Clean energy technology
Energizing the hydrogen revolution
HydroLeone is developing a proprietary green-hydrogen electrolysis platform — AI-controlled, frequency-optimized and built to deliver significantly higher hydrogen yields from renewable power and water.
100+ Mt
Global hydrogen demand in 2025 — IEA
66
National hydrogen strategies worldwide — IEA
$110B+
Committed to 510 clean-H₂ projects past final investment decision — Hydrogen Council
~70%
Electrolysis share of ~$10B low-emissions H₂ investment expected in 2026 — IEA
Myths vs. facts
The misconceptions of hydrogen
Hydrogen is often misunderstood. Tap each card to see what the evidence says.
The advantages
Reliable, sustainable and cost-effective
Nine reasons hydrogen is becoming a cornerstone of the energy transition.
Unlimited feedstock
The most abundant element in the universe, producible from diverse sources such as water, biomass and renewable power.
Net-zero manufacturing
Made from renewables and water, the only by-products are pure oxygen and water vapor.
Reliable 24/7 power
Smooths the intermittency of wind and solar by providing continuous, dispatchable energy.
Efficiency multiplier
Hydrogen carries about 120 MJ of energy per kilogram — nearly three times gasoline by weight — and fuel cells convert it to electricity efficiently.
Superior storage
Enables cost-effective, long-duration storage of large energy volumes for future demand.
Distribution flexibility
Produced on site, transported, or injected into existing gas networks.
Energy independence
Local control of power supply — a major benefit for remote and off-grid communities.
Greater reliability
Integrated into hybrid systems, it raises stability, energy security and resilience.
Scalable
Modular, cascaded infrastructure allows phased, demand-driven capacity expansion.
Our technology
A new electrolysis platform, engineered for higher yield
HydroLeone integrates power generation, AI control and electrolysis into one optimized system. Eight proprietary features work together to deliver significantly higher hydrogen yields and better gas quality.
Green hydrogen production
From sunlight, wind and water to clean fuel
Select a stage — on the diagram or in the list — to follow the electrolysis process.
Market applications
An energy source for a modern world
Transportation. Hydrogen powers fuel-cell vehicles and adapted combustion engines — fast refueling, long range and zero tailpipe emissions, producing only water vapor.
Fuel-cell vehicles
Electricity from an electrochemical reaction, with only water vapor as a by-product. Long range, fast refueling.
Hydrogen combustion engines
Modified internal-combustion engines can run on hydrogen with fewer pollutants than conventional fossil-fuel engines.
A cleaner energy system
Cuts greenhouse-gas emissions, strengthens energy security and integrates more renewables into transport.
Electricity generation. Fuel cells and hydrogen-capable turbines produce clean, dispatchable power that balances variable renewables.
- 01
Efficient use of renewables
Producing green H₂ near consumption cuts infrastructure costs and long-distance transmission losses.
- 02
Grid stability
Dispatched predictably on demand to offset wind and solar variability.
- 03
Energy independence
Local production reduces reliance on imported fossil fuels, especially off-grid.
- 04
Reduced emissions
From sustainable sources, green H₂ lowers the carbon footprint of power generation.
- 05
Economic benefits
Local production creates jobs, attracts investment and opens new revenue streams.
Industrial processes. Hydrogen is a crucial feedstock and reducing agent across heavy industry. Switching to low-carbon hydrogen dramatically cuts the emissions of these processes.
Energy storage. Hydrogen converts surplus renewable electricity into a storable, transportable fuel for long-duration use as power, heat or industrial feedstock.
The economics of hydrogen
Global capital is moving toward hydrogen
Governments and industry leaders across sectors are investing in hydrogen production, infrastructure and applications.
The headroom
Low-emissions hydrogen was under 1% of global production in 2025 — and is set to pass 1% for the first time in 2026.
Source: IEA, Global Hydrogen Review 2026. Nearly all of today's ~100 Mt market is still served by fossil-based hydrogen.
$41B
New public funding identified in hydrogen policy updates over the past year (IEA)
~$7B
Capital spent on low-emissions hydrogen projects in 2025 (IEA)
Powering a sustainable tomorrow
Join the revolution in clean, reliable and cost-effective hydrogen energy. Investors, strategic partners and project developers — tell us about your interest and our team will get back to you.
Get in touch
Fields marked * are required.