Superoxide micro nano bubble technology is a new type of odor exhaust gas treatment technology, and its technical principle is as follows:

1. Generation of superoxide micro nano bubbles: Through a special structure, active oxygen and water can be mixed to form superoxide micro nano bubbles. These bubbles typically have a diameter of less than 100 micrometers and exhibit high surface activity and oxidation ability.

2. Treatment of foul odor waste gas: Superoxide micro nano bubbles can decompose harmful gases such as hydrogen sulfide in foul odor waste gas. This is because the surface activity of superoxide micro nano bubbles is very high, and they can react chemically with harmful gases in the foul odor exhaust gas to convert them into harmless substances.

3. Oxidative decomposition: The large amount of hydroxyl radicals generated by superoxide micro nano bubbles can undergo oxidation reactions with harmful gases such as hydrogen sulfide in the foul odor exhaust gas, decomposing it into harmless substances such as sulfur dioxide and water.

4. Purified emissions: The foul odor exhaust gas treated with superoxide micro nano bubbles can meet national and local emission standards, thereby achieving the purification and emission of foul odor exhaust gas.

The superoxide micro nano bubble technology has the advantages of good treatment effect, low energy consumption, and no secondary pollution, and has broad application prospects in the field of odor exhaust gas treatment.

The superoxide micro nano bubble exhaust gas treatment technology has many advantages. Firstly, it has a high removal effect and can effectively remove various harmful gases. Secondly, it has strong adaptability and can be applied to various waste gas treatment scenarios. Finally, it is easy to operate, easy to maintain, and cost-effective.

Finally, the superoxide micro nano bubble exhaust gas treatment technology is a very effective exhaust gas treatment method, which can bring better environmental protection and production benefits to enterprises.