Recent Advances in Experimental Techniques for Flow and Mass Transfer Analyses in Thermal Separation Systems
Uwe Hampel, Markus Schubert, Alexander Döß, Johanna Sohr, Vineet Vishwakarma, Jens‐Uwe Repke, Sören J. Gerke, Hannes Leuner, Matthias Rädle, Viktoria Kapoustina, Lucas Schmitt, Marcus Grünewald, Jost Brinkmann, D. E. A. Plate, Eugeny Y. Kenig, Nicole Lutters, Lukas Bolenz, Felix Buckmann, Dominique Toye, Wolfgang Arlt, Thomas Linder, Rainer Hoffmann, Harald Klein, Sebastian Rehfeldt, Thomas Winkler, Hans‐Jörg Bart, Dominic Wirz, J. Schulz, Stephan Scholl, Wolfgang Augustin, Katharina Jasch, Florian Schlüter, Natalie Schwerdtfeger, S. Jahnke, Andreas Jupke, Christoph Kabatnik, Andreas Braeuer, Mirko D’Auria, Thomas Runowski, Maria Francisco Casal, Karsten Becker, Anna‐Lena David, Andrzej Górak, Mirko Skiborowski, Kai Groß, Hina Qammar
Abstract
Abstract Modelling flow and mass transfer of thermal separation equipment constitutes one of the most challenging tasks in fluids process engineering. The difficulty of this task comes from the multiscale multiphase flow phenomena in rather complex geometries. Both analysis of flow and mass transfer on different scales as well as validation of models and simulation results require advanced experimental and measurement techniques. As a follow‐up to intensive discussions during the 2019 Tutzing Symposium “Separation Units 4.0” a wide set of available modern experimental technologies is presented.