Micro nano bubble cleaning, disinfection, sterilization, and deodorization device
Click:95Date:2025-06-17 11:28:19
Introduction to Micro Nano Bubble Cleaning, Disinfection, Sterilization, and Odor Removal Device
1、 Technical positioning and core values
The micro nano bubble cleaning, disinfection, sterilization, and deodorization device is an integrated equipment that combines physical cleaning, ozone oxidation, nano bubble mass transfer, and other technologies. Through the "cleaning disinfection sterilization deodorization" four in one function, it solves the pain points of multi device step-by-step operation, low efficiency, and chemical residue in traditional treatment processes. Its core advantage lies in the synergistic effect of the cavitation effect of micro nano bubbles (with a diameter of 10-100nm) and the strong oxidizing properties of ozone, achieving one-stop treatment from surface cleaning to deep sterilization and odor decomposition. It is widely used in food processing, medical, environmental protection and other scenarios that require strict hygiene and safety requirements.
2、 Working principle and technical architecture
1. Core technology modules
Micro nano bubble generation system: High density micro nano bubbles are generated through high-pressure gas dissolution, spraying, or electrolysis. When the bubbles burst, they release instantaneous high pressure (about 100MPa) and high temperature (about 5000K), forming a strong cavitation impact force to remove dirt, oil, and particles from the surface of the object.
Ozone mixing system: Ozone (O3) gas is dissolved in water through a bubble carrier. The high specific surface area of micro nano bubbles (more than 1000 times that of ordinary bubbles) increases their ozone solubility by 3-5 times, prolongs the action time (up to several hours), and destroys microbial cell walls and decomposes odor molecules (such as trimethylamine and hydrogen sulfide) through oxidation reactions.
Intelligent control system: Real time monitoring of parameters such as bubble concentration, ozone content, processing time, etc., automatic adjustment of operation mode, ensuring maximum cleaning and sterilization efficiency (such as killing Escherichia coli>99.9%, odor removal rate>90%).