Revolutionizing Green Hydrogen Production
A breakthrough innovation for alkaline technology
The right way to do it without wasting energy
With a huge 90% electric global efficiency
Our technology can provide the most competitive cost of green H2
More than any other technology
We have updated water electrolysis
We discovered a RIGHT WAY to do it, and fully sustainable without expensive materials
90% overall electric efficiency in hydrogen production
Without selling heat, less power required, more production achieved
Ulyzer technology is a new third generation solution with digital electronic innovation.
We differ from first generation alkaline electrolyzers based on a concept of more than 100 years old, and second generation PEM created in the 60's because they are both resistive models.
We have changed the traditional way of doing alkaline electrolysis, controlling the application of currents in a new design.
90% EFFICIENCY
New technology that minimize energy losses
SUSTAINABLE
Low use of KOH, no expensive materials
INNOVATIVE
New vision for an old chemical process. World Patents.
Standard Alkaline Electrolizer | PEM | Electrolizer ULYZER Technology | |
Electric Energy required to produce 1kg H2 | 57 kWh/kg H2 | 43 kWh/kg H2 | 37 kWh/kg H2 |
Water consumed to produce 1kg H2 | 9 L | 9 L + refrigeration | 9 L |
Starting Time for the electrolizer | 15 - 20 minutes | less than 1 min | immediately |
Materials | Stainless st & nickel | Stainless st & platinum & iridium, rare earth | Synthetic membrane, and stainless steel |
Alkaline, KOH [concentration] | 30 % | - | < 5 % less corrosion, longer life |
Operation Temperature °C | 90-150 °C | 90 °C | ambient |
Electric Efficiency of the electrolizer LHV H2 | 60 % | 75 % (with heat sold) | 90 % |
Our technical comparison
and advantages
HYDROGEN IS REALLY AMAZING!
Hydrogen is a versatile "energy carrier"
and is 100% renewable
and is 100% renewable
Alkaline Electrolysis
Is a chemical decomposition produced
by passing an electric current through
a liquid or solution containing ions
Water electrolysis produce H2 and O2
H2O + energy = H2 + 1/2 O2
Markets
Fuel Cell Mobility
Busses, Trains, Cars, Trucks, Fork lifts, Submarines
Industry
Petrochemical, falt glass, steel, fertilizers
Gas injection
Existing gas network
Storage Generation
Energy reconversion, microGrids
Demand for electrolyzer capacity of 80 GW until 2030… and goes on. Source:IEA
Industrial market evaluated in USD 242.7 billion in 2023, growth 5%. Source: MarketsAndMarkets
Large- scale projects More than 684 large-scale hydrogen projects have been announced globally.Source: McKinsey
Our Huge Opportunity
Global demand was 94 million Tons in 2021, growth 5%. Source:IEA
Hydrogen production methods 99% produced from fossil fuels through SMR and cracking. Source:IEA
Less than 5% of the H2 produced today is by Electrolysis, due their high production cost mainly caused by LOW Electric EFFICIENCY (60% average), and therefore with a high marginal cost
Our Leadership Team
We are moving to improve the life of the planet and the population
Professionals with the talents and the experience, committed to developing innovative ideas
in the field of energy efficiency, breaking paradigms and achieving a clean
and more sustainable world for us and future generations
Success Stories
Patents Approved Globally
Australia, Brazil,Canada, Chile,
USA, Japan and Europe.
Operating and Validated
Our technology has undergone industrial testing in industrial facilities.
Financial Evaluation and Projections
The attractive net present value (NPV), EBIT, and internal rate of return (IRR) of our opportunity make it even more compelling.
Be part of the Clean & Sustainable Energy of the future present with Us!
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