Last modified: 2023-12-10 19:09:26
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
SY-63 [Symposium of Division of Chemical Reaction Engineering] New Development of Reaction Engineering in the Field of Natural Resources, Energy, and Environment | |||||
(8:40–10:20) (Chair: | |||||
Q300 | Selective synthesis of iso-butanol from methanol and ethanol using oxide-supported Cu catalysts | solid catalyst butanol production active site | SY-63 | 347 | |
Q301 | Catalytic activity of Pt/UIO-66 for one-pot process conbining glucose APR with cresol hydrogenation | Glucose APR Cresol hydrogenation Pt/UIO-66 catalyst | SY-63 | 476 | |
Q302 | Selective xylitol production from depolymerized hemicellulose under low hydrogen pressure | xylitol carbon-supported copper catalyst hydrogenation | SY-63 | 207 | |
Q303 | Effects of absorbent concentration and CO2 loading on hydrothermal synthesis of formate integrated with CO2 capture using alkali carbonate absorbents | CCU potassium carbonate reaction kinetics modeling | SY-63 | 908 | |
Q304 | Reactive fixation of CO2 combining various wastes | Glycerol Carbon dioxide Fixation | SY-63 | 217 | |
(10:20–12:00) (Chair: | |||||
Q305 | Enhancement of carbothermal reduction of magnesia by improving contact between carbon and magnesia using characteristic of brown coal | carbothermal reduction solid-solid reaction low-rank coal | SY-63 | 975 | |
Q306 | Analysis of the mass transfer mechanism in hydrogenation using theTaylor flow reactor | Taylor flow Gas-Liquid reaction Mass transfer | SY-63 | 932 | |
Q307 | Dimensionless Moduli Governing Flow Field Transport Phenomenon in Polymer Electrolyte Fuel Cell | polymer electrolyte fuel cell mass transport dimensionless moduli | SY-63 | 438 | |
Q308 | Reaction analysis of decalin liquid-phase dehydrogenation in a continuous tube reactor | Decalin Dehydrogenation Liquid-phase | SY-63 | 928 | |
Q309 | The develoment of polymer monolith catalyst with the application of bayesian optimization | Immobilized Catalyst Monolith Bayesian analysis | SY-63 | 246 | |
(13:00–14:20) (Chair: | |||||
Q313 | Flow synthesis of polymers with controlled molecular weight by the immobilized photocatalyst-packed reactor | Visible light Immobilized photocatalysts Flow synthesis | SY-63 | 923 | |
Q314 | The activity of picene derivative thin film photocatalysts in the oxidation of water under visible light irradiation. | organic photocatalyst hydrogen peroxide picene derivatives | SY-63 | 571 | |
Q315 | Examination on Abatement for NOx at Downsized Regenerative Thermal Oxidizer | Regenerative Thermal Oxidizer Heat Storage DeNOx | SY-63 | 544 | |
Q316 | Improvement of heat resistance of wire-type electrically heated catalyst support | electrically heated catalyst wire-type catalyst support heat resistance | SY-63 | 712 | |
(14:20–15:40) (Chair: | |||||
Q317 | Impact of loading amount of P4O10 on CO2 reduction performance of infrared light responsible P4O10/TiO2 photocatalyst with NH3 | P4O10/TiO2 CO2 reduction CO2/NH3 | SY-63 | 125 | |
Q318 | Development of photocatalytic CO2 reduction reactor using infrared light to promote reaction as well as mass transfer in CO2/NH3 system | TiO2/P4O10 Photocatalyst CO2 Reduction Black Body Material | SY-63 | 57 | |
Q319 | Study of Reduction of NOx Generated by the Thermal Decomposition of Nitrous Oxide | Nitrous Oxide Hydrogen Peroxide DeNOx | SY-63 | 910 | |
Q320 | Effects of metallic copper treatment to promote Ni leaching from NiS (2) | Ni leaching nickel sulfide redox reaction | SY-63 | 262 | |
(15:40–17:00) (Chair: | |||||
Q321 | Chemical reaction engineering analysis of oxygen reduction reaction rate in PEFC | polymer electrolyte fuel cell oxygen reduction reaction mass transfer resistance | SY-63 | 622 | |
Q322 | Analysis of reaction kinetics and product selectivity of ethanol electrooxidation in acidic electrolytes | Ethanol electrooxidation hydrogen production reaction kinetic | SY-63 | 451 | |
Q323 | Stabilization of Phosphine-Pd Complex in a Porous Polystyrene Monolith and its Application to Catalytic Flow Reaction | Polymer Monolith Phosphine-Metal Complex Flow Reaction | SY-63 | 273 | |
Q324 | Fundamental study on selective oxidation technique using reactive oxygen species derived from irradiation of low-temperature atmospheric pressure plasma | low-temperature atmospheric pressure plasma reactive oxygen species selective oxidation | SY-63 | 460 |
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SCEJ 54th Autumn Meeting (Fukuoka, 2023)