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2021 - 2026
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Search Criteria
| Keywords : | |
|---|---|
| Year : | 2021 - 2026 |
Search across all events. Up to 10,000 search results will be displayed.
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Search Results(291)
[S01]Strong acidity of zeolite: origin and contribution to society
○Naonobu Katada1(1. Center for Research on GSC, Faculty of Engineering, Tottori University)
[S02]Design of automotive catalysts focusing on competitive adsorption control
○Atsushi Satsuma1(1. Graduate School of Engineering, Nagoya University)
[S03]The seventh strategic energy plan
○Tetsuya Higashi1(1. Ministry of Economy, Trade and Industry)
[A01]Development of pyrolysis-based chemical recycling and analytical methods for heteroatom-containing Plastics
○Shogo Kumagai1(1. Tohoku University)
[A02]Performance of alumina-added zeolite catalysts for degradation of nylon containing plastics
○Yasuharu Kanda1, Tomoka Murasaki1, Yoshio Uemichi1(1. Muroran Institute of Technology)
[A03]Characteristics of bubble-type partial discharge characteristics and barrier discharge characteristics in oil/pressboard composite insulation systems in oil-filled transformers
○Shigeyoshi Yoshida1, Atsushi Yamatake1, Yoshinobu Kitagawa1, Kenichi Mino1, Nakashima Yoichi1(1. Mitsubishi Electric Corp)
[A04]The Iran war and the transformation of the middle eastern order
○Sachi Sakanashi1(1. JIME Center, IEEJ)
[A05]The current status and challenges of wood biomass utilization
○TOMARI NAKAMURA Miyuki1(1. Biomass Industrial Society Network)
[A06]Elucidation of the crystallization mechanism of zeolites and development of novel hydrothermal synthesis methods
○Nao Tsunoji1(1. Tottori University)
[A07]Synthesis of MFI zeolite-encapsulated metal nanoparticles by the dry-gel conversion method and ethane dehydroaromatization for the production of valuable chemicals
○Kentaro Kimura1, Misaki Endo1, Nodoka Nakatani1, JIANAN Ye1, Hiroyasu Fujistuka1, Teruoki Tago1(1. Institute of Science Tokyo)
[A08]Opening size control of 12-ring pore and generation of shape selectivity for naphthalene ring methylation by chemical vapor deposition of silica on YFI type zeolite
○Taiyo Mizumoto1, Ryota Kato1, Takuya Matsuda1, Nao Tsunoji1, Etsusi Tsuji1, Naonobu Katada1(1. Center for Research on Green Sustainable Chemistry, Faculty of Engineering, Tottori University)
[A09]Seed-Assisted Synthesis of Nanosized Al-rich MFI in the presence of zeolite nanosheet seeds for Bulky Molecule Catalysis
○TAREQ W M AMEN1, Tsubasa Kitagawa2, Nao Tsunoji1(1. Tottori University, 2. Hiroshima University)
[A10]Influence of lattice oxygen on CO oxidation over Au/silicotitanate catalyst
○Satoshi Inagaki1, Akihiro Sembuku1, Daito Ichino1, Yoshihiro Kubota1(1. Yokohama National University)
[B01]CO2 Electrochemical reduction using Bi/Co bimetallic electrocataly
○Na Lyu1, Mingming Peng1, Kenji Kamiya1, Eika W. Qian1(1. Tokyo University of Agriculture & Technology)
[B02]Photothermal Tandem Catalytic Conversion of CO2 and CH4 into Syngas and C2+ Hydrocarbons
○Akira Yamamoto1, Hamada A. El-Naggar2, Hisao Yoshida2(1. Kindai University, 2. Kyoto University)
[B03]Carbon dioxide capture and electric field-driven hydrogenation into carbon monoxide at low temperature using titanium-zirconium composite oxide support
○Daichi Inoue1, Nao Tsunoji1, Kai Betsui2, Shuhei Ogo2, Etsushi Tsuji1, Naonobu Katada1(1. Tottori University, 2. Kochi University)
[B04]Solvent-free synthesis of amine-grafted adsorbent for direct air capture
○Nao Tsunoji1,2, Li Jinrui2, Masahiro Sadakane2(1. Tottori University, 2. Hiroshima University)
[B05]Influence of Mn Addition on CO2 Hydrogenation over Cu/ZnO/ZrO2 Catalysts
○Shohei Tada1, Yamato Mori1, Tsubasa Shigeta1, Masahiko Nishijima2, Hirotsugu Hiramatsu3, Ryuji Kikuchi1(1. Hokkaido University, 2. The University of Osaka, 3. National Yang Ming Chiao Tung University)
[B06]CO2 hydrogenation to light olefins using Ni-Fe/MgAl2O4 catalysts
○Ryohei Nomi1, Takaaki Suzuki1, Hitoshi Ogihara1, Hideki Kurokawa1(1. Saitama University)
[B07]Development of highly dispersed hydrotalcite-derived CuMgFe catalysts for direct CO2 direct FT synthesis
○Kentaro Kimura1, Ken Nakamura1, Jeraldine Docil Calangi1, Teck Ching CHIN1, Teruoki Tago1(1. Institute of Science Tokyo)
[B08]Improvement of liquid hydrocarbon yield in CO2 Fischer-Tropsch
synthesis over potassium added iron carbide catalyst
Akihide Yanagita1, Shingo Furuya1, Haruki Hosikoshi1, Keigo Tashiro1, ○Shigeo Satokawa1(1. Seikei University)
[B09]CO2 fixation process using Carbon Looping technology: Process intensification by changing from multi-stages to single stage
○Choji Fukuhara1, Hiroshi Akama1, Yuki Yamada2, Yu Nakazawa2, Watanabe Ryo2(1. Shizuoka University, 2. Shizuoka University, Graduate School of Engineering)
[B10]Promotional effect of water trap in directly converting CO2 to solid carbon over Fe-Co catalyst
○Hiroshi Akama1, Yuki Yamada2, Shu Kato2, Ryo Watanabe2, Choji Fukuhara2(1. Shizuoka university, 2. Shizuoka university graduate school)
[B11]Development of multinary alloy catalyst efficient for methanol synthesis via CO2 hydrogenation
○Saho Kajiwara1, Shinya Furukawa1(1. The University of Osaka)
[B12]CO synthesis via CO2 capture in the presence of O2 and hydrogenation over Cu-based dual functional catalysts
Sae Naito1, Norikazu Namiki1, ○Zen Maeno1,2(1. Kogakuin University, 2. JST PRESTO)
[B13]Development of Hollow Silica Encapsulating Oxide-modified Ni Nanoparticles as Active and Durable Catalysts in Reverse Water-Gas Shift Reaction
○Yasutaka Kuwahara1, Hanami Shimomura1, Ryota Kitagawa1(1. The University of Osaka)
[B14]Reactivity and deactivation of cobalt catalyst for Fischer-Tropsch synthesis using CO2-containing synthesis gas
○Shigeo Satokawa1,2, Motoya Hatsuzawa1(1. Seikei University , 2. Yamanashi University)
[C01]Overview of global oil resource development in 2025
○Masaru Ihara1(1. JOGMEC Technology Promotion Dept.)
[C02]Multiphysics Deep Learning for Spatiotemporal Carbon Storage Prediction Under Geological Uncertainty
○Vo Thanh Hung1(1. Waseda University)
[C03]Selective hydrotreating of heavy oil over multifunctional catalysts for BTX production
○Adinda Puspa Hayati1, Quan Zuo1, Moemi Toritsuka1, Mingming Peng1, Kenji Kamiya1, Yuta Saga2, Eika W. Qian1(1. Tokyo University of Agriculture and Technology (TUAT), 2. Maruzen Petrochemical)
[C04]Removel of Marcury Using Active Carbon Adsorbent
○Hidenori Yahiro1, Hiroyuki Yamaura1, Kenji Ikushima2(1. Ehime University, 2. IH Technology)
[C05]Development of highly efficient Pt-based alloy catalysts for non-oxidative coupling of methane
○Yuki Nakaya1, Nao Ooe1, Shinya Furukawa1(1. The University of Osaka)
[C06]Partial oxidation of methane into formaldehyde over Cu oxides catalysts dispersed on phosphate supports
○Ryojiro Jogan1, Sakae Takenaka1(1. Doshisha University)
[C07]Hydroxylation reaction of benzene with Pd nanoparticle catalyst
○Shingo Hasegawa1, Yusuke Suzuki1, Ken Motokura1(1. Yokohama National University)
[C08]Alkane dehydrogenation over calcium imide utilizing vacancy sites
○Reiji Kubota1, Masayoshi Miyazaki1, Shinya Furukawa1(1. Osaka University)
[C09]Design of Pt-based alloy catalysts using computational science for dehydrogenation of secondary alcohols
○Tomoaki Takayama1, Mami Nakano1, Yosuke Harashima1, Shogo Takasuka1, Mikiya Fujii1(1. Nara Institute of Science and Technology)
[C10]Operando spectroscopic analysis of catalyst structures and adsorbed species in homogeneous and heterogeneous systems
○Akira Yamamoto1(1. Faculty of Science and Engineering, Kindai University)
[C11]Production of synthesis gas by ethanol CO2 reforming using NiCuCeO2ZrO2 catalyst
Miia Katou1, Hayato Shimizu1, Tadanori Hashimoto1, ○Atsushi Ishihara1(1. Graduate School of Engineering, Mie University)
[C12]Preparation of a Novel Hierarchical Catalyst via Simultaneous Formation of ZSM-5 and Mesoporous Silica Using a Gel Skeleton Reinforcement Method-Effect of SiO2/Al2O3 ratio on catalytic cracking of LDPE-
○Aguru Suzuki1, Kairi Hirayasu1, Shinya Matsuura2, Tadanori Hashimoto1, Atsushi Ishihara1(1. Graduate School of Engineering, Mie University, 2. Mie Prefecture Industrial Research Institute)
[A01]Synthesis of Polyurethane Raw Material Using CO2: Focusing on Isocyanate Synthesis Step
○Hiroki Koizumi1, Haruki Nagae1, Katsuhiko Takeuchi1, Kazuhiro Matsumoto1, Norihisa Fukaya1, Kouta Sakaguchi2, Makoto Nakashige2, Satoshi Hamura2, Jun-Chul Choi1(1. National Institute of Advanced Industrial Science and Technology, 2. TOSOH Corporation)
[A02]Efficient CO2 capture and hydrogenation over Ni-K based dual functional catalysts
Akinobu Higuchi1, Yuki Koyama1, Norikazu Namiki1, ○Zen Maeno1(1. Kogakuin University)
[A03]Mechanochemical synthesis of oxide-imide solid solutions for base catalysis
○Masayoshi Miyazaki1, Hideo Hosono2, Masaaki Kitano2(1. The University of Osaka, 2. Institute of Science Tokyo)
[A04]A bird's-eye view of global oil development trends in 2024
○Masaru Ihara1(1. JOGMEC Technology Promotion Dept.)
[A05]A Study of the Remaining Lifetime Evaluation of Bolted Joints
○Soichi Hareyama1, Shinya Yamamoto2(1. Tokyo Metropolitan University, 2. TACST Co., Ltd.)
[A06]Oxidative coupling of methane under high-pressure conditions using a Na2WO4 catalyst
○Keiju Wachi1,3, Tomohiro Yabe1, Ryo Nakano2, Makoto Yamashita2,3, Kazuya Yamaguchi1(1. The University of Tokyo, 2. Nagoya University, 3. Institute of Science Tokyo)
[A09]High-speed CO2 methanation by spiral-type structured catalyst : Comparison with honeycomb and packed-bed catalysts
○Hiroshi Akama1, Shota Ueda2, Kazuhide Mino2, Ryo Watanabe2, Choji Fukuhara2(1. Shizuoka university, 2. Shizuoka university graduate school)
[A10]Direct methanation of biogas without CO2 separation: Structured catalyst system for mass-producing CH4 with high concentration
○Choji Fukuhara1, Hiroshi Akama1, shota Ueda1, Ryo Watanabe1(1. Shizuoka University, Graduate School of Engineering)
[A11]High performance production system of syngas from CO2 by joule-heating a spiral catalyst
○Ryo Watanabe1, Hiroyasu Suganuma1, Hiroshi Akama1, Choji Fukuhara1(1. Shizuoka University)
[A12]Effects of Thermal Conductivity on Photothermal Reverse Water Gas Shift over Supported Pt/MoO3 Catalysts
○Daichi Takami1, Yasutaka Kuwahara1, Hiromi Yamashita1(1. The University of Osaka)
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