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In a gas absorber the mass transfer coefficient in the liquid phase is k x = 1 2 . 0 m o l m 2
In a gas absorber the mass transfer coefficient in the liquid phase is and the mass transfer coefficient in the gas phase is The system obeys Henry's law, and the equation of the equilibrium line is
a calculate the overall mass transfer coefficient based on the gas phase and the overall mass transfer coefficient based on the liquid phase.
b Determine the ratio of the resistances in the gas and liquid phases. Which is the controlling resistance?
c If the mole fraction of in the bulk of the gas is and the mole fraction in the bulk of the liquid phase is use the overall mass transfer coefficient calculated above to determine the mass transfer flux
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