Industrial Application. Engaging in ecological questions entails seeking novel enzymes with selected functions. Our emphasize lies on [NiFe] hydrogenases (catalyzing H2 ↔ 2H+ + 2e–) and carbon monoxide dehydrogenases (CODH) (catalyzing CO + H2O + A ↔ CO2 + AH2). If immobilized on surfaces hydrogenases can be useful for (i) production of hydrogen as an energy carrier (fuel storage in electrochemical cell) and (ii) oxidation of hydrogen as an energy source (fuel cell). CODH can produce carbon monoxide, which has a significant fuel value and is also used as feedstock for different synthetic reactions. Aside CO2 concentrations can be reduced in flue and other waste gases.

  • Find out more about the geomicrobiology team here

  • You can find information on our teaching programmes here

  • !!! Bachelor and Master Theses !!!
    There are numerous exciting projects available in our working group raising questions that can also be investigated in the context of bachelor and master theses. Feel free to contact us and find a suitable topic for your thesis together with us!

  • March 2021 <<< Dr. Katja Laufer published her new paper on the importance of Fe cycling in Arctic fjord sediments and the potential impacts of glacial retreat in >>>

    March 2021 <<<Our new project Emden FM has been kicked-off. We are looking forward to exciting research in a great consortia (coordinator: )>>>

    December 2020 <<<Dr. Nicole Adam receives the Prof. Dr. Werner Petersen-Preis 2020  for outstanding doctoral theses at 91̽»¨>>>