We have a major ambition with the hydrogen sector: to become a leading region in France and Europe.

Hydrogen has tremendous amounts of energy per unit mass.

A number of applications use hydrogen carrier gas as a viable alternative to helium.

To control the energy production systems, in particular of renewable origin or using the hydrogen-energy vector,

How to control energy production systems, in particular of renewable origin or using the hydrogen-energy vector,

To control the energy production systems, in particular of renewable origin or using the hydrogen-energy vector,

To control the energy production systems, in particular of renewable origin or using the hydrogen-energy vector,

How to control energy production systems, in particular of renewable origin or using the hydrogen-energy vector,

How to control energy production systems, in particular of renewable origin or using the hydrogen-energy vector,

At the heart of this project that has made a profound change in our societies, hydrogen is an energy carrier that plays a central role.

At the heart of this project that has made a profound change in our societies, the hydrogen carrier plays a central role.

The emergence of new dynamics and new markets such as electric mobility, agricultural transition, the renewable hydrogen sector, etc.;

Research and innovation are indispensable in order to « open the field of possibilities » and to discover new applications for the hydrogen carrier.

All samples run using hydrogen carrier gas were acquired using an inert 6 mm draw-out plate (G2589-20045).