Inorganic Chemistry Department


The AC department in the Fritz-Haber-Institute aims to gain a generalized understanding of heterogeneous catalysis as a multi-scale phenomenon. To achieve this goal the department develops and applies in situ methodology and combines the obtained information with kinetic data. The rationale behind this approach is the realization that catalysts are dynamic materials whose active centres are formed or transformed under reaction conditions.
The FHI contributes within all departments towards the understanding of heterogeneous catalysts defined as the prediction of the macroscopically observable performance of a kinetically demanding reaction over a given catalyst system and under given reaction conditions.


What is CatLab?
Hydrogen is a key building block for a successful energy transition. The main innovation in CatLab is the use of thin-film technologies from solar technology for the synthesis of customised catalysts. CatLab is anchored in BASIC RESEARCH and in parallel there is a bridge to APPLICATION.


  • Generation of green H2
  • Long-distance transport and storage of H2 by synthetic energy carriers (e.g. NH3, methanol, methane, LOHC)
  • Energy-efficient further conversions into synthetic fuels and basic chemicals
  • Electrical energy supply for catalytic processes
  • Research into the interaction of active catalyst component with the carrier substance

More about Catlab




Bundling of competences in the CatLab:
The Helmholtz-Zentrum Berlin (HZB) and the two Max Planck Institutes, the Fritz Haber Institute (FHI) and the Institute for Chemical Energy Conversion (MPI CEC), are pooling their expertise and building the research platform together with the Humboldt University of Berlin and BASF as a technology partner. CatLab is funded by the Federal Ministry of Education and Research (BMBF).  More...

Chemistry meets art

Sabine C. Wrabetz stellt am MPI CPfS in Dresden ihre
neuen Kunstwerke vor ... ››

Einen Überblick bietet der Katalog zur Ausstellung ... ››

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