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A platform for research: civil engineering, architecture and urbanism
Evaluating the Performance of Two Plastic Packings in a Crossflow Aeration Tower
The gas and liquid resistances to mass transfer were determined for two polypropylene packings placed in an experimental crossflow tower. The results were then compared with corresponding counterflow data as well as with several counterflow mass transfer correlation equations. The liquid‐side mass transfer properties of the two packings proved to he nearly identical for both types of operation, whereas Onda's countertlow gas‐side equation failed to yield accurate results with either mode of operation or packing type. Crossflow air pressure drop gradients were also evaluated, with conflicting results.
Evaluating the Performance of Two Plastic Packings in a Crossflow Aeration Tower
The gas and liquid resistances to mass transfer were determined for two polypropylene packings placed in an experimental crossflow tower. The results were then compared with corresponding counterflow data as well as with several counterflow mass transfer correlation equations. The liquid‐side mass transfer properties of the two packings proved to he nearly identical for both types of operation, whereas Onda's countertlow gas‐side equation failed to yield accurate results with either mode of operation or packing type. Crossflow air pressure drop gradients were also evaluated, with conflicting results.
Evaluating the Performance of Two Plastic Packings in a Crossflow Aeration Tower
Little, John C. (author) / Selleck, Robert E. (author)
Journal ‐ American Water Works Association ; 83 ; 88-95
1991-06-01
8 pages
Article (Journal)
Electronic Resource
English
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