Application of microreactors for study of gas phase catalytic reactions

Microreactors are promising devices that are increasingly finding widespread application in many chemical processes. The advantage of microreactors is that, with a suitable geometrical design with respect to the process to be studied, their reaction space geometry allows to study reactions or test catalysts under conditions without limitation by mass and heat transport. Therefore, the scope of the present topic is to study catalytic gas-phase reactions using a microreactor in order to optimize the design. The work will include experimental laboratory tests with model reactions, data processing, mathematical description of kinetics and transport variables with the aim of designing the microreactor for the optimal course of the studied reaction and maximum spatial yield.

The ideal candidate should have a strong knowledge of chemical and reaction engineering, as well as a positive attitude towards using data acquisition systems, data evaluation, and mathematical modeling. Independence, creativity, teamwork skills, a willingness to learn, and proficiency in the English language are also required for this role.