It combines research, pilot production and technical services in one, 16,400-sq-ft unit complete with equipment including a ball mill, classifier, rotary dryer and carbon offloading system.
The company says it will bring all stages of production, from research and testing to final mix designs, together in one place.
GCR caught up with company president Grant Quasha to ask what the investment means for the take-up of supplementary cementitious materials, or SCMs.
How does the new facility enhance your role in the North American materials market?
Combining this new facility with existing laboratory resources and expertise strengthens CRH’s position to lead innovation in cementitious materials.
We can convert underused resources into reliable, high-performing cementitious products and bring those solutions to market faster. This facility plays a central role in ensuring every material we deliver performs in the field.
Which SCMs do you think will be widely used in the future?
We’ve tested and deployed a broad range of SCMs including fresh fly ash, harvested ash, natural pozzolans, engineered pozzolans, calcined clays, ground glass, nanotubes and steel slag materials.
We evaluate composition, reactivity, strength development and long-term durability in paste, mortar and full-scale concrete applications.
We believe the market will increasingly rely on a diversified SCM portfolio. Harvested and beneficiated ash will play a particularly important role because of its scalability, established performance profile and availability.
Natural pozzolans and calcined clays are also expected to see broader adoption regionally, especially as blended cement strategies evolve.
Grant Quasha, President of Eco Material TechnologiesThe future is about engineered cementitious systems that combine multiple materials to meet specific performance, durability and supply requirements
Industry analysis indicates a growing demand for cementitious products to modernise North America’s infrastructure. Producers seek reliable ways to improve concrete performance while managing cost and material availability.
Customers need consistency and supply continuity, which is accelerating interest in broader SCM adoption.
We believe the market is moving toward a more diversified cementitious ecosystem where technical expertise, processing capabilities and logistics infrastructure become just as important as the materials themselves.
How scalable are carbon neutral or green replacements compared to traditional cement?
It depends on the material and the application, but we’re seeing a shift away from niche or pilot-stage use toward scaled deployment.
Many lower-carbon cementitious materials are already being used on roads and bridges and in commercial and residential construction.
We aim for our products to integrate into existing construction practices. Materials like harvested ash, engineered pozzolans and blended cements can often be deployed in existing production systems without requiring major operational changes.
The challenge now is less about proving these materials can work and more about ensuring consistent supply, technical support and regional availability.
How will combining research, pilot production and technical services in one place help?
It dramatically shortens the path from innovation to implementation. Bringing research, processing and customer support into one place allows our teams to rapidly evaluate materials, improve processing methods, validate performance and support customers with mix design and deployment guidance in one integrated workflow.It also allows us to work more closely with customers and specifiers by generating real-world performance data and technical validation earlier in the commercialisation cycle. That helps reduce risk and accelerates deployment on site.
The goal is to reduce the timeline between material development and field implementation while improving confidence in long-term performance, durability and supply reliability.
The facility will support customers with validated mix designs and technical expertise to improve performance and consistency in real-world projects.
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