Technology

Our high-tech systems with in-house technologies enable on-site hydrogen production, gas purification and recycling, deoxygenation, and carbon capture.
Hydrogen production: SMR technology
Hydrogen production: electrolysis technology
Gas purification: PSA technology
Gas recycling technology
Deoxygenation technology
Carbon capture: VPSA & Amine technology

Featured technologies

Gas recycling

The gas purification process works through multiple stages, with at the core Temperature Swing Adsorption (TSA) technology, including deoxygenation and self-cleaning heat exhange recovery systems.

Electrolysis

Green hydrogen production through electrolysis, with either PEM or alkaline electrolysis. The technology process is optimized with our incorporated deoxygenation and purification technology.

Carbon capture

Carbon capture systems using Vacuum Pressure Swing Adsorption (VPSA) technology or Amine Scrubbing technology. For capturing CO2 from flue gases, or other carbon dioxide containing streams, and producing (biogenic) CO2 as valuable end-product.
HyGear testsite Arnhem

Our own labratory & testing facility

Proven, yet innovative. Alongside our proven technologies, we prioritize continuous innovation and improvement. Our in-house laboratory and full-scale testing facility allow us to test and implement ideas directly, ensuring both our customers and we stay ahead while maintaining a reliable and cost-effective hydrogen supply.

Innovation at HyGear

The rapidly evolving market requires continuous innovation and dedicated research and development. Strategically focused on both developing next-generation solutions and continuously enhancing our current, trusted technologies. Research & Development isn’t just about innovation. It is a fuel to our mission: making reliable, affordable, and on-demand (bio)hydrogen accessible. Next to our proven technologies, we are collaborating worldwide on diverse research & development projects.