Abstract
Dispersed phase holdup is studied in a tall and low plate free area pulsed sieve-plate extraction column. The 5.0 cm internal diameter column consists of 80 number of plates with percent free area of 13.5. The effects of pulse velocity (product of amplitude and frequency), superficial phase velocities, and solute addition are studied for five liquid-liquid systems with a wide range of interfacial tensions. The experimental holdup data is tested against the most widely recommended correlations and a new correlation has been developed that best fits the data.
ACKNOWLEDGEMENTS
The authors would like to acknowledge Mr. Umair, Mr. Zubair, and Mr. Umair for measuring the physical properties of the systems. Mr. Faryad and Mr. Salahuddin also deserve due acknowledgement for their kind assistance in performing the experiments.
Notes
*Measured by drop-weight method.
**(Citation20).