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SCEJ 55th Autumn Meeting (Sapporo, 2024)

Last modified: 2024-09-19 02:24:28

Hall and day program : Hall S, Day 1 : S100

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Hall S(IST 2F A22), Day 1(Sep. 11)

ST-23

TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
ST-23 [Trans-Division Symposium]
Contribution of Chemical Engineering to Innovative "Conversion, Storage and Utilization" Technology of Material and Energy
(8:40–10:00) (Chair: Kato Akihiko)
8:40– 9:00S100Two-phase masstransport analysis for direct formic acid fuel cell
DFAFC
Two-phase mass transport
porous electrode
ST-23947
9:00– 9:20S101Power generation characteristics of solid oxide fuel cell using simulated syn gas from biomass gasification
SOFC
Biomass gasified gas
SEM
ST-23414
9:20– 9:40S102Impact of microwave treatment on the catalytic properties of MOF-derived catalysts for the oxygen reduction reaction
ZIF-8
Fuel cell
ST-23493
9:40– 10:00S103Fe-N-C-Si universal pH ORR catalyst synthesized from unused environmental resources via hydrothermal doping and carbonization
Biomass
Hydrothermal treatment
Catalyst
ST-23365
(10:00–11:00) (Chair: Nishimura Akira)
10:00– 10:20S104Operando analysis of water transport in polymer electrolyte fuel cells(5) Water distribution along channel direction with 100 mm length
(Toyota Central R&D Labs.) *(Reg)Kato Akihiko, (Cor)Yamaguchi Satoshi, (Reg)Yoshimune Wataru, (Cor)Isegawa Kazuhisa, (Cor)Suzuki Takahisa, (SOKEN) Maeda Masashi, (Toyota Motor) Hayashi Daisuke, (Toyota Central R&D Labs.) (Reg)Kato Satoru
Polymer electrolyte fuel cell
Synchrotron X-ray radiography
Back-diffusion
ST-2323
10:20– 10:40S105Operando analysis of water transport in polymer electrolyte fuel cells(6) Liquid water visualization in the Pt-loading catalyst layers using operando synchrotron X-ray radiography
(Toyota Central R&D Labs.) *(Reg)Yoshimune Wataru, (Reg)Kato Akihiko, (Cor)Hayakawa Tetsuichiro, (Cor)Yamaguchi Satoshi, (Reg)Kato Satoru
Polymer electrolyte fuel cell
Synchrotron X-ray radiography
Catalyst layer
ST-231
10:40– 11:00S106Operando analysis of water transport in polymer electrolyte fuel cells(7) Neutron Radiography for Automotive PEFC During Start at Sub-zero temperature
Neutron
Polymer electrolyte fuel cell
Imaging
ST-23204
(11:00–12:00) (Chair: Tamaki Takanori)
11:00– 12:00S107[Invited lecture] Application of Hydrogen Recirculating Energy System for the Isotopes Separation
Water Electrolysis
Fuel Cell
Deuterium
ST-2341
(13:00–14:00) (Chair: Inoue Gen)
13:00– 13:20S113Understanding of water transport through membrane electrode assembly in PEFC
polymer electrolyte fuel cell
water transport
membrane electrode assembly
ST-23802
13:20– 13:40S114Oxygen Concentration and Reaction Rate Profiles Analysis of PEFC
polymer electrolyte fuel cell
mass transfer resistance
electrochemical engineering
ST-23750
13:40– 14:00S115Analysis of temperature and relative humiditiy dependency of the oxygen reduction reaction rate of PEFC
(Kyoto U.) *(Stu·PCEF)Ogawa H., (Reg)Kageyama M., (Reg)Gyoten H., (Stu·PCEF)Murakami S., (Reg)Kawase M.
polymer electrolyte fuel cell
oxygen reduction reaction
mass transfer resistance
ST-23664
(14:00–15:20) (Chair: Yano Takeru)
14:00– 14:20S116Construction of a machine learning model for predicting the characteristics from the fuel cell electrode catalyst layer preparation process
Fuel Cell
Electrode
Machine learning
ST-23489
14:20– 14:40S117Analysis of the state of fuel cell electrode catalyst ink using impedance spectroscopy
Catalyst ink
Impedance spectroscopy
Fuel cell
ST-23495
14:40– 15:00S118Study of PEFC carbon corrosion ~First report: The effect of Pt/C surface conditions changed by applied voltages~
PEFC
Carbon corrosion
Surface conditions
ST-23562
15:00– 15:20S119Study of PEFC carbon corrosion -Second report: The effect of oxygen supply to cathodes-
PEFC
Carbon corrosion
Oxygen supply
ST-23118
(15:20–16:40) (Chair: Matsumori Hiroshi)
15:20– 15:40S120Research and development of fuel cell systems from process systems engineering perspective
Fuel cell
Process systems engineering
Multi-scale simulation
ST-23698
15:40– 16:00S121[Featured presentation] A fuel cell catalyst degradation model for the integration to the fuel cell system simulator
fuel cell
simulation
degradation
ST-23256
16:00– 16:20S122Optimization of operation conditions of fuel cell systems based on material properties using model predictive control
Fuel Cell Systems
Model Predictive Control
ST-23696
16:20– 16:40S123Development of an optimization method for the setpoints of air and coolant system states in fuel cell systems
Fuel Cell
Optimization
Control
ST-231137
(16:40–17:40) (Chair: Yoshimune Wataru)
16:40– 17:00S124An inferential control system of hydrogen concentration of exhaust gas from fuel cell systems
Polymer electrolyte fuel cell
Exhaust gas
Inferential control
ST-23673
17:00– 17:20S125Reaction model for titanium hydride formation
Reaction kinetics
Heat storage
Metal hydride
ST-23117
17:20– 17:40S126Comparison of experimental and estimated pressures during thermal change using metal hydride for sub-zero temperature
Metal hydride
Thermal change
Hydrogen pressure
ST-23396

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SCEJ 55th Autumn Meeting (Sapporo, 2024)

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