This study was concerning to improve the mass transfer rate by packing-vibration and to investigate the relationship among the mass transfer factors in the gas-liquid contact absorption system.
The gas-liquid contact mass transfer system was operated by the vibration of the newly designed spiral wires-radial plates packing in the column. The gas hold-up, gas-liquid interfacial areas and liquidside mass transfer coefficients were measured and analyzed, and a quantitative mass transfer equation on this absorption system was presented.