Membrane technology for the processing of fruit juices and beverages has be
en applied mainly for clarification using ultrafiltration and microfiltrati
on, and for concentration using reverse osmosis. The effects of product pre
paration, membrane selection, and operating parameters are important factor
s influencing filtration rate and product quality. Technological advances r
elated to the development of new membranes, improvement in process engineer
ing, and better understanding of fruit beverage constituents have expanded
the range of membrane separation processes. Developments in novel membrane
processes, including electrodialysis and pervaporation, increased the array
of applications in combination with other technologies for alternate uses
in fruit juices and beverages.