CarbonCure’s award-winning carbon removal technologies reduce the carbon footprint of concrete. We work with hundreds of concrete producers around the world to reduce and remove tens of thousands of metric tons of carbon emissions annually.
CarbonCure’s award-winning carbon removal technologies reduce the carbon footprint of concrete. We work with hundreds of concrete producers around the world to reduce and remove tens of thousands of metric tons of carbon emissions annually. In turn, this generates high-quality carbon credits that deliver immediate, scalable, high-impact climate benefits.
Investing in our carbon credits will help us build a global network of concrete plants that also act as carbon removal factories, and accelerate and scale the decarbonization of the concrete industry.
CarbonCure creates carbon removal technologies that introduce recycled CO₂ into fresh concrete to reduce its carbon footprint, without compromising performance. Once injected, the CO₂ undergoes a mineralization process and becomes permanently embedded in the concrete. This results in economic and climate benefits for concrete producers—truly a win-win
CarbonCure Ready Mix
Same Concrete, Less Carbon
25 lb per cubic yard / 15 kg per cubic meter CO2 saved
CarbonCure injects CO₂ into your ready mix where it converts to a mineral, improving compressive strength. This allows you to optimize your mix designs, safely reducing cement content and lowering the carbon footprint of your concrete—with no impact on quality or performance.
Same Product, Less Carbon
34 lb per cubic yard / 20 kg per cubic meter CO2 saved
Lower cement content while delivering the same high-quality product your customers rely on. CarbonCure helps you deliver a sustainable concrete product to meet the growing demand of the green building market while generating new sources of revenue.
Same Blocks, Less Carbon
1 lb / 0.5 kg CO2 saved per 30 standard blocks
Inject and permanently store captured CO₂ within your concrete blocks to deliver sustainable products to the growing green building market—without affecting quality or performance.
Specifying Low Carbon Concrete
Concrete specifiers play the most important role in embodied carbon reduction and removal: encouraging the inclusion of low carbon technologies like CarbonCure. 270,387.2 Metric Tons of CO₂ Saved 2,850,000 Truckloads Delivered
Collaboration to reduce embodied carbon
Reduction of embodied carbon in concrete is only possible when the concrete specifications allow it. Architects, engineers, and general contractors play a key role in concrete innovation: encouraging the use of low carbon innovation in the concrete specs.
Why include CarbonCure in your specification?
You’ll reassure your clients that you take their ESG goals and climate seriously, and that you and your team are a part of the solution.
You’ll empower concrete producers who have adopted CarbonCure and other low-carbon solutions to use it on projects – which means you get the same solution with a reduced carbon footprint. Oftentimes, our partners struggle to use CarbonCure on commercial projects due to lack of awareness or stakeholder buy-in. Specifications allowing CarbonCure mitigate that challenge.
You’ll signal to concrete producers that embodied carbon is important and encourage producers to adopt and use solutions like CarbonCure to reduce carbon emissions.
You’ll stimulate conversations around embracing innovation, and bring more sustainable construction solutions to the marketplace.
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