| Time | Paper
ID | Title / Authors | Keywords | Topic code | Ack.
number |
|---|
Day 1
14:20– 14:40 | J117 | Developing automated kinetic measurement instruments for amidation reaction
| amide bond formation
kinetic measurement
solvent
| 5-e | 172 |
|---|
Day 1
15:40– 16:00 | F121 | Integrating Multiple CCUS Pathways for Developing Carbon-Neutral Industrial Complexes
| carbon-neutral industrial complexes
integrated CCUS system
design and optimization
| 13-g | 277 |
|---|
Day 2
10:00– 10:20 | H204 | Bi-objective Bayesian optimization for successive process of CO2 absorption and methanol synthesis
| CCUS
Bi-objective optimization
MeOH synthesis
| 6-b | 241 |
|---|
Day 2
10:40– 11:00 | F206 | Process modeling and evaluation of circular polypropylene via gasification
| Circular Economy
Plastic Recycling
Process Modeling
| 13-e | 257 |
|---|
Day 2
11:30– 11:50 | B208 | Statistical analysis for assisting solvent selection in Diels-Alder reaction
| Statistical analysis
Solvent selection
Diels-Alder reaction
| K-4 | 170 |
|---|
Day 2
16:40– 17:00 | J224 | Flow reaction analysis of direct amidation of esters on ZrO2 catalyst using in-line spectroscopy
| flow reactor
in-line monitoring
infrared and near-infrared spectroscopy
| 5-a | 183 |
|---|
Day 3
11:00– 12:00 | Chair: Sugiyama Hirokazu, Kataoka Sho |
| H307 | Chemical process design using bayesian optimization
| Process design
Bayesian optimization
Open source process simulator
| 6-e | 21 |
|---|
| H308 | Optimization Study of Plot Plan Using Genetic Algorithm
| Plant Design
Plot Plan
Genetic Algorithms
| 6-g | 333 |
|---|
| H309 | Process flow analysis using graph clustering and deployment to Plot Plan design automation
| Process Flow Diagram
Plant Design
Graph Clustering
| 6-g | 334 |
|---|
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