SpaceX

SpaceX's initiative to establish human colonies on Mars, with a stated goal of colonization within six years. The project requires identifying sustainable energy sources, including geothermal energy systems.

A nanocoating technology developed by Forge Nano that applies a protective atomic layer on materials, powders, and products to improve performance, durability, and safety.

Hydrogen peroxide‑based green chemical propulsion uses high‑concentration hydrogen peroxide as the oxidizer, combined either with a proprietary fuel (in bipropellant systems) or decomposed alone in monopropellant configurations, to generate hot gas that produces thrust for satellites and spacecraft.[1][6] It is termed "green" because hydrogen peroxide is significantly less toxic and easier to handle than hydrazine, the traditional spacecraft propellant, reducing ground handling risks and infrastructure requirements while still enabling efficient orbital manoeuvres, attitude control, and deorbiting.[5]

Used by SunHydro to generate hydrogen, making the fueling process fully sustainable.

Mars

Castellón de la Plana, Valencian Community

The world's first ALD enabled battery for space, launched into orbit aboard the SpaceX Transporter - 2 rideshare mission.

A planned 500MWh facility to produce batteries with Atomic Armor nanocoating, aiming for high efficiency and long-lasting performance.

SpaceX's initiative to establish human colonies on Mars, with a stated goal of colonization within six years. The project requires identifying sustainable energy sources, including geothermal energy systems.

Documentary film

A nanocoating technology that applies a protective atomic layer on materials, powders, and products to enhance performance, durability, and safety.