We store hydrogen in solid form.
Patented RSH2 nanopolymer as a unique HydroSolid low-pressure store. We solve the problem: the safest technology in hydrogen storage.
12 bar · 20.000 ZyklenOur highly advanced, patented nanomaterial binds hydrogen at the atomic level. This is where we can steer hydrogen storage in a targeted and controlled way.
Patented technology
The RSH2 nanopolymer binds hydrogen both physically and chemically — precisely tuned through targeted doping.
Low pressure for safety & efficiency
Stably bound at 12 bar and room temperature, released reversibly — without structural degradation over 20,000 cycles.
Sustainable for our future
Entirely free of rare earths and critical elements — a sustainable solution for efficient hydrogen storage.
Hydrogen storage, controlled at the atomic level.
The patented RSH2 nanopolymer enables efficient hydrogen storage under ambient conditions. Through targeted doping, electronic states and defect structures are precisely tuned, creating active sites for a high H₂ adsorption capacity.
Hydrogen is stored both in the interlayer cavities and within the structural pores. At 12 bar and room temperature, RSH2 binds hydrogen stably — both physically and chemically — and allows reversible release without structural degradation over 20,000 cycles.
Because the material is entirely free of rare earths and critical elements, it offers a sustainable solution for efficient hydrogen storage technologies.
The comparison speaks for itself.
Step into the hydrogen future.
Everything about our patented RSH2 material — and how it fits your project.