A counter-current packed tower is to be designed to recover 90% carbon tetrachloride (CCl4) from an...

A counter-current packed tower is to be designed to recover 90% carbon tetrachloride (CCl4) from an air-CCl4 mixture containing 5 mol% CCl4. The gas rate will be 800 kg/h m2 of tower cross section. A non-volatile CCl4-free organic oil of molecular weight 260 is to be used as solvent. The solvent rate should be twice the minimum. The tower will be operated at 30°C and 1 atm pressure. Under the operating condition, the equilibrium relation is given by y=20x, where y and x are mole fractions of CCl4 in gas and liquid respectively. If the gas and liquid phase mass transfer coefficients kya and kxa are 60 and 900 kmol/h m3 mol fraction, respectively, determine the height of the tower.

Assume dilute solution

Molecular Weight of CCl4 is 154 and Molecular weight of Air is 29.

Expert Solution

Amanda K answered 5 months ago

how many molecules of carbon tetrachloride are there in 80g of ccl4 sample

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