This project seeks to (a) develop a technique to identify and quantify the gaseous Hg(II) species emitted from combustion sources, and (b) determine how strongly these Hg(II) species bind to soil. This research will transform our understanding of how atmospheric deposition of Hg(II) affects mercury fate and transport in ecosystems.

This project explores the use of biodiesel to enhance the ignition behavior of gasoline for a cleaner and more efficient engine concept known as the Advanced Compression Ignition engine. It uses shock tube ignition experiments and quantum chemical calculations to establish a detailed chemical kinetic model for engine design analysis. In collaboration with Ben Akih-Kumgeh.