Ozone Micro-nano Bubble Generator

As modern technology and environmental protection concepts are increasingly integrated, the ozone micro-nano bubble generator (Ozone Micro-nano Bubble Generator), as an innovative technology, is gradually showing its unique advantages and potential in the fields of water treatment, air purification and agricultural irrigation. This technology can not only effectively improve water quality and promote plant growth, but also play an important role in air purification, providing new solutions for environmental protection and sustainable development.

1. Technical Principles and Features

The working principle of the ozone micro-nano bubble generator is based on the strong oxidizing property of ozone and the unique properties of micro-nano bubbles. As an efficient oxidant, ozone can quickly decompose organic matter in water, kill bacteria and viruses, and remove odor and color. Micro-nano bubbles, due to their extremely small size (usually between tens of nanometers and several microns in diameter), have extremely high specific surface area and slow rising speed, and can stay in water or air for a longer time, thereby improving the contact efficiency between ozone and the medium to be treated and enhancing the purification effect.

The core of this technology is the ability to stably generate and release a large number of micro-nano bubbles, which are evenly distributed in water or air to form the so-called "bubble curtain" or "bubble cloud". This distribution method greatly increases the contact area between ozone and water or air, allowing ozone molecules to penetrate into tiny gaps more effectively and complete the deep oxidation and decomposition of pollutants. In addition, the instantaneous high pressure generated by the micro-nano bubbles when they burst can also promote the cleavage of water molecules, further produce strong oxidizing substances such as hydroxyl radicals, and enhance the purification ability.

2. Application fields and effects

1. Water treatment field

In terms of water treatment, ozone micro-nano bubble generators are widely used in drinking water purification, industrial wastewater treatment, swimming pool water quality maintenance and other scenarios. By injecting ozone micro-nano bubbles into the water, heavy metal ions, organic pollutants, algae, etc. in the water can be effectively removed, while inhibiting bacterial growth and improving the transparency and taste of the water. For swimming pools, this technology can not only keep the water clean, but also reduce the use of disinfectants and reduce irritation to human skin.

2. Air purification

In the field of air purification, ozone micro-nano bubble technology also shows great potential. By introducing ozone-containing micro-nano bubbles into the air, harmful gases such as formaldehyde and benzene in the air can be efficiently decomposed, bacteria and viruses in the air can be killed, and indoor air quality can be improved. Especially in newly renovated houses, hospitals, schools and other places, this technology can quickly eliminate odors and provide a healthier and more comfortable environment.

3. Agricultural irrigation

In agricultural irrigation, the application of ozone micro-nano bubble technology helps to reduce the occurrence of pests and diseases and improve the disease resistance and yield of crops. By adding ozone micro-nano bubbles to irrigation water, pathogens and parasites in the water can be effectively killed, while promoting the growth of plant roots and improving the absorption efficiency of water and nutrients. In addition, ozone can also regulate the structure of soil microbial communities, promote soil health, and create a good ecological environment for the growth of crops.

3. Future development and challenges

Although ozone micro-nano bubble generators have shown significant advantages in many fields, their widespread application still faces some challenges. First of all, how to efficiently and stably generate and control the size and number of micro-nano bubbles is the key to the current technological development.

Product description：

The ozone micro-nano-bubble high-efficiency mixing device utilizes negative pressure to draw in tail gas for decomposition before it interacts with ozone. The pump impeller spins at high speed, creating a mixing action in the dissolved gas tank where the ozone gas and liquid have not yet had sufficient time to react with the wastewater. This pressurized mixing within the dissolved gas tank ensures that the gas and liquid are fully combined, resulting in a high dissolution efficiency. The process involves the attraction, mixing, and dissolving of gas and liquid, which is then directed as highly dissolved liquid straight to the point of use.

R&D Team:

Wang Dongsheng, the founder of Sankang Ozone, is a senior engineer who holds the positions of director of the China Environmental Protection Machinery Industry Association and deputy director of the China Ozone Specialized Committee. He has guided his team in more than 50 internal product and technology R&D initiatives, leading to the development of 37 patented technologies, which include three invention patents.

Wang Dongsheng's team successfully developed key technologies, including high borosilicate glass tube double air gap discharge and new ozone polymer oxidation equipment for treating nitrogen oxide exhaust gases in non-ferrous metal smelting. They were also the first to master the complete IGBT-controlled rectification primary resonance high-power 2WM power supply technology. Their ozone polymer oxidation equipment for nitrogen oxide exhaust gas treatment received a Science and Technology Achievement appraisal from the Chemical Association. The core technology of this product has reached a leading level domestically, with several patented innovations that have broken international monopolies.

The team, which has an average age of over six years, consists entirely of members with at least an undergraduate education and has obtained a total of 12 patents, including invention and utility model patents. In 2021, they led the enterprise to meet the Ministry of Industry's air pollution control standard requirements. In 2023, they were recognized as a "specialized, refined, special, and new" enterprise in Shandong Province, and their products were selected as the first set of equipment in the province.

Honor Certificate: