Biogas to Methanol

We turn Biogas into Methanol.
All of it.

From decentralized biogas sites to industrial methanol hubs, SYPOX enables renewable methanol production through e-SMR.

Unlock the full value of Biogas

Biogas-to-methanol opens a new pathway beyond ICE-based electricity generation. SYPOX converts renewable gas into a transportable, higher-value liquid product using e-SMR technology.

Depending on project size and site conditions, the same technology pathway can support decentralized production at individual plants or larger regional methanol projects built around aggregated feedstock and modular electrified reforming.

SYPOX e-SMR Products for Biogas-to-Methanol.

SYPOX M-200

Decentralized Biogas to Methanol Unit

SYPOX SY-ZEHN

Industrial Scale Methanol Production

SYPOX offers biogas-to-methanol solutions across scales — from site-level installations for decentralized applications (M-200) to 10 MW electrified reforming modules (SY-ZEHN) for larger regional or industrial projects.

From Low-Value Power to High-Value Products

Instead of relying only on power generation, biogas operators and project developers can convert renewable carbon into methanol — a liquid product that is easier to store, transport and market. This creates a new route to long-term value creation in chemicals, fuels and low-carbon shipping.

Your Key Advantages: 

  • Suitable for decentralized and industrial-scale deployment
  • Uses biogas as a renewable carbon feedstock
  • Lower electricity demand than conventional e-methanol routes
  • Very low-carbon methanol for compliance-driven markets such as shipping
  • Scalable from individual biogas plants to regional methanol hubs
  • Creates higher-value products from existing gas infrastructure

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.