I have a stream containing (glycerol, squalene, methyl oleate, and carbon dioxide) stream conditions: T= 333K and P= 12 MPa which means carbon dioxide is in its supercritical conditions and all others are vapour. I aim to separate the carbon dioxide by reducing both pressure and temperature to 1 atm and 20 °C. as a result, I will have the CO2 as a vapour and all others as liquids. my question is what is the best separation technique and equipment to separate the entire CO2

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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I have a stream containing (glycerol, squalene, methyl oleate, and carbon dioxide)

stream conditions: T= 333K and P= 12 MPa which means carbon dioxide is in its supercritical conditions and all others are vapour.

I aim to separate the carbon dioxide by reducing both pressure and temperature to 1 atm and 20 °C. as a result, I will have the CO2 as a vapour and all others as liquids.

my question is what is the best separation technique and equipment to separate the entire CO2 only.

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