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|Title:||Effect of polydispersity of droplets in the prediction of flux distribution in a Venturi scrubber|
|Source:||Shyan, L.D., Viswanathan, S. (2000-12-01). Effect of polydispersity of droplets in the prediction of flux distribution in a Venturi scrubber. Environmental Science and Technology 34 (23) : 5007-5016. ScholarBank@NUS Repository. https://doi.org/10.1021/es991150g|
|Abstract:||The effect of polydispersity of droplets on the liquid flux distribution in a Venturi scrubber is investigated using a 2-D model along the length of a Venturi scrubber. Two average drop-sizes (the Sauter mean diameter and the mass median diameter) and two drop-size distribution functions (the upper-limit distribution function and the universal root-normal distribution function) are used in the model to predict liquid flux distribution. It is found that the flux distribution is a strong function of the polydispersity of droplets. It is also found that the throat gas velocity has a greater effect on the polydispersity of droplets than L/G ratio. At low throat gas velocity, flux distributions, predicted by the model using drop-size distributions, match with experimental data for a wide range of L/G ratios. At high throat gas velocities, flux distributions, predicted using average drop-sizes, follow experimental results closely. An analysis of overall collection efficiency reveals that it is nearly independent of polydispersity of droplets at low liquid-to-gas ratios and high gas velocities.|
|Source Title:||Environmental Science and Technology|
|Appears in Collections:||Staff Publications|
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