1997
DOI: 10.1007/s004490050412
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Influence of plate geometry and added packing on dispersed phase holdup and slip velocity in reciprocating plate column

Abstract: A comprehensive study of the in¯uence of plate geometry and the added packing on the holdup and slip velocity in reciprocating plate columns is presented. The use of packing in the interplate spaces of the column is of interest as packing alters the character of dispersion and also provides contact area for the phases.A model is proposed relating slip velocity to the single drop rise velocity taking into consideration the pseudohydrostatic effects and particle-to-particle interaction effects. List of symbolsm … Show more

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“…This model considered the effect of the velocity profile in the continuous phase on drag force. Moreover, Joseph et al (1998) proposed a model relating slip velocity to the single drop rise velocity taking into account the pseudo hydrostatic effects and particle interaction effects for reciprocating plate columns.…”
Section: Introductionmentioning
confidence: 99%
“…This model considered the effect of the velocity profile in the continuous phase on drag force. Moreover, Joseph et al (1998) proposed a model relating slip velocity to the single drop rise velocity taking into account the pseudo hydrostatic effects and particle interaction effects for reciprocating plate columns.…”
Section: Introductionmentioning
confidence: 99%