Design teams specifying CarbonCure concrete products reduce the embodied carbon footprint of their project without adding significant costs, while contributing towards LEED points and highlighting their commitment to sustainability. CarbonCure’s technology is installed in concrete masonry and ready mixed concrete

Though embodied emissions make up just a portion of concrete's total life cycle impacts, addressing these impacts directly is crucial to reaching the goal of carbon-neutral* concrete. To help guide decarbonization, this brief outlines the various strategies needed to reduce and offset the embodied impacts of concrete in the U.S. pavement network.

Dartmouth, Nova Scotia based, CarbonCure is on a mission to reduce embodied carbon in the built environment by 500 million tons annually by 2030.2 Their technology involves injecting recycled liquid carbon dioxide into (AKA, carbonating) fresh concrete to both improve its compressive strength and reduce its carbon footprint by up to 4.6%3

Architects, structural engineers, owners and developers are seeking proven ways to reduce the embodied carbon of their building projects. Recognizing concrete as a solution, CarbonCure Technologies, a fast-growing, clean tech company, has developed an easy-to-adopt technology that enables concrete producers to use captured carbon dioxide to

to reduce emissions and help reverse thresholds for the embodied carbon of cement. bonus, nature-based solutions are typically the most.

3 Mar 2020 CarbonCure will continue to develop its suite of cleantech solutions that permanently remove carbon emissions from the atmosphere and reduce 

Ozinga also uses CarbonCure for additional cement savings by injecting captured carbon dioxide (CO 2) into our concrete. By utilizing these and other more sustainable solutions, Ozinga has obtained both plant and product-specific Environmental Product Declarations (EPDs) that are third-party verified and available on-demand.

On average, this carbon utilization method reduces the carbon footprint of concrete by 17 kg CO per 2cubic meter (25 lbs CO per cubic yard), meaning 2a typical commercial medium-rise building made with CarbonCure concrete will reduce the equivalent of 680 tonnes of embodied carbon.

Thomas Concrete delivered 48,000 cubic yards of concrete made with the CarbonCure Technology, diverting 1.5 million lbs of CO 2 from the atmosphere. Project Case Study: 725 Ponce, Atlanta, GA "Uzun+Case, with input from Thomas Concrete, specified the CarbonCure Technology to reduce the carbon footprint of 725 Ponce.

The Concrete Solutions Guide provides a user-friendly overview of proven and scalable solutions to reduce concrete’s contribution to climate change. This guide highlights six key opportunities to reduce embodied carbon in concrete products without compromising financial or material performance. Most of the solutions described are market-ready

The retrofit CarbonCure Technology chemically mineralizes waste CO₂ during the concrete manufacturing process to make greener and stronger concrete. CarbonCure has partnered with more than 130 concrete producers across North America and Asia to create new production cost savings, gain competitive sales advantages, and reduce the carbon