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Population balance equation (PBE) models have been used extensively to predict drop size distributions (DSDs) of dispersed phase systems. Over the past decade, we have used the PBE framework to develop increasingly sophisticated process models for oil-in-water emulsions prepared with high pressure homogenizers. While these models can qualitatively predict the effects of formulation variables on the...
Population balance equation (PBE) models have been extensively used to predict drop size distributions of processed oil-in-water emulsions. Our previous work on high pressure homogenization demonstrated that both drop coalescence and breakage must be included to obtain satisfactory distribution predictions at high oil-to-surfactant ratios. While it was capable of predicting drop size distributions...
Population balance equation (PBE) models of emulsification processes allow the prediction of the drop size distribution, a critical determinant of emulsion properties. While many PBE models that account only for drop breakage have been developed for model emulsion systems with relatively low oil-to-surfactant ratios, industrial practice is to minimize surfactant use to reduce manufacturing costs and...
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