Chemical Reaction Engineering
toward Carbon-Neutral Future
ISCRE29 & APCRE11
10-13 May, 2026
Republic of Korea
Program at a glance
| Fundamentals | Reaction Mechanism and Kinetics | 1-1 Reaction Mechanism and Kinetics - Fundamental |
| 1-2 Reaction Mechanism and Kinetics - Polymerization | ||
| 1-3 Reaction Mechanism and Kinetics - Computational | ||
| Reactor Modeling and Design | 2-1 Reactor Design - Fundamental | |
| 2-2 Reactor Design - Fluidization/Multiphase Flow Reactors | ||
| 2-3 Reactor Design - Plasma | ||
| 2-4 Reactor Design - Membrane reactor | ||
| 2-5 Reactor Design - Electrochemical Reactors | ||
| 2-6 Reactor Design - Polymerization Reactors | ||
| 2-7 Reactor Design - Novel Reactors | ||
| Process Intensification | 3. Process Intensification / TEA / LCA | |
| Applications | Heterogeneous/ Homogeneous Catalysis | 4-1. Heterogeneous Catalysis - Thermal |
| 4-2. Heterogeneous Catalysis - Photochemical | ||
| 4-3. Heterogeneous Catalysis - Electrochemical | ||
| 4-4. Homogeneous Catalysis | ||
| Hydrogen | 5-1. Hydrogen Production | |
| 5-2. Hydrogen Storage (LOHC, NH3, MeOH etc) | ||
| 5-3. Hydrogen Transportation | ||
| Net-zero CO2 Technologies | 6-1. Net-zero CO2 Technologies - CO2 Capture | |
| 6-2. Net-zero CO2 Technologies - CO2 Utilization | ||
| 6-3. Net-zero CO2 Technologies - CO2 Storage | ||
| Environmentaly-friendly and Sustainable Chemicals | 7-1. Sustainable Chemicals - Materials (Zeolite, MOF etc) | |
| 7-2. Sustainable Chemicals - Biomass | ||
| 7-3. Sustainable Chemicals - Waste Valorization | ||
| Clean Environmental Technologies | 8. Clean Environmental Technologies |