[1A01]Reverse water gas shift reaction over Pt-MoOx catalysts under electric field at low temperature
○Keidai Tomozawa1, Tadaharu Ueda1, Shuhei Ogo1(1. Kochi University)
Nagano Conv. of JPI (52nd Petroleum-Petrochemical Symposium of JPI)
Oct 27 - Oct 28, 2022JA Naganoken Buildg.
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Nagano Conv. of JPI (52nd Petroleum-Petrochemical Symposium of JPI)
Oct 27 - Oct 28, 2022JA Naganoken Buildg.
You can search for presentations in this event.
SearchSearch Results(249)
[1A02]Reverse water gas shift reaction over supported Fe catalysts under electric field at low temperature
○Masaki Yamaoka1, Tadaharu Ueda1, Shuhei Ogo1(1. Kochi University)
[1A03]Pt/CeO2 catalysts prepared by flame spray pyrolysis for reverse water-gas shift reaction
○Kakeru Fujiwara1, Hiroshi Inoue1(1. Yamagata University)
[1A04]Effect of crystal structure of copper-zinc catalyst for reverse water gas shift reaction
○Takayuki Furukawa1, Shinnosuke Sekizawa1, Akihide Yanagita1, Keigo Tashiro1, Shigeo Satokawa1(1. Seikei University)
[1A05]Evaluation of the effects of applied voltage and external heating on CH4 dry reforming using plasma-catalyst
○Kenji Kamiya1, Nobusuke Kobayashi2, Masanori Yumura3, Terunobu Nakajo3, Takashi Suzuki3, Yoshinori Itaya2, Akira Suami2, Eika W. Qian1(1. Tokyo University of Agriculture and Technology, 2. Gifu University, 3. Dept. of Energy and Environmental Technology, Technology Research Center, Sumitomo Heavy Industries, Ltd.)
[1A06]Inhibitory effect of trace impurities on the catalytic activity in autothermal reforming of methanol
○Katsutoshi Nomoto1, Hiroki Miura1,2,3, Tetsuya Shishido1,2,3(1. Tokyo Metropolitan University, 2. Research Center for Hydrogen Energy-based Society, Tokyo Metropolitan University, 3. Elements Strategy Initiative for Catalysts and Batteries, Kyoto University)
[1A07]CO2 reforming reaction of ethanol using CuCeO2ZrO2 and CuCeO2TiO2 composite catalysts prepared by sol-gel method
○Naoya Inoue1, Yuuki Hatooka1, Tadanori Hashimoto1, ATSUSHI Ishihara Ishihara1(1. Graduate School of Engineering, Mie University)
[1A08]Study of aromatic hydrocarbons production in direct FT synthesis reaction using sodium iron catalyst
○Chiharu Kaida Kaida1, Osami Yamamoto1, Kaito Nishioka1, Hideaki Sumi1, Ken Hanayama1, Daishi Yasuda1(1. Honda R&D Co., Ltd.)
[1A09]Effect of reduction conditions on the synthesis of lower olefins from CO2 over iron catalyst supported on active carbon
○Hibiki Yasumura1, Ryosuke Oshikata1, Kenji Asami1(1. The University of Kitakyushu )
[1A10]Influence of carbon supports on the synthesis of lower olefins from CO2 over iron catalyst
○Ryosuke Oshikata1, Kenji Asami1(1. The University of Kitakyushu)
[1A11]Investigation of reaction behavior for Al2O3 supported Ru catalysts in Fischer-Tropsch Synthesis
○Masatoshi Toyoda1, Katsutoshi Sato1, Md. Shahajahan Kutubi1, Hiroshi Yamada1, Katsutoshi Nagaoka1(1. Nagoya University)
[1A12]Doping effect of alkaline metal elements on Co/MgO catalyst for NH3 synthesis (3)
○Tomoko Shibata1, Shin-ichiro Miyahara1, Hiroshi Yamada1, Katsutoshi Sato1, Katsutoshi Nagaoka1(1. Nagoya University)
[1A13]Development of the industrial waste supported Ru catalysts for Ammonia decomposition
○Ryousuke Narukawa1, Naohiro Shimoda1, Shigeru Sugiyama1(1. Tokushima University)
[1A14]Application of non-conventional catalysis to ammonia decomposition
○Yukino Ofuchi1, Sae Doi1, Kenta Mitarai2, Ken Kawabe2, Yasushi Sekine1(1. Waseda Univ., 2. Yammar HD)
[1A15]Investigation of CeO2 surface proton conduction in an H2 atmosphere using an adsorption equilibrium model
○Yoshiki Koshizuka1, Taku Matsuda1, Hideaki Tsuneki1, Norby Truls2, Yasushi Sekine1(1. Waseda Univ., 2. Oslo Univ.)
[1A16]Investigation on the electronic state of Ni in the methane steam reforming reaction using Ni-doped YSZ catalysts
○Jun Sasaki1, Kaho Nagakawa1, Hiroshi Sampei1, Naoya Mori2, Takashi Oyama2, Hideto Sato2, Yasushi Sekine1(1. Waseda Univ., 2. Murata Corp.)
[1A17]Development of zeolite-encapsulated Ni NPs catalyst with high durability under high temperature steam atmosphere and its application to ethanol steam reforming reaction
○Tsuki Yokosawa1, Sirintra Arayawate1, Hiroyasu Fujitsuka2, Kentaro Kimura1, Teruoki Tago1(1. Tokyo Institute of Technology, 2. Kyoto University)
[1B01]Acrylic acid synthesis from lactic acid catalyzed by K-type zeolite
○Ikuya Watanabe1, Kazuya Imamura1, Ayumu Onda1(1. Kochi Univ.)
[1B02]Sodium containing hydroxyapatite catalyst for dehydration reaction of lactic acid into acrylic acid
○Momoka Inui1, Yuki Matsuura1, Shuhei Ogo1, Kazuya Imamura1, Ayumu Onda1(1. Kochi University)
[1B03]Analysis of specific acid sites on WO3/Al2O3 catalyst for gas-phase dehydrogenation of glycerol
○RYUICHI KANAI1,2, Fuyuki Yagi1, Hiroki Miura2, Tetsuya Shishido2(1. Chiyoda Corporation, 2. Tokyo Metropolitan University)
[1B04]Alkaline earths titanate mixed metal oxides for sugar conversion
○Daniele Padovan1, Hideki Kato2, Kiyotaka Nakajima1,3(1. Institute for Catalysis (ICAT), Hokkaido University, 2. Institute of Multidisciplinary Research for Advanced Materials (IMRAM), Tohoku University, 3. MIRAI, JST)
[1B05]Development of Zn-supported ZSM-5 catalyst for selective synthesis of p-xylene from isobutanol -effect of modification of acid sites located on external surface of zeolite-
○Taisuke Kojima1, Taiju Sakanushi1, Takaaki Furuya2, Kentarou Kimura1, hiroyasu fujitsuka3, teruoki tago1(1. Tokyo Institute of Technology, 2. Nippon steel engineering, 3. Kyoto university)
[1B06]Solvolysis of benzyl phenyl ether in aqueous ethanol solution with a flowing system
○Kenkichi Taniguchi1, Etty Nurlia Kusumawati1, Hidetaka Nanao1, Osamu Sato2, Aritomo Yamaguchi2, Masayuki Shirai1,2(1. Graduate School of Science and Engineering, Iwate University, 2. National Institute of Advanced Industrial Science and Technology (AIST))
[1B07][Invited] Scales of time and space in sequence stratigraphy
○Koichi Hoyanagi1(1. Shinshu University)
[1B08]Development of induced-seismicity prediction model using joint element - application to carbon dioxide sequestration -
○Koki Katayama1, Kenji Furui1, Kimikazu Tsusaka2(1. Waseda University, 2. INPEX Corp.)
[1B09]Evaluation of Permeability for Multi-Component Packed Beds Containing Swellable Polymer Particles
○MIZUHO IDO1, Furui Kenji1(1. WASEDA University )
[1B10]Modeling and flow simulation of a volcanic reservoir: Application of multiple uncertainty analysis for decision making
○Yusuke Takai1, Shinichi Koshi1, Takefumi Shibuya1, Ryo Yuasa1, Ryo Wakizono1(1. Japan Petroleum Exploration Co., Ltd.)
[1B11]Evaluation of roughness due to calcite dissolution in crude oil/brine/rock system: Implications for low salinity water flooding
○Yueqi Wang1, Xingjuan Hao1, Yogarajah Elakneswaran1, Takeshi Hasegawa1(1. Hokkaido University)
[1B12]Agile uncertainty evaluation for field development with multiple high quality history matched models using cloud computing
○DAIKI WATANABE1, YUTA TOSUJI1, HIROTATSU YAMABE2(1. JX Nippon Oil & Gas Exploration Corporation, 2. Schlumberger)
[1B13]Study on improvement of shale permeability by chemical
○Ryu Okamoto1, Yuichi Sugai1, Ronald Nguele1, Takehiro Esaki1(1. Kyushu University)
[1B14]Study on enhanced oil recovery using nano-emulsion
○Masakazu Hayama1, Ronald Nguele1, Yuichi Sugai1, Takehiro Esaki1(1. Kyushu University)
[1B15]Next generation MEOR (in situ Oil to Gas) Technology
○Haruo Maeda1, Konomi Suda1, Masayuki Ikarashi2, Hiroki Iwama2, Hideyuki Tamaki1, Susumu Sakata1, Daisuke Mayumi1(1. National Institute of Advanced Industrial Science and Technology, 2. INPEX Corporation)
[1C01]Alkaline earth addition to Ni catalyst for catalytic phenol refroming from pyrolysis gas
○Kazumasa Oshima1, Akihide Yanagita2, Keigo Tashiro2, Masahiro Kishida1, Shigeo Satokawa2(1. Kyushu University, 2. Seikei University)
[1C02]Conversion of plastic pyrolysis gas over zeolite catalyst
○Masataka Sakamoto1, Keigo Tashiro1, Kazumasa Oshima2, Masahiro Kishida2, Shigeo Satokawa1(1. Seikei University, 2. kyushu University)
[1C03]Recovery of terephthalic acid derivatives by thermal decomposition of PET with PVC
○Akihiro Yoshida1, Takumi Motomiya1, Shogo Kumagai2, Yasuo Nakatsuka3, Ryuichi Takasawa4, Yoshiyuki Toyooka4, Toshiaki Yoshioka2(1. Hirosaki University, 2. Tohoku University, 3. ENEOS Corp., 4. Japan Petroleum Energy Center)
[1C04]Effects of plastic-type on the pyrolytic interactions during co-pyrolysis of vacuum residue and plastics
Shogo Kumagai1, Ryo Kusumi1, Borjigin Siqingaowa1, Yuko Saito1, Tomohito Kameda1, Akihiro Yoshida2, Yasuo Nakatsuka3, Ryuichi Takasawa4, Yoshiyuki Toyooka4, ○Toshiaki Yoshioka1(1. Tohoku University, 2. Hirosaki University, 3. ENEOS, 4. Japan Petroleum Energy Center)
[1C05]Recent study on reaction mechanism of co-pyrolysis of vacuum residue and mixed plastics
○Ryuichi Takasawa1, Yoshiyuki Toyooka1, Toshiaki Yoshioka2, Shogo Kumagai2, Akihiro Yoshida3, Yasuo Nakatsuka4(1. JAPAN PETROLEUM ENERGY CENTER, 2. Tohoku University, 3. Hirosaki University, 4. ENEOS)
[1C06][Invited] Life cycle thinking on the role of oil refineries in a society towards carbon neutrality
○Yasunori Kikuchi1(1. Institute for Future Initiatives, The University of Tokyo)
[1C07]NEDO project on chemical recycling of plastics
○Masahiko Matsukata1(1. Waseda University)
[1C08]Effect of zeolite type on catalytic cracking of low-density polyethylene catalyzed by gel skeletal reinforcement silica-zeolite hierarchical catalysts
○Koudai Mizuno1, Tadanori Hashimoto1, ATSUSHI Ishihara Ishihara1(1. Graduate School of Engineering, Mie University)
[1C09]Catalytic decomposition of polypropylene in n-cetane
○Mahiro Matsushita1, Tohru Kamo2, Motomu Sakai2, Masahiko Matsukata1,2,3(1. Department of Applied Chemistry, Waseda university, 2. Research Organization for Nano & Life Innovation, Waseda University, 3. Advanced Research Institute for Science and Engineering, Waseda University)
[1C10]Catalytic decomposition of polyethylene in n-cetane over zeolite catalyst
○Eri Miura1, Tohru Kamo2, Motomu Sakai2, Masahiko Matsukata1,2,3(1. Department of Applied Chemistry, Waseda University, 2. Research Organization for Nano & Life Innovation, Waseda University, 3. Advanced Research Institute for Science and Engineering, Waseda University)
[1C11]Effects of coexisting substances on the catalytic pyrolysis of polyolefins
○Hiroki Masuda1, Yuya Kawatani1, Satoshi Suganuma1, Etsushi Tsuji1, Naonobu Katada1(1. Tottori University)
[1C12]Development of noble metal nanoparticles encapsulated ZSM-5 zeolite catalysts for highly efficient production of light olefins by low-temperature cracking of naphtha
○NODOKA NAKATANI1, Rikako Nakatani1, Hiroyasu Fujitsuka2, Kentaro Kimura1, Teruoki Tago1(1. Tokyo Institute of Technology, 2. Kyoto University)
[1C13]Synthesis of zeolite catalysts for dehydrogenation of light alkanes
○Hiroyuki Imai1, Ryu Noguchi1, Akihiro Oshima1(1. The University of Kitakyushu)
[1C14]Catalytic dehydrogenations of ethane and propane in which activity improves with carbon deposition
○Shigeru Sugiyama1, Akihiko Koizumi1, Takahisa Iwaki1, Naohiro Shimoda1, Yuki Kato2, Wataru Ninomiya2(1. Tokushima University, 2. Mitsubishi Chemical Co.)
[1C15]Low-temperature catalytice dehydrogenation of propane under electric field
○Koki Sumiyoshi1, Tadaharu Ueda1, Shuhei Ogo1(1. Kochi University)
[1C16]Development of supported Pt catalysts promoting dehydrogenation of cyclic C5 compounds to form cyclopentadiene
○Ryuichi Ukita1, Miru Hirahara1, Hitoshi Ogihara1, Hideki Kurokawa1(1. Saitama University)
[1C17]Hydrogenolysis of methylcyclopentane over Ir/silica catalysts
○Satoshi INAGAKI1, Yuki MAEKAWA1, Rikuto WAKATSUKI1, Yoshihiro KUBOTA1(1. YOKOHAMA National University)
[1a0401-04-1add]Process Eqipment Div. chief remarks
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