Research

The research activities of the working group are divided into several key areas. One main focus is on the development of sustainable process paths for the catalytic conversion of biomass. We are also involved in kinetic and mechanistic investigations of nanoscale materials. The development of reaction engineering concepts for chemical energy storage in Power-to-X processes and scale-up are also part of our research focus, as is the use of polyoxometalates in catalysis.

ERC – BioValCat ”Enhanced Biomass Valorisation by Engineering of Polyoxometalate Catalysts”

This project builds on a recent and groundbreaking discovery by the PI in the field of homogeneously catalyzed, selective biomass utilization. The manipulation of molecular catalysts such as polyoxometalates (POM) in solution by altering solvent properties and gas atmosphere represents a new paradigm for homogeneously catalyzed biomass utilization technologies.

CRC 1615 - "SMART Reactors for Future Process Engineering"

The SFB 1615 is researching innovative reactors that enable flexible adaptation to the fluctuating availability of renewable resources. The aim is to develop new technologies that promote the efficient use of resources and at the same time contribute to reducing fossil raw materials and combating climate change.

Main research areas

The Albert working group is researching the substitution of fossil-based chemicals with renewable raw materials. In collaboration with industrial and academic partners, it is working on alternative energy sources and basic chemicals in order to create a sustainable, bio-based foundation for future industrial development.

Completed projects

Here you will find an overview of all completed projects of the Albert working group.