Green Hydrogen On Demand

At Vytas, we’re transforming the global energy landscape with our revolutionary Green Hydrogen On Demand, a safe, efficient, and scalable way to produce energy exactly when and where it’s needed, all while significantly reducing emissions.

Unlike traditional hydrogen solutions reliant on risky storage and complex logistics, Vytas’s proprietary technology converts a safe, inert feedstock into green hydrogen moments before use. This eliminates many of the cost, safety, and environmental issues that have plagued conventional hydrogen production methods.

Why Green Hydrogen On Demand?

Our solution represents the culmination of years of advanced research and deep expertise in materials science and the energy sector. With Green Hydrogen On Demand, Vytas is ready to commercialise a truly sustainable energy innovation, one that breaks through the barriers that have historically limited hydrogen’s viability.

Unmatched Safety

At Vytas, safety is at the core of everything we do.

We recognised early on that conventional hydrogen production was fundamentally limited by critical safety concerns. Our approach reimagines the entire hydrogen lifecycle: from feedstock to energy generation, by eliminating the need for high-pressure storage or hazardous materials. The result is a system that’s inherently safer and better suited to real-world applications.

Wide-Ranging Applications

Vytas’s Green Hydrogen On Demand is a game-changer for industries seeking flexible, clean energy alternatives. Potential applications include:

• Automotive (passenger and heavy-duty vehicles)
• Shipping & Rail
• Defence & Disaster Response
• Mining & Agriculture
• Remote Communities & Off-Grid Infrastructure

Where traditional energy systems fall short, due to cost, accessibility, or safety, Vytas delivers reliable, clean power without compromise.

Lower Costs, Greater Efficiency

Our innovative production process dramatically reduces costs across the entire hydrogen value chain. From our feedstock through to energy output, Vytas’s method is cost-effective and circular.

• Minimal infrastructure required
• No high-cost storage or transport systems
• Feedstock is 100% recyclable and inert
• End products: clean energy, water, and reusable material

The result? Affordable, clean, on-demand energy that’s sustainable at scale.

Environment and Climate Advantages of Vytas Green Hydrogen On Demand

• Recyclable Feedstock: The byproduct of Vytas’ hydrogen production serves as a reusable natural feedstock, enabling a truly circular process with minimal waste.
• Truly Green: Vytas produces hydrogen using renewable electricity or repurposed industrial waste heat providing a significant competitive edge. As an “on-demand” solution, our hydrogen avoids the risks and hidden carbon costs tied to conventional storage methods (e.g., high-pressure tanks at 350–700 bar or cryogenic storage at −253°C) and long-haul distribution.
• Preserving Fresh Water: Unlike many hydrogen energy competitors reliant on fresh water, the Vytas process is designed to operate with non beneficial, brackish or salt water (it even works with human urine!), safeguarding precious freshwater supplies and supporting long-term sustainability. Water is a precious resource vital for human and environmental health- it is the lifeblood of our communities. The Vytas Green Hydrogen on Demand process safeguards water for people and the environment.

Vytas Reimagines a Proven Technology to Change the Global Landscape of Energy

Vytas has developed a unique material that when added to water, releases hydrogen. This method was first developed with defence and national security objectives over a century ago.

Our “Green Hydrogen On Demand” hydrogen strategy eliminates the need for storage and long-range distribution. This approach builds on demonstrated success, such as the U.S. Office of Naval Research’s Hydrogen Tactical Refuelling Point (H-TaRP) developed with MIT’s Lincoln Laboratory. While that system used an aluminium based material, Vytas’ proprietary material offers greater efficiency, improved power-to-weight ratio, and superior cost performance.

Why Green Hydrogen On Demand Outperforms Electrolysis

The cost range for producing Green Hydrogen, typically based on electrolysis, is $4.50 to $12 per kilogram. The range provided has many assumptions and often includes low energy prices (as low as $0.04kWh), long plant life and continuous operations which is not realistic if the hydrogen produced is Green.

• Hidden Costs (IEA & Deloitte):
  • Transport to Asian markets
  • Additional expenses for:
    • Conversion for transport
    • Re-conversion to usable hydrogen
    • Cryogenic storage (−253°C)
    • Final delivery and on-site storage

Despite popular narratives, Australia’s solar advantage does not translate to dominance in hydrogen and has not delivered the climate and emissions objectives we need to keep the global climate within safe limits.

Australia has been investing heavily in hydrogen hubs and storage infrastructure. Vytas Green Hydrogen On Demand, energy generated at the point of use, could make much of this investment redundant before it’s even operational.