Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Day 2 14:40– 15:00 | F218 | Kinetic analysis of oxidation of As(III) in water using a fixed-bed distribution reactor
| platinum catalyst arsenic removal kinetic analysis
| 5-a | 87 |
Day 3 9:20– 10:20 | PD343 | Effect of alkali metal addition on Mo-based sulfide catalyst for CH3SH synthesis
| Methanethiol Mo sulfide Alkali metal
| 5-a | 559 |
Day 3 9:20– 10:20 | PD365 | Effects of metallic copper treatment to promote Ni leaching from NiS
| Ni leaching nickel sulfide redox reaction
| 5-i | 38 |
Day 3 10:20– 11:20 | PD332 | Influence of Methanethiol Contamination in Ethylene Aromatization over Ga-modified Zeolite
| Ethylene Aromatization Methanethiol Ga-modified zeolite
| 5-a | 85 |
Day 3 13:00– 14:20 | Chair: Akama Hiroshi, Oshima Kazumasa |
F313 | Catalysis of KMgF3 prepared using a mechano-chemical method
| Mechano-chemical Fluoroperovskite Knoevenagel condensation
| 5-a | 230 |
F314 | Hydrothermal saccharifiction of cellulose by using macromeso porous carbon catalyst
| Macro-mesoporous Solid acid catalyst saccharification
| 5-a | 704 |
F315 | Formation of graphite by CCVD method from C2H2 using Fe catalyst
| CVD carbon reaction mechanism
| 5-a | 187 |
F316 | Improved Catalyst Performance Prediction with a Transfer Learning Approach
| materials informatics catalysis informatics transfer learning
| 5-a | 223 |
Day 3 16:20– 16:40 | F323 | Influence of Sulfur Species in Ethylene Aromatization over MFI-type Zeolite
| Ethylene aromatization MFI zeolite Sulfur contamination
| 5-a | 84 |