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mass transfer 2) (35/100) A gas is absorbed in water at 30C and 2atm in a adsorption column. For this system it may be assumed
mass transfer
2) (35/100) A gas is absorbed in water at 30C and 2atm in a adsorption column. For this system it may be assumed that 95% of the resistance to mass transfer occurs in the liquid film and the overall coefficient is KG=0.98kmol/m2h atm. For dilute solution of carbon dioxide in water, the equilibrium curve can be expressed in terms of the Henry' Law constant by PA=2.31103xA where PA is the partial pressure of A in the gas film in atm, xA is the mole fraction in the liquid, and the Henry's law constant has units, atm/mole fraction. Assuming equimolar counter diffusion calculate the followings a) Ky b) kG c) ky d) kx e) Kx Step by Step Solution
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