Reactive Oxide to Carbonate

How It Works

Converting CO₂ into Stable High-Purity Carbonates

Stage 1

Low-carbon oxides and water are mixed

Stage 2

CO₂ is transformed into stable carbonates within hours under atmospheric pressure, using minimal water and energy.

Stage 3

The solid carbonates are separated, and the water is recycled back to the start for continuous operation.

Why It Matters

ROC transforms CO₂ into stable carbonate minerals directly at the emission source using low-carbon oxides from ARC or LOW. This on-site solution enables efficient, low-cost, and permanent carbon storage with minimal transportation impact.

key benefits

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Simple MRV

Real-time monitoring ensures transparent, verifiable carbon storage.

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Co-Located Storage

Captures and mineralizes CO₂ directly at the emission source.

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Low Energy Requirements

Operates efficiently under ambient pressure and mild conditions.

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Small Plant Footprint

Compact design minimizes land use and integration costs.

ROC^TM is a proven, ready-to-deploy carbon storage technology. Validated at the Exterra Technology Center and ready for commercialization, it's engineered for scalability and co-location, delivering immediate, measurable decarbonization impact