Conference Sections
1. Heterogeneous Catalysis: Materials, Mechanisms and Applications
Design, synthesis, and characterization of heterogeneous catalysts, including metals, oxides, and supported systems. Emphasis on structure–activity relationships, reaction mechanisms, and applications.
2. Homogeneous, Organocatalysis and Biocatalysis
Molecular, organo-, and and biocatalytic systems including ligand design, enzymatic catalysis, hybrid bio–chemo approaches, selectivity control, and applications in fine chemicals and sustainable synthesis.
3. Environmental Catalysis and Emission Control
Catalytic processes for air and water protection, including removal of pollutants, emission control (NOₓ, VOCs, CO), catalytic oxidation and reduction processes, and technologies for environmental remediation.
4. Electrocatalysis and Electrochemical Processes
Electrocatalytic reactions for energy conversion and storage, including hydrogen evolution and oxidation, oxygen reactions, CO₂ and N₂ electroreduction, and catalyst materials for electrochemical devices.
5. Photocatalysis and Photo-Assisted Processes
Light-driven catalytic and photo-assisted reactions for environmental and energy applications, including water splitting, CO₂ conversion, photocatalytic degradation, and advanced photoactive materials.
6. Catalysis for Sustainable Energy, C1 Chemistry, and Circular Feedstocks
Catalytic conversion of C1 molecules, biomass, waste, and secondary feedstocks into fuels, chemicals, and energy carriers, including reforming, methanation, Power-to-X, and waste-to-value processes.
7. Reaction Engineering, Kinetics and Scale-Up
Catalytic reaction kinetics, reactor design, transport phenomena, process intensification, and scale-up, bridging fundamental research and industrial implementation.
8. Operando, In Situ and Computational Approaches in Catalysis
Operando and in situ characterization techniques, computational modeling, DFT, microkinetic simulations, and data-driven methods for understanding and designing catalytic systems.