• Reducing CO2 from industrial emissions
• Making clean methanol, gasoline and diesel from renewable energy
• Storing stranded and off peak energy as liquid fuel
• Advancing technology for CO2 to fuel for existing and new automobiles

Carbon Recycling International (CRI) captures carbon dioxide from industrial emissions and converts carbon dioxide to ultra clean fuel. The sources of emissions can be from basic infrastructure industrial processes including geothermal power plants, aluminum smelting, ferro silicon manufacturing, cement production and coal fired power generation.

The fuel is renewable methanol or renewable Di-Methyl Ether (DME), which can be further transformed into or blended with other fuels, such as high octane gasoline, ethanol, or ultra low sulfur diesel for existing automobiles and future hybrid flexible automobiles. The recycling of carbon dioxide results in a net reduction of carbon dioxide and this cost effective conversion of carbon dioxide into fuel enables a sustainable production of renewable fuel. The CRI process thus reduces the need for expensive carbon sequestration techniques.

The technology is available today and is a viable solution for transport fuel instead of highly complex alternatives such as hydrogen fuel; it complements petroleum-based fuel and leverages existing fuel distribution networks.