Oxylus Energy, a developer of carbon utilization technology, announced the securement of a 4.5 million series seed investment, which was co-led by Toyota Ventures and Azolla Ventures.
The company’s technology from Yale University allows for the conversion of carbon dioxide into green methanol at low temperatures and pressures.
This is powered by a unique catalyst developed by Professor Hailiang Wang, enabling the direct electrochemical conversion of CO2 to methanol.
Similar to green hydrogen electrolyzers, Oxylus’ approach utilizes captured carbon dioxide, water, and electricity to produce methanol.
This offers a modular and cost-effective solution that reduces the costs of carbon conversion into alternative fuels.
Also read: Norges Bank Investment Management Commits €900 Million to CIP’s Energy Fund
Conor Rooney, Co-Founder and CTO of Oxylus said, “Direct electrochemical conversion of carbon dioxide at low temperatures and pressures is the only way to decrease the cost of green methanol.”
He added, “Without decreasing the price of methanol it will be difficult to decarbonize the hard-to-abate sectors of aviation, shipping, and petrochemicals that are currently responsible for 11% of global emissions.”
Also read: Black & Veatch to Evaluate Carbon Capture Technology for Vietnam’s Coal Plants
The $4.5 million funding will help accelerate the development of Oxylus’ technology, including prototype testing and pilot deployment.
The resulting green methanol can be utilized as a direct fuel replacement or be further refined into jet fuel and other green petrochemicals.
Amy Duffuor, General Partner at Azolla Ventures, emphasized the potential of Oxylus Energy’s modular single-step CO2 electrolyser to efficiently scale green methanol production by reducing costs and simplifying the process.