Mine water source rapid discrimination method, hydrological monitoring system, equipment and storage medium

Abstract

The invention belongs to the technical field of mine water source discrimination, and discloses a mine water source rapid discrimination method, a hydrological monitoring system, equipment and a storage medium, and the mine water source rapid discrimination method comprises the steps: carrying out the analysis and evaluation of mine hydrogeological conditions; establishing a mine water source rapid discrimination laboratory; sampling water samples from each aquifer in a well field in a planned manner, testing, analyzing and researching, and revealing chemical background characteristics of mine water; and establishing a mining area water chemical database so as to establish a discrimination model of water quality of different aquifers in the well field, thereby realizing the purpose of rapidly discriminating various gushing water sources. According to the method, refined exploration and evaluation of mine hydrogeological conditions are taken as basic support, a key technical system for prevention and treatment of water disasters of a specific type and suitable for the East Yunnan mining area is established, refined work of the mine hydrogeological conditions and comprehensive prevention and treatment guidance demonstration of coal mine water disasters are formed, meanwhile, a foundation is laid for forming a comprehensive technical system for mine water control, treatment, utilization and ecological environmental protection.

Description

technical field [0001] The invention belongs to the technical field of mine water source identification, and in particular relates to a mine water source rapid identification method, a hydrological monitoring system, equipment and a storage medium. Background technique [0002] At present, mine water damage is a major hidden danger affecting mine safety production. In our country, almost all mines are facing different degrees of flooding. The most important basis for flood prevention and control is to determine the water source of the effluent, so as to take reasonable prevention and control measures and countermeasures. For the identification of mine water sources, there are currently two main methods: one is the water quality analysis method, which collects water samples for water quality testing, and compares them with water chemical indicators to determine the water source; , turbidity, smell, taste, water temperature, water pressure and other characteristics, and judg...

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Problems solved by technology

[0006] Some aquifers have obvious chemical characteristics, but some aquifers have similar hydrochemical characteristics, and it is difficult to accurately identify them by relying on a single factor, and traditional identification methods have great limitations;

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