Bebur Technology limited Ozone analyzer in water is an on-line disinfectant analyzer used to detect the concentration of ozone in water. The use of ozone analyzer in water includes: large, medium and small water plants and industrial and mining enterprises, domestic or industrial water ozone concentration detection, as well as drinking water treatment plants, canning plants, drinking water distribution networks, swimming pools, cooling circulating water, water quality treatment projects to continuously monitor and control the ozone content in aqueous solutions.
Application field
Bebur BT6308-OZ series of water ozone analyzer is mainly used in drinking water, sewage, industrial process water and pure water industry ozone disinfection monitoring:
? Measurement and control of disinfection of tap water and drinking water
? Measurement and control of disinfectant content in ozone disinfection of swimming pool water
? Fruit and vegetable distribution surface disinfection, disinfectant dose control
? Concentration measurement and control of ozone water for disinfection in the pharmaceutical industry
Product characteristics
? Adopts the principle of membrane amperometric sensor
? Stable performance and accurate measurement
? No reagents and buffers required
? Not affected by water cleaners
? Zero calibration is not required
?12 months maintenance free
? 3-month free period
Working principle
The sensors of the Bebur BT6308-OZ series of in-water ozone analyzers are based on the electrochemical amperometry principle and enable rapid on-site analysis of dissolved ozone in water. Ozone diffuses into the sensor through a permeable membrane, first chemically reacts with the electrolyte solution to form an electrochemically active compound, and then moves to the working electrode by diffusion. At the working electrode, the active compound is oxidized and a current signal corresponding to the partial pressure of dissolved odorous oxygen is generated for quantitative analysis. When measuring ozone concentration, it is also necessary to detect the temperature of the sample water, and the output signal of the sensor is compensated by an electronic device, so that the measured value can be corrected with the change of temperature (temperature compensation).
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