Water quality monitoring, analyzing and processing system based on big data analysis

Abstract

The invention discloses a water quality monitoring, analyzing and processing system based on big data analysis. The system comprises an underground water monitoring area division module, a monitoringpoint arrangement module, a monitoring point sampling module, a manual input module, a standard database, a monitoring point parameter acquisition module, a water quality parameter analysis module, asoil parameter analysis module, a management server, a regional underground water flow rate acquisition module, a regional underground water content statistics module and a display terminal. Accordingto the invention, water quality parameters of underground water and soil parameters around the underground water are comprehensively detected, and the detected water quality parameters and soil parameters are analyzed in combination with the water quality parameter analysis module and the soil parameter analysis module, so that underground water quality comprehensive pollution coefficients corresponding to all water level depths are subjected to statistics, the defect that an existing groundwater quality monitoring method cannot accurately reflect the comprehensive pollution condition of groundwater is overcome, the groundwater monitoring efficiency and accuracy are improved, and the groundwater quality detection requirement is met.

Description

technical field [0001] The invention belongs to the technical field of groundwater quality monitoring, and in particular relates to a water quality monitoring analysis and processing system based on big data analysis. Background technique [0002] Groundwater resources are precious mineral resources that human beings rely on for survival. However, with the increasing demand for groundwater resources, a large number of human activities have caused groundwater pollution, such as direct discharge of industrial wastewater to the ground, human and animal manure, or pollution due to excessive use of pesticides. The water seeps into the ground, etc., and the polluted groundwater is harmful to human health and industrial and agricultural production. Since groundwater pollution is characterized by slow process and difficult detection, the monitoring of groundwater quality is very important. [0003] The current water quality monitoring method for groundwater is only for groundwater ...

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Problems solved by technology

[0003] The current water quality monitoring method for groundwater is only for groundwater sampling and detection, without considering the pollution of the soil around the groundwater. For unpolluted groundwater, once the surrounding soil is polluted, the polluted soil may seep into the groundwater. This further leads to groundwater pollution in this place. Therefore, it is difficult to accurately reflect the comprehensive pollution status of groundwater only by testing the water quality of groundwater, and it cannot meet the water quality testing requirements of groundwater.

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