The Research Center Chemical Sciences and Sustainability aims to understand chemical reactions, processes and products at the molecular level. These insights will open up technological applications in chemistry, building materials and pharmaceuticals that are innovative, environmentally friendly and economically competitive. It is essential to regard solvent molecules as active participants and not as an inert matrix in order to optimize processes in solvents such as water.

A combination of state-of-the-art spectroscopy, microscopy, computer-aided modeling and synthesis is used to improve complex (photo-)electrocatalytic and synthetic processes and to make reaction pathways more effective and sustainable. Specifically, new strategies are being developed to ensure renewable energy can be used and stored more efficiently. Using CO2 from industrial emissions to manufacture basic materials for the chemical industry is just as relevant as reaction pathways in civil engineering and in environmental sciences, in which liquid phases and processes under extreme conditions are of crucial importance. For instance, mixing additives into water determines the durability of concrete. Reactions in tiny liquid droplets, the aerosols, play a major role in atmospheric physics, making them vital to improving the predictive power of the next generation of climate models. New insights into the molecular interactions between target molecules, additives and solvents in pharmaceutical formulations will ultimately result in better life science products.