ISCRE29 & APCRE11

ISCRE29 & APCRE11
10-13 May, 2026
Republic of Korea

Oral Program

Sunday 10 May, 2026

PL/KN events may span all rooms. Parallel oral sessions are E1–E7.

Sunday 10 May, 2026

PL/KN events may span all rooms. Parallel oral sessions are E1–E7.

Time	Room E1	Room E2	Room E3	Room E4	Room E5	Room E6	Room E7
17:00	Plenary 1 PL0393 Advanced Model-based Reaction Engineering for Circular Economy Dr. Sang Phil Han

Session & Code

Session	Sub-session	Code
1. Reaction Mechanism and Kinetics	1-1. Reaction Mechanism and Kinetics - Fundamental	MKF
	1-2. Reaction Mechanism and Kinetics - Polymerization	MKP
	1-3. Reaction Mechanism and Kinetics - Computational	MKC
2. Reactor Modeling and Design	2-1. Reactor Design - Fundamental	DFN
	2-2. Reactor Design - Fluidization/Multiphase Flow Reactors	DFL
	2-3. Reactor Design - Plasma	DPL
	2-4. Reactor Design - Membrane reactor	DMB
	2-5. Reactor Design - Electrochemical Reactors	DER
	2-6. Reactor Design - Polymerization Reactors	DPR
	2-7. Reactor Design - Novel Reactors	DNR
3. Process Intensification	3. Process Intensification / TEA / LCA	PTL
4. Heterogeneous/Homogeneous Catalysis	4-1. Heterogeneous Catalysis - Thermal	HTT
	4-2. Heterogeneous Catalysis - Photochemical	HTP
	4-3. Heterogeneous Catalysis - Electrochemical	HTE
	4-4. Homogenous Catalysis	HMC
5. Hydrogen	5-1. Hydrogen Production	HYP
	5-2. Hydrogen Storage (LOHC, NH3, MeOH etc)	HYS
	5-3. Hydrogen Transportation	HYT
6. Net-zero CO2 Technologies	6-1. Net-zero CO2 Technologies - CO2 Capture	CDC
	6-2. Net-zero CO2 Technologies - CO2 Utilization	CDU
	6-3. Net-zero CO2 Technologies - CO2 Storage	CDS
7. Environmentaly-friendly and Sustainable Chemicals	7-1. Sustainable Chemicals - Materials (Zeolite, MOF etc)	SCM
	7-2. Sustainable Chemicals - Biomass	SCB
	7-3. Sustainable Chemicals - Waste Valorization	SCW
8. Clean Environmental Technologies	8. Clean Environmental Technologies	CET

Room E1

17:00

Plenary 1 PL0393