• Elektrochemische Reduktion von Nitrilen zu primären Aminen
• Untersuchung von Reaktionskinetik, Reaktionsmechanismen und Stofftransportphänomenen
• Experimentelle und modellbasierte Charakterisierung elektrochemischer Reaktionen an porösen Elektroden

Baessler, J.; Vollmert, N.; Vehrenberg, J.; Mineur, M.; Schenke, S.; Griesberg, L.; Montero Pineda, P.; Keller, R. (2024) Reaction engineering for high yield electrosynthesis: Unraveling the impact of reaction conditions and conversion on methanol oxidation to formate. Chemical Engineering Journal 495. DOI: 10.1016/j.cej.2024.153000.

• Electrochemical reduction of nitriles to primary amines
• Investigation of reaction kinetics, mechanisms, and mass-transport phenomena
• Experimental and model-based characterization of electrochemical reactions using porous electrodes

Baessler, J.; Vollmert, N.; Vehrenberg, J.; Mineur, M.; Schenke, S.; Griesberg, L.; Montero Pineda, P.; Keller, R. (2024), Reaction engineering for high yield electrosynthesis: Unraveling the impact of reaction conditions and conversion on methanol oxidation to formate. Chemical Engineering Journal 495. DOI: 10.1016/j.cej.2024.153000.