Dr. Stuart Scott

Biography

Stuart Scott's research primarily focuses on carbon capture processes and CO2 abatement. His work comprises detailed investigations into specific technologies and large-scale processes based on gasification and combustion thermochemical cycles. He has explored innovative methods such as combined gasification with metal oxygen donor processes, often referred to as chemical looping combustion, using solid oxygen carriers like metal oxides instead of air. High-temperature processes in his research have shown potential to significantly reduce the energy penalties associated with carbon capture and storage (CCS) while also being used to produce hydrogen. Additionally, Scott's research extends to understanding and developing materials, conducting lab-scale tests, and process modeling in scaled systems, particularly within reactor systems essential for fuel conversion technologies that involve multiphase flows, especially in fluidized beds. His efforts include fundamental models for systems using Discrete Element Modelling alongside higher-level reactor models, ensuring that carbon abatement technologies are efficient and environmentally responsible. Furthermore, he has been involved in modeling processes for lifecycle assessment of biofuels, leveraging novel biological systems such as algae. His strategic research themes revolve around energy, transport, urban infrastructure, and evaluating processes for carbon abatement and lifecycle assessment.

Research Interests