Introduction to a technology for removing pesticide residue ozone micro nano bubbles

1、 Technical Overview and Principles

The ZJ NM-C ozone micro nano bubble removal technology for pesticide residues combines the high solubility and transport characteristics of ozone and micro nano bubbles. The core of this technology lies in generating ozone micro nano bubbles through special equipment and applying them to the surface of agricultural products to quickly remove pesticide residues. Ozone and micro nano bubbles, due to their small size and large surface area, can better penetrate the surface and interior of agricultural products, break the chemical bonds of pesticide molecules, and convert them into harmless substances to improve the efficiency of pesticide removal.

2、 Characteristics of ozone micro nano bubbles

Ozone micro nano bubbles have the following significant characteristics:

1. Tiny size: Micro nano level bubbles can better penetrate the surface and interior of agricultural products, improving pesticide removal efficiency.

2. High solubility: Micro nano bubbles have high solubility, which can more effectively transport ozone to agricultural tissue.

3. Good stability: Through special preparation techniques, ozone micro nano bubbles can maintain stability in water for a long time, thereby improving treatment efficiency.

3、 Effect of removing pesticide residues

The Zhongjing ozone micro nano bubble technology has a good removal effect on pesticide residues. Through practical application testing, this technology can effectively reduce pesticide residues on the surface of agricultural products and meet the requirements of relevant national standards. Meanwhile, due to the strong oxidizing properties of ozone nanobubbles, this technology can also destroy microorganisms on the surface of agricultural products, improving their hygiene and safety.

4、 Preservation and deodorization function

In addition to removing pesticide residues, ZJC-NM ozone micro nano bubble technology also has the function of preservation and deodorization. Ozone nanobubbles can inhibit the proliferation of bacteria on the surface of agricultural products, delay the decay process, and thus extend the shelf life. At the same time, the oxidation effect of ozone can also remove the odor on the surface of agricultural products and improve their quality.

5、 Application scope and advantages

Ozone micro nano bubble technology is suitable for the removal and treatment of pesticide residues in various agricultural products, such as vegetables, fruits, grains, etc. Compared with traditional pesticide removal methods, this technology has the following advantages:

1. High processing efficiency: Micro nano bubbles can better penetrate into the interior of agricultural products, improving processing efficiency.

2. Environmentally friendly and pollution-free: Ozone will decompose into oxygen after reaction, and will not cause secondary pollution to the environment.

3. Easy to operate: One click start mode, simple device operation.

6、 Energy saving and environmental protection characteristics

The Zhongjing ozone micro nano bubble technology has significant energy-saving and environmental protection characteristics. Firstly, this technology utilizes the strong oxidizing power of ozone to remove pesticide residues without the need for chemical reagents, thus avoiding waste of chemical reagents and environmental pollution. Secondly, the application of micro nano bubble technology can improve processing efficiency and reduce energy consumption.