FIELD: ultrasonic cavitation treatment of liquids for destruction and separation of various substances including microorganisms in these liquids in form of suspended phases; dissociation of molecules of liquids; food-processing, chemical, oil production, mining, pharmaceutical and perfume industries.
SUBSTANCE: proposed method includes propagation of acoustic wave at preset average power volume density inside reactor for exciting the cavitation. Smooth distribution of cavitation energy is ensured by proper relationship of sizes of reactor interior. Amplitude of acoustic pressure of acoustic wave exceeds static pressure of liquid inside reactor by at least 4.4 times, thus ensuring smooth action of cavitation energy on liquid being treated.
EFFECT: enhanced efficiency.
