Africas First Direct Air Capture Company

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What We Do

We utilize NET (negative Emissions Technology) or DAC (Direct Air Capture) to capture CO2 produced by everyday activities and turn them into usable products such as carbon Neutral Fuels, Plastics, Drink Carbonation and more


Have you ever heard about NET? Are you interested to find out more about what we do? Then head on over and join one of our live events!


A portfolio of our completed and running projects


Böttinger Group (BG) is well on our way to becoming the world leader in power to methanol technology. With the deployment of our scalable Direct Air Capture plants we will produce renewable methanol from carbon dioxide, hydrogen and electricity for fuel applications, greener chemicals and products. We work with partners to develop transformative projects, increasing resource efficiency and creating valuable products from waste gases and renewable energy. We will design, engineer and implement methanol production plants based on our Fuel-From-Emissions (FFE) technology platform. Our solutions are environmentally friendly and do not impact the food chain or land use. 

FFE is a key enabling technology for the transition to a circular economy by making it possible to transform industrial CO2 emissions to synthetic fuels and materials, all while avoiding the use of fossil fuels.

Our technology will use renewable energy integration. The Increased integration of renewable power into the global energy mix will be fundamental to achieve reduced dependency on fossil fuels. Wind and solar energy are inherently intermittent and power transmission networks are ill-equipped to accommodate fluctuating energy. Future energy systems will benefit from applying load-following storage technologies at large scale. BG’s Fuel-From-Emissions (FFE) technology can absorb surplus power generated at peak times and in remote locations. Storing surplus electricity as liquid methanol allows power generators to leverage existing distribution infrastructure and gain access to new energy markets. 

We Are Commited To Protect And Enhance Our Environment
Environmental Chemistry
Environmental Protection
Environmental Enforcement
Circular Economy

CO2 emissions from the use of liquid fossil fuels in transport continue to rise globally. In order to meet the goals of the Paris accord, it will be vital to reduce fossil fuel dependency and to find alternative energy carriers which fit all modes of transport. Renewable methanol is a sustainable liquid fuel which represents an energy dense and cost-effective alternative energy carrier. It combusts cleanly and can be produced from a variety of different energy sources and raw materials.