NECOC Project Converts CO₂ into Usable Carbon in German Foundry
The NECOC process at Karlsruhe Institute of Technology transforms CO₂ emissions into solid carbon, targeting industries struggling with unavoidable emissions. This innovative approach aims to create a business case for carbon use as a substitute for costly materials, addressing both economic and environmental challenges.
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Researchers at the Karlsruhe Institute of Technology (KIT) have initiated practical tests of the NECOC process, which converts captured CO₂ into solid carbon for industrial use. This method, utilizing a liquid metal reactor, is being piloted in a foundry in Singen, Germany, focusing on producing components for the automotive sector.
The project, supported by €1.4 million from the state of Baden-Württemberg, aims to provide a sustainable alternative to costly raw materials, especially as CO₂ emissions costs rise. By 2028, the concept for a pilot facility is expected to be finalized, with further expansion possible in various industries, including waste incineration. This technology not only addresses emissions but also seeks to create negative emissions through biogas integration, enhancing its environmental benefits.
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