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Biogas to Hydrogen

We turn Biogas into Hydrogen.
All of it.

Unlock the full Potential of Biogas

Biogas is one of the most flexible and sustainable energy sources available today. But most of it is still burned in ICE units – yielding low electrical efficiency and limited value.

SYPOX enables a smarter use of biogas: transforming it into high-value green hydrogen with no combustion and minimal emissions. Whether you’re operating a farm digester or an industrial anaerobic plant, you can now upgrade your output from low-margin electricity to premium clean fuels – directly at the source.

SYPOX H-200 & H-400

Plug-and-Produce Units for Biogas to Hydrogen

SYPOX offers fully integrated, plug-and-produce units that convert biogas into high-purity hydrogen using renewable electricity. With no flue gas, no burners, and exceptional energy efficiency, these systems turn your biogas into a premium product – and a business advantage.

Available Configurations:

SYPOX H-200

produce up to 200 kg/day of high purity renewable Hydrogen

SYPOX H-400

produce up to 400 kg/day of high purity renewable Hydrogen

From Low-Value Power to High-Value Products

Instead of converting your biogas into low-margin electricity, SYPOX enables you to produce hydrogen or even methanol – clean fuels with strong and growing market demand. With more energy captured, fewer losses, and higher sale prices per kWh, SYPOX reformers turn biogas into a premium output that outperforms combustion-based ICE on both economics and carbon savings.

Your Key Advantages: 

  • Up to 3x More Revenue per kWh vs. Electricity
  • More Energy Utilized from Biogas
  • Unlock Hydrogen Incentives and Carbon Credits
  • Produce Renewable Hydrogen Directly On-Site
  • Fast-Response Operation for Dynamic Energy Pricing
  • Compact, Containerized, and Easy to Deploy
  • Future-Proof Your Biogas Investment

Stay Flexible. Maximize Profit.

Thanks to SYPOX’s fast-response electrified reforming technology, you can adapt instantly to real-time electricity price fluctuations. Shift production dynamically between hydrogen and electricity usage—optimizing operations for profitability while supporting grid stability.