Catalysis for Energy & Environmental
Technology and Carbon Neutrality
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Our research is centered on development of highly active, selective, and stable catalysts for utilization of various chemical feedstock, facilitating sustainable energy and carbon neutrality. Our work encompasses an in-depth study of reaction mechanisms at the surfaces/interfaces of materials and optimizing reactor processes, pushing the boundaries of the field.
🔥Thermal Catalysis
♨️Electrothermal Catalysis
⚡Electro Catalysis
Catalyst Synthesis & Characterization
Catalyst Synthesis & Characterization
Oxides & Metals
Zeolites
Microporous & Mesoporous Materials
Carbon Materials
Single Sites
In-situ Spectroscopic Techniques
Surface Analysis & Kinetics
Catalysis & Reaction Engineering
Catalysis & Reaction Engineering
C1 Chemistry
CO2 Utilization
H2 Production & Storage
Upcycling of Waste Plastics
Biomass Conversion
Conversion of Toxic Chemicals
Chemical Looping
Reactor Design, Optimization & Process Intensification
Reactor Design, Optimization & Process Intensification
Intensified & Separation Processes
Electrified Reactors
Novel Reactors
Reactor Sizing & Scale-up
Microreactor Technology
High-throughput system
Funding & Collaboration
Funding & Collaboration
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