Interface Science of Hydrogen Storage Molecules

In the department “Interface Science of Hydrogen Storage Molecules”, we investigate the interfaces relevant for chemical hydrogen storage – inter alia using model systems – and thus establish the necessary fundamental understanding for the design of optimized materials and processes. On the one hand, we investigate interfacial phenomena under equilibrium conditions in order to develop a basic understanding of the interactions. Building on this, we investigate the same or similar interfaces under non-equilibrium conditions in order to understand them under actual reaction conditions.

Head of Department (interim) for Interface Science of Hydrogen Storage Molecules

Prof. Dr. Hans-Georg Steinrück

Direktor INW-1

• Institute for a Sustainable Hydrogen Economy (INW)

Building Brainergy-Park-Jülich /
Room 2006

+49 2461/61-96042

E-Mail

Teams

Model Systems and Equilibrium Properties

In the Team “Model Systems and Equilibrium Properties”, we conceptualize model systems of hydrogen storage molecules and their interfaces, which mimic the reaction conditions as realistically as possible.

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Dynamic Non-Equilibrium Processes

In the Team “Dynamic Non-Equilibrium Processes”, we investigate dynamic processes that take place out of equilibrium conditions.

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