[1A01]Research and development of SOEC peformance improvement for e-Fuel production
○Yohei Tanaka1, Naoki Takada1, Po-Chih Kuo1, Takuya Yamaguchi1(1. National Institute of Advanced Industrial Science and Technology)
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2020 - 2026
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| Year : | 2020 - 2026 |
Search across all events. Up to 10,000 search results will be displayed.
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Search Results(1,921)
[1A02]Effect of acid oxide supports on Fischer-Tropsch synthesis over cobalt based catalyst
○Sahashi Takumi1, Maeda Kaori1, Ye Hong1, Satokawa Shigeo1,2(1. Seikei University, 2. Yamanashi University)
[1A03]Effect of reduction condition on Fischer-Tropsch synthesis over supported cobalt catalyst
○Takumi Oshima1, Hong Ye1, Shigeo Satokawa1,2(1. Seikei University, 2. Yamanashi University)
[1A04]CO2 direct FT synthesis reaction on Sm2O3 supported Co catalyst
○Hayato Yoshida1, Syouichi Inoue1, Atsushi Oomori1, Masataka Uchino1, Aoha Uchida1, Ye Hong1, Shigeo Satokawa1,2(1. Seikei University, 2. Yamanashi University)
[1A05]High-efficiency syngas production via soec co-electrolysis and tail gas reforming
○Haruhiko Watanaba1, Hideki Nojo1(1. Japan Petroleum and Carbon Neutral Fuels Energy Center)
[1A06]Effect of Co–support interactions on Fischer–Tropsch performance over Co-supported catalysts
○Saki Shigenobu1, Satoru Ito1, Genki Horiguchi1, Shih-Yuan Chen1, Takehisa Mochizuki1(1. National Institute of Advanced Industrial Science and Technology)
[1A07]Supported Iron Catalyst for the Synthesis of Liquid Fuels Using CO2 as a Feedstock
○Yusuke Ogawa1, Yoshihide Nishida1, Hiroshi Yamada1, Katsutoshi Sato1, Katsutoshi Nagaoka1(1. Nagoya University)
[1A08]Investigation of liquid synthetic fuel production by FT bench plant (part 4) Investigation of reaction heat control by FT catalyst activity grading
○masaomi amemiya1, Toru Kyouren2, Kou Satou, Reiko Sekizawa1, Nobuo Ooyama1(1. Japan Petroleum and Carbon Neutral Fuels Energy Center, 2. Taiyo Oil Company, Limited)
[1A09]Investigation of liquid synthetic fuel production by FT bench plant (part5) Investigation of the effects by HB catalysts on ft synthesis using a 2kW-class FT bench-plant
○Naoki Amitani1, Toru Kyoren2, Masaomi Amemiya1, Nobuo Oyama1, Reiko Sekizawa1, Noriyuki Aratani1(1. Japan Petroleum and Carbon Neutral Fuels Energy Center, 2. Taiyo Oil Company, Limited)
[1A10]Development of a simulation model for an integrated liquid synthetic fuel production process and evaluation of production efficiency improvements
○Kazuyuki Morita1, Mitsunori Tabata1(1. Japan Petroleum and Carbon Neutral Fuels Energy Center)
[1A11]Optimization of post-processing for conversion of FT synthetic naphtha fraction to gasoline fuel.
○Natsuki Hamada1, Kazuhito Sato1, Yoshihiro Iitsuka1, Kenichi Okamoto2, Noriaki Ohmori2, Hiroshi Kisai2, Akio Imai2, Seiya Suzuki2(1. Cosmo Oil Co., Ltd., 2. Japan Petroleum and Carbon Neutral Fuels Energy Center)
[1A12]Study on effective utilization of bioethanol in synthetic gasoline
○Seiya Suzuki1, Akio Imai1, Nobuo Oyama1, Noriaki Omori1, Hiroshi Kisai1, Kenichi Okamoto1(1. Japan Petroleum and Carbon Neutral Fuels Energy Center)
[1A13]Trends in Plastic Chemical Recycling Plants in Japan and Overseas
○Ryuichi Takasawa1(1. Japan Petroleum and Carbon Neutral Fuels Energy Center)
[1A14]Demonstration of a Screw-Kiln Reactor for the Conversion of Waste Plastics into Petrochemical Feedstocks
○Satoshi Okajima1(1. Toyo Engineering Corp.)
[1A15]Plastic-waste/Asphalt paving enables new forms of plastic recycling
○Tomonori Takada1, Naoyuki Kobayakawa1, Michihiro Yatsu1, Masami Yoshida1, Taketora Naiki1(1. Central Technical Research Laboratory, ENEOS Corporation)
[1B01]Synthesis cyclic olefin copolymers (COC) using ketimide-modified half-titanocene catalysts and the post-modification functionalization
○Mahiro Shibuki1, Kotohiro Nomura1(1. Department of Chemistry, Graduate School of Science, Tokyo Metropolitan University)
[1B02]Machine-Learning-Assisted Data Integration and Molecular Field Analysis of Norbornene Insertion in Structurally Diverse Group 4 Olefin Polymerization Catalysts
○YU ZOU1, Shigeru Yamaguchi2, Ryo Tanaka1(1. Hiroshima University, 2. RIKEN)
[1B03]Synthesis of half-titanocenes containing unsymmetric imidazolin-2-iminato ligands for ethylene copolymerization
○Ketsanee Jantawan1, René Frank2, Matthias Tamm2, Kotohiro Nomura1(1. Tokyo Metropolitan University, Graduate School of Science , 2. Technical University of Braunschweig (TU Braunschweig))
[1B04]Synthesis of half-titanocenes containing ketimide ligands and their use as catalysts for ethylene copolymerization
○Kantarattana Paramanurak1, Minaho Kawatsu1, Shintaro Shibata2, Kotohiro Nomura1(1. Tokyo Metropolitan University, Graduate School of Science, 2. Kanagawa University)
[1B05]Tailoring cyclic olefin copolymers and terpolymers via transition metal catalysis: from macromolecular design to functional applications
○Simona Losio1, Adriano Vignali1(1. SCITEC-CNR)
[1B06]he Role of Comonomer Content in Tuning the Thermal, Mechanical, and Rheological Properties of Norbornene-Based Copolymers and Terpolymers
Simona Losio1, ○Adriano Vignali1(1. SCITEC-CNR)
[1B07]Breaking away from ideal surfaces to explain stereospecific active sites in heterogenous Ziegler-Natta catalysts
○Joao Marcos da Silveira1, Taniike Toshiaki1(1. Japan Advanced Institute of Science and Technology)
[1B08]Approaches to Structural Complexity in Olefin Polymerization Catalysts
○Toru Wada1, Toshiaki Taniike1(1. Japan Advanced Institute of Science and Technology)
[1B09]Oxidative Modification of Polyethylene Using the Biocatalyst Catalase–Peroxidase (KatGS1) and Its Application to Circular Resource Technologies
○Atsushi Hoshi1, Nobuyuki Nishibe2, Sion Hasegawa2, Daisuke Sugimori2,1(1. Graduate School of Symbiotic Systems Science and Technology, Fukushima University, 2. Faculty of Symbiotic Systems Science, Fukushima University)
[1B10]Enzymatic degradation and hydrophilization of polypropylene (PP) for producing high-value oligomers (terminal methyl ketone oligomers, terminal-unsaturated PP oligomers)
○Itsuki Hoshi1, Nobuyuki Nishibe2, Tomonari Tanaka2, Daisuke Sugimori1,2(1. Graduate School of Symbiotic Systems Science and Technology, Fukushima University, 2. Faculty of Symbiotic Systems Science, Fukushima University)
[1B11]Enzymatic precision depolymerization of NBR and high-yield production of high-value β-ketoaldehyde oligomers
○Nobuyuki Nishibe1, Wei Kong1, Riku Iijima2, Daisuke Sugimori1,2(1. Faculty of Symbiotic Systems Science and Technology, Fukushima University, 2. Graduate School of Symbiotic Systems Science and Technology, Fukushima University)
[1B12]Development of electrocatalyst for electrochemical nicotinamide-based coenzyme regeneration and its application to biocatalytic material production
○Masaki Kubo1, Yutaka Amao1(1. Osaka Metropolitan University)
[lUQgwKhS-1add]Process Eqipment Div. chief remarks
[1C01]Tightening training system of bolted flange connection for the worker established by JAMSEC (Japan Association of Maintenance and Service Contractors) (part 2)
○KOJI KONDO1(1. RAIZNEXT Corporation)
[1C02]A case study of initiatives toward zero leakage from flanged joints
○Nobuyasu Takahama1(1. Engineering&Maintenance Section Aichi Complex Idemitsu Kosan Co.,Ltd.)
[1C03]Maintenance considerations for heavy oil pumps
○Yuta Araki1(1. SHOWA YOKKAICHI SEKIYU CO., LTD.)
[1C04]Response to piping construction in sulfide stress cracking environment— Examination of construction area selection through mock-up testing —
○mamoru tsurushima1, masao hirano2(1. Idemitsu Kosan Co., Ltd. Chiba Complex Inspection & Reliability Section, 2. Idemitsu Kosan Co., Ltd. Chiba Complex Engineering & Maintenance Section)
[1C05]Examples of replacing float-type level gauges with radar-type level gauges due to malfunctions.
○WATARU HATASAWA1(1. Fuji Oil Company)
[1C06]Investigation of Predictive Maintenance in Oil Refineries Utilizing a Quadruped Robot (SPOT)
○MIYU FUKUDA1(1. Cosmo Oil Co., Ltd.)
[1C07]Development of a welding robot for internal corrosion repair in pipeline
○Kazuaki Mataga1(1. Technology Development Group, Engineering Management Department, Cosmo Engineering Co., Ltd.)
[1C08]Creating Wisdom and Systematization for Problem Solving through the Utilization of PI Data
○Hiroaki Ikeuchi1(1. TAIYO OIL CO.,LTD Shikoku Operations Refining Department Refining Group 4)
[1C09]Leveraging Knowledge in the PlantLogMeister Operations Management and Control Platform
○Yuki Kiso1(1. TMEIC Co., Ltd. — Industrial and Energy Systems Division 1)
[1C10]Reorganization of Integrity Operating Windows (IOW) and Enhancement of Monitoring through Digital Transformation
○Daiki Eto1(1. Cosmo Oil Co., Ltd. Maintenance Strategy Group Mechanical Reliability Dept)
[1C11]Detection of Anomalous Rider Ring Wear in a Reciprocating Compressor Using Comprehensive Vibration Field Analysis
Kei Yashiki1, ○Yusuke Takayama1, Takashi Waki1, Hiroki Iitsuka2(1. MITSUI E&S Co.,Ltd. Plant Machinery Dept., New Business Development Div., 2. MITSUI E&S Co.,Ltd. , Digital Development Dept., New Business Development Div.)
[1C12]Identification of the Causes of Motor Vibration Increase Using Motor Current Multiplex Analysis and Case Studies of Equipment Improvement
○Satoru Hida1(1. Idemitsu Kosan)
[1C13]Condition survey of concrete structures using Image analysis technology
○noriaki okui1(1. chugaitecnos,Inc.)
[1C14]Enhancing Inspection Efficiency Through the Use of an Visual Inspection Management Application
○Hirokazu Tanaka1, Kento Ishii2(1. ENEOS Corporation, 2. ENEOS Holdings, Inc.)
[1C15]External corrosion inspection DX –Improving external corrosion inspection quality through the use of educational apps–
○Daisuke Higashiyama1(1. ENEOS Corp. Kawasaki Refinery Inspection & Engineering Group 1)
[1D01]Synthesis of Alanine by the Electroreduction of CO2 and Acetonitrile
○Koki Fukushima1, Takaaki Suzuki1, Hitoshi Ogihara1(1. Saitama University)
[1D02]CO2 Insertion into Ethylene over Au-Ni Bimetallic Catalysts
○Chiao Lihsien1, Kosei Arata1, Akihiro Nakayama2, Norihito Sakaguchi3, Tetsuya Shimada1, Shinsuke Takagi1, Tamao Ishida4(1. Tokyo Metropolitan University, 2. Kyushu University, 3. Hokkaido university, 4. Osaka Metropolitan University)
[1D03]Development of catalysis for isocyanate formation from CO2-derived carbamate esters
○Haruki Nagae1, Hiroki Koizumi1, Kota Sakaguchi2, Takumu Yoshida2, Takanari Matsutani2, Hiroyoshi Hoshino2, Satoshi Hamura2, Toshihide Yamamoto2, Kazuhiro Matsumoto1, Norihisa Fukaya1, Jun-Chul Choi1(1. The National Institute of Advanced Industrial Science and Technology (AIST), Integrated Research Center for CCUS Implementation, 2. Tosoh Corporation)
[1D04]Re-catalyzed hydrogenation of CO2-captured ethylenediamine into N-methylethylenediamine
○Tomohiro Motoki1, Mizuho Yabushita1, Yoshinao Nakagawa2, Keiichi Tomishige1(1. Department of Applied Chemistry, Graduate School of Engineering, Tohoku University, 2. Chemical Systems Engineering Program, Division of Materials and Environmental Sciences, Graduate School of Science and Technology, Gunma University)
[1D05]Design of acid–base cooperative solid catalysts by combining basic metal oxide clusters and metal cations
○Soichi Kikkawa1, Shoji Fukuda1, Cristy Varghese1, Kentaro Yonesato2, Kosuke Suzuki2, Hideyuki Kawasoko1, Tatsuya Higaki1, Kazuya Yamaguchi2, Seiji Yamazoe1(1. Tokyo Metropolitan University, 2. The University of Tokyo)
[1D06]Development of Fe-Based Core–Shell Catalysts for Ammonia Synthesis: Structure–Function Relationships
○YUAN JING1, Juna Shimizu1, Masashi Hattori1, Satoshi Ishikawa1, Takashi Toyao2, Michikazu Hara1(1. Institute of Science Tokyo, 2. Hokkaido University)
[1D07]Is Power-to-X the Path to Effective CO2 Utilization?
○Benjamin Caudle1, Satoshi Taniguchi1, Thuy TH Nguyen1, Nobuo Hara1, Sho Kataoka1(1. National Institute of Advanced Industrial Science and Technology)
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