SFB1615: News

News

21.03.24

CRC SMART Reactors at the "Annual Meeting of the DECHEMA/VDI expert groups on multiphase flow, CFD, and aerosol technology"

PhD candidate Christoph Wigger presented a poster on the integration of lattice structures in chemical reactors paving the way for enhanced efficiency and sustainability at the meeting in Bremen.

15.03.24

Prof. Steven T. Wereley from Purdue University visits the CRC SMART Reactors

Professor Steve Wereley, one of the international top experts in microfluidics from Purdue University College of Engineering, USA, visited our partners’ labs at TU Hamburg and HAW Hamburg and was thoroughly impressed by the outstanding equipment for experimental analysis of gas bubble motions.

15.03.24

CRC SMART Reactors at the "57. Jahrestreffen Deutscher Katalytiker"

Our consortium members Professor Raimund Horn and PhD candidate Diego Espinoza from the Institute of Chemical Reaction Engineering at TUHH introduced new methods for intra-reactor diagnostic measurements at the DECHEMA conference in Weimar.

12.03.24

Our LinkedIn channel has reached 1000 followers!

We would like to thank everyone who supports us.

08.03.24

Best Oral Presentation Award for Kathrin Marina Eckert

Her talk about the research carried out in project A01 was entitled "Unveiling the Thermodynamics of Stimuli-Responsive Gels: A COSMO-RS and Molecular Dynamics Study".

07.03.24

Prof. Koichi Terasaka from Keio University visits "SMART Reactors"

In a CRC seminar the leading expert in Fine Bubble Technology from Japan gave an insight into the fascinating world of bubbles, that are small enough to transport gases to the smallest and most hidden places in SMART reactors.

01.03.24

New publication available online!

Manuel Brinker and Patrick Huber from the Institute for Materials and X-ray Physics at the Hamburg University of Technology and the Centre for X-ray and Nano Science (CXNS) at DESY have shared their latest results on Mott-Schottky analysis of mesoporous silicon in aqueous electrolyte solution using electrochemical impedance spectroscopy.