goals, saying, “Reducing the carbon footprint of concrete is no longer a distant possibility—it’s an achievable goal and we have a plan that will transform the industry.” Another important aspect of Concrete BC’s work is the push for performance-based specifications over prescriptive specifications in concrete construction. This approach emphasizes the desired performance outcomes, such as strength and durability, rather than rigid material formulas. Jason explains, “By focusing on performance, the industry can innovate and adopt more sustainable methods without sacrificing quality or safety.” He elaborates: “Don’t tell us how much cement to use, but rather specify how you want it to perform, and allow industry to come up with innovative lower carbon solutions that meet the project needs.” Looking ahead, Concrete BC’s members are preparing for groundbreaking projects that will further the industry’s environmental goals. One example of an exciting initiative is North America’s first commercial full-scale Carbon Capture, Utilization, and Storage (CCUS) project at Heidelberg Materials Edmonton Cement Plant. This pioneering project promises to capture a significant amount of carbon dioxide from concrete production and store it safely, marking a major milestone for the industry. Jason sees this as a crucial step in reducing the concrete sector’s carbon footprint. “This project will be a gamechanger,” he says. “It’s an innovative solution that could set the standard for the entire industry.” There are also other projects with different companies in the works. THE CONSTRUCTION SOURCE CANADA
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