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How do mineral redox reactions control contaminant fate and enable electrochemical energy processes? Research utilizes advanced spectroscopic and electrochemical approaches to understand mechanisms and thermodynamics of environmental redox processes. Projects include mineral formation and transformation studies that affect pollutant fate and inform energy storage and recovery technologies. Methods employ in-situ spectroscopy, electrochemical measurements, and modeling to develop quantitative predictive models and risk-assessment tools. Current projects listed address electrochemical CO2 capture, thermally regenerative batteries, and ion-selective intercalation electrodes.
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environmental engineeringredox processesbioenergy
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