Grühn, JuliaBurke, IngaNeuhaus, NadineKockmann, Norbert2021-08-022021-08-022020-02-06http://hdl.handle.net/2003/40366http://dx.doi.org/10.17877/DE290R-22241Biocatalysis offers a broad spectrum of possible ecological and economic advantages over conventional chemical catalysis processes, e.g., lower energy consumption and high enantio selectivity. The focus of this work is on gas-liquid reactions. These are of great importance in the chemical and biochemical industry and subject of current research since they are often limited by mass transfer or show low selectivity. Different suitable biocatalytically gas-liquid reaction systems were tested in capillary reactor designs in order to obtain information about the interaction between reaction and fluid mechanics. Furthermore, an optical measuring method was established. The experiments were performed in batch mode in a glass beaker with a flow cuvette for UV/Vis measurement of product concentration.enCoiled flow inverterGas-liquid reactionMichaelis-Menten kineticTaylor flow660TextMikroreaktorSchwallströmungGas-Flüssigkeit-StrömungBiokatalyse