Next-Generation Carbon Solutions
ICELITH™ is an engineered calcium silicate produced through high-temperature reactions of Ca- and Si-rich materials, offering controlled size, purity, and CO₂ reactivity for use as a low-density, high-calcium filler in green construction, agriculture, and turf systems—enhancing durability and enabling carbon capture.
Low-Carbon Concrete Solutions
ICELITH™ is a reactive calcium silicate engineered for use as a Supplementary Cementitious Material (SCM) or high-performance filler. By contributing to the pozzolanic and latent hydraulic reactions in concrete, it enhances strength, durability, and microstructural density, particularly in blends with reduced clinker content. ICELITH™ enables significant clinker substitution, helping producers lower both embodied carbon and raw material dependency. Its fine particle size and high reactivity also improve workability and long-term performance, making it a powerful tool for low-carbon, high-performance concrete formulations.
Soil Regeneration and Atmospheric CO₂ Capture
ICELITH™ boosts soil health and crop resilience by supplying essential minerals like calcium and silicon, which strengthen plant cell walls, improve nutrient uptake, and increase resistance to pests and disease. Its fine, reactive structure enhances soil structure and water retention while revitalizing degraded or nutrient-poor soils. Through the natural process of enhanced weathering, ICELITH™ also captures atmospheric CO₂, locking it away as stable carbonates in the soil. This dual-function approach delivers measurable agronomic benefits and long-term climate impact, making ICELITH™ a smart addition to sustainable farming systems.
High-Performance Infill for Artificial Grass
ICELITH™ is a high-performance surface coating for turf infill granulates, designed to boost durability, repel water, and actively absorb CO₂. Applied as a thin mineral shell, it prevents sticking, reduces moisture uptake, and enhances granule stability under heavy use. Through passive carbonation, ICELITH™ captures atmospheric CO₂ throughout the turf's lifespan, with documented carbon removal achievable at end-of-life through controlled processing. This makes ICELITH™ a key enabler of circular, climate-positive turf systems, aligned with upcoming microplastic regulations and net-zero goals.