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Life Sciences Commons

Open Access. Powered by Scholars. Published by Universities.®

Engineering

University of Massachusetts Amherst

2015

High pressure homogenization

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Full-Text Articles in Life Sciences

Prediction Of Emulsion Drop Size Distributions With Population Balance Equation Models To Enable Emulsified Product Design, Shashank Maindarkar Mar 2015

Prediction Of Emulsion Drop Size Distributions With Population Balance Equation Models To Enable Emulsified Product Design, Shashank Maindarkar

Doctoral Dissertations

Oil-in-water emulsions are ubiquitous dispersed phase systems with diverse applications in consumer products, processed foods, and the pharmaceutical industry. Emulsion formulation variables and process operating conditions both impact the drop size distribution, a key property that influences emulsion rheology, stability, texture, and appearance. A typical emulsified product requires the drop size distribution to be maintained within acceptable limits. Due to a lack of quantitative understanding, emulsified products are currently manufactured by combining a broad knowledge of previous product formulations with empirical scientific experimentation. An alternative to trial-and-error experimentation is to utilize a suitable mathematical model to predict the drop size …