Research
Research Areas
Transformations & Capture of Carbon
Advancing carbon capture technologies to support industrial decarbonisation. Developing pathways for biomass-to-fuel, biomass-to-materials, plastic upcycling, and more carbon transformations to enable a circular carbon economy.
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Hydrogen Utilisation
Enabling the effective utilisation of hydrogen and hydrogen-derived fuels across power generation, transportation, and industrial applications. The research focus includes fuel cells, hydrogen or ammonia combustion, and power system integrations.
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Hydrogen Production
Advancing electrocatalytic and thermocatalytic pathways for green and low-carbon hydrogen production, focusing on improving efficiency, reducing emissions, and scalability.
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Hydrogen Storage & Carriers
Developing safe and efficient materials for hydrogen storage and release. Improving the dehydrogenation efficiency of carriers such as ammonia and liquid organic hydrogen carriers (LOHCs).
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Featured Projects
MOF-based closed loop carbon capture & utilisation
Transformations & Capture of Carbon
Developing a closed-loop carbon capture and utilisation platform that combines AI-guided MOF discovery, pilot-scale manufacturing, industrial CO₂ capture and concrete mineralisation to accelerate scalable decarbonisation.
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Next-Generation Ammonia Marine Engines
Hydrogen Utilisation
Developing next-generation ammonia marine engines powered by the innovative In-cylinder Reforming Gas Recirculation (IRGR) concept to enable high-efficiency, near-zero emission propulsion for the decarbonisation of global shipping.
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Integrated Ammonia Cracking & Gas Turbine System
Hydrogen Storage & Carriers
Developing an integrated ammonia cracking and gas turbine system that enhances combustion stability, reduces NOₓ emissions and maximises waste heat recovery, advancing scalable pathways for low-carbon power generation.
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Methane Pyrolysis for Clean Hydrogen & Carbon Nanotube Production
Hydrogen Production
Developing a novel catalytic membrane reactor to convert methane into high-purity hydrogen and valuable carbon nanotubes, enabling scalable hydrogen production while minimising carbon emissions.
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