Posted: May 22nd, 2023
The stages include CO2Â detachment from gaseous streams, CO2Â compression and storage. The process of CO2Â capture is influenced by separation technique. As a result, CO2Â emission is separated from gaseous streams, which include methane, and oxides of hydrogen, oxygen, and nitrogen. However, CO2Â capture can be done in different ways, which include oxyfuel, post and pre combustion capture. The removal of CO2Â emission from flue gas at high pressure is called post combustion capture.
Consequently, CO2Â capture from syngas under high atmospheric pressure is called pre-combustion capture.4Â However, oxyfuel combustion processes involve the reduction of CO2Â emission from fuel combustion. The products of oxyfuel combustions are CO2Â and water vapor. However, the processes of CO2Â capture are cost efficient. As a result, more countries are experimenting cheap materials that can be used the same purpose. Thus, the discovery of efficient separation materials is a challenge for the CSS projects.
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