Videos, Webinars & More

CTS Cement is the leading manufacturer of calcium sulfoaluminate (CSA) cement in North America. Nick de Ocampo, Director of Sustainability at CTS Cement, will discuss the company’s history, development, and implementation of CSA cement throughout the years. The webinar will highlight the performance characteristics that make CSA cements an excellent choice for high-performance, long-lasting concrete solutions. Because of the increased performance, CSA cements enable resilient concrete pavements and structures and have lower embodied carbons than the industry standard as a result of the optimal manufacturing conditions utilized to create CSA cement. Finally, CTS Cement produces tens of thousands of tons of CSA cement annually making it an at-scale, market-ready product.

Eco Material Technologies is the leading provider of supplementary cementitious materials (SCMs) in North America. With over four decades of experience in marketing fly ash to the concrete industry, Eco Material is a pioneer in developing new construction material technologies. The company provides low-carbon footprint supplementary cementitious materials that can partially replace cement and offset its associated emissions. Building on the expertise of managing and marketing fly ash, the company set out on a path to expand its supply of SCMs by harvesting coal ash, mining natural pozzolans and processing bottom ash, among others. This presentation outlines our journey as a leading supplier of SCMs for decades, our current efforts and our path into the future.

As the concrete construction industry responds to the need to reduce greenhouse gas emissions (GHGs), low-carbon specifications for concrete construction are becoming increasingly prevalent. With this paradigm shift come new specifications, means and methods, documentation requirements, and changes in expectations and associated responsibilities.

As the concrete construction industry responds to the need to reduce greenhouse gas emissions (GHGs), low-carbon specifications for concrete construction are becoming increasingly prevalent. With this paradigm shift come new specifications, means and methods, documentation requirements, and changes in expectations and associated responsibilities.

As the concrete construction industry responds to the need to reduce greenhouse gas emissions (GHGs), low-carbon specifications for concrete construction are becoming increasingly prevalent. With this paradigm shift come new specifications, means and methods, documentation requirements, and changes in expectations and associated responsibilities.

As the concrete construction industry responds to the need to reduce greenhouse gas emissions (GHGs), low-carbon specifications for concrete construction are becoming increasingly prevalent. With this paradigm shift come new specifications, means and methods, documentation requirements, and changes in expectations and associated responsibilities.