Simple. Safe. Stable.
Commodity inorganic solvents — no amines, no degradation, no specialty sorbents.
CO2ncentrate converts 35–95°C waste heat into purified CO2 streams — enabling direct air capture and utilization at industrial sites, data centers, and beyond.
67% of primary energy is rejected as low-grade heat — from electricity production, HVAC, transportation, and more. Today's amine and solid-sorbent capture systems can't use it economically, so it vents while CO2 capture stays expensive.
That waste heat is the world's largest untapped energy resource.
Cold carbonate solution absorbs CO2; gentle heat drives it back out — no combustion, no high-grade energy required. Modular stages purify CO2 from any feed up to 1 bar on a temperature differential as small as 10°C. No complex chemistry. No high-energy regeneration.
Carbonate solution captures CO2 from the feed stream.
Low-grade heat drives concentrated CO2 back out of solution.
Commodity inorganic solvents — no amines, no degradation, no specialty sorbents.
Operates at 35–95°C with a 10°C minimum differential.
Direct air capture, point source capture, and outgassing up to 1 bar CO2.
Cool carbonate solution pulls CO2 from any feed stream.
Saturated brine circulates between vessels. Integrated exchangers conserve thermal energy between stages.
Low-grade heat drives CO2 back out of solution.
Repeated absorb–release cycles across multiple stages concentrate CO2 to spec.
A small team of scientists and engineers building the chemistry, the hardware, and the pilots. We're hiring, raising, and looking for first deployment partners.
Investors, partners, and engineers — get in touch.