Application of DDS Technology in Electrochemical Ozone Sensor Ozone sensors are widely used in many fields, including environmental monitoring, industrial production, health care, laboratory research, air conditioning systems and other specific application scenarios. Environmental monitoring Ozone sensor plays an important role in environmental monitoring. It can monitor the ozone concentration in the atmosphere in real time, provide accurate data support for environmental protection departments, and help to formulate effective pollution control measures. In addition, in water quality monitoring, ozone sensors are also used to monitor the residual chlorine concentration in waterworks and sewage treatment plants to ensure water supply. Industrial production In chemical, pharmaceutical, semiconductor and other industries, ozone sensors are used to monitor and control the ozone concentration in the production process to ensure production and product quality. For example, in the printing and paint industries, ozone sensors can help control ozone concentrations and prevent equipment damage Medical and health In the medical field, ozone sensors are used to monitor and control the ozone concentration in hospitals, clinics and other medical institutions to ensure the effect while avoiding harm to the human body. In addition, the ozone sensor can also be used to monitor the ozone generator of medical equipment to ensure the stability of equipment operation. Laboratory studies In laboratory research, ozone sensors provide high-precision measurement of ozone concentration, which is helpful to promote scientific research in related fields. Researchers in the fields of environmental science, chemical engineering and material science can use ozone sensors to conduct in-depth research. Air conditioning system In the air conditioning system, the ozone sensor can monitor the ozone concentration in the air conditioning pipeline and indoor air, prevent the harm to human body caused by excessive ozone, and ensure the indoor air quality Other application scenarios Agriculture: In agricultural facilities such as greenhouses, ozone sensors can be used to monitor and control ozone concentration, promote plant growth and control pests and diseases. In the process of food processing and storage, ozone sensors can be used to monitor and control the concentration of ozone to ensure food hygiene. Power system: In the power system, ozone sensors are used to monitor electrical discharges in the switchgear and to assess air quality, helping to ensure the operation of the power system