Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Chemical reaction engineering | |||||
(13:00–14:20) (Chair: Sasaki Mitsuru, Uemura Yoshimitsu) | |||||
D113 | Nanocellulose extraction by combination of ionic liquid and ball milling method | Nanocellulose Ion liquid Ball-milling | 5-g | 229 | |
D114 | Reaction mechanism of upgrading bio-oil over magnesium loaded zeolite | Magnesium loaded USY zeolite Oil upgrading Stability | 5-g | 232 | |
D115 | Deoxygenation reaction mechanism in catalytic cracking of vegetable oil | vegetable oil catalytic cracking deoxygenation | 5-g | 531 | |
D116 | Effect of reaction conditions on conversion of furfural produced from biomass to aromatic hydrocarbons over ZSM-5 | Bagasse Furfural Aromatic hydrocarbons | 5-g | 674 | |
(15:00–16:40) (Chair: Shimada Iori, Fukudome Kenta) | |||||
D119 | Enhancement effect of O2 and CO2 towards torrefaction of empty fruit bunches | torrefaction empty fruit bunches oxidative atmosphere | 5-g | 810 | |
D120 | Characterization of empty fruit bunches torrefied under O2 and CO2 atmospheres | torrefaction oxidative atmosphere characterization | 5-g | 814 | |
D121 | Effect of nanosecond pulsed arc discharges on the synthesis of poly-N-isopropylacrylamide | Pulsed arc discharge PNIPAM Reaction mechanism | 5-c | 796 | |
D122 | Impact of Layout Condition of Metal-loaded TiO2 Coated on Different Substrates on CO2 Reforming Performance | Metal-loaded TiO2 CO2 Reforming Different Substrates Combination | 5-c | 18 | |
D123 | Ni-based structured catalyst system for capturing carbon from methane dry reforming gas | Methane dry reforming Carbon capture Structured catalyst | 5-a | 849 |