Research labs and groups

The Advanced Separation Technologies Group focuses on frontier research for solvent, ion exchange and adsorption-based separation technologies.

Our research focuses on gas-phase synthesis of nanoparticles by flame spray pyrolysis and the multiscale modelling of particle formation, growth, and properties.

Developing new science and technology related to the processing of algal biomass to biodiesel and bioproducts.

We conduct research into and develop next-generation thin films and particle systems with engineered properties, for applications in nanoscience and biomedicine.

Developing next-generation particle systems with engineered properties, combining nanotechnology and biomedicine.

Our research bridges fundamental separation science and membrane engineering to develop sustainable processes that address critical challenges at the food-water-energy nexus.

The Clean Energy Lab focuses on improving the sustainability of chemical and physical processing in the energy industry.

We focus on the fundamental nanoscale interactions between the interfaces particles, drops and bubbles to develop new insights on the macroscopic scale in material properties and processing.

The Hub has been structured to address some of the major rchallenges identified as constraints to business growth and productivity in the dairy manufacturing sector.

The ARC Digital Bioprocess Development Hub will undertake research to advance the bio-manufacturing industry through process and digital innovation.

Our research group undertakes research in physical chemistry, materials science, bionanotechnology and polymer chemistry to solve societal problems related to energy, water and health in an ethical and sustainable manner.

We work on a broad range of bioengineering research problems from the nano to the large scale.

Designing modelling techniques: tools used in the creation and optimisation of multiphysics engineering devices.

Our interest is in a diverse range of research that combines the disciplines of polymer science and chemical engineering.

The Renewable Resources and Sustainability (R2S) Group is dedicated to advancing sustainability through the innovative application of nanotechnology.

Research and technology development in the quest to improve the sustainability of chemicals, energy and industrial processing.