Ozone (O 3) water treatment technology can break down organic matter in water. Ozone (O 3) water treatment processes do not produce environmentally friendly substances. Ozone (O 3) water treatment technology is a known material with strong oxidation capacity. As an environmentally safe application technology, it can solve the problem of odor and color impurities in water and reduce the total organic matter content (COD) by about 50%. Foreign water departments determine the quality and standards of water according to its use, and stipulate that drinking water should not contain pathogens and toxins, but must contain minerals. Various minerals, pH, turbidity, color, solubility, gases, microorganisms, etc., can affect water quality. In order to improve water quality, Europe, Japan and the United States adopted ozone water treatment technology in the last century. At present, China has begun to use mature ozone water treatment technology and equipment.
In 2001, Ozone Generators joined forces with environmental research institutes with industry-leading technology for ozone generation. By virtue of their respective technology and research and development advantages in water treatment, ozone generators have carried out application research on ozone water treatment technology in China. At present, the Nanjing Wanjie Ozone Advanced Technology Institute began to use ozone technology as early as the 1990s. In the technical development of dispersing high-quality drinking water, safe reuse of sewage, and advanced treatment of drinking water, ozone materials have preservatives, disinfectants, decolorization, deodorization, deodorization, algae removal, heavy metal oxidation, decomposition and so on. Organic matter, pesticide degradation, etc. They can help families drink healthier water and use cleaner water. The reuse of wastewater and wastewater after ozone water treatment can greatly save water resources and promote the recycling of water resources.
In the past eight years, through a large number of experiments and demonstrations, different water sources such as lake water, river water, reservoir water, domestic sewage and industrial wastewater have been developed with different application objectives of hand disinfectant treatment schemes, and improved the technical basis of ozone water treatment technology in China. This study is expected to change the blindness of the application of ozone water treatment in China, promote the application of ozone water treatment technology to a wider range, so as to improve water safety in China and effectively realize the effective use of water resources. . It is reported that after decades of research, unit energy consumption has been reduced by 2-3 times, the price of ozone generators has been declining, and the equipment is more compact and more conducive to promotion.
I. High voltage discharge generator
The ozone generator uses a high voltage current of a certain frequency to produce a high voltage corona electric field, which causes the oxygen molecules in or around the electric field to produce ozone.
The ozone generator has mature technology, stable operation, long service life, large ozone output (up to 1Kg/h per unit), and is the most widely used ozone generator in the weighing cover industry at home and abroad.
2. Ultraviolet ozone generator
This ozone generator uses ultraviolet light of a specific wavelength (185mm) to illuminate oxygen molecules, causing them to break down to produce ozone. Due to the large size of the UV lamp, low ozone production, short service life, and narrow range of generator use, it is often used in disinfection cabinets.
3. Electrolytic generator
Such ozone generators usually produce ozone by electrolysis of purified water. The generator can produce high concentration of ozone water, low manufacturing cost, simple use and maintenance. However, due to the shortcomings of ozone generation, the short service life of the electrode and the difficulty of ozone collection, its scope of use is limited. At present, such generators are only used in some specific small equipment or in some specific places, and there are no conditions for replacing high-voltage discharge generators.
