Catalysis and Reaction Engineering
To make chemical reactions more efficient and sustainable, we develop a variety of catalysts, novel reactor concepts and intensified processes.
Electrochemical Engineering
We are engineering effective power sources such as batteries, fuel cells and supercapacitors, as well as using electricity to drive chemical reactions, such as hydrogen and chlorine production.
Molecular and Engineering Thermodynamics
We use theory, simulations, and experiments to unravel the driving forces of thermodynamic processes and lay the foundations of tomorrow's transformative technologies.
Multiphase Systems
Research in multiphase systems studies the flow and phase interactions of multiphase mixtures, from emulsions to fluidised beds or foams.
Nature Inspired Chemical Engineering
We take inspiration from the materials, structures, patterns, and processes found in nature to engineer transformative solutions for sustainable development.
Product and Process Systems Engineering
Computational tools are indispensable for optimising the transformation of raw materials into products in chemical manufacturing, environmental and biological systems.
