PartCat Laboratory

Welcome to the Particle and Catalysis Research Laboratory Website.

Our research specialises in fundamental synthesis, functionalisation, characterisation and application of novel particle and catalyst system. The focus of our research is on the fundamental understanding of particulate systems and processes through basic and applied research.

We apply a holistic approach to the design, discovery and characterisation of new particulate materials, and use them for catalytic and photocatalytic process, environmental remediation, clean energy production and utilisation and healthcare.

Join Our Inaugural Solar-to-X Workshop

We are excited to announce our inaugural Solar-to-X Workshop, bringing experts and innovators to explore the fundamentals and latest developments in Solar-to-X technologies.

Join us for engaging presentations, insightful discussions, and valuable networking opportunities as we shape the future of sustainable energy conversion.

Be part of this landmark event and help drive the next generation of Solar-to-X innovation.

Solar-to-X Workshop 2026

Research capabilities

Electrocatalysis

Electrocatalysis uses electric current to drive electrochemical reactions on electrodes. A catalyst helps electron transfer between reactants and electrodes, boosting desired reactions.

Photocatalysis

At PartCat, our engineered photocatalytic processes and materials efficiently produce hydrogen and reform organic molecules like furfuryl alcohol into valuable products, like precursors for jet fuel.

Photo-electrocatalysis

Using photovoltaic technology, we refine semiconductor interfaces, regulate catalytic sites, and optimise photoelectrochemical systems. This enables us to grasp reaction mechanisms and showcase innovative photoelectrochemical systems.

Plasma catalysis

Plasma, a mix of charged particles and neutrals, yields high-energy species ideal for breaking bonds and catalysing reactions. Used in environmental cleanup and crafting valuable compounds, plasma catalysis has diverse applications.

Thermal catalysis

Thermal catalysis speeds up reactions using heat and a catalyst, which lowers activation energy. This enables quicker reactions at a given temperature by offering an alternate pathway.

Techno-economic analysis and environmental analysis

Techno-economic feasibility studies are thorough evaluations that assess whether a project or technology is both technically feasible and economically viable.

Find out more

Study with us

Considering a PhD? Discover the projects we offer and the comprehensive support we provide, including scholarships, mentorship, and career guidance. Your research journey begins here with us.

🔬 View our projects

Our people

At the heart of PartCat, our diverse team of academics, early career researchers, and students drives innovation through collaboration. United by a commitment to excellence, we work together with industry, government, and academic partners across three key areas: clean energy production and utilisation, environmental sustainability, and healthcare advancement.

Meet the team

Latest news

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