Captures up to 99% of CO2
Mineral carbonation is a breakthrough development for traditionally polluting industries, making CO2 sequestration commercially attractive, as the residue generated by our process is valuable raw material that plays an important role in certain niche applications and manufacturing processes.
At the heart of our innovative technology lies an integral device containing modules that trigger specific reactions, transforming CO2 through chemical and biochemical operations.
Our technology satisfies the following criteria:
- Reduces CO2 emissions.
- Generates minerals of high stability, which can be used commercially; leading to the posibility of producing an income from the reduction of CO2 emissions.
- Generates innocuous and stable mineral bonds.
- Minimizes carbon footprint.
Our expertise in fields such as fluid dynamical simulations, along with the use of state-of-the-art technologies allow us to optimize the chemical reactions of greenhouse gases. Fluid dynamics simulations make it possible to predict how the physical-mechanical-chemical deposition and transformation system will function and react under real operating conditions.
The capture rates are impartially measured by independent third-party entities in Europe.