Language selection


CO2 utilization in concrete: a new circular economy model

CarbonCure’s technology installed at a concrete production facility

Sector - Focus area

Manufacturing - Cement Production




Air Liquide
Cement Association of Canada
National Ready Mixed Concrete Association
Trio Ready-Mix


Energy Innovation Program



EIP Contribution

$ 2,026,500

Project Total

$ 4,053,000


Dartmouth, Nova Scotia

Find out more

Lead Proponent

CarbonCure Technologies Inc.


CarbonCure has developed a portfolio of carbon capture, utilization, and storage technologies that integrate post-industrial CO2 into concrete through applications for precast, and recycled concrete aggregate products, and for concrete wash water.


Aims to demonstrate 2 technologies: Wash water beneficiation and precast concrete production. Including further development of recycled aggregate products.

Expected Outcomes

Estimates for global emissions from the cement and concrete industry suggest that the industry annually generates 2.2 Giga- tonnes of CO2 per year. This figure will continue to rise due to anticipated increased demand across the globe and in Canada (annual growth rates are estimated at 2% growth globally and 2.2% in Canada).

CarbonCure aims to achieve a CO2 emissions reduction of 209,694 tCO2e/year by the end of the project in 2022 through technology installation at concrete plants (saleable units) included in this project scope. CarbonCure already maintains relationships with major producers through the sale of previously commercialized first generation masonry and ready mix CO2 technologies.

To achieve the targeted 500 MT annual CO e target by 2050, CarbonCure would need to operate its full suite of CO utilization technologies in 76,302 concrete plants, which represents an estimated 37% global market penetration (assuming an average carbon savings of 6,555 tCO2e per concrete plant). There are currently an estimated 120,000 concrete plants across the globe, with market growth conservatively estimated at 2% per year (equating to an estimated 208,923 concrete plants in 2050). If CarbonCure were successful in realizing complete market adoption across its suite of CCUS technologies, the company has the potential to unlock up to 1,369 MT of annual CO2 emissions reductions across the globe by the year 2050.

Page details

Report a problem on this page
Please select all that apply:

Thank you for your help!

You will not receive a reply. For enquiries, contact us.

Date modified: