Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Day 1 10:40– 12:00 | PA103 | Deoxygenation of vegetable oil on FCC catalyst
| catalytic cracking deoxygenation vegetable oil
| SY-65 | 1022 |
Day 1 10:40– 12:00 | PA113 | Hydrodeoxygenation of phenol using proton conductor as catalyst support
| hydrodeoxygenation phenol proton conductor
| SY-65 | 975 |
Day 1 10:40– 12:00 | PA120 | Bio-oil production from palm kernel shell (PKS) by solvolysis
| palm kernel shell (PKS) liquefaction solvolysis
| SY-65 | 983 |
Day 1 10:40– 12:00 | PA121 | Kinetic analysis of deoxygenation in co-processing of oxygenated aromatics and hydrogen donors in catalytic cracking process
| catalytic cracking hydrogen transfer reaction deoxygenation
| SY-65 | 986 |
Day 1 10:40– 12:00 | PA123 | Utilization of catalytic cracking process for hydrocarbon fuel production from microalgae
| fluid catalytic cracking microalgae hydrocarbon fuel
| SY-65 | 1040 |
Day 1 13:00– 14:40 | PA103 | Deoxygenation of vegetable oil on FCC catalyst
| catalytic cracking deoxygenation vegetable oil
| SY-65 | 1022 |
Day 1 13:00– 14:40 | PA113 | Hydrodeoxygenation of phenol using proton conductor as catalyst support
| hydrodeoxygenation phenol proton conductor
| SY-65 | 975 |
Day 1 13:00– 14:40 | PA120 | Bio-oil production from palm kernel shell (PKS) by solvolysis
| palm kernel shell (PKS) liquefaction solvolysis
| SY-65 | 983 |
Day 1 13:00– 14:40 | PA121 | Kinetic analysis of deoxygenation in co-processing of oxygenated aromatics and hydrogen donors in catalytic cracking process
| catalytic cracking hydrogen transfer reaction deoxygenation
| SY-65 | 986 |
Day 1 13:00– 14:40 | PA123 | Utilization of catalytic cracking process for hydrocarbon fuel production from microalgae
| fluid catalytic cracking microalgae hydrocarbon fuel
| SY-65 | 1040 |
Day 1 14:40– 17:40 | PB122 | Development of novel preparation method of low-platinum electrode for PEFC using core-shell reaction to the catalyst layer
| Polymer electrolyte fuel cell Cu-UPD core-shell
| ST-27 | 1048 |
Day 1 16:40– 17:00 | CE124 | Influence of membrane properties and pressure difference on CO2 desorption from amine absorbent in the membrane flash process with an alumina porous hollow fiber membrane
| CO2 stripping chemical absorption Carbon capture and storage
| ST-24 | 1041 |
Day 2 9:00– 9:20 | CA201 | Fabrication of biomimetic reverse osmosis membrane on the nanoporous support
| Biomimetic membrane Water purification Supported lipid bilayer
| SY-62 | 42 |
Day 2 9:00– 9:20 | DA201 | Allergen reduction of wheat gluten by subcritical water treatment
| Gluten Allergy Protein
| SY-76 | 883 |
Day 2 9:00– 10:00 | PB221 | Effect of channel composition on water permeability in biomimetic reverse osmosis membrane with Amphotericin B as transmission pore
| Biomimetic membrane Amphotericin B Water Purification
| SY-70 | 72 |
Day 2 10:00– 10:20 | BA204 | Effect of hydrogen transfer reaction on catalytic cracking of polycyclic aromatic hydrocarbons in residue upgrading with RDS/RFCC process
| RDS/RFCC polycyclic aromatic hydrocarbons hydrogen transfer
| SY-77 | 262 |
Day 2 11:20– 11:40 | DA208 | Utilization of hydrothermal treatment for gelation of cellulose nanofiber dispersion
| Hydrothermal treatment cellulose nanofiber gelation
| SY-76 | 568 |
Day 2 14:20– 15:00 | DA217 | [Invited lecture] Development of Hydrothermal Technology for β Carbohydrate Industry
| Hydrothermal Supercritical water Carbohydrate
| SY-76 | 728 |
Day 2 14:30– 16:00 | PB221 | Effect of channel composition on water permeability in biomimetic reverse osmosis membrane with Amphotericin B as transmission pore
| Biomimetic membrane Amphotericin B Water Purification
| SY-70 | 72 |