Analysis of Superoxide Micro Nano Bubble Generator Technology

1、 Core principle

Superoxide nano bubbles have strong oxidizing properties and can quickly decompose the cell structure of bacteria and viruses (such as cell walls and membranes), and react with odorous substances (hydrogen sulfide, trimethylamine, etc.) to generate odorless small molecules, achieving sterilization and deodorization.

Characteristics of micro nano bubbles

The bubble diameter ranges from 10-100 nanometers and has the following characteristics:

High specific surface area: enhances the contact efficiency between ozone and pollutants;

Long retention time: slow rising speed prolongs the ozone exposure time;

Strong permeability: penetrate into the micro pores on the surface of ingredients or objects to achieve all-round cleaning.

Collaborative efficiency mechanism

Ozone combines with micro nano bubbles to form a "micro cleaning bomb", which enhances cleaning, deodorization, and preservation effects through the synergistic effect of physical cutting refinement and chemical oxidation reaction.

2、 System composition

Ozone generator: converts oxygen into ozone through high-voltage discharge, providing a high concentration gas source.

Micro nano bubble generator: using super cavitation rotary cutting technology, ozone is cut into nano sized bubbles and fully mixed with liquid.

Intelligent control system: Real time adjustment of ozone concentration, bubble size, gas/liquid flow rate and other parameters to ensure stable operation.

3、 Application Fields

Food processing

Meat products: Decompose blood and fishy odor molecules (such as hydrogen sulfide, aldehyde sulfur), extend shelf life by 24;

Aquatic products: remove surface mucus and microbial contamination from fish and shrimp;

Fruits and vegetables: eliminate pesticide residues, bacteria and viruses, and inhibit oxidative browning.

Industrial cleaning: Penetrating precision device gaps, efficiently removing oil and organic pollutants.

Medical environmental protection: used for disinfection of medical devices and sewage treatment, reducing the use of chemical agents.

4、 Technical advantages

Efficiency: Micro nano bubbles have an oxidation efficiency 3-5 times higher than traditional bubbles, and the sterilization rate can reach 99.9%;

Environmental friendliness: Ozone decomposition generates oxygen without secondary pollution;

Broad spectrum: suitable for various pollutants (bacteria, viruses, organic matter) and complex scenarios;

Safety: Replace chemical reagents such as hydrogen peroxide to avoid residual hazards.