The Future of Clean Energy is Here

Discover how GIVE’s proprietary photo-catalytic technology is redefining green hydrogen production—cleaner, simpler, and more efficient than ever before.

Experience the GIVE Process in Action

Watch how our proprietary photo-catalytic reactor transforms sunlight and seawater into sustainable hydrogen and electricity.

Overview of Our Breakthrough

Revolutionizing Hydrogen Production

Traditional electrolysers rely on electricity to split water molecules—making them costly, inefficient, and limited by power access. GIVE’s breakthrough process eliminates this dependency entirely.

Our photo-catalytic hydrogen reactor uses sunlight, water, and our proprietary catalyst material to generate hydrogen through a fully chemical reaction—no grid power required. This innovation makes green hydrogen production scalable and cost-competitive with fossil fuels, even in remote locations.

How the GIVE Process Works

Harnessing sunlight and water to create hydrogen, electricity, and clean water—all in one self-sustaining system.

Seawater Intake & Filtration

Seawater is drawn and purified through a filtration column, removing impurities while maintaining beneficial minerals.

Photo-Catalytic Reaction

The filtered water enters the GIVE Photoreactor, where parabolic mirrors focus sunlight onto the reactor, activating our proprietary catalyst.

Hydrogen Generation

Under sunlight, heat, and pressure, water molecules split into hydrogen and oxygen.

Hydrogen Separation

A hydrogen separation unit isolates pure hydrogen for collection and storage.

Electricity Production

Steam flows through a turbine, generating electricity to power the system and supply external needs.

Clean Water & Oxygen Recovery

Condensed steam becomes desalinated water, while oxygen is stored for industrial or medical use.

Why GIVE’s Technology Stands Apart

100% Off-Grid Operation

No external electricity required.

Environmentally Safe

No toxic chlorine emissions.

Multi-Output Efficiency

Produces hydrogen, electricity, desalinated water, and oxygen.

Cost-Effective

Lowers hydrogen production costs, making it competitive with fossil fuels.

Seawater Compatible

Utilizes abundant natural resources without harm.

Scalable Design

Compact, modular system suitable for local or industrial deployment.