
Engineering for Higher SCM Substitution
Fuller process specialist Ahmed Seaf makes the case that reaching 40–50% clinker at scale is an engineering problem, not a chemistry one - from SCM variability and particle-size distribution (PSD) targets to grinding strategy, process-control speed, and a prioritised pathway to clinker substitution. In this Cemtech Live Webinar, Ahmed gives a practical take on what actually works, what doesn't, and where most plants are leaving performance on the table - whether they're running existing circuits or planning new ones - and how to really hit their substitution targets.



















































































































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