Michael Schlüter
Professor in Fluid Mechanics of Multiphase Flows at the Hamburg University of Technology
Sopat
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Inside Innovation: An Interview with SOPAT’s Head of Sales and Marketing
At the forefront of technology and process optimization, SOPAT stands out as a leader in inline particle measurement. Their cutting-edge solutions have revolutionized how industries monitor and control particulate processes. This interview with Dr. Mirco Wegener, Head of Sales and Marketing, covers some of the innovative market approaches of SOPAT.
Application of Population Balance Models in Particle-Stabilized Dispersions
— Authors: Susanne Röhl, Lena Hohl, Sebastian Stock, Manlin Zhan, Tobias Kopf, Regine Von Klitzing and Mathias Kraume — Link: Nanomaterials | Free Full-Text | Application of Population Balance Models
Characterisation of particle stress in turbulent impeller flows utilising photo-optical measurements of a flocculation system – PART 1
— Authors: Robert P. Panckow, Chrysoula Bliatsiou, Lucas Nolte, Lutz Böhm, Sebastian Maaß, Matthias Kraume — Link: Characterisation of particle stress in turbulent impeller flows utilising photo-optical measurements of a
Effect of temperature on mixing and separation of stirred liquid/liquid dispersions over a wide range of dispersed phase fractions
— Authors: Song Ye, Lena Hohl, Evgenia Charlafti, Zunlong Jin, Matthias Kraume — Link: Effect of temperature on mixing and separation of stirred liquid/liquid dispersions over a wide range of
Drop Size Distributions as a Function of Dispersed Phase Viscosity: Experiments and Modeling
— Authors: Dr.-Ing. Lena Hohl, Susanne Röhl, Prof. Dr.-Ing. Matthias Kraume — Link: Drop Size Distributions as a Function of Dispersed Phase Viscosity: Experiments and Modeling – Hohl – Chemical
Autonomous Liquid–Liquid Extraction Operation in Biologics Manufacturing with Aid of a Digital Twin including Process Analytical Technology
— Authors: Alexander Uhl, Axel Schmidt, Mark W. Hlawitschka and Jochen Strube — Link: Processes | Free Full-Text | Autonomous Liquid–Liquid Extraction Operation in Biologics Manufacturing with Aid of a