
Last modified: 2026-01-20 11:12:38
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Hall M, Day 2 | |||||
| (9:00–10:20) | |||||
| M201 | Development of Water Electrolysis Technologies and Decarbonization Initiatives at Asahi Kasei | Water Electrolysis Green Hydrogen Decarbonization | 9-a | 539 | |
| M202 | Demonstration Plan for Hydrogen Production Using High-Temperature Gas-Cooled Reactors and Considerations for Future Utilization | High Temperature Gas-Cooled Reactor HTTR Hydrogen Production | 9-d | 579 | |
| M203 | Multi-scale assessment of green hydrogen production technologies in Japan | Water electrolysis Decarbonization Process modeling | 9-e | 386 | |
| M204 | Reduction of Sodium Boron Oxide by Atmospheric Pressure Hydrogen Plasma | DBD plasma Sodium borohydride hydrogen carrier | 9-e | 430 | |
| (10:20–11:40) | |||||
| M205 | Hole-Blocking Effect in Protonic Ceramic Cells Using Ba5Er2Al2SnO13 Bilayer Electrolyte | protonic ceramic cells mixed ion-electron conductors bilayer electrolyte | 9-e | 705 | |
| M206 | Kinetic Analysis and Water State Characterization of Hydration Reactions of Inorganic Compounds Using In Situ Micro-FTIR Spectroscopy | Thermochemical heat storage Infrared absorption spectrum High-throughput experiment | 9-b | 260 | |
| M207 | Cu-Ag alloy nanoparticle-supported electrodes fabricated by sputtering and their CO2 electroreduction activity | CO2RR catalyst electrochemistry | 9-e | 431 | |
| M208 | Research for SOEC Electrolysis Conditins for Methanol Synthesis | SOEC methanol synthesis | 9-e | 489 | |
| (13:20–14:20) | |||||
| M214 | Heat transfer analysis of solar collector for heat source of biogas dry reforming and performance assessment on system combined with fuel cell | Solar Collector Biogas Dry Reforming Energy System | 9-e | 110 | |
| M215 | Techno-Economic Evaluation of Facade-Integrated Photovoltaic Deployment to Increase Renewable Energy Penetration in Urban Areas | Perovskite solar cell Energy system modeling Techno-economic assessment | 9-e | 746 | |
| M216 | Environmental and Economic Assessment of Woodchips Thermochemical Conversion | thermochemical conversion of woodchips process design environmental and economic assessment | 9-c | 530 | |
| (14:20–15:20) | |||||
| M217 | Evaluation of thermal integration process of solid oxide electrolysis cell with an MgH2 system using hydrogen as a heat transfer medium | Magnesium hydride SOEC Exhausted heat | 9-e | 427 | |
| M218 | Development of environmentally friendly Li secondary batteries using an in-cell lithiation method and carbon nanotubes | Li-ion battery Carbon nanotubes Life cycle assessment | 9-e | 71 | |
| M219 | Application of Air-Plasma Treated Carbon nanotube-Activated Carbon Composites to Air Electrodes for Zn-Air Batteries | carbon nanotube Zn-air battery activated carbon | 11-a | 765 | |
| (15:20–16:40) | |||||
| M220 | High denisty methane storing graphene-coated activated carbon for usage at ambient pressure | methane graphene natural gas storage20 | 9-c | 24 | |
| M221 | Role of Potassium and Calcium in Enhancing Redox Performance of Ilmenite for Hydrogen Production via Chemical Looping Process | Hydrogen production Chemical looping Redox kinetics | 9-c | 688 | |
| M222 | Sherwood number estimation for redox flow batteries employing thin porous electrodes | Redox flow battery Mass transport Sherwood number | 9-e | 479 | |
| M223 | Microwave-Synthesized Nickel Phosphate Hydrate: Structure, Electrochemistry and Energy Storage Performance | sheets-assembled microstructure microwave-assisted supercapacitor | 11-a | 735 | |
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SCEJ 91st Annual Meeting (Kyoto, 2026)
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