrogen Production from Formate withPolyvinylpyrrolidone-coordinated Platinum Nanoparticles”, 7th Asian Conference onCoordination Chemistry (ACCC7), (Kuala Lumpur, Malaysia, 10/17/2019)18. 天尾豊, “⽣体触媒による⼆酸化炭素の還元と分⼦への固定”, 第 57 回触媒研究懇談

会, (⼤分県, ⽇本, 7/11/2019) 特別講演
19. 天尾豊, “⽣体触媒を利⽤した⼆酸化炭素の物質変換”, 2019 年度先端錯体⼯学研究会(SPACC) 年会, (岡⼭県, ⽇本, 8/10/2019) 特別講演
20. 天尾豊, “⽣体触媒による⼆酸化炭素の利⽤と分⼦貯蔵”, 北海道⼤学⼤学院環境科学専攻講演会, (北海道, ⽇本, 9/4/2019) 特別講演
21. 天尾豊, “Biocatalytic carbon dioxide conversion to organic molecule”, 錯体化学会第69 回討論会, (愛知県, ⽇本, 9/21/2019) 招待講演

22. ⽚桐 毅之、池⼭ 秀作、天尾 豊, “CO2 fixation with malic enzyme anddiphenylviologen derivative as a co-enzyme”, 第 10 回触媒科学研究発表会, (⿃取県,⽇本, 6/7/2019)23. ⽯橋 知也, 池⼭ 秀作, 東 正信、天尾 豊, “Development of CO2 reduction systemusing TiO2 and formate dehydrogenase”, 第 10 回触媒科学研究発表会, (⿃取県, ⽇本,6/7/2019)24. ⽚桐 毅之、池⼭ 秀作、天尾 豊, “⽣体触媒と⼆電⼦還元型ジフェニルビオローゲン誘導体を⽤いた⼆酸化炭素の有機分⼦への固定化”, 第 8 回 JACI/GSC シンポジウム, (東京都, ⽇本, 6/24/2019)25. 南 祐輔、池⼭ 秀作、天尾 豊, “ポリビニルピロリドンで分散した⽩⾦ナノ微粒⼦によるギ酸分解に基づく選択的⽔素⽣成機構の解明”, 第 124 回触媒討論会, (⻑崎県, ⽇本,9/19/2019)26. ⽯橋 知也, 池⼭ 秀作, 東 正信、天尾 豊, “半導体光触媒とギ酸脱⽔素酵素を⽤いた⽔を電⼦源とする光駆動型⼆酸化炭素還元反応に関する研究”, 第 124 回触媒討論会,(⻑崎県, ⽇本, 9/19/2019)27. ⽚桐 毅之、池⼭ 秀作、天尾 豊, “⽣体触媒と⼈⼯補酵素ジフェニルビオローゲン誘導体を⽤いた⼆酸化炭素の固定化”, 第 124 回触媒討論会, (⻑崎県, ⽇本, 9/19/2019)28. 南 祐輔、池⼭ 秀作、天尾 豊, “ポリビニルピロリドンを保護コロイドとして分散させた⽩⾦ナノ微粒⼦が触媒するギ酸分解に基づく選択的⽔素⽣成機構”, 第 49 回⽯油・⽯油化学討論会（⼭形⼤会）, (⼭形県, ⽇本, 10/31/2019)29. ⽯橋 知也, 池⼭ 秀作, 東 正信、天尾 豊, “TiO2 とギ酸脱⽔素酵素を⽤いた⽔を電⼦源とする CO2 光還元系の開発”, 第 49 回⽯油・⽯油化学討論会（⼭形⼤会）, (⼭形県,⽇本, 10/31/2019)30. ⽚桐 毅之、池⼭ 秀作、天尾 豊, “リンゴ酸酵素が触媒する⼆酸化炭素固定反応における多電⼦蓄積ジフェニルビオローゲン誘導体の機能に関する研究”, 第 49 回⽯油・⽯油化学討論会（⼭形⼤会）, (⼭形県, ⽇本, 10/31/2019)31. 南 祐輔、池⼭ 秀作、天尾 豊, “ポリビニルピロリドンで分散した⽩⾦微粒⼦が触媒するギ酸分解機構の分光法による検討”, 第 38 回⽔素エネルギー協会⼤会 (HESS ⼤会),
(東京都, ⽇本, 12/3/2019)32. 佐藤 涼平、池⼭ 秀作、天尾 豊, “ギ酸脱⽔素酵素が触媒する⼆酸化炭素還元反応における⼆酸化炭素反応種の影響”, ⽇本化学会第 100 春季年会, (千葉県, ⽇本,3/22/2019)33. 南 祐輔、池⼭ 秀作、天尾 豊, “ギ酸分解に基づく⽔素⽣成を触媒する⽩⾦ナノ微粒⼦触媒の機構解明”, ⽇本化学会第 100 春季年会, (千葉県, ⽇本, 3/22/2019)34. Takayuki Katagiri, Shusaku, Ikeyama, Yutaka Amao, “Effect of metal ion on the CO2
addition by malic enzyme with viologen derivative”, ⽇本化学会第 100 春季年会, (千葉県, ⽇本, 3/24/2019)