Many states, cities, counties and countries have set themselves the goal of becoming climate neutral. The Rhine district of Neuss is no exception. The cities and municipalities of Dormagen, Grevenbroich,
Burning hydrogen is considered problematic. The first element in the periodic table is relatively expensive as a fuel today. Simon Hahn already had a penchant for solving problems when he
Last week, the LOHC One Reactor, an important component for researching innovative technologies for the energy supply of the future, was delivered to the Jülich campus. This marks the creation
If we succeed in drastically reducing carbon dioxide (CO2) emissions in the glass industry, then it will work everywhere else too. That sounds like a bold claim. But it’s not
In the future, we will use many decentralised energy systems to meet our needs. In this context, it will be essential to optimally link all sectors. Experts from Jülich are
The latest neighbourhood meeting at Brainergy Park took us back to the very beginning. A few years ago, there wasn’t much going on on the site, which used to be
A tailor-made catalyst could help to boost the potential of hydrogen for tomorrow’s green energy supply. Researchers at RWTH Aachen, the Max Planck Institute for Coal Research in Mülheim an
We are pleased to present the second issue of the hydrogen magazine H2Revier. It will be distributed with Sunday newspapers in many towns and communities around the opencast mines and
Hydrogen technologies: Forschungszentrum Jülich and FH Aachen are cooperating The new partnership aims to make greater use of synergies between research and practice in order to jointly develop innovative technologies
What can hydrogen do? When Jülich chemical engineer Simon Hahn answers this question, he not only talks about its potential as an energy store. His idea for founding a company
