HC-H2 | Helmholtz Cluster for a sustainable and infrastructure-compatible hydrogen economy

Understanding chemical reactions and using that knowledge to develop processes for sustainable energy carriers: this combination of fundamental research and practical application has earned Dr Patrick Schühle the 2026 Carl Zerbe Prize. He heads the Reaction Kinetics Department at the

Large-scale research facilities generate enormous volumes of data. And those volumes keep growing. Prof. Hans-Georg Steinrück, a physicist at Forschungszentrum Jülich, describes this as a “historic transformation”. To make more effective use of these vast quantities of data, eight research

Firmly anchored to the ground, the structure of the Brainergy Hubs is steadily taking shape. For now, the building’s distinctive circular design is only beginning to emerge, with its striking architecture set to become fully apparent during the next phases

A heavy-duty crane has lifted Reverion’s fuel-cell power plant into place at Hermann-Josef Hospital in Erkelenz. With the installation of the striking green container, the HC-H2 hydrogen demonstration project Multi-SOFC has reached an important milestone. The next steps are the

Scientists at Forschungszentrum Jülich have outlined new approaches for supplying hydrogen to areas that will not be connected to Germany’s planned hydrogen core network by 2032. In a recent publication, they describe the use of chemical hydrogen carriers from which

How is hydrogen produced? How is hydrogen produced? What role could it play in building a climate-friendly energy system for the future? And what exactly are scientists in Germany’s Rhineland mining region researching? Visitors to the upcoming edition of “tu!