The research group led by Dr. Benjamin Mockenhaupt focuses on catalyst development using innovative tools and approaches. One of the group’s core interests is the use of laser-generated nanoparticles as promising candidates for future catalysts, particularly those with compositions that are difficult to achieve through conventional synthesis methods.

Since most catalysts rely on support materials, the properties of these supports play a critical role in determining overall catalytic performance. These properties can be tuned during the synthesis process or modified post-synthesis. Our group aims to enhance both the activity and stability of catalysts through targeted doping and the deliberate introduction of defects into support materials.

In addition to the preparative work, catalyst testing is also conducted within our group. Some projects center around electrochemical applications, employing custom-built, continually optimized reactor cells. However, the group’s primary focus lies in thermal catalysis, investigating custom-designed catalysts across a range of chemical reactions. We utilize a broad spectrum of reaction engineering tools—from batch screening reactors to gas-phase reactors with integrated chemisorption analysis.

For more information, please visit the BeMoCat Group's website.