Separation of enantiomers using chiral membranes and the influence of electric field

The aim of the doctoral thesis is to investigate membrane separation processes for successful separation of racemic mixtures. Racemic mixtures contain equal amounts of left-handed and right-handed enantiomers. Except for optical activity, individual enantiomers exhibit identical physicochemical properties in the achiral medium, which makes their separation very challenging. However, in the human body, these enantiomers can have different effects. The doctoral thesis will be focused on the development and optimization of novel chiral membranes and separation techniques for selective separation of enantiomers from racemates, including the investigation of the influence of the experimental conditions and electric field on their separation, with practical applications especially in the pharmaceutical, food and agrochemical industries. The doctoral student will be asked to carry out a comprehensive search of international literature on the topic (good English is required), independently carry out individual experiments, analyze the results and cooperate with a supervisor and a supervisor who specializes in publishing results in international journals.

Requirements for applicants:

• university education in chemical engineering, physical chemistry, organic technology;
• willingness to experiment and learn new things;
• ability to work in a team.