What we do
Two waste streams in. A premium product out.
CCM combines captured CO₂ with alkaline industrial waste — fly ash, slag, kiln dust, C&D residue — to make precipitated carbonates, which have a high market value for many industries.
Process steps
From emissions to safe mineral – in four steps
A continuous, closed-loop pipeline. Each stage is engineered for maximum efficiency and minimum environmental cost.
Capture
CO₂ is captured directly from industrial flue gases at the emission source — no atmospheric concentration required.
- — Point-source capture
- — Industrial flue gas
- — Modular intake
Convert
Our proprietary process transforms CO₂ and waste in a controlled, low-energy reaction
- — High efficiency
- — Low energy input
Mineralize
CO₂ becomes a stable, non-toxic carbonate mineral — permanently converted and reusable as a raw material.
- — Permanent conversion of CO₂
- — Non-toxic output
- — Reusable mineral
Recycle
Water is recovered and recycled in a closed loop, while industrial waste is repurposed as process input.
- — Closed-loop water
- — Waste as feedstock
- — Zero discharge
The CCM module
A single process, two waste streams, multiple valuable products
A single CCM module converts industrial CO₂ and locally available alkaline waste into a high-purity carbonate product, a usable mineral residue and recycled water.
Inputs
- Alkaline waste (fly ash, slag, CKD, CDW)
- CO₂ stream (cement, ammonia, industrial…)
- Water & utilities
Outputs
- High-purity calcium carbonate (PCC)
- Usable mineral residue (e.g. sand)
- Recycled water
Why it matters
Broader benefits of CCM technology.
Mineralization does more than lock away CO₂ — it gives industrial operators flexibility, lower operating cost, and new revenue.
Climate impact
Reduce greenhouse gas emissions and support climate mitigation efforts through durable CO₂ conversion.
Feedstock flexibility
Accommodate a range of industrial waste inputs and adapt to changing market needs.
Low-energy operation
Operate with exceptionally low energy requirements, primarily limited to pumping, improving both sustainability and cost efficiency.
New revenue potential
Create opportunities for additional revenue through the generation of carbon credits.
Waste-management savings
Use industrial waste streams in ways that may reduce landfill-related costs, taxes, and exposure to environmental policy penalties.
Multi-end-product
Depending on the alkaline content in the feedstock, different types of precipitated carbonates can be produced.
Why CCM
A different category of carbon removal.
Most carbon technologies stop at storage or low-value reuse. CCM delivers permanent mineralization and a saleable premium product.
| Approach | What happens to CO₂ | Economic output |
|---|---|---|
| Geological storage | Injected underground | Cost only |
| CO₂ utilization | Converted to fuels / chemicals | Temporary products (re-emits CO₂) |
| Mineralization (low-grade) | Converted to solid carbonate | Aggregates / fillers (low value) |
| CCM | Permanently mineralized | High-purity CaCO₃ (saleable product) |
Permanent storage in mineral form
Uses cheap, locally available wastes
High-purity CaCO₃ (PCC quality)
Modular, scalable, decentralized
Strong MRV potential
CCM holds its own IP and patents · MRV = Monitoring, Reporting & Verification
Validation & readiness
TRL7 — proven in an operational environment.
Lab and pilot tests using commercial CaO and real industrial waste streams have validated the CCM process at technology readiness level 7 — ready for first commercial deployment.
- — TRL7 model demonstration in operational environment
- — 2,000 hours of continuous testing
- — Close-to-complete conversion for high-CaO content in the feedstock.
- — ~90% conversion demonstrated for lower-CaO content in the feedstock.
Achieved
Continuous testing
CO₂ conversion
Carbonate per t CO₂ + feed
From waste to premium markets
Local waste in. A premium global product out.
Alkaline waste inputs
Site-specific, abundant, and chemically suitable — often landfilled today at a cost.
- — Fly ash (coal / biomass)
- — Biomass & bark ash
- — Cement kiln dust (CKD)
- — Construction & demolition waste
Precipitated calcium carbonate (PCC)
A premium segment of the calcium carbonate market.
- — Paper & pulp (filler, coating)
- — Paperboard & packaging
- — Plastics & polymers
- — Paints & coatings
- Supports industrial circularity
- Reduces waste-disposal costs for industrial partners
FAQ
Technical questions, answered.
The most common questions we receive from engineers, plant operators and partners.
Ask our teamHighly cost-effective. Twice the impact.
Our process operates at 99% conversion efficiency in a highly cost-effective way — making sustainable industry economically realistic, today.