CO₂ Mineralization in Concrete: A Proven Path to Lower Carbon Without Compromising Performance
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CO₂ Mineralization in Concrete: A Proven Path to Lower Carbon Without Compromising Performance
A recent peer-reviewed study outlines the measurable benefits of carbon dioxide (CO₂) mineralization in concrete production—validating it as a practical, scalable solution for decarbonizing concrete without sacrificing performance
Concrete Corner
The CarbonCure Blog
June 4, 2025
A recent peer-reviewed study outlines the measurable benefits of carbon dioxide (CO₂) mineralization in concrete production—validating it as a practical, scalable solution for decarbonizing concrete without sacrificing performance
March 25, 2025
Reducing Embodied Carbon in Buildings with Low-Carbon Concrete
As climate accountability intensifies, real estate developers, sustainability teams, and procurement leaders face increasing pressure to demonstrate near-term progress alongside long-term net-zero targets.
One of the biggest (and often overlooked) levers? Embodied carbon in buildings.
While operational emissions have long been the focus of decarbonization strategies, there’s a growing realization that the materials used to construct our buildings carry a significant—and immediate—carbon cost. And those decisions are being locked in right now.