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Advantages
Our technology, ALD Converter, is safe, compact, energy-efficient and allows to scale CO2 capture from air or industrial emissions
ALD Converter Process Chart
How It Works:
Original gas mixture cooled to about -75o C enters a supersonic nozzle, where the supercooling takes place. The supercooled mixture then enters the extraction chamber, where gaseous carbon dioxide crystallises on the surface of solid CO2 particles that are fed into the inlet. This gas-solid mixture then enters the cyclone, where the solid particles are separated from the gas phase. Part of the solids is returned to the extraction chamber, and the remainder is removed. Gas mixture from the cyclone is directed to the main heat exchanger to cool the original gas emissions, reducing energy costs. The emissions then enter the refrigerator, where they are cooled down to the temperature required to enter the supersonic nozzle. The ice particles from the water vapor in the initial mixture formed during the cooling are separated from the gas stream in the cyclone and can be used further in the heat exchanger for pre-cooling to pre-cool the original mixture.Our business model is based on sale of CO2 capture units and licenses for CO2 extraction