Low-carbon Supplementary Cementitious Materials
Concrete is responsible for ~8% of global CO₂ emissions. EonCretus’ low-carbon concrete solutions dramatically reduce this footprint without compromising performance. By replacing traditional cement with novel, high-performance supplementary cementitious materials (SCMs), we enable sustainable infrastructure that meets stringent decarbonization targets while maintaining structural integrity and durability.
LCC-CMC™
Calcined Marine Clays
Abundant Clay, Durable Way
LCC-CMC™ sourced responsibly from abundant coastal deposits, our engineered marine clays undergo optimized calcination. This activates their pozzolanic properties, delivering high reactivity to replace 30-50% of Portland cement. Achieve significant CO₂ reduction while enhancing concrete durability against sulfates and chlorides.
LCC-VF™
Volcanic Fines
Nature's Pozzolan, Performance Plus
LCC-VF™ harness natural pozzolans from volcanic regions with minimal processing. It reacts efficiently with cement hydrates, refining pore structure and boosting long-term strength. Ideal for high-performance mixes, it cuts embodied carbon by 40%+ and resists chemical degradation.
LCC-CWCF™
Carbonated Waste Concrete Fines
Waste Reborn, Carbon Captured
LCC-CWCF™ upcycle waste concrete fines by treating them with captured CO₂, permanently mineralizing carbon. The resulting SCM not only sequesters CO₂ but also enhances particle packing and reactivity. This closes the resource loop, turning demolition waste into a high-value, carbon-negative cement substitute..
