On June 3, 2025, Prof. Max Hülsey gave his inaugural lecture at the TUM School of Natural Sciences as part of the German Chemical Society (GDCh) lecture series. Under the title "Catalytic Interfaces for Sustainable Chemical Energy Carriers," he presented current research approaches in the field of sustainable chemical energy carriers.
The event was opened by Prof. Roland Fischer, Vice Chair of the Munich Chemical Society and Director of the Catalysis Research Center. In his welcome address, he honored Hülsey's remarkable academic career and highlighted his numerous awards and scientific contributions.
The lecture focused on research projects that Hülsey has conducted since 2019. Among other topics, he discussed the role of hydrogen spillover in molecular hydrogen catalysis and the challenges of CO2 reduction in aqueous systems, particularly the carbonation of the electrolyte. A special emphasis was placed on the significance of local pH fluctuations as a prerequisite for effective CO2 reduction reactions (CO2RR) and the influence of alkali cations on this process. Hülsey presented his methodological approach to tracking pH development in the pre-steady state through CO2 uptake.
Toward the end of the lecture, he summarized his research through several exemplary reactions, focusing on the interface between thermochemical and electrochemical catalysis, ion transport, and unconventional electrolytes like molten salts. The connection between fundamental research and sustainability aspects served as a continuous theme throughout his talk.
In addition, Hülsey provided insights into his ongoing collaborative projects at the TUM School of Natural Sciences. He is working with Prof. Martin Elsner on investigating kinetic isotope effects of heavy elements in electrochemical reactions and with PD Dr. Friedrich Esch in the field of single molecule potentiometry .
At the conclusion of the event, Hülsey thanked his team for their dedicated efforts and the audience for their keen interest. Following a brief Q&A session, the evening ended with a convivial gathering over snacks at the local Greek bistro frequented by chemistry students and faculty – a great opportunity for lively discussions and personal exchange with the speaker.
Further Information and Links
- Prof. Max Hülsey, Professorship of Catalytic Interfaces for Sustainable Chemical Energy Carriers
- Munich Chemical Society chapter of the German Chemical Society
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