[1A01-01-01]熊本城天守閣石垣の復旧について
嘉村 哲也(熊本市役所 熊本城総合事務所 熊本城調査研究センター 文化財保護主任主事)
Kumamoto Conv. of JPI (50th Petroleum-Petrochemical Symposium of JPI)
Nov 12 - Nov 13, 2020KUMAMOTO-JO HALL
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Kumamoto Conv. of JPI (50th Petroleum-Petrochemical Symposium of JPI)
Nov 12 - Nov 13, 2020KUMAMOTO-JO HALL
You can search for presentations in this event.
SearchSearch Results(206)
[1A01-03-01]新しい風は西から～大学と高専の連携による新規の高等教育～
渡辺 幸信(九州大学大学院総合理工学研究院 副研究院長 )
[1A01-03-02]二酸化炭素の大幅な排出削減のためのe-fuelという考え方
里川 重夫(成蹊大学理工学部物質生命理工学科 教授 )
[1A01-03-03]野球の超微と石油の超微
河原 純一(愛媛マンダリンパイレーツ （四国リーグ）監督／元読売ジャイアンツ投手 )
[1A01]Identification of zinc active species in zinc-supported direct desulfurization catalysts
○Shin-ya Suzuki1, Hikaru Yamada1, Soichiro Tokitsu1, Syunsuke Takahashi1, Takamaro Kawai1, Nobumasa Nakajima1, Masaaki Haneda2(1. Cosmo Oil Co., Ltd., 2. Nagoya Institute of Technology)
[1A02]Catalytic cracking of n-dodecane by β-zeolite mixed catalyst using silica reinforced matrices -Effect of pore structure and acid property-
○Shinya Matsuura1,2, Tadanori Hashimoto1, Atsushi Ishihara1(1. Mie University, 2. Mie Prefecture Industrial Research Institute)
[1A03]Catalytic cracking of low-density polyethylene by hierarchical zeolite-containing silica catalyst using curie point pyrolyzer
○Shinya Matsuura1,2, Tadanori Hashimoto1, Atsushi Ishihara1(1. Mie University, 2. Mie Prefecture Industrial Research Institute)
[1A04]Partial hydrogenation of naphthalene into tetralin catalyzed by molybdena monolayer on alumina
○Ryosuke Inada1, Satoshi Suganuma1, Etsushi Tsuji1, Naonobu Katada1(1. Tottori University Center for Research on Green Sustainable Chemistry)
[1A05]Catalyst design by machine learning
○Takayuki Kurogi1, shingo sakai1, rei hamada1(1. JGC Catalysts and Chemicals Ltd.)
[1A06]Catalytic cracking of 3-ring and 4-ring polycyclic aromatic hydrocarbons in RFCC process
○Iori Shimada1, Yuta Watanabe1, Toru Takatsuka2(1. Shinshu University, 2. Chiyoda Corp.)
[1A07]New laboratory deactivation method of FCC catalysts
○Norihito Chiyoda1, Kazuhito Sato1, Nobumasa Nakajima1(1. Cosmo Oil Co., Ltd. Research & Development Center)
[1A08]Development of industrial process for 1-hexene production using ethylene trimerization catalysis
○Takayuki Aoshima1(1. Science & Innovation Center, Inorganic Materials Laboratory, Mitsubishi Chemical Corp.)
[1A09]Design of functional catalysis using nanostructured materials and their applications for environmentally friendly reactions
○Hiromi Yamashita1(1. Graduate School of Engineering, Osaka University)
[1A-1515-1add]JPI president remarks
Takashi Matsushita(Idemitsu Kosan Co., Ltd.)
[1B01]Development of Ir-based complex oxide catalyst for partial oxidation of methane using H2O2
○Momoka Irikura1, Junya Ohyama2, Hiroshi Yoshida2, Masato Machida2(1. Graduate School of Science and Technology Kumamoto University, 2. Faculty of Advanced Science and Technology Kumamoto University)
[1B02]Pd nanoparticles supported over Ce-incorporated MFI-type zeolites as catalysts for low-temperature oxidative coupling of methane
○Motohiro Yoshida1, Fumiya Muto1, Atsushi Neya1, Mizuho Yabushita1, Sachiko Maki1, Kiyoshi Kanie1, Toshiyuki Yokoi2, Atsushi Muramatsu1,3(1. Institute of Multidisciplinary Research for Advanced Materials, Tohoku University, 2. Institute of Innovative Research, Tokyo Institute of Technology, 3. JST CREST)
[1B03]Counter Cation-dependent Thermal Stability and Methane Conversion Reactivity of Dianionic Metal Sulfide Clusters
○Takeshi Matsumoto1,2, Kazuto Kurihara3, Ryota Osuga1, Shuhei Yasuda1, Junko N. Kondo1, Akinobu Nakada3, Ho-Chol Chang3, Toshiyuki Yokoi1(1. Tokyo Institute of Technology, 2. JST-PRESTO, 3. Chuo University)
[1B04]Effects of alkaline treatment of FER-type zeolite for methanol dehydration reaction
○Naohiro Shimoda1, Masahiro Aki1, Masahiro Katoh1, Shigeru Sugiyama1(1. Tokushima University)
[1B05]Urea-derived Cu/ZnO catalyst being dried by supercritical phase CO2 for low-temperature methanol synthesis <gdiv></gdiv>
○Peipei Zhang1, Yoshiharu Yoneyama1, Guohui Yang1, Noritatsu Tsubaki1(1. Toyama University)
[1B06]Vapor-phase low-temperature methanol synthesis from CO2-containing syngas via self-catalysis of methanol and Cu/ZnO catalysts prepared by solid-state method.<gdiv></gdiv>
○Fei Chen1, Peipei Zhang1, Guohui Yang1, Yoshiharu Yoneyama1, Noritatsu Tsubaki1(1. Toyama University)
[1B07]The effect of visible light irradiation on reverse water gas shift reaction using Pt-loaded molybdenum suboxide catalyst
○Kazuki KUSU1, Yasutaka KUWAHARA1,2,3, Hiromi YAMASHITA1,2(1. Division of Materials and Manufacturing Science, Graduate School of Engineering, Osaka University, 2. Unit of Elements Strategy Initiative for Catalysts & Batteries (ESICB), 3. JST PRESTO)
[1B08]Hybrid catalyst developed by co-immobilizing Fe(III)-Ni(II) complexes into fluorotetrasilicic mica interlayer for one-pot synthesis of polyethylene blend having different properties.
○Yuki Narita1, Kazuhiro Yamamoto2, Miru Hirahara1, Hitoshi Ogihara1, Hideki Kurokawa1(1. Saitama University, 2. Japan Polychem Corporation)
[1B09]Ethylene oligomerization using iminopyridinenickel(II) complex immobilized into fluorotetrasilicic mica interlayer as a catalyst. -Substituent effects on formation of branched olefins-
○Shingo Haruta1, Airi Tanaka1, Kazahiro Yamamoto2, Miru Hirahara1, Hitoshi Ogihara1, Hideki Kurokawa1(1. Saitama University, 2. Japan Polychem corporation)
[1B10]Formation of Ziegler-Natta catalyst investigated on the basis of quantitative structural determination via X-ray total scattering
○Toru Wada1,2, Gentoku Takasao1, Patchanee Chammingkwan1,2, Ashutosh Thakur1, Minoru Terano1,2, Toshiaki Taniike1,2(1. Japan Advanced Institute of Science and Technology, 2. The Dutch Polymer Institute)
[1B11]Computational investigation into structural distribution of Cr species on SiO2 surfaces
○Yuta Wada Yagi1, Toru Wada1, Toshiaki Taniike1(1. Japan Advanced Institute of Science and Technology)
[1B12]Synthesis of cyclic olefin copolymers by half-titanocene catalysts
○Masaki Okabe1, Hitoshi Harakawa1, Kotohiro Nomura1(1. Tokyo Metropolitan University, Department of Chemistry)
[1B13]Synthesis of (arylimido)niobium(V)-alkylidene complexes as olefin metathesis catalysts
○Kanchana Chatchaipaiboon1, Itsuki Izawa1, Kotohiro Nomura1(1. Tokyo Metropolitan University, Department of Chemistry)
[1B14]Ring-opening metathesis polymerization of cyclic olefins by (arylimido)vanadium(V)-alkylidene catalysts
○Sirilak Mekcham1, Sapanna Chaimongkolkunasin1, Kotohiro Nomura1(1. Tokyo Metropolitan University, Department of Chemistry)
[1C01]Development of TiO2 supported immiscible RhCu bimetallic alloy catalyst for efficient hydrogen production from ammonia borane
○Kazuki Shun1, Shinya Masuda1, Kohsuke Mori1,2, Yasutaka Kuwahara1,2,3, Hiromi Yamashita1,2(1. Materials and Manufacturing Science, Graduate School of Engineering, Osaka University, 2. ESICB, Kyoto University, 3. JST PRESTO)
[1C02]Novel synthesis of high entropy alloy nanoparticles and investigation in the CO2 hydrogenation
○Naoki Hashimoto1, Kohsuke Mori1,2, Hiromi Yamashita1,2(1. Division of Materials and Manufacturing Science, Graduate School of Engineering, Osaka University, 2. Elements Strategy Initiative for Catalysts and Batteries, Kyoto University)
[1C03]Synthesis of Fe-substituted zeolites by a mechanochemical method
○Ginpei Tanaka1, Atsushi Neya1, Motohiro Yoshida1, Mizuho Yabushita1, Sachiko Maki1, Kiyoshi Kanie1, Atsushi Muramatsu1,2(1. Institute of Multidisciplinary Research for Advanced Materials, Tohoku University, 2. JST CREST)
[1C04]Mechanochemical synthesis of Ce-incorporated zeolites and their use for methane transformation
○Atsushi Neya1, Motohiro Yoshida1, Mizuho Yabushita1, Sachiko Maki1, Kiyoshi Kanie1, Toshiyuki Yokoi2, Atsushi Muramatsu1,3(1. Institute of Multidisciplinary Research for Advanced Materials, Tohoku University, 2. Institute of Innovative Research, Tokyo Institute of Technology, 3. JST CREST)
[1C05]Role of zeolite framework for oxidative reforming of methane using Rh-containing zeolites
○Ryota Osuga1, Saikhantsetseg Bayarsaikhan1, Shuhei Yasuda1, Sungsik Park1, Ryo Manabe2, Hisashi Shima2, Susumu Tsutsuminai2, Atsushi Fukuoka3, Hirokazu Kobayashi3, Toshiyuki Yokoi1(1. Institute for Innovative Research, Tokyo Institute of Technology, 2. Science & Innovation Center, Mitsubishi Chemical Corporation, 3. Institute for Catalysis, Hokkaido University)
[1C06]Methane oxidative conversion over Ni-containing zeolite catalyst
○Shuhei Yasuda1, Ryota Osuga1, Mizuho Yabushita2, Atsushi Muramatsu2,3, Toshiyuki Yokoi1(1. Tokyo Institute of Technology, 2. Tohoku University, 3. JST-CREST)
[1C07]Examination of compatibility evaluation method about crude oil using Multi Components Aggregation Model (MCAM)
○Hashimoto Masumi1, Tsuji Koji1, Yachi Hiroshi1, Kato Hiroshi1(1. Japan Petroleum Energy Center(JPEC))
[1C08]Asphaltene aggregation analysis for twenty years
○Ryuzo Tanaka1,2, Haruo Kumagai3, Toshimasa Takanohashi4, Masato Morimoto4, Eri Fumoto4, Shinya Sato4, Koji Harano5, Takeshi Morita6, Hideki Yamamoto7, Teruo Suzuki2(1. Idemitsu Kosan Co., Ltd., 2. Japan Petroleum Energy Center, 3. Hokkaido University, 4. National Institute of Advanced Industrial Science and Technology, 5. The University of Tokyo, 6. Chiba University, 7. Kansai University)
[1C09]Asphaltene aggregation/disaggregation in mesoscopic length scale using small-angle X-ray scattering
○Takeshi Morita1, Masato Morimoto2, Hideki Yamamoto3, Ryuzo Tanaka4,5, Suzuki Teruo5(1. Chiba University, 2. National Institute of Advanced Industrial Science and Technology, 3. Kansai University, 4. Idemitsu Kosan Co., Ltd., 5. Japan Petroleum Energy Center)
[1C10]1H-NMR Relaxation Study on The Dissociation Behavior of Asphaltene Aggregates.
○Haruo Kumagai1(1. Graduate School of Engineering, Hokkaido University)
[1C11]Asphaltene molecular polarity compared with pure compounds using alumina column fractionation
○Shinya Sato1, Masato Morimoto1, Eri Fumoto1, Hideki Yamamoto2, Ryuzo Tanaka3,4, Teruo Suzuki4(1. National Institute of Advanced Industrial Science and Technology (AIST), 2. Kansai University, 3. Idemitsu Kosan Co. Ltd., 4. Japan Petroleum Energy Center)
[1C12]Asphaltene molecular aggregate modeled by Petroleomics
○Masato Morimoto1, Shinya Sato1, Eri Fumoto1, Ryuzo Tanaka2,3, Teruo Suzuki3(1. National Institute of Advanced Industrial Science and Technology (AIST), 2. Idemitsu Kosan Co. Ltd., 3. Japan Petroleum Energy Center)
[1D01]Effect of active oxygen excited with UV-LED on methane oxidation on Sm2O3
○Shigeru Sugiyama Sugiyama1, Yasunori Hayashi1, Naohiro Shimoda1, Masahiro Katoh1, Yuki Kato2, Wataru Ninomiya2(1. Tokushima University, 2. Mitsubishi Chemical)
[1D02]Introduction of Ga into crystalline Mo3VO11.2 and its catalytic activity for ammoxidation of propane
○Satoshi Ishikawa1, Yoshihiro Tanaka1, Wataru Ueda1(1. Faculty of Engineering, Department of Material and Life Chemistry, Kanagawa University)
[1D03]Introduction of various elements into crystalline Mo3VOx catalyst for selective oxidation of ethane to acetic acid
○Yoshihiro Tanaka1, Hiroki Oyama1, Satoshi Ishikawa2, Wataru Ueda2(1. Field of Applied Chemistry, Course of Engineering, Graduate School Engineering, Kanagawa University, 2. Faculty of Engineering, Department of Material and Life Chemistry, Kanagawa)
[1D04]Direct hydroxylation of benzene with hydrogen peroxide using copper complexes encapsulated into zeolite with organic cations
○Koichi Tanabe1, Syuhei Yamaguchi1, Hidenori Yahiro1(1. Ehime University)
[1D05]Shape-controlled Ag nanoparticle by CO gas treatment for CO oxidation
○Takehiro Tamura1, Kyoichi Sawabe1, Junya Ohyama2,3, Atsushi Satsuma1,3(1. Nagoya University , 2. Kumamoto University , 3. Kyoto University Elements Strategy Initiative for Catalysts and Batteries)
[1D06-09-1add]Process Eqipment Div. chief remarks
[1D06]Improving an accuracy and a work load of vibration diagnosis for machinery equipment by utilize AI technology
○Takashi Sato1(1. ENEOS Corporation)
[1D07]Application of MFR (Magnetic Flux Resistance) to actual machine
○Mamoru Tsurushima1, Toyokazu Tada2(1. Maintenace & Engineering Section Manufacturing & Technology Department Idemitsu Kosan Co., Ltd., 2. Materials & Plant Engineering Group Production & Safety Fundamental Technology Center Sumitomo Chemical Co. Ltd,)
[1D08]Case study on creep damege in boiler super heater tubes
○Shinnosuke Nojiri1(1. Asset Inspectoin Section Chiba Refinery Cosmo Oil Co.,Ltd. )
[1D09]Efficiency improvement by non-destructive inspection to hydrogen reforming furnace tubes
○HIROKI TSURUOKA1(1. Idemitsu Kosan Co.,Ltd. Chiba Complex Inspection & Reliability Section)
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