What You Need to Know
Acoustic cavitation generates micro‑bubbles that collapse violently, producing intense shear and turbulence that break oil droplets into sub‑micron sizes. The localized temperature spikes (5–15 °C) accelerate the adsorption of emulsifiers and inhibit coalescence, but excessive heat can denature proteins and oxidize lipids.
The Science
Primary Reaction
Acoustic cavitation leading to droplet breakup and shear‑induced emulsification