Intelligent pollutant tracking system

Abstract

The invention provides an intelligent pollutant tracking system. According to the intelligent pollutant tracking system, an air pollutant information acquisition module and a water pollutant information acquisition module are arranged to respectively acquire the air pollutant existence state information and the water pollutant existence state information of a corresponding sampling area under different external environment conditions, so that the big data sample collection of air pollutants and water pollutants is realized; then the pollutant information analysis module is used for carrying out the corresponding learning analysis processing on the acquired air pollutant existence state information and the water pollutant existence state information; and finally, the tracking feedback information about the air pollutants and / or water pollutants is generated through a pollution feedback module according to the corresponding pollutant characteristic information. Therefore, the timely, rapid, comprehensive and effective tracking and monitoring of the air pollutants and water pollutants in a sampling area range are realized, and the intelligence and accuracy of the pollutant tracking are improved.

Description

technical field [0001] The invention relates to the technical field of environmental monitoring, in particular to an intelligent pollutant tracking system. Background technique [0002] The production process of the factory needs to consume energy and raw materials to output the corresponding products. In the above-mentioned production process, waste gas and waste water will be generated correspondingly. If these waste gas and waste water are directly discharged into the external environment without any purification treatment It will cause air pollution and water pollution to the natural environment, while waste gas and waste water are both diffusible, and they will diffuse and spread with the flow of the atmosphere and water body, thereby further increasing the scope of pollution. Due to the free spread and uncertainty of the waste gas and wastewater, it is usually difficult to track pollutants such as waste gas and wastewater in a timely and accurate manner, which makes it...

AI Technical Summary

Problems solved by technology

[0002] The production process of the factory needs to consume energy and raw materials to output the corresponding products. In the above-mentioned production process, waste gas and waste water will be generated correspondingly. If these waste gas and waste water are directly discharged into the external environment without any purification treatment It will cause air pollution and water pollution to the natural environment, while waste gas and waste water are diffusible, and they will spread with the flow of the atmosphere and water body, thereby further increasing the scope of pollution

Due to the free spread and uncertainty of the waste gas and wastewater, it is usually difficult to track pollutants such as waste gas and wastewater in a timely and accurate manner, which makes it impossible to monitor them in a certain area in actual operation. Pollutant information to track the corresponding pollutant source and the scope of the subsequent transmission path of pollutants

At present, for pollutants with strong mobility such as waste gas and wastewater, all-weather monitoring can only be carried out by setting up monitoring equipment in multiple different locations, and corresponding alarms and control measures are carried out according to the monitoring results. However, this There is usually a time lag in monitoring methods, which cannot promptly, quickly and accurately determine the source and spread of pollutants, thereby reducing the effectiveness of pollutant monitoring

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