SCEJ 86th Annual Meeting (2021)
Last modified: 2023-05-15 19:09:22
Session programs : 5. Chemical reaction engineering
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5. Chemical reaction engineering
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Hall K, Day 2 | |||||
| K201 | Preparation of chemical precursors by catalytic hydrogenation of 2-chloropropene | 2-chloropropene hydrogenation palladium | 5-a | 1 | |
| K202 | Selective Production of vicinal-butanediols from erythritol via aqueous phase hydrodeoxygenation over carbon supported Cu catalyst prepared from ion-exchange resin | erythritol hydrodeoxygenation carbon supported Cu catalyst | 5-g | 483 | |
| K203 | Analysis of reaction mechanism of propane dehydrogenation with H2S co-feeding over iron sulfide-based catalyst | Propane dehydrogenation Redox Lattice sulfide | 5-a | 414 | |
| K204 | Product composition prediction of catalytic cracking reaction with machine learning and feature engineering | machine learning feature engineering catalytic cracking | 5-a | 403 | |
| K206 | Impact of Amount of Cu on CO2 Reduction Performance of Cu/TiO2 with NH3 and H2O | Photocatalyst CO2 Reduction Performance Reductants Combination | 5-c | 31 | |
| K207 | evaluation for catalytic activity of H2-O2 recombination reaction by first-principle caliculation | First-principle caliculation hydrogen-oxygen recombination reaction activation energy | 5-a | 463 | |
| K208 | Study on oxidation mechanism of arsenite over supported noble metal catalysts in aqueous solution | Arsenite oxidation wastewater treatment supported noble metal catalysts | 5-a | 598 | |
| K209 | [The SCEJ Award for Outstanding Research Achievement] Investigation of Zeolite Catalyst Design Based on Chemical Reaction Engineering | The SCEJ Award for Outstanding Research Achievement | 0-b | 651 | |
| K213 | [The SCEJ Award for Outstanding Research Achievement] Design of Ordered Nanospace Materials and Their Applications to Reaction and Separation | The SCEJ Award for Outstanding Research Achievement | 0-b | 652 | |
| (13:20–14:40) (Chair: | |||||
| K214 | Cold Start for Ammonia Oxidative Decomposition for Rapid Start of Hydrogen Production (2) | hydrogen energy carrier renewable energy | 5-a | 367 | |
| K215 | CO2 methanation characteristics in the exhaust gas from generator engine by spiral type structured catalyst system | CO2 methanation Structured catalyst Engine exhaust | 5-a | 473 | |
| K216 | Reaction field of Ni/CeO2 catalysts for CO2 methanatiom | CO2 methanation Ni CeO2 | 5-a | 329 | |
| K217 | Development of membrane reactor for methane direct decomposition | Methane decomposition Membrane reactor Hydrogen permeable membrane | 5-d | 226 | |
| Hall K, Day 3 | |||||
| (9:00–10:20) (Chair: | |||||
| K301 | Generation of liquid-liquid slug flow by two interconnected pumps | Slug flow extraction tube reactor | 5-f | 371 | |
| K302 | Preparation of polymer nanoparticles and their leakage behavior of fluorescence molecule | Slug flow surfactant extraction | 5-f | 628 | |
| K303 | Ammonia synthesis by synchronizing the pressure swing of N2-H2 plasma with the pulse discharge and gas intake/exhaust cycles | Plasma Ammonia Pressure swing | 5-c | 608 | |
| K304 | One-pot synthesis of Cu-CHA zeolite and CO-assisted partial oxidation of methane | one-pot synthesis zeolite methane | 5-a | 618 | |
| (10:40–12:00) (Chair: | |||||
| K306 | Analysis of structure and transport of porous material for PEFC (6) Observation and structural analysis of the microporous layer using electron staining | MPL SEM Electron-Staining | 5-i | 114 | |
| K307 | Reaction characteristics of reactants for hydrogen generated in a severe accident | hydorogen oxidation solid-gas reaction metal oxide | 5-i | 484 | |
| K308 | Control of Response Temperature of Thermo-responsive Copolymer Using Ultrasonic Irradiation | ultrasound polymer thermo-responsive | 5-b | 500 | |
| K309 | Investigation on the influence of the microbubbles on the ultrasonic cavitation using the flow reactor. | untrasound microbobble active oxygen | 5-b | 420 | |
| K315 | Construction of surface reaction mechanism of carbon species in SiC-CVI process based on theoretical study | SiC CVI surface reaction mechanism CH3SiCl3 | 5-h | 538 | |
| K316 | Multiscale simulation framework for chemical vapor deposition in nonlinear surface reaction kinetics case | multiscale simulation chemical vapor deposition nonlinear reaction kinetics | 5-h | 518 | |
| K317 | Conformal growth of SiC onto trenches by CVI from MTS/H2 with using quasi-0th-order reaction and sacrificial layer | SiC CVD CVI | 5-h | 383 | |
| (15:00–16:20) (Chair: | |||||
| K319 | Si-B film formation using boron trichloride and dichlorosilane gases | Silicon-boron CVD BCL3 | 5-h | 42 | |
| K320 | Formation mechanism of core-shell Ni-SiO2 catalyst by flame spray pyrolysis | Flame spray pyrolysis Ni catalyst SiO2 shell | 5-h | 424 | |
| K321 | 14-cm-long carbon nanotube forest via in situ supplements of iron and aluminum vapor sources | carbon nanotube chemical vapor deposition catalyst | 5-h | 27 | |
| CVD reaction subdivision encouragement award ceremony | |||||
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SCEJ 86th Annual Meeting (2021)
© 2023 The Society of Chemical Engineers, Japan. All rights reserved.For more information contact Organizing Committee of SCEJ 86th Annual Meeting (2021) and IChES 2021
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