Ozone Micro-nano Bubble Devices
1. Uniform mixing of gas and water
2. Pressurized mixing in the tank
3. High dissolution efficiency
4. Put into use directly after mixing
Ozone micro-nano bubble devices are advanced technological innovations that integrate ozone generation with micro-nano bubble technology. These devices have found widespread applications in various fields, including environmental treatment, scientific research, industrial processing, and agricultural production. Below is a comprehensive exploration of ozone micro-nano bubble devices, covering their working principles, characteristics, applications, and advantages.
The working principle of ozone micro-nano bubble devices is based on the generation of micro-nano bubbles and the integration of ozone production. Micro-nano bubbles are tiny gas bubbles with diameters ranging from micrometers to nanometers. They have high specific surface areas, strong gas dissolution capabilities, and long retention times in water. Ozone, a powerful oxidant, is generated through electrical discharge or other methods and then mixed with water to form ozone micro-nano bubbles. These bubbles can effectively oxidize and decompose pollutants in water, improving water quality.
Ozone micro-nano bubble devices are characterized by their high efficiency, integration, and complete control functions. The flow passage components of these devices are often made of high-quality stainless steel, such as SUS304/316L, ensuring durability and corrosion resistance. These devices also feature unique CPU integrated control systems for online real-time monitoring of key process parameters, including flow rate, water temperature, and water pressure. This allows for precise control and optimization of the ozone micro-nano bubble generation process.
One of the significant advantages of ozone micro-nano bubble devices is their ability to directly generate ozone micro-nano bubble water output without external air sources. This makes them highly efficient and energy-saving. Additionally, these devices have a compact structure and beautiful appearance, making them easy to integrate with existing system facilities. They can also be connected to multiple gas sources externally, allowing for the free combination of different types of gas-liquid mixtures.
In the field of environmental treatment, ozone micro-nano bubble devices have shown remarkable effectiveness. They can be used for wastewater treatment, effectively oxidizing and decomposing harmful substances such as organic matter, inorganic matter, bacteria, and viruses. This helps to improve the biodegradability of wastewater, achieve deep treatment, and meet discharge standards. Similarly, in waste gas treatment, the strong oxidizing properties of ozone can oxidize and decompose pollutants, reducing environmental pollution.
In industrial applications, ozone micro-nano bubble devices are used for equipment and pipeline cleaning. The micro-nano bubbles can penetrate the surfaces and small gaps of equipment and pipelines, effectively removing dirt, oil stains, and other pollutants. This improves the operational efficiency and service life of the equipment. Additionally, these devices can assist in the oil-water separation process, improving separation efficiency and effectiveness.
Scientific research and experiments have also benefited from ozone micro-nano bubble devices. They are used in water quality treatment, chemical reaction enhancement, biological cell culture, and drug delivery. The unique properties of micro-nano bubbles, such as their high solubility and long retention time, make them ideal for these applications. Researchers can utilize these devices to create optimal conditions for their experiments, ensuring accurate and reliable results.
In agriculture, ozone micro-nano bubble technology has been applied to improve crop growth and production. Studies have shown that ozone micro-nano bubbles can purify pond water, reducing the number of harmful algae and improving the growth environment for crops. Additionally, ozone has a bactericidal effect, reducing the number of pathogenic microorganisms on crop surfaces. This helps to prevent disease outbreaks and improve crop yield and quality.
In conclusion, ozone micro-nano bubble devices are versatile and powerful tools that have found widespread applications in various fields. Their high efficiency, integration, and complete control functions make them ideal for environmental treatment, industrial processing, scientific research, and agricultural production. With continuous technological advancements and innovations, the applications of ozone micro-nano bubble devices are expected to expand further, contributing to a more sustainable and environmentally friendly future.
Product description：
Ozone micro-nano-bubble high-efficiency mixing device process using negative pressure to inhale into the tail gas decomposition before the ozone tail gas, high-speed rotation of the pump impeller will be the liquid and did not have time to react with the sewage ozone gas in the dissolved gas tank mixing and stirring, due to the pressurized mixing of the dissolved gas tank, the gas and the liquid are fully dissolved, dissolution efficiency is high, the process of gas-liquid attraction, mixing, dissolving and directly to the highly dissolved liquid sent to the The process attracts, mixes, dissolves and sends the highly dissolved liquid directly to the point of use.
R&D Team:
Wang Dongsheng, founder of Sankang Ozone, is a senior engineer and serves as the director of the China Environmental Protection Machinery Industry Association and the deputy director of the China Ozone Specialized Committee. He has led his company's team in over 50 internal product and technology R&D projects, resulting in 37 patented technologies, including 3 invention patents.
Wang Dongsheng's team successfully developed key technologies such as high borosilicate glass tube double air gap discharge and new ozone polymer oxidation equipment for the treatment of nitrogen oxide exhaust gases in non-ferrous metal smelting. They also became the first to master the full IGBT-controlled rectification primary resonance high-power 2WM power supply technology. Their ozone polymer oxidation equipment for treating nitrogen oxide exhaust gases in non-ferrous metal smelting passed the Science and Technology Achievement appraisal by the Chemical Association. The main technology of the product has reached a leading level domestically, with several patented innovations breaking international monopolies.This project Wang Dongsheng team average age of more than 6 years, all for undergraduate education and above, the team has obtained a total of 12 patents including invention and utility model patents, 2021, the team led the enterprise to obtain the Ministry of Industry, air pollution control standard conditions of the enterprise, 2023, Shandong Province, “specializing in fine, special and new” enterprises, 2023. Its products are selected as the first set of equipment in Shandong Province.
Honor Certificate:
