Supervisors. Main Supervisor. Dr Brant Walkley. Secondary Supervisors. Dr Scott Heath and Professor Clint Sharrad. In the UK, over 150,000m3 of radioactive waste has been produced to date. Read more
The energy production has become a growing concern in recent times with over 80% of the global energy consumption relying on the use of fossil fuels. Read more
Polyhydroxyalkanoates (PHA) is a class of polyesters produced by various Gram-negative and Gram-positive bacteria as carbon and energy storage reserves. Read more
Microalgae have generated increasing interest as microbial cell factories to produce therapeutics proteins. This is because they can grow on very cheap media and their GRAS (generally regarded as safe) status means they are a fantastic option for the production of therapeutics that can be administered orally. Read more
With increased penetration of intermittent renewables, i.e. solar and wind generation, there is an increased need for the deployment of energy storage technologies alongside other clean energy technologies. Read more
Biological products and their manufacture are progressing to unparalleled levels of complexity. Examples include engineered biocatalysts, antibody-drug conjugates, multivalent vaccines and cellular therapies. Read more
Funding providers: Swansea University's Faculty of Science and Engineering, Engineering and Physical Sciences Research Council (EPSRC) DTP and Bruker-nano. Read more
Biological processes, such as biomineralization, have been explored for consolidating porous materials and as a new class of self-healing cement-based building materials. Read more
Virus-like particles (VLPs) are molecules that mimic viruses and will trigger immune response when introduced into body. As they do not contain any viral genetic material, they are not infectious. Read more
Protein nanocompartments have board applications as catalytic nanoreactors and as carriers for therapeutics delivery. They are self-assembled protein-based supramolecules that have spherical and hollow architectures. Read more
Future manufacturing of chemicals, fuels, energy, materials, and drug therapeutics will be circular, sustainable, and biological at its heart. Read more
A major challenge in contemporary energy and environmental management is to develop processes for food and energy security that are environmentally sustainable. Read more
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