Development of highly porous ceramic nanofibrous catalysts for reactions in both gas and liquid phases

The proposed PhD project focuses on a comprehensive investigation of inorganic nanofibrous materials prepared by electrospinning with the aim of evaluating their potential as advanced heterogeneous catalysts. The research will primarily address ceramic systems based on magnesium oxide, alumina, and other inorganic materials exhibiting high thermal and chemical robustness. Further objectives include tailoring nanofiber synthesis parameters to control morphology, texture, and surface chemistry, as well as developing strategies for immobilization of catalytically active phases. Particular emphasis will be placed on elucidating correlations between support microstructure and the kinetic activity and selectivity. The experimental part will comprise model gas-phase reactions, together with liquid-phase transformations. In addition, differences in surface properties between ceramic nanofibrous catalysts and conventional industrial catalysts will be systematically compared with respect to their impact on catalytic performance.

Required education and skills:

• Master’s degree in chemical technologies, chemical engineering, or chemistry of materials;
• methodical and creative approach to work;
• willingness to perform experimental work and learn new issues.