Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
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(11:00–12:15) (Chair: Naomi Kitagawa, Daisuke Kobayashi ) | |||||
C209 | Design of highly dispersed layered Ni-Zn hydroxy double salt on metal oxide surface as a high-performance heterogeneous catalyst | catalyst hydroxy double salt anion exchange | 5-a | 30 | |
C210 | Evaluation of acid properties of solid acid catalysts using ester exchange reactions | ester exchange reaction acid property solid acid catalyst | 5-a | 31 | |
C211 | N2O decomposition over Co-added natural zeolite catalysts | Natural zeolite Cobalt-added catalyst N2O decomposition | 5-a | 33 | |
C212 | Preparation Method for Zeolite-encapsulated Metal Nanoparticle Catalyst using Metal-Loaded Silica Gel as a Precursor. | Metal-encapsulated zeolite MFI zeolite Thermal Stability | 5-a | 63 | |
C213 | Flow synthesis of Ag nanoparticles in supercritical flow process and investigation on operational variable | Ag nanoparticles supercritical carbon dioxide flow process | 5-f | 53 | |
Exchange meeting | |||||
Lunch break | |||||
(13:45–15:15) (Chair: Makoto Akizuki, Ayaka Sawada) | |||||
C220 | Control of temperature responsiveness using degradation of thermo-sensitive copolymer by ultrasound | ultrasound thermo-sensitive polymer degradation | 5-b | 29 | |
C221 | Estimation model for rate constants in titanium dioxide photocatalytic degradation reaction | Modeling Photocatalyst Kinetic analysis | 5-e | 4 | |
C222 | Preparation of MFI zeolite-encapsulated Pt particulate catalysts by two-step dry-gel conversion method and their application to dehydrogenation reaction | MFI Zeolite Dry-gel conversion encapsulation | 5-a | 64 | |
C223 | Efficient ester production process from waste acid oil by controlling water partition between porous catalyst and bulk liquid | catalytic activity cation-exchange resin esterification | 5-g | 73 | |
C224 | Development of superstructure modeling method for structural and functional design of heat exchanger reactors | Process synthesis Superstructure model Reactor design | 6-c | 71 | |
C225 | Column Adsorption of Nitrate Ions Using PAN-based Activated Carbon Fiber Prepared by Sodium Carbonate Activation | Activated Carbon Fiber Adsorption Nitrate Ion Removal | 4-e | 43 | |
Exchange meeting |