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To minimize costs, commercial CO2 pipelines typically operate at pressures between 1,200 pounds per square inch gauge (psig) and 2,200 psig, with some pipelines having a maximum operating pressure of 2,500 psig to 2,800 psig.
Post-combustion capture involves Co2 separation from flue gases after combustion, which has a low Co2 partial pressure (0.03?0.2 bar) and/or a low Co2 concentration (3?20%) (Figueroa et al., 2008; Feron and Hendriks, 2005).
Solid CO2 cannot form at pressures above 60 psig. It occurs when the gas undergoes the pressure drop at the regulator valve from inlet pressure to a delivery pressure below 60 psig, emerging as a mixture of gaseous and solid CO2 at a temperature in the range of ?70°F at 60 psig to -100°F at the lowest pressures.
Carbon capture and storage (CCS) involves the separation and capture of CO2 from flue gas, or syngas in the case of IGCC. CCS is a three-step process that includes: 1. Capture of CO2 from electric generating units (or other industrial processes); 2.
The capture can take place at a pressure which increases efficiency for absorbing CO2 into an amine solvent or pushing it through a separation membrane. Typical processing conditions are 60 barg (~60 times atmospheric pressure or 60 atm) and approximately 20 to 40 deg C.
The critical point of CO2 is at a temperature of 31°C or 87.8°F and a pressure of 1071 psi or 73.8 bar. Above this critical point, CO2 exists in a supercritical fluid state, which exhibits properties of both a gas and a liquid.