A1: Development of novel oxidation catalysts for the removal of VOCs and NOx

For the foreseeable changes in the area of mobility (e-mobility, synfuels, etc.) and for the continued use of combustion technology, new catalyst materials and concepts for VOC and NOx minimization are needed, in addition to adapted combustion and engine concepts,

Mixed oxide-based catalysts can be tailor-made for specific catalytic processes due to their variable chemical composition and different manufacturing processes. Particularly for use in cabin filters, high catalytic activity at low temperatures, ideally at room temperature, as well as at high humidity are essential requirements for the materials. New mixed oxide catalysts with high specific surface area represent a promising class of materials for new catalytic filters. Within the framework of the interdisciplinary cluster, a holistic approach will be used to investigate the possibility of energy-efficient production of innovative catalyst materials by means of gas-phase reactions to minimize exhaust emissions in order to avoid environmental pollution and health problems. The new synthetic concepts can also be applied to the development of novel materials for the conversion of hydrogen and its storage.

Doctoral Candidate : Felix Spranger

First (Main-) Supervisor : Prof. Dr.-rer. nat. habil. Stefan Kaskel

Second Supervisor : N.N.