Former PhD students & Alumni
2024
- Dr. Julian Kleinhaus
Scalable Electrochemical Hydrogenation Enabled by CO2 and Proton Reduction Catalysts and Integrated Process Design
2023
- Dr. Tobias Kull
Synthesis of Hydrocarbons from synthesis gas
- Dr. Sung Youn Suh
Catalytic Removal of Oxygen Traces from Coke Oven Gas Using Transition Metal Sulfide Catalysts
- Dr. Theresa Jaster
Einfluss von Elektrodenparametern und Cu-Metall-Katalysatoren auf die Elektrochemische CO2-Reduktion an Gasdiffusionselektroden
- Dr. Shanika Yadav
[FeFe] Hydrogenases: Manipulation and Oxidative Degradation
2022
- Dr. Alina Gawel
New concepts for robust gas diffusion electrodes for the electrochemical CO2 reduction to CO
- Dr. David Tetzlaff
Designing surfaces for the electrochemical hydrogen formation
- Dr. Julia Jökel
Bimetallic transition metal complexes for the reduction of CO2 and protons
- Dr. Lucas Hoof
Entwicklung von Membran-Elektroden-Einheiten für die kontinuierliche elektrochemische Umwandlung von CO2 und Optimierung für die industrielle Anwendung
- Dr. Linda Iffland
Tripodal and macrocyclic 3d transition metal complexes for the activation of small molecules
- Dr. Mathias Smialkowski
Pentlandite-based materials for electrocatalytic H2 evolution
- Dr. Philipp Gerschel
Multifunctional catalysis with macrocyclic transition metal complexes
2020
- Dr. Florian Wittkamp
Das aktive Zentrum der [FeFe]-Hydrogenase als chemischer Baukasten
- Dr. Kai junge Puring
Verbesserung der CO2-Verfügbarkeit in der Kupferkatalysierten CO2-Elektroreduktion durch Hochdruckverfahren oder Gasdiffusionselektroden
2018
- Dr. Frauke Nyßen (geb. Möller)
Cryptands as CODH Mimics for the Activation of Small Molecules
- Dr. Stefan Piontek
Synthesis of Heterogeneous FeNi-Compounds for the Hydrogen Evolution and Carbon Dioxide Reduction
2017
- Dr. Anette Petuker
Activation of Small Molecules with Iron and Nickel Complexes comprising Tripodal Phosphines
- Mohamed Barakat, AvH Postdoc (until 1.9.2023)
