World’s first commercial direct air capture plant.
Location of Global Thermostat’s pilot/ demonstration of DAC technology.
CO2 capture from ambient air to produce a clean gas stream w/ CO2 concentrations up to 5%.
Full-scale commercial direct air capture plant.
CO2 storage from power plant.
Using the method from CarbFix 1 to direct air capture of CO2 (collaboration with Climeworks).
A virtual marketplace that connects companies and farmers who uses CCS practices.
The plant captures CO2 from ambient air in a cyclic process.
100% renewable energy powers direct air capture.
Indoor CO2 recirculation, residential CO2 air to fuels
AIR TO FUELS™ technology combines Carbon Engineering’s Direct Air Capture (DAC) technology with several other advancing technologies, such as renewable energy, water electrolysis and fuels synthesis, to produce liquid hydrocarbon fuels.
Carbon Engineering’s direct air capture process separates CO2 from atmospheric air in a four-step process.
Captures CO2 from ambient air using a solid sorbent.
Carbon nanotube membranes can rearrange molecules from CO2 removed from the air and convert it to fuels.
Combines Hydrocell’s HCell brush-type heat exchanger and regenerative CO₂ scrubber to capture CO₂ from ambient air.
Captures CO2 from atmospheric air or flue gas and converts it to carbonates.
A fine material released during the breaking and washing of Orbix concrete materials that can absorb CO2 from the air and has carbonate properties.
Captures CO2 from ambient air or other power/industrial sources using amine-based chemical sorbents that bond to porous, honeycomb ceramic “monoliths” that act as carbon sponges.
Removes CO2 from the air and converts it to fuels.
Captures atmospheric CO2 directly from air with a filter; Powered by low-grade, low-temperature waste heat and renewable energy; Captured CO2 from atmosphere is ready for utilization at 99% purity; 16 installations total as of Aug. 2019.
Captures CO2 from the atmosphere using a liquid solvent; Potassium hydroxide solution/ calcium carbonation; 99% pure CO2.
Captures CO2 directly from the air or flue gas to convert CO2 into carbon nanotubes (CNT’s) through high-yield electrolysis in molten salts; CNT’s are lighter alternatives to metal.
Developing direct air capture and post combustion CO2 capture technologies.