Empowering cement and concrete producers to deliver resilient, sustainable solutions for the construction industry, enhancing performance and reducing emissions.
CaptureCrete® is an innovative solution that enhances the strength performance of cement and concrete products while reducing clinker or cement content — all without compromising plastic properties.
CaptureCrete® is a performance enhancement additive for concrete and cement-based products, designed to improve overall durability and performance, enabling cement/clinker optimization and while enabling carbon footprint reduction.
CaptureCrete® is a dry powder admixture made from a proprietary blend of natural aluminosilicates and reactive oxides that is designed to enhance concrete strength and CO₂ absorption. Through a combination of mineralization, nucleation, filler, and pozzolanic effects, CaptureCrete® accelerates cement hydration, improves long-term strength, and promotes the permanent chemisorption of atmospheric CO₂ into the concrete matrix.
CaptureCrete® is engineered with a proprietary blend of materials that enhances the chemisorption of atmospheric CO₂ into the cementitious matrix of concrete—transforming CO₂ into stable, permanent carbonate minerals.
Our drop-in additive solution is typically dosed between 0.5% and 1.5% of cementitious content, boosting the performance of concrete mixes.
CaptureCrete® is approved by ASTM C-494 and AASHTO M-494 as a Type-S Admixture.
Up to 15% 28-day compressive strength increase
Up to 12% cement reduction
Little or no impact on plastic properties
Enhances the CO2 capture of treated concrete.
Enables generation of Tradable-Voluntary Carbon Credit Units (VCU’s) for Ready-Mixed Concrete applications.
Our journey begins with a collaborative meeting where we align your project’s goals and expectations with our projected value proposition, or “Projected Customer Minimum Margin". Together, we set the foundation by outlining our common "rules of engagement”, completing all documentation requirements, establishing the success criteria necessary to confirm and reach product fulfillment, while ensuring the most efficient use of your company's resources from day one.
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Once the business agreement is in place, we collaborate to develop a detailed testing program tailored to your targets. This includes reviewing specific testing protocols, planning for material requirements, and planning for equipment and resources needed for testing, and concrete and carbonation sampling and manipulation requirements. We aim to set a strong foundation for effective performance assessments.
Once the testing program has been confirmed and agreed upon, we ship materials for performance testing at your site. Whether through laboratory or field-based trials, producers execute performance testing. Concrete performance testing shall follow the typical benchmarks defined for ready mix concrete quality control testing, while carbonation testing will follow specific benchmarks to ensure optimal results. Our technology and support will ensures that your project progresses smoothly, regardless of scope changes.
After testing is completed, we analyze the technical results (including among others, strength gains and carbonation) and present to You our applied technology benefits. We review the original “Projected Customer Minimum Margin” and incorporate the technical results from the execute testing, and generate a revised value proposition, or "Confirmed Customer Minimum Margin”, ensuring the minimum expectations are met - or exceeded - to proceed with fulfillment (adjusting commercial terms if necessary). This step solidifies the optimal approach moving forward.
Finally, we embark on the journey of product fulfillment and support, ensuring data integration between us to process, validate and commercialize credit for net proceeds sharing, as well as ensuring a seamless product delivery program, and post-sale technical support. Our post-sale technical support continues will continue to drive efficiencies and innovation, allowing your operations' to rapidly - yet sustainably - increase the utilization of our technology, generating larger economical benefits, increasing your competitive advantage, and ensuring continuous improvement of your bottom line performance.
Concrete made with CaptureCrete® actively attracts CO₂ pollution from the surrounding atmosphere and stores it permanently via CO₂ mineralization.
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Carbon capture and sequestration in concrete using CaptureCrete® can reach as much as 100 kg of CO2 per ton of concrete.
Employing CaptureCrete® SCM also offsets the CO2 emissions of the replaced conventional cement. In total, using CaptureCrete® could potentially reduce the concrete's CO2 footprint by as much as 75%.
Get in touch with our impact team
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