PCE Superplasticizers for SCM-Rich Concrete: Unlocking the Next-Gen of Low-Carbon Construction

SCM-rich concrete systems can reduce embodied carbon by up to 50%, but often create challenges in workability, flow retention, and strength development.

This webinar examines how advanced PCE superplasticizers are evolving to address the performance demands of modern low-carbon concrete formulations. Gain insights into emerging innovations and opportunities for construction chemical companies, cement manufacturers, and concrete producers.

Discuss the following insights LIVE with us:

• The rise of SCM-rich and low-clinker concrete systems - Understand how fly ash, slag, calcined clay, and other SCMs are transforming concrete formulations and becoming central to the industry's de-carbonization strategy.
  
  
• Performance challenges in sustainable concrete formulations - Deep-diving into key technical hurdles—including workability loss, slower strength gain, and material variability—that are limiting wider adoption of low-carbon concrete.
  
  
• Next-generation PCE innovations for high-SCM compatibility - Discover how PCE superplasticizers have evolved from conventional water reducers into critical enablers of next-generation sustainable concrete systems., how these innovations are helping concrete producers maximize SCM utilization while maintaining performance, durability, and constructability.
  
  
• Commercial opportunities for construction chemical suppliers - Gain insights into emerging technologies that are expected to drive the next wave of concrete innovation and how the opportunity landscape would be for the construction chemical player.