Maximilian Selt

Dr. Maximilian Selt is a PostDoc researcher in the Department of Chemistry at Johannes Gutenberg University Mainz, working under Prof. Siegfried R. Waldvogel since 2020. His research focuses on advancing sustainable electrochemical methods for organic synthesis, particularly in electroorganic chemistry and flow electrosynthesis applications.

His academic journey includes:

• Bachelor of Chemistry (2011-2014) at Mainz University with thesis in Waldvogel group
• Master of Chemistry (2014-2016) at Mainz University with thesis in Waldvogel group
• PhD in Chemistry (2016-2020) completed in the Waldvogel research group

Dr. Selt specializes in electroorganic synthesis, with core expertise in anodic C-C homo-coupling reactions and oxidative coupling methodologies. His work pioneers practical applications of electrochemistry for synthesizing complex molecules like biphenols and pharmaceuticals, emphasizing scalability and sustainability through flow chemistry systems. He has developed novel approaches for supporting-electrolyte-free processes and modular electrolytic flow cells that address industrial implementation challenges.

Analysis of his publication trends reveals a strategic progression from fundamental electrochemical mechanisms (2015-2016) toward applied flow systems (2019-2021), demonstrating increasing focus on scalable manufacturing solutions. His research consistently targets pharmaceutical-relevant syntheses, including oxycodone production via anodic coupling, while maintaining strong emphasis on green chemistry principles and safety.

As an integral member of the Waldvogel research group, Dr. Selt contributes to multiple collaborative projects including the BMBF-funded ETOS Zukunftscluster. The group maintains specialized laboratories for organic electrochemistry, oxidative coupling reactions, hazardous compound sensing, and supramolecular chemistry, with active participation in international symposia and industry partnerships.