Petroleum-Petrochemical Symposium of JPI

[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)

[1A02]Effect of acid oxide supports on Fischer-Tropsch synthesis over cobalt based catalyst

○Sahashi Takumi¹, Maeda Kaori¹, Ye Hong¹, Satokawa Shigeo^1,2(1. Seikei University, 2. Yamanashi University)

[1A03]Effect of reduction condition on Fischer-Tropsch synthesis over supported cobalt catalyst

○Takumi Oshima¹, Hong Ye¹, Shigeo Satokawa^1,2(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 Satokawa^1,2(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 (KatG_S1) and Its Application to Circular Resource Technologies

○Atsushi Hoshi¹, Nobuyuki Nishibe², Sion Hasegawa², Daisuke Sugimori^2,1(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 Sugimori^1,2(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 Sugimori^1,2(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)