Carbon capture and storage.
Mineralisation only. The KCl block is excluded, creating a simpler plant with lower initial investment where KCl off-take is unavailable.
The same reaction, a shorter plant.
The carbonation stage is identical to the CCU configuration. Flue-gas CO₂ is brought into contact with the alkaline waste stream, and the calcium and magnesium oxides in that material react to form stable carbonates. The carbon is bound into a solid mineral and stays there.
What is omitted is the KCl production block. The output is calcium carbonate, which can be used in cement products. Fewer unit operations mean a simpler process and lower initial investment.
When it is the right choice.
- Cement plants prioritising compliance
- Plants with lower bypass dust volumes
- Facilities seeking lowest possible CapEx entry
Configuration detail.
- Process
- CO₂ mineralisation only
- Heavy metal removal
- 99.9%Reported Intertek Korea test result
- Commercial design capacity
- 10,000 / 20,000 t/yrCBS dust; site-specific sizing
- Output
- CaCO3Reusable in cement production
- KCl recovery
- Not included
- Water configuration
- River or ground waterUsed water discharged in the documented CCS configuration
How it is installed.
The final plant is sized only after flue-gas analysis, feedstock characterisation and a laboratory CO₂ reaction test using the customer's own material.
Start with the site data.
We will test your by-product and flue gas, then size the mineralisation configuration for your site.