Application of Gas Sensors In Industrial Waste Gas Pollution Control

With the continuous development of China's industry and the rapid improvement of the economic level, the air pollution caused by industrial waste gas, automobile exhaust, household coal and domestic oil fume emissions has become more and more serious. Increasingly serious air pollution not only seriously threatens human health and quality of life, but also creates huge obstacles to the healthy development of the ecological environment on which humans depend. Atmospheric environmental pollution monitoring has become an important basic means of pollution prevention and control. On the other hand, the social problems brought about by environmental pollution are becoming more and more obvious, and the exhaust gas emissions from enterprise factories are an important factor affecting the atmospheric environment. In recent years, China has attached great importance to the detection of enterprise exhaust gas emissions, but in practice, it has been found that some aspects of exhaust gas emission monitoring still face many practical problems. Enterprise waste gas contains complex components, including industrial waste gas such as flue gas, harmful adsorption particles and boilers, and toxic pharmaceutical waste gas such as hydrogen sulfide. Only with the support of high technology can the composition, content and harmfulness of these exhaust gases be monitored one by one. In terms of exhaust gas detection technology, China still lags far behind developed countries. In particular, there are no supporting instruments and facilities to complete the accurate measurement of toxic gases, reducing the supervision of many industrial waste gas, and making the entire work of enterprise waste gas monitoring full of loopholes. For atmospheric environment detection, it is necessary to use professional and accurate detection equipment, usually a gas detector with a gas sensor. Gongcai.com agents a variety of gas sensors that can be used for atmospheric environment detection, such as the US SPEC Sensors sulfur dioxide sensor (SO2 sensor) 3SP-SO2-20, small-volume ozone sensor (O3 sensor) 3SP-O3-20, dioxide Nitrogen sensor (NO2 sensor) 3SP-NO2-20, etc., using screen-printed electrochemical sensor technology (SPEC Sensor?) to revolutionize the existing technology, easy to integrate into wireless, handheld and other network solutions, can provide users and industrial safety Monitoring provides new applications.