Supercritical fluids and their properties are becoming increasingly important for sustainable societal development, with a growing range of practical applications. This symposium will highlight recent research and advances in utilising these unique properties in manufacturing. Leading researchers from around the world will present the latest trends and developments in this rapidly evolving field, demonstrating how supercritical fluids' remarkable properties enable innovative manufacturing processes. Presentations at this symposium will be 30 minutes long, including 5-minute question period.
最終更新日時:2025-12-31 18:59:01
| 受理 番号 | 講演題目/発表者 | キーワード | 発表形式 |
|---|---|---|---|
| 419 | [招待講演] Advancing the prediction of phase separation and thermodynamic properties through the integration of universal molecular descriptors and physics-informed machine learning | Machine learning directed message passing neural network (D-MPNN) COSMO-SAC | O |
| 777 | [招待講演] Solid base catalysis in hot compressed water | Hot compressed water Solid base catalysts Solvent effect | O |
| 778 | [招待講演] Data- and Model-Driven Development of Advanced CO2 Capture Processes | Thermophysical Property Measurement Process Modeling and Simulation CO2 Capture Technologies | O |
| 779 | [招待講演] Hybrid machine learning models for thermophysical property estimation | Hybrid machine learning Physical property PINNs | O |
| 806 | [招待講演] Solvent-Mediated Carbamate-to-Alkyl Carbonate Shuttling Enables Fast and High-Capacity CO2 Capture | water-lean solvents non-aqueous solvents CO2 absorption | O |
| 807 | [招待講演] Liquefied Dimethyl Ether as Viable Green Alternative to Conventional Solvents for Extraction of Natural Products | Dimethyl ether Sustainable extraction Bioactive compounds | O |
化学工学会第91年会実行委員会
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