石油学会 年会（研究発表会）

[S00]JPI president's remarks

[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 Tsunoji^1,2, 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 Maeno^1,2(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 Satokawa^1,2, 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)

The 67th Annual Meeting of Jpn. Petrol. Inst. (The 73rd R&D Symposium of JPI)Tue. May 27, 2025Download PDF

[A02]Efficient CO₂ capture and hydrogenation over Ni-K based dual functional catalysts

Akinobu Higuchi¹, Yuki Koyama¹, Norikazu Namiki¹, ○Zen Maeno¹(1. Kogakuin University)

The 67th Annual Meeting of Jpn. Petrol. Inst. (The 73rd R&D Symposium of JPI)Tue. May 27, 2025Download PDF

[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)

The 67th Annual Meeting of Jpn. Petrol. Inst. (The 73rd R&D Symposium of JPI)Tue. May 27, 2025Download PDF

[A04]A bird's-eye view of global oil development trends in 2024

○Masaru Ihara¹(1. JOGMEC Technology Promotion Dept.)

The 67th Annual Meeting of Jpn. Petrol. Inst. (The 73rd R&D Symposium of JPI)Tue. May 27, 2025Download PDF

[A05]A Study of the Remaining Lifetime Evaluation of Bolted Joints

○Soichi Hareyama¹, Shinya Yamamoto²(1. Tokyo Metropolitan University, 2. TACST Co., Ltd.)

The 67th Annual Meeting of Jpn. Petrol. Inst. (The 73rd R&D Symposium of JPI)Tue. May 27, 2025Download PDF

[A06]Oxidative coupling of methane under high-pressure conditions using a Na₂WO₄ catalyst

○Keiju Wachi^1,3, Tomohiro Yabe¹, Ryo Nakano², Makoto Yamashita^2,3, Kazuya Yamaguchi¹(1. The University of Tokyo, 2. Nagoya University, 3. Institute of Science Tokyo)

The 67th Annual Meeting of Jpn. Petrol. Inst. (The 73rd R&D Symposium of JPI)Tue. May 27, 2025Download PDF

[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)

The 67th Annual Meeting of Jpn. Petrol. Inst. (The 73rd R&D Symposium of JPI)Tue. May 27, 2025Download PDF

[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)

The 67th Annual Meeting of Jpn. Petrol. Inst. (The 73rd R&D Symposium of JPI)Tue. May 27, 2025Download PDF

[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)

The 67th Annual Meeting of Jpn. Petrol. Inst. (The 73rd R&D Symposium of JPI)Tue. May 27, 2025Download PDF

[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)

The 67th Annual Meeting of Jpn. Petrol. Inst. (The 73rd R&D Symposium of JPI)Tue. May 27, 2025Download PDF