TheCO2 capture
From waste product to valuable resourceCO2
TheCO2 capture
From waste product to valuable resourceCO2
What isCO2 capture?
What isCO2 capture?
CO2 capture is an important element in the production of green methanol.CO2 is extracted from flue gas, no longer enters the atmosphere and is used as a basic material for methanol synthesis. In this way, it is possible to prevent emissions and produce renewable energy from the "waste products" of industry.
CO2 capture is an important element in the production of green methanol.CO2 is extracted from flue gas, no longer enters the atmosphere and is used as a basic material for methanol synthesis. In this way, it is possible to prevent emissions and produce renewable energy from the "waste products" of industry.
How doesCO2 capture and storage work?
How doesCO2 capture and storage work?
In the case ofcarbon capture and storage (CCS), a flue gas source is first required. Cement production, for example, can serve as a source here, where the generation of flue gas is unavoidable. In the first step, this flue gas is separated from other substances such as hydrochloric acid and sulfur dioxide and cooled. In the next step, the remaining gas is fed into an absorber, where it reacts with an amine liquid and separates from other substances. This solution is then pumped to a desorber where the amines are again separated from theCO2 by heating the solution. In the final step, the pureCO2 is now converted to a liquid or supercritical state under high pressure so that it can be easily transported and further processed.
In the case ofcarbon capture and storage (CCS), a flue gas source is first required. Cement production, for example, can serve as a source here, where the generation of flue gas is unavoidable. In the first step, this flue gas is separated from other substances such as hydrochloric acid and sulfur dioxide and cooled. In the next step, the remaining gas is fed into an absorber, where it reacts with an amine liquid and separates from other substances. This solution is then pumped to a desorber where the amines are again separated from theCO2 by heating the solution. In the final step, the pureCO2 is now converted to a liquid or supercritical state under high pressure so that it can be easily transported and further processed.