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Oxylus Energy’s electrochemical platform provides a scalable pathway to cost-competitive, CO₂-derived methanol. Our technology directly converts captured CO₂ into green methanol (or CO, for interested offtakers), enabling a low-temperature, modular alternative to conventional reforming and hydrogen-intensive routes. Designed for seamless integration with downstream catalytic upgrading, the system supports flexible deployment across biogenic emitters, chemical facilities, and emerging e-fuel hubs. By advancing catalyst efficiency, design, and durability, combined with manufacturable stack engineering, Oxylus is reducing the cost and complexity of CO₂ conversion while expanding where and when e-methanol can be produced. Multi-kW stack development and upcoming pilot projects mark the transition from laboratory validation to commercial readiness, creating new opportunities for producers, offtakers, and project developers to secure reliable, low-carbon methanol of e-CO supply. Our mission is to make CO₂-to-methanol practical at scale, using electrochemistry to deliver affordable, carbon-neutral fuels and feedstocks.

Description of Technology:

Sector:

Aviation

Type of Supplier:

Value Chain Supplier

Supplier Geography:

Global

Expected Capacity (Mt/Year):

0.005 Mt

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