Search Results - "Kexel, Felix"

A Novel Approach for Visualizing Mixing Phenomena of Reactive Liquid-Liquid Flows in Milli- and Micro-Channels by Frey, Torben, Kexel, Felix, Dittmer, Kayla Reata, Bohne, Sven, Hoffmann, Marko, Trieu, Hoc Khiem, Schlüter, Michael

“…Modular milli- and micro-structured systems represent a promising approach to exploit the potential of micro-process technology, including precise reaction…”
Get full text

Intensification of a biocatalytic oxidation under fine bubble aeration in a rotating bed reactor by Perçin, Zeynep, Kursula, Lotta, Löfgren, Erik, Byström, Emil, Kexel, Felix, Bubenheim, Paul, Schlüter, Michael, Liese, Andreas

“…The utilization of oxidases suffers from insufficient oxygen availability due to its low solubility in gas-liquid multiphase systems. To overcome this…”
Get full text

Local analysis of micro mixing for the Villermaux-Dushman protocol by using the imaging UV-Vis spectroscopy by Frey, Torben, Kexel, Felix, Grabellus, Markus, Le, Xuan My, Hoffmann, Marko, Herbstritt, Frank, Grünewald, Marcus, Schlüter, Michael

“…The Villermaux-Dushman protocol with UV-Vis analytics is an established tool to characterize the global micro mixing performance in process equipment. The…”
Get full text

Taylor Bubble Study of the Influence of Fluid Dynamics on Yield and Selectivity in Fast Gas‐Liquid Reactions by Kexel, Felix, von Kameke, Alexandra, Tenhaus, Janina, Hoffmann, Marko, Schlüter, Michael

“…A consecutive competitive gas‐liquid reaction is investigated using a Taylor bubble setup regarding the influence of fluid mixing in the bubble wake on yield…”
Get full text

Bildgebende UV/VIS‐Spektroskopie zur Untersuchung des Einflusses der Fluiddynamik auf die Entstehung von Haupt‐ und Nebenprodukt in schnellen konkurrierenden konsekutiven Gas‐Flüssig‐Reaktionen by Kexel, Felix, von Kameke, Alexandra, Oßberger, Martin, Hoffmann, Marko, Klüfers, Peter, Schlüter, Michael

“…Zur Bildung vieler Bulk‐Chemikalien müssen gasförmige Stoffe mit einer kontinuierlichen flüssigen Phase vermischt und zur Reaktion gebracht werden. Häufig…”
Get full text