Our storage and releasetechnologies are basedon an integratedsystem that combines:
1. Material Science: Utilizes carbon allotropes, graphene, and nanotubes, doped with various elements (including alkali metals, ternary alloys, and transition metals) to optimize hydrogen absorption;
2. Particle Physics: Uses heavy ion accelerators to create a matrix of interconnected channels, called Buckyhighways, within a nano-perforated polymer;
3. Fractal Geometry: Applies fractal models, such as the Menger sponge, to maximize internal surface area and improve the distribution of dopants;

Smart Hydrogen Storage
Nano-tecnologies
Use an innovative method to produce resistant layers based on nano-perfeorated and nano-deposited structures
New-materials
Assembly of a new structured material through a wafer structure using nano-doped and perforated layers.
Electronic storage
New method of relasing and absorbing hydrogen throghout an electronic device using a specific sound frequency

KEYDRO Srl
Via Vittoria Colonna, 45
20149 Milano.
VAT N. 12878480966
REA: MI – 2690399
OPERATIONAL HEADQUARTER
Viale Europa, 13
23848 Oggiono (LC)
Italy
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