Chemistry of the Environment
We have developed a “cradle-to-cradle” process that converts methane to versatile, biodegradable plastics. Additionally, we are deeply involved in the advancement of environmental remediation technologies, including the engineering of microbes that consume chloroethene (a class of highly stable pollutants), promising greatly enhanced bioremediation at contaminated sites.
Finally, much of our work in the Chemistry of the Environment dovetails with our research in the production of renewable energy and sustainable resources. That includes the conversion of CO2 — a problematic greenhouse gas — to valuable and earth-friendly products. We are creating catalysts for the conversion of CO2 to hydrocarbon fuels and chemicals, developing catalytically active hydrogen and methanol oxidants for fuel cells from cheap and abundant materials, and engineering microbes to produce fuels from electricity and CO2.
Prof. William Tarpeh
Will's research group develops and evaluates novel approaches to resource recovery from “waste” waters at several synergistic scales.