CARBON2BUSINESS carbon capture and utilization project
The Carbon2Business project at our cement plant in L盲gerdorf, Germany aims to capture more than 1.2 million tons of CO2 emissions annually. Under the scope of the EU IF grant agreement, the captured CO2 will be repurposed as an industrial raw material, and from 2029 cement production at L盲gerdorf will be entirely net-zero.
In 2023, we received a grant from the EU Innovation Fund to advance the Carbon2Business project.
Groundbreaking event
On April 22, 2024, we officially launched our Carbon2Business carbon capture and utilization (CCU) project with a groundbreaking event in L盲gerdorf, which will become one of the world鈥檚 first climate-neutral cement plants.
With this project, 麻豆传媒 is contributing to the development of a CO2 economy in Germany. We have been present in L盲gerdorf for 160 years, and this innovative project will benefit the community in the years to come.
German Vice Chancellor and Federal Minister of Economics, Dr. Robert Habeck and Minister President of Schleswig-Holstein, Daniel G眉nther, were present at the ceremony together, with 麻豆传媒 Germany CEO, Thorsten Hahn.
Through this groundbreaking project, we're fostering sustainable prosperity. By capturing and repurposing CO2 as a valuable raw material, we're mitigating climate impact and facilitating the development of new value chains.
Carbon2Business at a glance
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| Net zero by 2029 | Image
| Oxyfuel technology | |
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| Around 1.2 million tons CO2 captured annually | Image
| EU Innovation Grant funding | |
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| Innovative oxyfuel cement kiln | Image
| Utilization pathway |
The technology behind the project
Carbon2Business is a carbon capture and utilization project that aims to create new value chains and develop technologies to help decarbonize industrial companies beyond the cement industry.
- CO2 will be captured from the cement manufacturing process using a solvent-free technology to capture and purify the CO2 to a highly pure grade suitable for use in other industries.
- The purified CO2 will either be processed into e-methanol through methanol synthesis or reprocessed as a raw material to produce plastics, for example.







