Reducing society’s dependence on fossil fuels requires replacement of chemical building blocks currently sourced from the petrochemical industry.
Nature produces over 150 billion tonnes of biomass per year by photosynthesis, with only 3-4% used by humans for food and non-food purposes.
As biomass is abundant and a renewable resource of fixed carbon it can be used to produce chemical building blocks, fuels and chemicals.
Thermochemical conversion processes, liquefaction and hydrolysis are typically suited for the transformation of biomass, waste plastic and end-of-life tyres to fuels, resins and chemicals. They generally require short reaction times, from seconds to hours, but challenges exist to cost-effectively these products.
This project area focuses on the development of chemical processes and the evaluation and design of catalysts and reactors, including process and computational fluid dynamics modelling, for biomass conversion technologies.
Pilot-scale thermochemical facilities are available for process engineering evaluation.
You will be part of a team working on biomass utilisation. Members of this team have developed patents and have an international network of research organisations as well as industry partners.
As a result of this project, we are looking to develop:
- bio-oil hydro-treating catalytic processes
- catalysed hydrothermal liquefaction technology to produce renewable fuels, chemicals and resins
- pyrolysis technology to produce renewable fuels.
Skills and experience
This project is designed for students with backgrounds in chemistry or chemical engineering.
You may be able to apply for a research scholarship in our annual scholarship round.
Contact the supervisor for more information.