SGC Coal2Carbon
The SGC Coal2Carbon project is a world-first initiative that will take captured carbon dioxide (CO₂) from a coal-fired power station and turn it into high-value materials used in electric vehicle batteries and semiconductor manufacturing.
Supported by LETA, the project combines proven, operational carbon capture technology with an innovative conversion process that transforms captured CO₂ into carbon nanotubes and graphite. These materials are critical components in next-generation battery technologies and advanced manufacturing applications.
The project is being delivered by South Korean energy company SGC Energy in partnership with technology provider UP Catalyst.
Why reusing CO₂ matters
Many industries around the world are looking for ways to reduce emissions while continuing to produce the materials and products society relies on every day.
Coal2Carbon demonstrates a new pathway for emissions reduction by converting captured CO₂ into valuable products rather than releasing it into the atmosphere. If successful, the technology could support the production of critical battery materials while creating new economic opportunities from captured emissions.
Where is it happening?
The project is based at SGC Energy’s facility in Gunsan, South Korea.
The facility already captures approximately 100,000 tonnes of CO₂ annually from a coal-fired power station and is now exploring how that captured CO₂ can be converted into commercially valuable products.
How does this fit with LETA’s mission?
LETA supports technologies that reduce emissions while helping industries remain competitive in a lower-emissions future.
By supporting the Coal2Carbon project, LETA is helping to advance innovative carbon utilisation technologies that can reduce emissions, create new value from captured CO₂ and strengthen international collaboration on low-emission solutions.
What’s next?
Over the next two years, this Coal2Carbon project will demonstrate the conversion of captured CO₂ into carbon nanotubes and graphite at industrial scale. Insights from the project will help determine the commercial viability of the technology and explore opportunities for broader deployment in South Korea, Australia and other international markets. Find out more about UP Catalyst here