High-intensity ultrasound has been used for many years to produce emulsions, disrupt cells and disperse aggregated materials. Diverse areas have been recognized for potential future development, for example, the adjustment and control of crystallization processes; the measurement of texture, viscosity, and content of solids and fluids; the degassing of liquid foods; the inactivation of enzymes; enhanced drying, filtration and induction of oxidation reactions and the inactivation of microorganisms (Knorr et al. 2004; Suslick et al., 1999). The advantage using ultrasound is a consequence of the various effects on the medium through which it is transmitted (Dolatowski et al., 2007).