News

20.03.26
The section on "Interfacial Flow" was organized by CRC researchers Prof. Alexandra von Kameke (Hamburg University of Applied Sciences), Dr.-Ing. Christian Weiland and Prof. Michael Schlüter (Hamburg University of Technology), featuring 20 oral presentations by international experts.
03.03.26
D. Lumpp, S. Shaikh, C. Ruhmlieb, and J. Albert (UHH) together with F. Riebesehl, K. Kruber, B. Schroeter, I. Smirnova, M. Skiborowski, and B. Fiedler (TUHH) have shared their latest results on a multifunctional carbon-nanotube supported catalyst for glycerol hydrogenolysis to 1,2-propanediol.
26.02.26
Dominique Lumpp and Piet Hassenstein, PhD candidates in Prof. Jakob Albert's group at the Institute of Technical and Macromolecular Chemistry, represented our CRC at the symposium held at the University of Hamburg.
20.02.26
As part of our CRC seminar series, Professor Galvanin gave an inspiring lecture on "Advanced Applications and Novel Methods in Model-Based Design of Experiments".
20.02.26
30 participants gained hands-on experience in advanced methods for the design of experiments at a one-day intensive workshop at TUHH.
20.02.26
TUHH researchers Asif Shaik, Swantje Pietsch-Braune, Melis Özdemir, Muhammad Adrian, Alexander Penn, and Stefan Heinrich together with Stefan Pirker (JKU Linz) have presented their latest results on MRI-validated CFD-DEM and rCFD of a bubbling fluidized bed.
20.02.26
Thank you to all our followers for your interest and engagement!
12.02.26
Professor Zavrel gave an inspiring lecture on “Model-Based Bioprocess Design for a Sustainable Bioeconomy”, explaining how model-based methods can be used to design, optimise and scale up robust bioprocesses for a sustainable circular bioeconomy.
11.02.26
For her research project, "INSPIRE: Innovative Approaches to Succinate Production in Membrane Biofilm Reactors", Miriam will receive funding of 2.2 million euros from the German Federal Ministry of Research, Technology and Space (BMFTR).
30.01.26
A. von Kameke, R. Uphoff, E. Steuwe, J.H. Nissen (Hamburg University of Applied Sciences) together with M. Hoffmann, M. Schlüter, and F. Kexel (Hamburg University of Technology) have shared their latest results of time resolved three-dimensional velocity and vorticity fields behind rising bubbles.