CLWAC - circular aggregates for carbonation
Carbonation Technology: Transforming Materials into Carbon Sinks
Rockpore’s patented CLWAC products use natural mineralization to capture and store COâ‚‚, creating an active carbon sink. Validated in European research projects, this technology supports long-term carbon sequestration and measurable environmental impact.
Our CCS process and CLWAC products and applications are patent pending in Norway and Europe, offering scalable, high-performance solutions for industrial decarbonization.
Artificial Turf:
Transforming Football Pitches into Carbon Sinks
Arctic Greenstone is a carbon-storing, microplastic-free infill for football pitches, replacing rubber crumb ahead of EU bans.
It captures COâ‚‚, cuts waste, lowers costs, and supports circular, regulation-compliant sports infrastructure.
Structural Concrete:Carbon-Capturing Concrete for Marine Infrastructure
Arctic Stone enables carbon-storing concrete for marine structures like breakwaters and offshore platforms.
Its reactive surface captures COâ‚‚, boosts durability, and reduces permeability — supporting low-carbon, resilient marine infrastructure aligned with climate goals.
COâ‚‚ Storage and Circular Reuse
Rockpore integrates carbon capture and storage (CCS) into CLWAC’s lifecycle, locking in COâ‚‚ through natural mineralization and stabilizing it as solid carbonates. This turns end-use applications into passive carbon sinks, reinforcing long-term sequestration.
Before reuse or reprocessing, stored COâ‚‚ is retained and optimized to maximize climate impact. The approach supports circularity, carbon-neutral construction, and ESG goals — offering a scalable, compliant alternative to conventional materials.
patent pending
