As a strong oxidant, ozone has been widely used in many fields and has a long history of application in water purification processes .Ozone gengerator was adopted almost at the same time as the most commonly used chlorine disinfection.
하지만, due to the complex equipment, large investment, and high power consumption of the 오존 발생기 , it was only used in a few developed countries in the past. 1990년대 이후, many countries have gradually adopted or added ozone treatment processes in drinking water treatment systems due to suspicions that chloroform formed after the reaction of organic matter in water with chlorine disinfection is carcinogenic.
In our country, ozone disinfection is generally in its infancy, especially in the water purification treatment process of water plants. 하지만, in regional secondary water supply projects, ozone disinfection has been applied and certain experience has been accumulated. 오존의 살균특성을 보면, ozone has fast sterilization speed and good effect.
The test results show that under the action of 0.45mg/L ozone, the poliovirus will die after 2 분; if chlorine is used for disinfection, it will take 3 hours when the dose is 2mg/L. Ozone can not only quickly kill all pathogenic bacteria, 형광박테리아, proteobacteria, prophylaxis and other microorganisms, but also has a very significant bactericidal effect on some microorganisms that are resistant to common disinfectants. 동시에, ozone disinfection is almost unaffected by pH.
MAX are committed to the research, 오존 발생 메커니즘의 생산 및 응용, 대형 및 중형 오존 발생 부품 세트입니다., 오존 발생기 R & D 및 제조, 하이테크 기업 중 하나로 판매 및 서비스.