Our combustion research includes investigations of high temperature (hot) and low temperature (cool) flames at sub- to above-atmospheric pressures, and fuel reforming for the production of hydrogen and synthesis gas. Goals of the research include elucidation of low temperature chemistry impacts on advanced combustion strategies, and development of pathways to clean and efficient power production.
Our solid fuel conversion research includes pyrolysis, gasification, and supercritical extraction of fuels, such as biomass and coal, to produce high value chemical species and materials. Co-processing of these fuels is studied for synergistic effects, as well as the potential to supplement fossil fuel usage with renewable biomass. Goals of this research include reduction of emissions from power production and alternative uses for solid fuel resources.