Smart Hydrogen Storage

Nanotecnologies

We use nanoscale engineering to develop structured hydrogen-absorbing materials

Engineered Metamaterials

We design metamaterials tailored for hydrogen storage and controlled release

Innovative Reactors

We develop dedicated reactor architectures with integrated electronic control

Our storage and releasetechnologies is basedon an integratedarchitecture combining:

1. Storage vessel and reactor
2. Sensors and control systems
3. Engineered metamaterials

The guiding principle is the co-evolution of structured-geometry materials and dedicated reactor architectures. Current development activities are focused on thermal optimisation, reactor engineering and system integration

“Keydro has developed a PoC for solid-state hydrogen storage based on an integrated material–reactor architecture designed to address some of the scalability limitations of conventional storage systems. The guiding principle is the co-evolution of structured-geometry materials and the reactor.”

Storage PoC - Key Metrics

74,5 kJ/mol

Energy required for hydrogen desorption

241,8 kJ/mol

Chemical energy (LHV) released by the reaction

≈3,2x

Ratio between H₂ energy content (LHV) and desorption energy

Gallery

KEYDRO Srl
Via Vittoria Colonna, 45
20149 Milano.
VAT N. 12878480966
REA: MI – 2690399

OPERATIONAL HEADQUARTERS
Viale Europa, 13
23848 Oggiono (LC)
Italy

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