Last modified: 2023年12月13日 19:10:32
Hall E, Day 1 | Hall E, Day 2 | Hall E, Day 3
X-51 | 3 | 8 | 9
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Hall E, Day 1 | |||||
| X-51 The Challenge of Reducing CO2 Emissions through the Integration of Thermal Energy Technologies | |||||
| (13:15–13:20) | |||||
| 13:15– 13:20 | Opening remark (Gifu U.) (Reg)Kobayashi Nobusuke | ||||
| (13:20–13:50) (Chair: Shimizu Tadaaki) | |||||
| 13:20– 13:50 | E114 | [Requested talk] Thermal Circuit System Regenerating Thermal Energy with Heat (Kobe U.) (Reg)Suzuki Hiroshi | Thermal Circuit Regeneration Thermal Management | X-51 | 169 |
| (13:50–14:20) (Chair: Nakaso Koichi) | |||||
| 13:50– 14:20 | E115 | [Invited lecture] (Takasago Thermal Eng.) *(Reg)Kamata Haruyuki, *(Reg)Tanino Masayuki | X-51 | 136 | |
| 14:20– 14:30 | Break | ||||
| (14:30–15:00) (Chair: Esaki Takehiro) | |||||
| 14:30– 15:00 | E118 | [Invited lecture] Development of CaO/H2O thermochemical storage system (Aichi Steel) Ito Yukio | Thermo-chemical storage Calcium oxide Exhaust heat Recovery | X-51 | 476 |
| (15:00–15:30) (Chair: Ryu Junichi) | |||||
| 15:00– 15:30 | E119 | [Requested talk] Use of integration to power, heat and electricity of solar power -Waste heat minimization system using electric vehicle- (Gifu U.) (Reg)Nakagawa Tsuguhiko | electric vehicle virtual grid solar power | X-51 | 137 |
| 15:30– 15:40 | Break | ||||
| (15:40–16:15) (Chair: Fujioka Keiko) | |||||
| 15:40– 16:15 | General discussion | ||||
| Hall E, Day 2 | |||||
| 3. Thermal engineering | |||||
| (10:00–11:40) (Chair: Asakuma Yusuke, Matsukawa Yoshiya) | |||||
| 10:00– 10:20 | E204 | Theoretical discussion on exergy destruction during heat-exchange process (Hokkaido Res. Org. RIEEG) *(Reg)Togashi Kenichi, (U. Tokyo) (Reg)Tsutsumi Atsushi | Exergy Heat transfer Heat exchanger | 3-c | 583 |
| 10:20– 10:40 | E205 | Morphological Classification of Electron Microscopic Images of Carbon Black with Machine Learning Assistance (Tohoku U.) *(Reg)Matsukawa Yoshiya, Wakimoto Shinji, (Stu)Niioka Shunya, (Reg)Aoki Hideyuki, (Asahi Carbon) (Cor)Era Koki, (Cor)Aoki Takayuki, (Reg)Yamaguchi Togo | Carbon Black Morphology Convolutional Neural Network | 3-b | 297 |
| 10:40– 11:00 | E206 | Experiments on the reduction of operation temperature in melting process of incinerated ash yielded from industrial waste (Tsuneishi Kamtecs) *(Reg)Minakami Masayoshi, (Reg)Kawajiri Tatsuya, (Kyushu U.) (Reg)Hironaka Shuji, (Reg)Fukai Jun | Ash melting furnaces Melting point Industrial waste | 3-f | 267 |
| 11:00– 11:20 | E207 | Dispersibility of monosaccharides, disaccharides and trisaccharides from microwave irradiation refractive index (U. Hyogo) Koreeda Sota, *(Reg)Asakuma Yusuke, (Kochi U. Tech.) Taue Shuji, (Curtin U.) Hyde Anita, Phan Chi | microwave refractive index glucose | 3-e | 196 |
| 11:20– 11:40 | E208 | Prediction of temperature distribution under various microwave irradiation conditions using dimensionless numbers (U. Hyogo) Yakata Ryohei, *(Reg)Asakuma Yusuke, (Curtin U.) Hyde Anita, Phan Chi | microwave dimensionless number local heating | 3-a | 192 |
| 8. Supercritical fluid | |||||
| (13:00–13:40) (Chair: Akizuki Makoto, Kihara Shin-ichi) | |||||
| 13:00– 13:20 | E213 | [Featured presentation] Methodology of Ultra-Fine Tuning of Metal Oxide Nanoparticles by Continuous Flow Hydrothermal Reaction (Tohoku U.) *(Reg)Yoko Akira, (Stu·APCE)Chiba Nobutaka, Omura Yuki, (Reg)Seong Gimyeong, (Reg)Tomai Takaaki, (Reg)Adschiri Tadafumi | Supercritical hydrothermal synthesis Ultra-fine particle Organic modified metal oxide | 8-e | 536 |
| 13:20– 13:40 | E214 | Extraction technology of surface modified Fe3O4 nanoparticles using supercritical CO2$ (Tokyo Tech) *(Reg)Orita Yasuhiko, (Stu)Wijakmatee Thossaporn, (Reg)Shimoyama Yusuke | Supercritical carbon dioxide extraction surface modified nanoparticles | 8-c | 686 |
| (13:40–14:40) (Chair: Shimoyama Yusuke) | |||||
| 13:40– 14:00 | E215 | Effect of hydrothermal condition on electrochemical CO2 reduction process (Tohoku U. IMRAM) (Reg)Tomai Takaaki | Hydrothermal Electrochemical CO2 | 8-d | 258 |
| 14:00– 14:20 | E216 | High-pressure Fluid Mixing in the Development of Rubber Composite: Filler Dispersion Effect (Hiroshima U.) Akagawa Soshi, *(Reg)Kihara Shin-ichi, (Reg)Ushiki Ikuo, (Reg)Takishima Shigeki, (Kobe Steel) (Cor)Higashi Kosuke, (Cor)Yamada Sayaka, (Cor)Okamoto Sachiya | Rubber Composites Supercritical Fluids Mixing | 8-e | 668 |
| 14:20– 14:40 | E217 | Microflow production of liposomes under hydrothermal conditions (Okayama U.) *(Reg)Shimanouchi Toshinori, (Stu)Tai Shunsuke, (Reg)Kimura Yukitaka | microflow liposome hydrothermal condition | 8-e | 716 |
| (15:00–16:20) (Chair: Haruki Masashi, Yoko Akira) | |||||
| 15:00– 15:20 | E219 | MD simulation study on the density behavior of gas expanded liquid (Shizuoka U.) *(Stu)Cai Guoxiao, (Chuo U.) (Reg)Funazukuri Toshitaka, (Shizuoka U.) (Reg)Sako Takeshi, (Reg)Fukuhara Choji, (Reg)Kong Chang Yi | MD simulation density gas expanded liquid | 8-b | 660 |
| 15:20– 15:40 | E220 | Determination of the PMV values of OAME in supercritical carbon dioxide (Shizuoka U.) *(Stu)Cai Guoxiao, Fukunishi Kota, (Reg)Sako Takeshi, (Chuo U.) (Reg)Funazukuri Toshitaka, (Shizuoka U.) (Reg)Kong Chang Yi | partial molar volume oleic acid methyl ester supercritical carbon dioxide | 8-b | 586 |
| 15:40– 16:00 | E221 | Direct extraction of fucoxanthin and lipids from highly hydrous diatoms by liquefied dimethyl ether (Nagoya U.) *(Reg)Wang Tao, (Reg)Zhu Li, (Stu)Kusumi Kaito, (Reg)Kanda Hideki | Algae Extraction Dimethyl ether | 8-c | 31 |
| 16:00– 16:20 | E222 | The Extraction of Plant Components using Liquefied Dimethyl Ether (ALBION) *(Reg)Torii Shogo, (Reg)Suzuki Shogo | dimethyl ether extraction seed oil | 8-c | 673 |
| (16:20–17:20) (Chair: Sato Takafumi, Suzuki Shogo) | |||||
| 16:20– 16:40 | E223 | Hydrothermal Liquefaction of Hinoki Wood using Sub and Supercritical Water (Tohoku U.) *(Reg)Diono Wahyu, (Reg)Yoko Akira, (Reg)Seong Gimyeong, (Reg)Tomai Takaaki, (Reg)Adschiri Tadafumi | Hinoki Hydrothermal Liquefaction | 8-d | 274 |
| 16:40– 17:00 | E224 | Photo-thermally direct CO2 capture from air using aerogel with carbon black (Tokyo Tech) *(Stu)Kataoka Taishi, (Reg)Orita Yasuhiko, (Reg)Shimoyama Yusuke | aerogel photo-thermal effect CO2 capture | 8-e | 467 |
| 17:00– 17:20 | E225 | Effect of Rapid Expansion on Biomass Residue after Supercritical Carbon Dioxide Extraction (NIT Ariake) *(Reg)Kondo Mitsuru, (Stu)Otsubo Yuki | Biomass Rapid Expansion Supercritical Carbon Dioxide | 8-e | 535 |
| Hall E, Day 3 | |||||
| 9. Energy engineering | |||||
| (9:00–10:20) (Chair: Hanada Nobuko, Kaneko Katsumi) | |||||
| 9:00– 9:20 | E301 | A Study on the Mechanism of Corrosion on Superheater Tubes for Municipal Solid Waste Incinerator boiler by the Analysis of X-ray Absorption Fine Structure of Heavy Metals in Boiler Ash (JFE Eng.) *(Cor)Toda Asako, (Kyoto U.) Takaoka Masaki, (Ryukoku U.) Fujimori Takashi, (Kyoto U.) Tanaka Shinobu, (JFE Eng.) (Cor)Kawasaki Shota, (Cor)Kitagawa Takao, (Reg)Hirayama Atsushi, (Cor)Nakayama Takashi | High Temperature Corrosion Heavy Metals X-ray Absorption Fine Structure | 9-d | 392 |
| 9:20– 9:40 | E302 | Abiotic resource depletion and environmental impact evaluation of energy storage systems installing variable renewable energy (UTokyo) *(Reg)Yamaki Ayumi, (Reg)Fujii Shoma, (Reg)Kanematsu Yuichiro, (Reg·APCE)Kikuchi Yasunori | Battery Hydrogen storage Thermal energy storage | 9-e | 306 |
| 9:40– 10:00 | E303 | Short-term electricity demand forecasting with high dimensional data including information of human activities in the building for distributed energy system (Tokyo Tech) *(Stu)Lee Hyojae, (Stu)Tsuda Shunsaku, (Stu)Iijima Taiki, (Reg)Manzhos Sergei, (Reg)Ihara Manabu | distributed energy sysyem demand forecasting high dimensional data | 9-e | 527 |
| 10:00– 10:20 | E304 | Real-time forecasting model of photovoltaics power generation including shadows and estimation of electricity market imbalance penalty (Tokyo Tech) *(Stu)Otoshi Natsuki, (Reg)Manzhos Sergei, (Reg)Ihara Manabu | Energy system Solar cell Electricity market | 9-e | 615 |
| (10:20–12:00) (Chair: Tamaki Takanori, Noda Suguru) | |||||
| 10:20– 10:40 | E305 | Development of an alumina-based ceramic heat storage body enhanced by radiation heat transfer and the evaluation of heat storage performance (Nagoya U.) *(Stu)Zhou Xin, (Reg)Kita Hideki, (Reg)Yamashita Seiji, (Reg)Kubota Mitsuhiro, (Chubu Electric Power) (Reg)Takeuchi Akihiro | black alumina regenerative burner high heat storage rate | 9-b | 466 |
| 10:40– 11:00 | E306 | High pressure methane storage with pore gate-donated carbons at ambient pressure (Shinshu U.) Wang Shuwen, Furuse Ayumi, (Alicante U.) Marco-Lozar Juan, Silvestre-Abero Joaquin, (Shinshu U.) *(Reg)Kaneko Katsumi | high pressure methane graphene ambient pressure storage | 9-e | 98 |
| 11:00– 11:20 | E307 | Heat supply to and hydrogen desorption from MgH2 set in thermally insulated container via hot gas flow (Waseda U.) *(Stu)Yoshida Keisuke, (Reg)Noda Suguru, (Reg)Hanada Nobuko | Hydrogen storage Magnesium hydride Heat supply | 9-e | 262 |
| 11:20– 11:40 | E308 | Reaction selectivity control on seawater electrolysis for hydrogen generation using thin flow channel electrolysis cell. (Yamaguchi U.) *(Reg)Endo Nobutaka, Tanaka Toshimitu, (Stu)Masada Issei, Nitta Takumi, Yamaguchi Tomoya | Seawater electrolysis Chlorine Oxygen selectivity | 9-e | 350 |
| 11:40– 12:00 | E309 | Change of the electrode active sites by an accelerating degradation test in the redox flow battery (Gunma U.) *(Reg)Ishitobi Hirokazu, Obata Ryusuke, (QST) Yamamoto Shunya, Okazaki Hiroyuki, Koshikawa Hiroshi, Yamaki Tetsuya, (Gunma U.) (Reg)Nakagawa Nobuyoshi | Redox flow battery Degradation Active sites | 9-e | 141 |
| (13:20–14:40) (Chair: Fukunaga Hiroshi, Horiguchi Genki) | |||||
| 13:20– 13:40 | E314 | Preparation of porous carbon nanofibers by using electrospinning technology for fuel cell catalyst (Gunma U.) *(Stu)Gao He, (Reg)Ishitobi Hirokazu, (Reg)Nakagawa Nobuyoshi | Porous structure carbon nanofibers methanol oxidation reaction | 9-a | 303 |
| 13:40– 14:00 | E315 | Development of Iron-based Phosphate Electrocatalysts for Anodic Reaction in Alkaline Water Splitting (Tokyo Tech) *(Reg)Sugawara Yuuki, Kamata Keigo, Matsuda Aoi, (Reg)Yamaguchi Takeo | hydrogen production oxygen evolution reaction electrocatalyst | 9-e | 50 |
| 14:00– 14:20 | E316 | Start-Stop Durability Analysis of Membrane-Electrode Assemblies using Polyfluorene-Based Anion-Conducting Electrolyte for Water Electrolysis (Tokyo Tech) *(Reg)Kuroki Hidenori, Narayanaru Sreekanth, (Reg)Miyanishi Shoji, (Noritake) (Cor)G. M. Anilkumar, (Tokyo Tech) (Reg)Yamaguchi Takeo | Renewable Energy Hydrogen Production Anion Exchange Membrane Water Electrolysis | 9-e | 688 |
| 14:20– 14:40 | E317 | Water permeability through the membrane in a polymer electrolyte fuel cell (Kyoto U.) *(Reg)Kageyama Miho, (Int)Liku Kai, (Stu·PCEF)Tominaga Mikito, Nakamichi Kimiyo, (Reg)Kawase Motoaki | polymer electrolyte fuel cell water permeability membrane | 9-e | 634 |
| (14:40–15:40) (Chair: Matsumura Yukihiko, Kageyama Miho) | |||||
| 14:40– 15:00 | E318 | Performance and durability of PEFC using carbon-free ionomer-free Pt cathode (Shinshu U.) *(Reg)Fukunaga Hiroshi, Sasaki Takaaki, (Stu)Sonobe Saaya, (Reg)Shimada Iori, (Reg)Osada Mitsumasa, (Reg)Takahashi Nobuhide | Polymer Electrolyte Fuel Cell Catalyst layer Pt black | 9-e | 695 |
| 15:00– 15:20 | E319 | [Featured presentation] One-step synthesis of FrGO as electrode material for supercapacitor (Shizuoka U.) *(Stu)Yao Fangbo, (Reg)Fukuhara Choji, (Reg)Kong Chang Yi | supercapacitor fragment reduced graphene oxide specific capacitance | 9-e | 470 |
| 15:20– 15:40 | E320 | Potassium ion conduction aided direct air capture methanation (UTokyo) *(Stu)Lee Jihan, (Tokyo Tech) (Reg)Otomo Junichiro | CCUS Direct air capture methanation | 9-e | 83 |
| (15:40–17:00) (Chair: Sugawara Yuuki, Kong Chang Yi) | |||||
| 15:40– 16:00 | E321 | Climate impact of H2 production through natural gas pyrolysis and water electrolysis (AIST) (Reg)Keller Martin | Hydrogen Natural gas pyrolysis | 9-e | 13 |
| 16:00– 16:20 | E322 | Production of nitrogen-free syngas (H2 + CO) from CO2 and NH3 (AIST) (Reg)Keller Martin | ammonia syngas CO2 reduction | 9-e | 62 |
| 16:20– 16:40 | E323 | [Featured presentation] Investigation and evaluation of Ni/YSZ catalysts for SOEC methanation (AIST) *(Reg)Horiguchi Genki, Yamaguchi Toshiaki, Tateno Hiroyuki, Develos-Bagarinao Katherine, Kishimoto Haruo, Mochizuki Takehisa | Solid Oxide Electrolysis Cell Methanation Catalyst | 9-e | 323 |
| 16:40– 17:00 | E324 | Behavior of uric acid and protein in ammonia production from chicken manure using hydrothermal treatment (Hiroshima U.) *(Reg)Matsumura Yukihiko, (Stu)Suganuma Yuito, Watanabe Natsuki, (Reg)Ichikawa Takayuki, Kim Wookyung, (Reg)Nakashimada Yutaka, Nishida Keiya | hydrothermal treatment chicken manure ammonia | 9-e | 687 |
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SCEJ 88th Annual Meeting (Tokyo, 2023)
