Catalysts are involved in about 80% of all chemical transformations that we as a society relay on. An efficient and stable catalyst is therefore crucial for obtaining the necessary compounds. Among other measures, the so-called electrification of chemical industry and production of energy sources is an important one to reach goals of green transition. Electro(lysis)reduction plays a key role in these processes. However, not all chemicals and fuels can be obtained using this process. Our group is developing catalysts that enable electrification via magnetic heating of catalysts using an alternating magnetic field. The candidate will have the opportunity to particape in development of new types of magnetic catalysts for chemical conversions relevant for green transition. The candidate will develop new aqueous-based techniques for preparation of magnetic nanocomposite catalysts. The synthesis will be accompanied by a variety of structural and functional characterizations including electron microscopy, chemisorption and activity tests conducted on our home-built system. Participation at international conferences is expected. The position is suitable for an enthusiastic young researcher who wants to engage in exciting research at the intersection of chemistry, materials science and chemical engineering.
More information about the department and the supervisor can be found here:
Minimum requirements for application:
- master degree from chemistry or chemical engineering (degree awarded until September 2023),
- knowledge of English