About Us
Alliance of Energy Intensive Industries
Non-Energy Extractive Industry Panel (NEEIP)
REACH consortium "flue dust from cement clinker production"
Sustainable Process Industry through Resource and Energy Efficiency
ZVC SR - (Association of Slovak Cement Producers )
Hungarian Cement Concrete & Lime Association
Heidelberg Materials Kunda AS-i
Heidelberg Materials Cement Sverige
Heidelberg Materials Sement Norge
France Ciment / Organisation professionnelle de l'industrie cimentière française
MPA – Minerals Products Association - Cement
VÖZ – Vereinigung der Österreichischen Zementindustrie / Association of the Austrian Cement Industry
BACI - Bulgarian Association of Cement Industry
Svaz výrobcu cementu CR / Czech Cement Association
VDZ– Verein Deutscher Zementwerke e.V.
PCA – Stowarzyszenie Producentów Cementu / The Polish Cement Association
ATIC – Associação Técnica da Indústria de Cimento / Technical Association of the Cement Industry
Cementa Industrija Srbije / Serbian Cement Industry Association
Oficemen – Agrupación de Fabricantes de Cemento de España / Association of Spanish Cement Producers
UKRCEMENT - Association of Cement Producers of Ukraine
Hellenic Cement Industry Association
Febelcem – Fédération de l’Industrie Cimentière Belge / Association of the Belgian Cement Industry
Policy Focus
Carbon Border Adjustment Mechanism (CBAM)
Industrial Carbon Management (CCUS)
CO₂ Infrastructure: A Cornerstone of Industrial Decarbonisation
Innovation Projects
Resources
Events
The EU ETS covers the main part of emissions reductions in the cement industry. However, a share of the sector’s decarbonisation potential lies in carbon removals — including the capture and storage of biogenic CO₂, as well as the absorption of CO₂ through the carbonation of concrete.
As cement is used in buildings, infrastructure and other applications, concrete naturally reabsorbs CO₂ from the atmosphere over time. This process, known as carbonation, turns the built environment into a carbon sink. It is scientifically well established, recognised by the IPCC, and already reflected in standards for calculating the carbon footprint of concrete products and buildings.
Carbonation is also accounted for in national greenhouse gas inventories reported under the UNFCCC. In addition, the process can be enhanced through technologies such as CO₂ curing or the treatment of recycled materials, enabling permanent mineralisation of CO₂ within concrete.
At EU level, carbon removals are increasingly recognised as part of the climate policy framework, including through the certification framework for permanent carbon removals and carbon storage in products.
In Cement Europe’s view, it is essential that the EU carbon removal framework is based on a science-based approach and clear definitions.
The framework should:
In addition, a clear and consistent regulatory framework is needed for CO₂ utilisation, carbon accounting and the permanence of storage, to ensure that carbon removals can be effectively integrated into the EU’s climate policy framework.
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