[1S3]JPI president remarks
Takashi Matsushita(Idemitsu Kosan Co., Ltd.)
Hakodate Conv. of JPI (51st Petroleum-Petrochemical Symposium of JPI)
Nov 11 - Nov 12, 2021Hakodate Arena/Hakodate Citizen Hall and Online meeting
You can search for presentations in this event.
Search
Hakodate Conv. of JPI (51st Petroleum-Petrochemical Symposium of JPI)
Nov 11 - Nov 12, 2021Hakodate Arena/Hakodate Citizen Hall and Online meeting
You can search for presentations in this event.
SearchSearch Results(343)
[1A01]Low-temperature CO oxidation over Pt/β-MnO2 catalyst
○TAKESHI NAGATA1, AKIRA ODA1,2, ATSUSHI SATSUMA1,2(1. Nagoya University, 2. ESICB)
[1A02]Search for catalysts active for low temperature methane combustion with ozone toward suppresstion of methane-slip from car exhaust
○Kazuki Kitagawa1, Ryoichi Otomo1, Yuichi Kamiya1(1. Hokkaido University)
[1A03]Manipulation of oxidation activity of RuO2 epitaxial layer using Mn-doped TiO2 support
○Risa Ichihashi1, Akira Oda1,2, Yuta Yamamoto1, Atsushi Satsuma1,2(1. Nagoya University , 2. ESICB)
[1A04]Photo-redox system for NADH regeneration using rhodium nanoparticles and water-soluble zinc porphyrin
○Takayuki Katagiri1, Masanobu Higashi1, Yutaka Amao1(1. Osaka City University)
[1A05]Low temperature three way catalysis by an application of an electric field
○Yuki Natita1, Ayaka Shigemoto1, Yuki Omori1, Takuma Higo1, Toru Uenishi2, Yasushi Sekine1(1. Waseda Univ., 2. Toyota Motors)
[1A06]NOx adsorption/desorption property of ZrO2-based composite oxide
○Daiki Mochizuki1, Yoshihide Nishida1, Masaaki Haneda1(1. Nagoya Institute of Technology)
[1A07]Development of PGM-free three-way catalyst-HC preferential oxidation activity and descriptors in Mn-based oxides-
○Keisuke Maruichi1, Ryosuke Sakai1, Kakuya Ueda1, Junya Oyama2,3, Akira Oda1,3, Atsushi Satsuma1,3(1. Nagoya University , 2. Kumamoto University, 3. ESICB)
[1A08]NO oxidation activity of Pt catalysts supported on La-doped alumina
○Keigo Kurimoto1, Yoshihide Nishida1, Masaaki Haneda1(1. Nagoya Institute of Technology)
[1A09][Invited] Dehydrogenative conversion of small molecules -from alcohol electrolysis to methane polymerization-
○Hitoshi Ogihara1(1. Saitama Univ.)
[1A10][Invited] Precise synthesis, characterization, and reactivity of multi-functional catalysts
○Insoo Ro1(1. Seoul National University of Science and Technology)
[1A11]Local structure of In-hydride species in zeolite and its reactivity for C2H6 dehydrogenation.
○Shunsaku Yasumura1, Takashi Toyao1,2, Zen Maeno1, Ken-ichi Shimizu1,2(1. Institute for catalysis, Hokkaido University, 2. Elements Strategy Initiative for Catalysts & Batteries (ESICB), Kyoto University)
[1A12]Highly efficient removal of ethylene at 0 oC over Au-Pt/zeolite
○Minyue Lin1, Haifeng Wang1, Tetsuya Shishido1, Hiroki Miura1, Masatake Haruta1, Toru Murayama1,2(1. Tokyo Metropolitan University, 2. Yantai University)
[1A13]Catalytic reduction of NO to ammonia by CO-H2O over metal oxide supported catalysts
○Chaudhari Chaudhari Chandan1, Keisuke Kobayashi1, Yuichi Manaka1,2, Tetsuya Nanba1(1. Fukushima Renewable Energy Inst., AIST , 2. Tokyo Inst. Tech. )
[1A14]Low-temperature conversion of methane to methanol using carbon nanotubes supported catalyst
○Yingluo He1, Guohui Yang1, Noritatsu Tsubaki1(1. University of Toyama)
[1A15]One-pot synthesis of HKUST-1 monolith for CO2 adsorption
○Motomu Sakai1, Hayata Hori2, Ayaka Itoh3, Takaya Matsumoto4, Tsuyoshi Asano4, Masahiko Matsukata1,2,3,5(1. Research Organization for Nano & Life Innovation, Waseda University, 2. Department of Applied Chemistry, Graduate School of Advanced Science and Engineering, Waseda University, 3. Department of Applied Chemistry, Waseda University, 4. ENEOS Corporation, 5. Advanced Research Institute for Science and Engineering, Waseda University)
[1A16]Zr doped Ni/CeO2 prepared by Flame Spray Pyrolysis for CO2 methanation
○Kakeru Fujiwara1, Syugo Kayano1, Dai Yoshioka2(1. Yamagata University Graduate school of Chemistry and Chemical Engineering, 2. Yamagata University Department of Chemistry and Chemical Engineering)
[1B01]Heterogeneous recombinant expression of phosphatidylglycerol-specific phospholipase C from actinomycete Amycolatopsis spNT115
○KIYOTO KAJIYAMA1, MEGUMI MATUI1, DAISUKE SUGIMORI1,2(1. Fukushima University Graduate School, 2. Fukushima University)
[1B02]Purification and characterization of degumming enzyme phosphatidate phosphatase
○Megumi Matsui1, Taisei Fujita1, Yuka Sato2, Daisuke Sugimori1,2(1. Fukushima University Graduate School, 2. Fukushima University)
[1B03]Switching between methanol accumulation and cell growth by expression control of methanol dehydrogenase in methanotroph
○Hidehiro ITO1, Kosei Yoshimori1, Masahito Ishikawa2, Katsutoshi Hori2, Toshiaki Kamachi1(1. Tokyo Institute of Technology, 2. Nagoya University)
[1B04]Design of mutifunctional catalyst for upgrading derived from copra
○Toshiya Tsunakawa1, Eika W. Qian1(1. Tokyo University of Agriculture and Technology Graduate School of Bio-Applications and Systems Engineering)
[1B05]Highly efficient degradation of fructose to 5-hydroxymethylfurfural (HMF) by continuous flow processing in multiple solvent system
○Pengru Chen1, Aritomo Yamaguchi 1, Naoki Mimura 1(1. National Institute of Advanced Industrial Science and Technology (AIST))
[1B06]Liquid-Phase Synthesis of New Hydrocarbon Biodiesel Fuel (HiBD) from animal fat and oil
○Hikaru Shimada1, Tetsuya Hirakawa1, Kenji Asami1, Haruki Tani2, Yayoi Murakami 3, Kaoru Fujimoto3(1. The University of Kitakyushu Asami Laboratory, 2. Environment Energy Co., Ltd., 3. HiBD Research Institute, Inc.)
[1B07][Invited] Catalytic transformation of biomass into chemicals
○Atsushi Fukuoka1(1. Hokkaido University)
[1B08]Synthesis of novel polyoxometalates containing sulphur as a hetero atom
○Tadaharu Ueda1, Naoki Yamasaki1, Shuhei Ogo1(1. Kochi University)
[1B09]Analysis of electrochemical behavior of polyoxometalates
○Naoki Yamasaki1, Shuhei Ogo1, Tadaharu Ueda1(1. Kochi University)
[1B10]Synthesis of organic-inorganic hybrid layered silicate having unique interlayer properties
○Katsutoshi Yamamoto1, Takuji Ikeda2, Yukiko Otsu1, Yusuke Tsukamoto1, Qing Ma1(1. Faculty of Environmental Engineering, The University of Kitakyushu, 2. AIST Tohoku)
[1B11]Synthesis mechanism of Fe-containing amorphous composite oxide by mechanochemical reaction
○Kakeru Ninomiya1, Maiko Nishibori1, Ginpei Tanaka1, Ryota Osuga1, Mizuho Yabushita1, Sachiko Maki1, Kiyoshi Kanie1, Atsushi Muramatsu1(1. Tohoku University)
[1B12]Introduction of hierarchical structure into YNU-5 zeolite and its improved catalytic performance for hexane cracking
Liu Qing1, Ryota Sugimoto1, Satoshi Inagaki1, ○Yoshihiro Kubota1(1. Yokohama National University)
[1B13]Surfactant effect on the synthesis of CON-type boroaluminosilicate zeolite and its MTO catalytic performance
○Masato Sawada1, Takeshi Matsumoto1, Shuhei Yasuda1, Junko N. Kondo1, Toshiyuki Yokoi1(1. Tokyo Tech)
[1B14]Development of a novel route for TUN-type zeolite synthsis and its catalytic properties
○Yao Lu1, Feiyu Qin1, Yong Wang1, Junko Nomura Kondo1, Toshiyuki Yokoi1(1. Tokyo Institute of Technology)
[1B15]Methane oxidative conversion to lower olefin via methanol over metal-containing zeolite catalyst
○Kengo Nakamura1, Shuhei Yasuda1, Takeshi Matsumoto1, Junko Nomura Kondo1, Mizuho Yabushita2, Ryota Osuga2, Atsushi Muramatsu2, Toshiyuki Yokoi1(1. Tokyo Tech, 2. Tohoku University)
[1B16]Synthesis of Ti2O3 from TiO2 with different particle size and morphology
○Asako Iwamoro1, Masanori Nagao1, Ryoichi Otomo2, Yuichi Kamiya2(1. Graduate School of Environmental Science, Hokkaido University, 2. Faculty of Environmental Earth Science, Hokkaido University)
[1B17]Development of highly loading amine-immobilized silica for solid CO2 sorbent
○Miori Kataoka1, Soichi Kikkawa1,2, Seiji Yamazoe1,2,3(1. Department of Chemistry, Graduate School of Science, Tokyo Metropolitan University, 2. Elements Strategy Initiative for Catalysts & Batteries (ESICB), Kyoto University, 3. Precursory Research for Embryonic Science and Technology (PRESTO), Japan Science and Technology Agency (JST))
[1B18]QM/MM ONIOM calculations for Methane to Ethylene Conversion inside Coinage-Metal Containig ZSM-5 zeolites
○Keigo OISHI1, Takashi YUMURA1(1. Kyoto Institute of Technology)
[1C01]The effect of structure of Ru/ Sr1-xBaxZrO3 catalyst on low-temperature ammonia synthesis
○Sae Doi1, Yuta Tanaka1, Kota Murakami1, Kazuharu Ito1, Yuta Mizutani1, Koki Saegusa1, Takuma Higo1, Hideaki Tsuneki1, Yasushi Sekine1(1. Waseda Univ.)
[1C02]Effect of heterocation doping in CeO2 surface on the surface proton migration and its application for ammonia synthesis
○Ryuku Maeda1, Kota Murakami1, Yuta Mizutani1, Takuma Higo1, Hideaki Tsuneki1, Yasushi Sekine1(1. Waseda Univ.)
[1C03]Simulation study of optimized operation condition in ammonia synthesis process applying renewable energy under wind speeds probability
○Ryosuke Atsumi1, Hideyuki Matsumoto2(1. National Institute of Technology, Nagaoka College, 2. Tokyo Institute of Technology)
[1C04]Doping effect of alkaline metal elements on Co/MgO catalyst for NH3 synthesis
○Tomoko Shibata1, Shin-ichiro Miyahara1, HIroshi Yamada1, Katsutoshi Sato2, Katsutoshi Nagaoka1(1. Nagoya University, 2. Kyoto University)
[1C05]Development of Ni catalysts supported on high-surface-area BaTiO3 for ammonia decomposition
○Haruki Ishida1, Hiroki Muroyama1, Toshiaki Matsui1, Koichi Eguchi1(1. Kyoto University Graduate school of engineering the Department of Energy and Hydrocarbon Chemistry)
[1C06]Mechanism of activity development of ruthenium-based catalysts for ammonia synthesis using ceria support with a large amount of cesium
○Ayane Hori1, Mami Osozawa1, Kosuke Fukai1, Minoru Somiya1, Kazumasa Oshima1, Shigeo Satokawa1(1. Seikei University )
[1C07]Development of liquid synthetic fuel production technology from carbon dioxide Part 1
○Masaomi Amemiya1, osamu sadakane1, kenichi okamoto1, mitunori tabata1(1. JAPAN PETROLEUM ENERGY CENTER)
[1C08]Catalytic Property of Cobalt/Silica for CO2 FT Synthesis
○Shohei Harada1, Shigeo Satokawa2, Masaru Ogura1(1. The University of Tokyo, 2. Seikei University)
[1C09]Effect of support material for CO2 FT synthesis on Cobalt-based Catalyst
○Kyohei Shitaba1, Shohei Harada2, Masaru Ogura2, Shigeo Satokawa1(1. Seikei University, 2. The University of Tokyo)
[1C10]DFT calculation of CO adsorption over Ce1-xMxO2-δ catalyst
○Masahiro Yamaguchi1, Kota Murakami1, Yuta Mizutani1, Hiroshi Sampei1, Atsushi Ishikawa2, Yasushi Sekine1(1. Waseda Univ., 2. National Institute for Materials Science (NIMS))
[1C11]Composite Oxides Based Non-Noble Metal for Oxygen Evolution Catalysts toward Water Electrolysis
○Yuichi Hisa1, Katsutoshi Sato2, Hiroshi Yamada1, Katsutoshi Nagaoka1(1. Nagoya University, 2. Kyoto University)
[1C12]Oxidative Coupling of Methane in Solid Oxide Electrolysis Cells
○Ryuji Kikuchi1, Shu Kodama1, Naoya Fujiwara1, Shohei Tada2(1. Univ. of Tokyo, 2. Ibaraki Univ.)
[1C13]Catalytic activity of brownmillerite Fe-Co oxide for electrochemical oxygen evolution reaction in neutral aqueous solution
○Hiroyuki Okada1, Etsushi Tsuji1, Satoshi Suganuma1, Naonobu Katada1(1. Center for Research on Green Sustainable Chemistry, Tottori University)
[1C14]Development of a visible-light driven CO2 reduction system by combining a biocatalyst and CuInS2 photocathode
○Takumi Toyodome1, Yutaka Amao1,2, Masanobu Higashi2(1. Graduate School of Science, Osaka City University, 2. Research Center for Artificial Photosynthesis, Osaka City University)
[1C15]Substrate selectivity and isotope effects in CO2 reduction catalyzed with formate dehydrogenase
○Ryohei Sato1, Masanobu Higashi1, Yutaka Amao1(1. Osaka City University)
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