Coleman X. Kronawitter

Coleman X. Kronawitter is an Assistant Professor in the Department of Chemical Engineering at the University of California, Davis. His research focuses on catalysis for sustainable chemical transformations and energy conversion, with a particular emphasis on designing catalyst materials that utilize alternative oxidants, reductants, and reaction media for catalytic processes.

His research group, the Kronawitter Group, explores topics such as thin film science, surface science, and materials design to advance technologies for renewable energy integration and chemical synthesis. Key areas of investigation include the structural and chemical properties of catalysts, including supported metal nanoparticles and atomically dispersed species, and their role in reactions like ethane dehydrogenation, methanol oxidation, and methane coupling.

Recent work highlights include studies on platinum redox cycling in zeolite catalysts, the role of surface basicity in carbon dioxide-assisted methane coupling, and the structural evolution of palladium catalysts under reaction conditions. His team employs advanced techniques such as operando spectroscopy and molecular beam mass spectrometry to probe catalyst behavior in real-time.

Dr. Kronawitter’s publications span catalytic mechanisms, material stability, and thin film properties, with a focus on translating fundamental insights into practical applications for sustainable energy systems. While no specific awards are listed, his research aligns with cutting-edge topics in chemical engineering and materials science.

His work involves collaborations on projects related to renewable energy materials, electrocatalysis, and the design of novel catalytic systems for industrial applications. The Kronawitter Group’s interdisciplinary approach bridges surface science, materials chemistry, and applied catalysis, contributing to advancements in both theoretical understanding and technological innovation.