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."

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

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

Neues Layout für Menü-Inhaltselement Sektionsindex

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

Dr. Chigozie Uzoh is an Associate Professor of Chemical Engineering at Nnamdi Azikiwe University in Nigeria and has extensive experience in this field, as well as in process simulation and optimisation. His research project aims to produce environmentally friendly, biodegradable and cost-effective coated urea fertilisers (CRCU) based on a bio-based polymer of modified lignin and palm kernel fat. The fertiliser produced in this way releases nutrients in a controlled manner and reduces environmental pollution. At Prof. Heinrich's Institute of Solids Process Engineering and Particle Technology, Dr Uzoh uses a laboratory fluidised bed reactor for his research, which was procured as part of a DFG large-scale equipment application. The fluidised bed reactor investigates and optimises the coating processes experimentally. It also analyses their coating quality and release behaviour to enable industrial production. The project also promotes interdisciplinary cooperation in particle technology and contributes to sustainable agriculture, particularly in developing countries. Uzoh has published numerous scientific papers on topics such as coated fertilisers, polymer chemistry and environmental protection, is a member of various professional associations and has received several academic awards. In addition, the scientist is head of the Engineering Department, supervises doctoral students and is involved in various research and teaching committees as well as international conferences and specialist journals. The Alexander von Humboldt Research Fellowships offer outstanding scientists from all over the world the opportunity to carry out a long-term research project of their own choice in cooperation with a research institution in Germany. Both postdocs and experienced researchers can apply for the six to 24-month fellowships. The programme offers scientists from all over the world the opportunity to carry out a long-term research project of their own choice in cooperation with a research institution in Germany. Both postdocs and experienced researchers can apply for the six to 24-month fellowships. Back to Institute SPE - News

Wir freuen uns über die Publikation von Dr. Timo Achtelik zum Thema „Frugal Engineering - Challenging Performance-Improving Paradigms in the Context of Automotive Material Development“, die in Zusammenarbeit mit der Volkswagen AG entstanden ist.