Welcome!

In the context of massive development of alternative energies to fossil resources, hydrogen plays a key role in the electrification of our energy needs. To achieve this, two major challenges must be overcome: the high cost and the limited durability of hydrogen-based systems compared to existing technologies. As a result, R&D efforts are primarily focused on the development of new, more affordable, and durable materials, as well as the optimization of materials, components, and the overall electrical system.

In this regard, understanding the transfer phenomena (charge, matter, and heat) at the material level, their link to functional properties, and their impact on the performance and durability of the system is crucial. Therefore, the 4th edition of the International Summer School HYDROGEN Nancy will cover the entire hydrogen value chain (production, storage, utilization) with a particular emphasis on transfer phenomena in electrochemical systems. It will also address the various materials involved in these systems.

This multidisciplinary summer school will provide participants with a strong foundation in the fundamentals of electrochemistry of various electrochemical systems and their relationship with system performance and durability. Experts from both academia and industry will share their knowledge through lectures and workshops during this 5-day event. Additionally, all the attendees will present their work during pitch presentation sessions (prizes will be awarded to the best presentations).

This event is open to master’s & PhD students, postdoctoral fellows, engineers, technicians and researchers from academia and industry.