GreenH2Solution

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Green Hydrogen Production Revolution
We transform the industry with our advanced alkaline technology providing the lowest cost and highest efficiency - more than any other technology. We have updated water electrolysis and made the RIGHT WAY to do it
Revolutionary Technology Driving Change
Renewable Integration
Control Innovations
Electrolysis Advancements
Our cutting-edge electrolysis technology ensures efficient and cost-effective hydrogen production.
Advanced electronics enhance efficiency and stability with automatic control systems.
Combining green hydrogen production with renewable energy sources perfectly for a cleaner and sustainable process, with no delays.
Alkaline Electrolysis Explained
Chemical Process
Chemical decomposition produced by passing an electric current through a solution containing ions.
Material Innovation
Uses synthetic membrane, stainless steel, and low alkaline concentration of KOH.
Validated Success
Technology has undergone industrial testing with attractive NPV, EBIT, and IRR projections.
Revolutionary Alkaline Technology
Electrolysis and Control Innovation
We have developed advanced electronic to enhance the efficiency and stability of hydrogen production.
Electrolysis Advancements
Our cutting-edge electrolysis technology ensures efficient and cost-effective hydrogen production.
Renewable Energy Integration
We combine a perfectly matched solution for green hydrogen production with variable sources for a more sustainable process.
  • We only need 38 kWh/kg H2
  • Our innovative design enables optimal electrical range operation, ensuring superior perfonmance and energy savings.
  • We use synthetic membrane, and stainless steel.
  • Low alkaline concentration (KOH)
  • Impressive efficiency, outperforming the industry standards
Hydrogen Market Applications
Storage Generation
Energy reconversion and microGrids for efficient power management.
Gas Injection
Integration with existing gas network infrastructure.
Fuel Cell Mobility
Our cutting-edge electrolysis technology ensures efficient and cost-effective hydrogen production.
Industrial Use
Applications in petrochemical, flat glass, steel, and fertilizer production.
Market Opportunity
  • Less than 5% of H2 comes from electrolysis due to high production costs from low electrical efficiency (averaging 60%). Our technology addresses this gap in a market growing at 5% annually.

  • Demand for electrolyzer capacity of 80 GW until 2030 Source: IEA

  • Industrial market evaluated in 240 billion euros in 2023, growth 5% Source: MarketsAndMarkets

  • More than 680 large-scale hydrogen projects have been announced globally Source: McKinsey

  • Global demand growth 5% Source:IEA

  • Hydrogen production methods 99%  produced from fossil fuels through SMR and cracking Source: IEA
Technology Comparison
Our Advanced Alkaline Technology
Highest efficiency, lowest cost
Standard Electrolysis
60% average efficiency
Fossil Fuel Methods (SMR)
99% of current production
Join Us, in shaping the clean and sustainable energy of today and the future!




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