Paul Dauenhauer

Paul Dauenhauer is a Distinguished McKnight University Professor at the University of Minnesota, affiliated with the College of Science and Engineering. His research focuses on catalysis, reaction engineering, and sustainable energy technology, particularly in converting renewable carbonaceous feedstocks like biomass and shale into fuels and chemicals.

• Research Group: Catalysis, Separations & Reaction Engineering
• Contact: hauer@umn.edu | 484 Amundson Hall, Minneapolis, MN

His work emphasizes dynamic heterogeneous catalysis, where catalysts are programmed to change over time to enhance reaction rates and selectivity beyond traditional limits. Techniques like Quantitative Carbon Detection (QCD) and Reactive Gas Chromatography (RGC) enable advanced analysis of complex chemical mixtures and zeolite acid sites.

Recent publications explore catalytic resonance theory, programmable catalysts, and micro-mesoporous materials, with applications in energy sustainability and chemical manufacturing. Collaborations with industry and commercialization of QCD through Activated Research Company highlight practical impacts.

Scientific Awards:

• Distinguished McKnight University Professor

His lab, located in Amundson Hall, develops cutting-edge methods for energy research, supported by tax-deductible donations to the Dauenhauer Energy Research Gift Fund. The group trains students in renewable energy challenges and advanced catalytic techniques.