DFG
Complex gas-liquid reactions with mass transfer in coiled capillaries
The project aims to optically investigate the mass transport and selectivity of gas-liquid color reactions in capillary reactors of different geometries and better to understand them with the aid of high-resolution 3D simulations. The capillary reactors considered are the straight capillary, the curved capillary and the so-called coiled flow inverter (CFI). Biocatalytic reaction systems are used as color reactions, since they are often more advantageous than chemical reaction systems concerning their longer reaction time.


Information on the project
Contact | Prof. Dr. Norbert Kockmann |
Professorship | Laboratory of Equipment Design (AD/BCI) |
Funding | German Research Foundation (DFG) |
Term | from 01.11.2018 |