MASS-TRANSFER IN A GAS-LIQUID APPARATUS WITH A STATIONARY JET DISPERSER OF THE IMMERSED TYPE

Mass transfer in the absorption of sparingly soluble gases in apparatus with the gas phase dispersed by submerged flat liquid jets has been studied. In deriving the equation for the output of the absorbed component two zones were distinguished in the operational volume of the apparatus, the active and the bubbling zone. The absorption rate of the target component in the active zone is 3-11 times higher than that in the bubbling zone. This effect is due to the fact that in the active zone the specific surface of the phase contact is greater and the driving force of the mass transfer is higher.