To achieve our goals, we develop new materials (Area A), create and employ hybrid catalyst-support materials (Areas A and B), as well as study and model the materials and catalytic processes (Area B and C). Accordingly, our research program is structured in three areas.
Area A – Materials
Materials scientists create tailor-made, highly defined mesoporous support materials and develop pore-selective anchoring procedures to make a broad range of catalyst support hybrids available.
Area B – Catalysis
Chemists from the field of catalysis modify known organometallic catalysts for anchoring them within the pores of the solid supports and probe confinement effects of the catalyst-support hybrids.
Area C – Analysis, Theory and Simulation
Physical chemists employ new and highly specialized physical techniques to examine the mesoporous materials and catalyst-support hybrids in great detail. Theoreticians build upon these results and model the processes within the pores.