HyGrail is developing a large-scale hydrogen technology research and innovation facility powered by solar energy, focused on solving the toughest challenges in hydrogen production, storage, and utilization. We hold multiple patentable inventions that offer a complete system for enabling a scalable, economically viable hydrogen economy. While we have expertise in clean coal and electrolysis-based hydrogen production, our current focus is on thermal and infrastructure-ready hydrogen technologies that offer faster deployment and clearer integration.

Our 6 Core Technologies:

1. Hydrogen from Thermochemical Water Splitting using Concentrated Solar Power (to be patented)
   A novel zero-electricity process that cracks water into hydrogen using only concentrated solar heat. Based on first-principles thermodynamic analysis enhanced by AI-driven cost modeling, projected hydrogen production costs are as low as US$1 per kg which will make this method to be the cheapest green hydrogen on the planet.

2. New Thermodynamic Cycle Hydrogen Gas Turbine Power Generation (to be patented)
   A high-efficiency thermodynamic cycle specifically designed for pure hydrogen (H₂) or pure ammonia (NH₃), achieving between 60% and 70% electrical efficiency in a single operational cycle; with no fossil fuel co-firing required

3. Breakthrough LH₂ Storage System (to be patented)
   An advanced cryogenic liquid hydrogen storage system with over 70% gravimetric storage density and minimal boil-off. This enables global-scale hydrogen logistics and continuous energy availability.

4. Rapid Hydrocarbon Cracking Reactor (to be patented)
   A clean, high-speed system for extracting hydrogen from methane (CH₄) and crude oil with solid carbon byproduct. It operates over 100 times faster than conventional pyrolysis and achieves 80–90% thermal cracking efficiency.

5. Atmospheric Water Generation (AWG) System (to be patented)
   A high-efficiency AWG system that produces 1 ton of clean water from air using only 50 kWh—five times more efficient than conventional systems.

6. Energy-Efficient Hydrogen Liquefaction (to be patented)
   A breakthrough process for liquefying hydrogen using 75% less energy than current industry standards, dramatically lowering the cost of hydrogen logistics.

HyGrail’s integrated platform demonstrates how hydrogen can be generated, stored, and delivered at scale—without reliance on conventional electrolyzers or carbon-intensive fuels. Our approach simplifies infrastructure, minimizes energy loss, and accelerates the deployment of clean hydrogen systems globally. While not part of our immediate deployment focus, HyGrail also holds a patentable blueprint for a revolutionary zero-emissions coal power cycle with integrated carbon capture—our future seventh technology. This system offers a future-proof way to decarbonize legacy coal infrastructure without economic disruption, generating clean electricity that can power electrolyzers for hydrogen production. When combined with our rapid hydrocarbon cracking reactor, it opens a path for transforming all fossil fuels into clean hydrogen sources.

Together, these solutions position hydrogen not just as a green fuel—but as a universal bridge to a zero-carbon future for every energy economy on Earth.