About the Company

Oxylus Energy converts carbon dioxide into green methanol for use in shipping and other transportation fuels. The tech relies on renewable-powered electrolyzers similar to those used to make green hydrogen, but the company’s secret sauce is a special catalyst that can convert carbon dioxide into methanol at low temperature and pressure, making the whole process more efficient and more economical than ever before.

About the Solution

Oxylus’ solution is the first low-temperature and low-pressure conversion of carbon dioxide to green methanol, a liquid fuel. This is enabled by commercializing the first-ever catalyst developed at Yale University by Professor Hailiang Wang for direct electrochemical conversion of carbon dioxide to methanol. Building reactors similar to green hydrogen electrolyzers, Oxylus creates methanol using only captured carbon dioxide, water and electricity. Designed to operate in modular conditions, this approach is a lower-cost technology for carbon conversion into alternative fuels.

Oxylus Energy’s methanol can be used as a drop-in fuel replacement or upgraded to jet fuel and other green petrochemicals. By uniquely combining carbon conversion and alternative fuel production this approach can reduce energy expenditures and cut costs for fuel production.