Background:

Nowadays, environmental protection and health have become the top priorities of the society. The problem of ambient air pollution has also become a hot spot that consumers are generally concerned about. Relevant agencies in various countries have formulated ambient air standard testing and requirements in order to control the air quality of environmental pollution. In particular, industrial manufacturing companies have also specified their own corporate standards and strict air quality emission standards. In such a large environment, Jingxun has independently developed a real-time monitor of vocs concentration, which can quickly and effectively conduct online monitoring.

Function of a real-time monitor of voc concentration

VOCs have a huge impact on human health. Can damage the liver, kidneys, brain and nervous system. It can cause serious consequences such as memory loss, and may even cause cancer. VOC outdoor mainly comes from fuel combustion and transportation. The indoor smoke mainly comes from combustion products such as coal and natural gas, smoking, heating and cooking. Emissions from construction and decoration materials, furniture, household appliances, cleaning agents and the human body itself.

The volatile organic compound online monitoring system (a real-time monitor of voc concentration) can be used to monitor the fugitive emission of volatile organic compounds in the factory boundary and the park. VOC gas monitoring systems can be used to measure total hydrocarbons, methane, non-methane total hydrocarbons and benzene in ambient air. Toluene, xylene and characteristic pollutant concentrations. Monitoring data can be transmitted to the monitoring center in real time. Realize pollutant data display and alarm management. Data analysis and other management functions. At the same time, customized solutions can be provided for various working conditions and customer needs.when the gas measured by the sensor is more than the set gas value, the sensor turns on the sound and light alarm function。