A local mineralisation route for captured CO₂
Transforming abundant construction waste into the cement industry’s most needed solution.
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Cement producers need practical CO₂ routes
Cement producers are under pressure to reduce clinker demand, use captured CO₂ and secure scalable supplementary cementitious material supply.
Pipeline and geological CCS routes can be costly, slow to deploy and dependent on major infrastructure. At the same time, traditional SCM sources such as fly ash and slag are becoming harder to secure at scale.
CO₂ use and storage
Captured CO₂ needs credible routes that can support long-term decarbonisation.
Mineral feedstocks
Waste concrete, alkaline residues and other mineral streams with potential cementitious value.
Cement-replacement powder
A future SCM route designed to support clinker reduction and lower-carbon construction materials.
Designed around cement industry adoption
Local mineralisation route
Develop a potential CO₂ utilisation pathway without relying only on pipeline or geological storage infrastructure.
New SCM and filler supply
Create a route towards cement-replacement materials from abundant mineral feedstocks.
Supply-chain compatibility
Support adoption through a pathway designed around existing cement, concrete and construction-product supply chains.
Commercial partnership model
Explore co-development, pilot mineralisation, licensing or feasibility routes with the Ureaka team.
How Ureaka creates carbon-negative cement
Unlock minerals. React with CO₂. Regenerate reagents.