Single atom catalysts (SACs) for energy and small molecule conversion

Iron, Cobalt and Nickel single atoms embedded in the extended framework of carbon nanomaterials

This IREP project is suited for students interested in synthetic chemistry and innovative materials research. The successful IREP student will synthesize vertical aligned carbon nanotubes via gas phase routes. He/she will also synthesize solvated metal atom dispersed (SMAD) catalysts by metal vapor routes and will study those towards their application in single metal catalysts sites in various carbon materials. He/she will also get an insight into the physico-chemical characterization of these heterogeneous catalysts. Last but not least, the prepared catalysts will be studied in CO2 activation as well as in oxygen reduction reaction (ORR), two fundamentally important reactions for the sustainable energy transformation of our society. All studies will be performed with an experienced second/third year PhD student. With his/her work the IREP student will support our research activities in the field of sustainable nanomaterials.

The project is supervised by Prof. Joerg J. Schneider.

  • Strong interest and knowledge in chemical synthesis (lab experience required, the project is not suited for lab freshman)
  • gas phase chemistry and physico-chemical characterization (would be nice, but not a must)
  • Relevant literature on carbon nanotubes and carbon nanomaterials in general
  • Current research articles on single atom catalysts and ORR reaction in Angew. Chemie, Chem. Reviews and Chem. Soc. Reviews

Additional Information

Capacity Two IREP Students
Project available for Spring, Summer and Fall 2024
Credits 18 ECTS
Available via remote No