Hydrogen Generation Systems
Our hydrogen generators use advanced electrolysis technology to produce ultra-pure hydrogen on demand. These systems are ideal for industrial applications, laboratory use, and clean energy storage, offering a reliable and efficient source of high-purity hydrogen.
Hydrogen Generation Technologies
We offer two distinct hydrogen generation technologies to meet your specific requirements
PEM Technology
Proton Exchange Membrane (PEM) technology uses a solid polymer electrolyte to produce ultra-high purity hydrogen. This technology is ideal for laboratory applications, fuel cell research, and other applications requiring the highest purity levels.
Key Features:
- Hydrogen purity: up to 99.9999%
- Compact design, minimal maintenance
- No liquid electrolyte required
Alkaline Water Electrolysis
Alkaline water electrolysis is a proven technology for industrial-scale hydrogen production. The process involves the electrolytic dissociation of water molecules using a liquid electrolyte, producing hydrogen and oxygen that are kept separate by gas-impermeable membranes.
Key Features:
- Hydrogen purity: up to 99.999%
- Continuous gas production
- Working pressures up to 30 bar
- Highly advanced control systems
How It Works
Understanding the hydrogen generation process
The hydrogen generators produce hydrogen and oxygen completely separated from each other by electrolytic dissociation of water molecules according to the chemical equation:
2H₂O + ENERGY → 2H₂ + O₂
Hydrogen and oxygen are produced inside the electrolytic cell directly at the required pressure (up to 30 bar) and they are kept separately by special gas impermeable membranes. The two gases flow through two separate channels to the condensate water separators where they are cooled and dehumidified, ready for use.
Equipment for additional purification and drying of hydrogen and oxygen are available for any needs and levels of required purity.
Applications
Hydrogen generators are ideal for a wide range of applications requiring high-purity hydrogen
Laboratory Applications
Gas chromatography, ICP-MS, and other analytical instruments requiring high-purity carrier gas.
Fuel Cell Research
Development and testing of hydrogen fuel cells for automotive and stationary applications.
Electronics Manufacturing
Semiconductor fabrication processes requiring ultra-pure hydrogen.
Metallurgy
Heat treatment, sintering, and brazing applications in metal processing.
Green Power Generation
Generator cooling and emissions reduction in power plants.
Chemical Processing
Hydrogenation reactions and other chemical processes requiring pure hydrogen.
Benefits of On-Site Hydrogen Generation
Why choose on-site hydrogen generation over traditional hydrogen supply methods?
Eliminate Cylinder Handling
No more managing heavy hydrogen cylinders, scheduling deliveries, or dealing with rental fees.
Enhanced Safety
On-demand production means minimal hydrogen storage, reducing safety risks associated with high-pressure storage.
Consistent Purity
Guaranteed ultra-high purity hydrogen without the risk of contamination from cylinders or delivery systems.
Cost Effective
Lower operational costs over time compared to delivered hydrogen, especially for consistent usage applications.
Environmentally Friendly
Only water and electricity required for operation, with oxygen as the only by-product.
Simple Operation
Fully automated systems with intuitive controls and minimal maintenance requirements.
Ready to Explore Hydrogen Generation?
Contact our team of experts to discuss your specific hydrogen requirements and discover how our Hydrogen Generators can benefit your operations.