Scalable, Efficient, and Cost-Effective
Green Hydrogen Production
Our proprietary innovations in catalyst and coating design, membrane technology, and bipolar plate engineering set a new industry standard for scalable hydrogen solutions.
Bipolar Plate Innovation: Rare Earth-Free, Cost-Effective Design
HYDGEN’s rare earth-free bipolar plates cut production costs and emissions while ensuring efficient, durable hydrogen output.
Lower Capital Costs
Eliminate reliance on expensive rare earth materials.
Sustainable Manufacturing
Align with global sustainability efforts.
Durable Performance
Ensure long-term efficiency and reliability.
Catalyst & Coating Innovation: Maximize Efficiency, Minimize Costs
HYDGEN’s proprietary catalyst and coating technology boosts hydrogen production by up to 2.5x, while reducing energy use by 20%, making it more efficient, economical, and sustainable.
Higher Output
Produce up to 2.5x more hydrogen with the same energy input.
Lower Energy Costs
Reduce energy consumption by 20%, improving the overall cost efficiency
Sustainable Operations
Increase hydrogen yield while reducing environmental impact.
Advanced Membrane Design: Compact, Stable, and Reliable
HYDGEN’s advanced membrane technology enhances hydrogen production in a compact design, improving stability, safety, and long-term reliability for continuous industrial use.
Compact Efficiency
Modular design adapts to your needs, from small-scale pilots to full industrial production.
Enhanced Stability
Reduce material wear, ensuring long-term reliability of the material.
Operational Safety
Built to meet stringent industrial safety standards also enhances security.
Bipolar Plate Innovation: Rare Earth-Free, Cost-Effective Design
HYDGEN’s rare earth-free bipolar plates cut production costs and emissions while ensuring efficient, durable hydrogen output.
Lower Capital Costs
Eliminate reliance on expensive rare earth materials.
Sustainable Manufacturing
Align with global sustainability efforts.
Durable Performance
Ensure long-term efficiency and reliability.
Scalable, Efficient, and Cost-Effective
Green Hydrogen Production
Our proprietary innovations in catalyst and coating design, membrane technology, and bipolar plate engineering set a new industry standard for scalable hydrogen solutions.
Catalyst & Coating Innovation: Maximize Efficiency, Minimize Costs
HYDGEN’s proprietary catalyst and coating technology boosts hydrogen production by up to 2.5x, while reducing energy use by 20%, making it more efficient, economical, and sustainable.
Lower Capital Costs
Eliminate reliance on expensive rare earth materials.
Sustainable Manufacturing
Align with global sustainability efforts.
Durable Performance
Ensure long-term efficiency and reliability.
Advanced Membrane Design: Compact, Stable, and Reliable
HYDGEN’s advanced membrane technology enhances hydrogen production in a compact design, improving stability, safety, and long-term reliability for continuous industrial use.
Compact Efficiency
Modular design adapts to your needs, from small-scale pilots to full industrial production.
Enhanced Stability
Reduce material wear, ensuring long-term reliability of the material.
Operational Safety
Built to meet stringent industrial safety standards also enhances security.
Scalable, Efficient, and Cost-Effective
Green Hydrogen Production
Our proprietary innovations in catalyst and coating design, membrane technology, and bipolar plate engineering set a new industry standard for scalable hydrogen solutions.
Bipolar Plate Innovation: Rare Earth-Free, Cost-Effective Design
HYDGEN’s rare earth-free bipolar plates cut production costs and emissions while ensuring efficient, durable hydrogen output.
Lower Capital Costs
Eliminate reliance on expensive rare earth materials.
Sustainable Manufacturing
Align with global sustainability efforts.
Durable Performance
Ensure long-term efficiency and reliability.
Catalyst & Coating Innovation: Maximize Efficiency, Minimize Costs
HYDGEN’s proprietary catalyst and coating technology boosts hydrogen production by up to 2.5x, while reducing energy use by 20%, making it more efficient, economical, and sustainable.
Higher Output
Produce 2.5x more hydrogen with the same energy input.
Lower Energy Costs
Reduce electricity consumption by up to 20%, improving overall cost efficiency.
Sustainable Operations
Increase hydrogen yield while reducing environmental impact.
Advanced Membrane Design: Compact, Stable, and Reliable
HYDGEN’s advanced membrane technology enhances hydrogen production in a compact design, improving stability, safety, and long-term reliability for continuous industrial use.
Compact Efficiency
Modular design adapts to your needs, from small-scale pilots to full industrial production.
Enhanced Stability
Reduce material wear, ensuring long-term reliability of the material.
Operational Safety
Built to meet stringent industrial safety standards also enhances security.
Working with HYDGEN
We make decentralized hydrogen production simple. From scoping to deployment and ongoing support, HYDGEN ensures a seamless experience tailored to your needs.
Book a Call
1
Project Scoping
We assess your hydrogen needs, site conditions, and existing processes to design a tailored solution.
2
Deployment & Integration
Our modular electrolyzers are installed and seamlessly integrated into your existing infrastructure.
3
Ongoing Support & Optimization
We provide maintenance, monitoring, and efficiency upgrades to ensure reliable performance.
Why Choose HYDGEN Electrolyzers?
Our electrolyzers combine efficiency, reliability, and cost-effectiveness to offer a future-ready hydrogen production solution.
Scalable
Modular design adapts to your needs, from small-scale pilots to full industrial production.
Sustainable
Reduce energy consumption and eliminate reliance on rare earth metals.
Reliable
Engineered for durability and long-term performance, ensuring continuous hydrogen production.
Modular Electrolyzers: Custom Solutions for Your Hydrogen Needs
Feature
LCOH Potential
Material Cost
System Efficiency
Supply Chain Autonomy
CAPEX
Scalability
AEM Electrolysis
$2/kg H2 by 2030
Low (non-precious metals)
80% (~53kWh/kg H2)
Full autonomy with on site production
Lower(~$500–$1,000/kW by 2030)
Modular, scalable
PEM Electrolysis
$4–$5/kg H2 by 2030
High (platinum/iridium)
80% (~53 kWh/kg H2)
Partial autonomy (higher costs)
High (~$1,200/kW)
Modular, scalable
AlkalineElectrolysis(AEL)
$3–$4/kg H2 by 2030
Low (nickel-based)
70% (~55kWh/kg H2)
Limitedautonomy(centralizedsupply)
Lowest(~$300–$600/kW)
Bulky, less scalable
Industries
Tailored solutions for your industry
HYDGEN’s electrolyzers are designed for industries that rely on hydrogen as a critical input. Explore how decentralized production can benefit your sector
Industries
Tailored solutions for your industry
HYDGEN’s electrolyzers are designed for industries that rely on hydrogen as a critical input. Explore how decentralized production can benefit your sector
Own your hydrogen supply
Discover how HYDGEN's electrolyzers will enable you to reduce operational costs, eliminate dependency on external suppliers, and provide scalable hydrogen production.
Get in touch
Own your hydrogen supply
Discover how HYDGEN's electrolyzers will enable you to reduce operational costs, eliminate dependency on external suppliers, and provide scalable hydrogen production.
Get in touch
