Hans-Werner Schmidt
Papers
1
Total Citations
104
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1
About
Hans-Werner Schmidt is a pioneering figure in high-throughput experimentation and catalysis research, with his work fundamentally reshaping how catalyst libraries are screened and optimized. His key research areas span heterogeneous catalysis, microreactor technology, and spatially resolved analytical methods. Schmidt’s most influential contribution is the development of a groundbreaking technique that uses robot-controlled mass spectrometry to directly monitor reaction selectivity on catalyst libraries within 2-mm microreactors. This innovation, detailed in his highly cited 1999 paper (104 citations), dramatically accelerated catalyst discovery by requiring only 60 seconds per library component—a feat that was previously time-prohibitive. By enabling rapid, parallel screening of catalyst activity and selectivity, Schmidt’s work has had a lasting impact on the field, providing a foundational tool for both academic researchers and industrial applications. His achievements exemplify how integrating robotics with analytical chemistry can unlock new efficiencies in materials science, making him a key reference for students and professionals working in combinatorial catalysis and process intensification.
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