Methylennium Energy (MLE) is developing technology for the production of renewable net-zero carbon methanol by combining captured CO2 with green hydrogen produced from renewable power sources. MLE conducts system integration modeling, system control development and reactor design for intermittent methanol synthesis from CO2 and H2. Also, MLE develops solutions for direct behind-the-meter connection of the intermittent renewable power sources with water electrolysis and methanol synthesis systems for optimizing power utilization and maximizing renewable fuel production.

Methylennium Energy is looking for collaboration with renewable power system providers to allow for deployment of wind and solar farms in remote areas not accessible for the electricity grid; with water electrolysis developers to allow for low-cost production and large-scale utilization of green hydrogen, and with CO2 capture technologies developers to allow for captured carbon utilization into cost competitive renewable fuels.