Scenic spot negative oxygen ion detection system introduction

Sometimes, the concentration of negative oxygen ions in scenic spots can be used as one of the indicators to measure the quality of the tourist environment in scenic spots. The negative oxygen ion concentration data of recent and past years can be collected by using the negative oxygen ion detection system in scenic spots, which provides data basis for the development of tourism resources and management of scenic spots.

The scenic area negative oxygen ion detection system is an intelligent environmental protection equipment designed to solve the problem of air pollution in the tourist environment.

The negative oxygen ion detection system of scenic spots is an instrument to provide comprehensive, multi-index, whole-time online automatic air quality monitoring data, which can reflect the concentration and change trend of some air pollutants in the tourism environment in real time. Such as PM2.5, PM10, noise, oxygen content, negative oxygen ion concentration and so on.

At present, most scenic spots have installed the scenic negative oxygen ion detection system, which has the characteristics of wide monitoring range, high sensitivity, simple operation and convenient operation and maintenance. Through the electronic screen, visitors can see the current data.

The air quality of the scenic spot is not static, if there is an anomaly within a certain range, it will have an impact on the tourism environment, therefore, it is necessary to establish the corresponding emergency plan and make emergency preparations in order to minimize the occurrence of pollution and protect the ecological environment. The scenic area negative oxygen ion detection system mainly includes three modules: sensor module, acquisition analysis and processing module, alarm warning and data processing module. The sensor module is used to obtain the environmental parameter information detected by the sensor. The acquisition, analysis and processing module is used to display the collected data after preliminary processing; Alarm prompt and data processing are used to give early warning suggestions according to the processing results.