Press releases, interviews and news

Fraunhofer UMSICHT is developing an innovative process that meets the stricter requirements of the EU Urban Wastewater Treatment Directive (KARL) while simultaneously reducing energy and resource consumption as well as disposal costs. What makes it unique is that pollutants are adsorbed onto resins, which can be regenerated directly on-site and converted into a concentrate. The process is set to enter demonstration operation at the Wolfsburg wastewater treatment plant.

Importing green hydrogen via international supply chains from overseas to North Rhine-Westphalia is technically feasible, potentially competitive and logistically viable. This is demonstrated by the RE-Chain study (“Building Resilient Energy Supply Chains”) conducted by the Fraunhofer Institute for Environmental, Safety and Energy Technology UMSICHT. The study was commissioned by the Port of Amsterdam and Duisburger Hafen AG (duisport).

New EU regulations, increasing demands for recyclability, and the call for circular products are putting pressure on companies to take action. But how can this transition actually be achieved? Sabrina Schreiner and Anna Krüger from the Research Department for Application and Demonstration at the Fraunhofer Cluster of Excellence Circular Plastics Economy CCPE explain why circular design is a key competitive factor and why monomaterials alone are not yet a solution.

Advancing technologies for a climate-neutral industry together: The Fraunhofer Institute for Environmental, Safety and Energy Technology UMSICHT, the Fraunhofer Institute for Applied Polymer Research IAP and the South Korean energy company SGC Energy are pooling their expertise to further develop processes for CO₂ utilization and hydrogen production, as well as battery and fuel cell technologies. The partners have signed a Memorandum of Understanding to this end.

How can we successfully navigate the path to a climate-neutral future? Since 2022, this question has been the focus of the traveling exhibition “Power2Change: Mission Energy Transition.” At ten locations across Germany, it brought both challenges and potential solutions to life for a broad audience. Now that the exhibition has come to an end, Sandra Naumann takes stock. The UMSICHT researcher was involved in the “Science Communication on the Energy Transition” project almost from the very beginning and played a special role: She coordinated collaboration among the project partners and bridged the perspectives of research, museum work and science communication.

In the international research and demonstration project Syschemiq, 21 consortium partners from five EU countries spent four years investigating how a cross-border plastic circular economy can be implemented and optimized. Whether it was sorting technology, recycling awareness or product design – the project aimed to overcome the most significant technical and non-technical barriers. Fraunhofer UMSICHT was particularly active in the areas of “Design for Recycling,” “Collection,” and the “City-Lab Program,” and, for example, conducted a study on consumer behavior. In the podcast, Dr. Anna Kerps discusses the project’s findings and challenges.

In early February, Carlota von Thadden del Valle traveled from Oberhausen to Athens. Until the end of May, the UMSICHT researcher conducted research at the Laboratory of Thermal Processes at the National Technical University of Athens (NTUA), School of Mechanical Engineering, under the supervision of Prof. Sotirios Karellas. The focus of her stay was her dissertation topic: the industrial integration of electrical latent heat storage. The stay was made possible by a DAAD fellowship. In addition to gaining professional insights into university research, the four months in Greece also offered the opportunity to make new contacts and view her own daily work from a different perspective. In this interview, Carlota shares her experiences.

For the past ten years, the UMSICHT Research School has been supporting doctoral students in advancing their research in a structured manner and developing both professionally and personally. The success of this approach is evident not only in the many successful doctoral graduates but also in the career paths of its alumni. One of them is Dr.-Ing. Katja Buß – now Circle Lead of the Module Testing division at Voltavision, a testing service provider for high-voltage batteries. In this interview, she explains why she chose to pursue her doctorate at Fraunhofer UMSICHT, how she actively helped shape the early days of the UMSICHT Research School – and how she applies her research experience in industrial practice today.

The “Membrane Electrode Assembly (MEA)” is the central functional component of PEM electrolysis: It is where electrochemical water splitting takes place using renewable electrical energy to produce green hydrogen. At the same time, the production of the electrode and membrane assembly involves the use of critical and costly raw materials such as iridium, platinum, and titanium. Researchers in the “CircuPEM – Circular Economy for PEM Electrolysis” project are exploring how these materials can be recycled at the end of the MEA’s life cycle.

Since 2016, industry and academia have been collaborating on the Carbon2Chem^® project to explore how climate-damaging industrial emissions can be put to good use. The goal: to stop viewing carbon dioxide merely as an emission and instead treat it as a raw material for new products. As the project marks its 10th anniversary, this approach works – even on an industrial scale.