CarbonCure Technologies has reached a major commercial milestone, announcing that concrete producers worldwide have now delivered 10 million truckloads of concrete made using its CO2 mineralization technology.
The achievement underscores the rapid scaling of carbon utilization in one of the hardest-to-abate sectors and reflects rising demand for lower-carbon building materials across global construction markets.
CarbonCure’s system injects captured CO2 into fresh concrete, where it mineralizes instantly and becomes permanently embedded. The reaction enables producers to reduce cement content, the most carbon-intensive component of concrete, without compromising compressive strength.
The company’s shared-revenue carbon credit model further offsets adoption costs and strengthens customer competitiveness, helping drive deployment across commercial, residential, infrastructure, and data center projects.
A Growing Global Footprint
With more than 83.6 million cubic yards of CarbonCure concrete poured to date, the company says the volume is equivalent to building a full-scale replica of all 30 NFL stadiums — twice.
The milestone also represents more than 690,000 metric tons of CO2 permanently stored, comparable to taking 161,000 gasoline cars off the road for a year. CarbonCure systems now operate in plants across more than two dozen countries.
Relevant: CarbonCure And MIT Partner On Carbon Mineralization In Concrete
Interim CEO Kristal Kaye credited producer partners for driving the technology’s real-world impact, noting that “concrete innovation is not an aspiration for the future — it’s happening today, at scale.”
Board Chair William Holden highlighted rapid global adoption as customers seek proven, reliable decarbonization tools, while Vice Chair Onne van der Weijde emphasized that permanent CO2 storage paired with cement savings “translate into economic value.”
The company’s producer network continues to expand as policymakers, developers, and corporate buyers increasingly prioritize embodied carbon reductions, positioning carbon utilization as a central lever in concrete decarbonization strategies.
Read more: Lakka To Launch Industrial-Scale Production Of CO2-Cured Concrete In 2026
