Converting CO₂ into industrial outputs.

CO₂ electroreduction is an electrochemical process that converts carbon dioxide directly into useful chemicals and fuels. Rather than capturing and storing CO₂, this technology transforms it — using electrical energy to break the CO₂ molecule and rebuild it into outputs such as carbon monoxide, formic acid, ethylene, and other industrial feedstocks.

Unlike biological carbon capture methods, electrochemical conversion operates at industrial rates and can be integrated directly with emission sources. When powered by renewable electricity, the process supports full decarbonisation — and the outputs feed back into existing chemical manufacturing supply chains, creating a genuine industrial circular loop.