Our technology achieves over 99% CO₂ capture efficiency, dramatically reducing emissions from industrial sources. Our industrial tests show reduction from 15.87% CO₂ to just 0.02% after processing.
Compared to the state of the art offered by the market, our process is versatile and creates valuable carbonate products and/or CO₂ high purity, that can be sold to offset capture costs, making carbon reduction financially sustainable.
The World Intellectual Property Organization (WIPO) rated our patent a world invention and innovation with industrial applications potential.
We’ve pioneered a solid-based chemical converter technology that captures CO₂ with unprecedented efficiency. During the capture process, usable thermal energy is released, and carbon dioxide is converted into valuable carbonate products that can be used in various industries including concrete, glass, and detergent manufacturing. Furthermore, our reaction capture rate is faster than the state of the art reported in the literature for state of art available on the market. This give us competitive advantages in terms of capture capacity, size in plant design, lower manufacturing and operating costs, and greater ease of plant management.
A world where industry thrives in harmony with nature, where carbon is not a pollutant but a resource, and a value opportunity where our innovative technology serves as a critical tool in the global effort to restore atmospheric balance. We envision our technology deployed across continents, preventing millions of tons of CO₂ from entering the atmosphere annually while creating new value chains that incentivize environmental stewardship.
ANAcarbon has development a pioneered CO₂ capture system using solid-based Chemical Converter technology that fundamentally transforms how we approach emissions reduction. Our patented system uses solid hydroxides to capture CO₂ from flue gas emissions, converting it into solid carbonates through a chemical reaction.
The process is remarkably efficient, with laboratory and real-world tests confirming capture rates exceeding 99% – turning emissions with 15.87% CO₂ concentration to just 0.02% after treatment.