On September 28th at 9 a.m., Vilyana Kazanlaklieva will present the results of his Bachelor Thesis with the title: "Microstructural Control in Chitosan Carbon Aerogels and their use as Supports for Electrocatalysts."

Am 2. Oktober um 10 Uhr hält Daniel Brauer seinen Bachelorvortrag mit dem Titel: "Experimentelle Untersuchung des dynamischen Trocknungsverhaltens von Aerogelen in einem Festbettautoklaven mit überkritischem CO2" Die Präsentation findet im Konferenzraum des Instituts V8, O2.083, statt.

We have a new master thesis position open at the ITB: Elevated-Pressure Effects on Cleaning Industry Waste Degradation by Bacterial Consortia from Extreme Environments

The latest results of the magneto-mechanical resonator sensor technology investigation have been published by Jonas Faltinath, Fabian Mohn, Fynn Foerger, Martin Möddel, and Tobias Knopp from the Institute for Biomedical Imaging at the Hamburg University of Technology.

On September 9th at 2 p.m., Julian Schnäckel will present the results of his Bachelor Thesis with the title: "Festbett-Aerogelsynthese: Einfluss von Partikeleigenschaften auf das Strömungsverhalten."

Vom 17. bis 20. August fand die ASME IDTEC-CIE (International Design Engineering Technical Conferences & Computers and Information in Engineering Conference) in Anaheim, Los Angeles, USA statt.

Hier geht zum Tagungsband der Learning AID 2024

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Sechs Studierende starten als „Journalists-in-Residence“ an der HOOU

Alejandro holds both his Bachelor's and Master's degrees in Materials Science from TU Berlin and brings with him hands-on experience in material science and additive manufacturing - a perfect fit for the ambitious goals of his Deutsche Forschungsgemeinschaft (DFG) - German Research Foundation reserach project. He will be working on a cutting-edge international research collaboration focused on improving the sustainability and efficiency of porcelain tile manufacturing. The project brings together Technische Universität Hamburg and Universidade Federal de Santa Catarina (Brazil) and combines flowsheet simulation, CFD modeling, and data-driven process optimization to reduce energy consumption and CO₂ emissions in the ceramics industry. From digital twin models of roller kilns to simulation of black-core formation and liquid-phase sintering - Alejandro will play a key role in integrating these complex processes into the multiscale simulation framework using flowsheet simulation tool Dyssol. Back to Institute SPE - News