HomeHydrogen SolutionsRound Compact PEM Hydrogen Electrolyser | High-Purity Green Hydrogen Generator

Round Compact PEM Hydrogen Electrolyser | High-Purity Green Hydrogen Generator

Generate your own clean, high-purity hydrogen on demand with our compact PEM electrolyser. Perfect for labs, small businesses, and energy storage. Learn how our green hydrogen solution can power your future.

Description

Utilise SAVEIONSCompact PEM Hydrogen Electrolyser to Unlock the Future of Clean Energy

Are you prepared to create your own on-site, on-demand green hydrogen? The SAVEIONS Compact PEM Hydrogen Electrolyser is a cutting-edge device made to be accessible, dependable, and efficient. Proton Exchange Membrane (PEM) technology provides a safe, easy, and very efficient way to produce high-purity hydrogen gas, regardless of whether you’re a research organisation, a small business investigating sustainable energy, or a green enthusiast.

Key Features

  1. The production of hydrogen with a 99.999%+ purity is guaranteed by our sophisticated PEM cell stack technology, which makes it appropriate for a variety of delicate applications, including fuel cells and laboratory analysis.
  2. Rapid & Responsive Generation: Our PEM electrolyser has a cold ramp-up in a matter of minutes, which is exceptionally quick in comparison to conventional alkaline systems. It can precisely match the varying output of renewable energy sources like solar and wind thanks to its dynamic operation.
  3. Compact & Modular Design: This system’s small footprint makes it perfect for installations where space is at a premium. As your needs expand, you can easily scale your hydrogen production capacity thanks to the modular design.
  4. Easy to Use & Low Maintenance: Simplicity was a key consideration in the design of this electrolyser. Long-term expenses and labour are decreased by its automated control system and self-diagnostics, which guarantee trouble-free operation and little maintenance.

How its work:

Our PEM electrolyser utilises a solid polymer electrolyte membrane to split water (H₂O) into its component elements: hydrogen (H₂) and oxygen (O₂). An electrical current is passed through the system, causing water to separate at the anode. Hydrogen protons pass through the membrane to the cathode, where they combine to form pure hydrogen gas, while oxygen is safely vented. This process is clean and efficient and produces zero carbon emissions.

Applications

Our versatile electrolyser is perfect for a variety of applications, including:

  • Hydrogen refueling stations
  • Industrial processes (e.g., metal heat treatment, chemical feedstock)
  • Energy storage and grid balancing
  • Laboratory and research applications
  • Fuel cell testing and development

 

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