Karbonite (Green Eco Circular Cement) is the world’s first truly CO₂-negative cement. Using activated olivine and biomass residues from biorefineries, it redefines what sustainable construction can be. Each ton of Karbonite removes a net 143–178 kg of CO₂ from the atmosphere, qualifying it for verified carbon credit generation and ESG reporting. This innovation offers both environmental benefits and financial incentives for builders, governments, and investors.
Karbonite is produced at just 800°C, consuming only 132 kWh per ton – 50% less than Portland cement. This significantly lowers energy costs and Scope 1 emissions.
Unlike any other cement, Karbonite absorbs more CO₂ than it emits. It qualifies for carbon credit certification under standards like Verra, Gold Standard, and the EU ETS. Up to 178 kg of CO₂ credits can be claimed per ton produced – creating direct value per project.
Karbonite is at least 21% more cost-efficient than traditional cement. It also avoids carbon taxes and qualifies for green finance due to its alignment with CSRD and ESG frameworks.
No freshwater or high-grade sand is needed. Karbonite uses seawater or ditch water and integrates biogenic materials like lignin and cellulose. This eliminates costly and unsustainable extraction, transport, and permitting processes.
Karbonite matches or exceeds the compressive strength of traditional cement (up to 60+ MPa) and continues to harden in CO₂-rich environments. Freeze-thaw testing confirms high durability — with a technical lifespan of 70–90 years.
Karbonite is versatile and suitable for a variety of construction applications, including:
Ideal for structural components such as foundations, walls, and beams. Karbonite offers excellent compressive strength and enhanced thermal insulation, reducing energy loss in buildings. With a lifespan of 70–90 years, it far outperforms traditional Portland cement in durability and long-term resilience.
Used in road bases, asphalt concrete, and sublayers, Karbonite enhances freeze-thaw resistance and extends the functional life of infrastructure. Its inherent insulating properties reduce thermal cracking, while its longevity lowers maintenance and replacement costs over decades.
Perfect for applications with lower compressive strength requirements like curbs, tiles, and pavers where Karbonite delivers maximum CO₂ reduction per ton. These elements benefit from increased resistance to temperature fluctuations and have a significantly longer service life than conventional products.
By integrating Karbonite into your projects, you’re not just choosing a sustainable material you’re unlocking a new revenue stream through verifiable carbon credits. Each ton of Karbonite sequesters up to 178 kg of CO₂, making it eligible for international offset schemes under frameworks like Verra, EU ETS, and Article 6 of the Paris Agreement.
Whether you’re building infrastructure, housing or climate-resilient cities, Karbonite helps you:
A future-proof material that’s engineered for performance and designed for climate impact.