10 billion tons of CO2 from the atmosphere without using expensive energy or plugged-in power.

Billions of tons of above-ground and shallow-ground fresh and legacy industrial minerals with the capacity to mineralize 10 billion tons of CO2 exist in every major economy.

Minerals with the right chemistry that have seen high temperatures are primed to react with CO2. We call these Thermodynamically Primed Minerals or TPMs for short. Power and steam production, cement, steel, mining, acetylene, and others produce vast amounts of TPMs that can, with our technology, become a useful CO2 mineralizing agent.

Thermodynamically primed minerals represent a unique opportunity to jump-start the CO2 sequestration the planet needs.

We use the sun and wind to directly and efficiently move air through reactive waste minerals to capture and mineralize CO2. Our passive system doesn’t require power to circulate air through and around reactive minerals, making Karbonetiq the lowest-cost option for turning CO2 into stone. Our modular design, rapidly deployable, remotely monitored, and low-cost make our technology the number one choice to aerate CO2 reactive minerals.

We specialize in creating and distributing modular devices that aerate CO2-reactive waste minerals. These minerals can permanently capture and store atmospheric carbon dioxide. Our innovative approach enables 100x cost reduction compared to traditional Direct Air Capture methods. Space limitations necessitate solutions like direct air capture. Our Orca plant, on just 0.42 acres, can annually capture up to 4000 tons of CO₂ from the air—nearly 1000 times more efficient than trees on the same land.

HUNDREDS OF YEARS OF LEGACY
MINERAL WASTE

Our company’s patent-pending approach differs from others as it uses low-cost equipment, has minimal operating labor, and doesn’t rely on fossil fuels or electricity. Our method involves a passive airflow design that sequesters CO2 directly from the air when combined with reactive minerals.