Coal Mine Hydrological Dynamic Monitoring Content
The content of coal mine hydrological dynamic monitoring mainly includes the monitoring of surface water, groundwater, rainfall, humidity, water pressure, water temperature, etc. in the process of coal mining. The purpose of monitoring is to ensure the safety of coal mining operations and to take effective measures to prevent and control water disasters. At the same time, according to the monitoring data, the water disaster prevention and control measures can be formulated and implemented in advance, so as to reduce the loss of coal mining and ensure the safety of coal miners. In addition, coal mine hydrological dynamic monitoring also includes the prediction and evaluation of water disaster risks, which can effectively improve the safety management level of coal mines.
Coal mining is an important industrial activity, but it also brings about a series of environmental and safety problems. Among them, coal mine hydrological dynamic monitoring is particularly important. This article will introduce the content of coal mine hydrological dynamic monitoring.
Firstly, coal mine hydrological dynamic monitoring refers to the process of monitoring the water level, water quality and other relevant factors in the coal mine. It is an important means to ensure the safety of coal mining and the rational use of water resources.
Secondly, the main content of coal mine hydrological dynamic monitoring includes: 1) monitoring the spatial and temporal changes of water levels in coal mines; 2) monitoring the quality of mine water, including pH value, dissolved oxygen, nitrogen, phosphorus and other indicators; 3) analysis of the source and cause of water pollution in coal mines; 4) prediction and evaluation of water disaster in coal mines.
Thirdly, coal mine hydrological dynamic monitoring needs to use a variety of methods and means, including: 1) using modern sensor technology to monitor water levels and water quality; 2) using data processing technology to process and analyze the collected data; 3) using simulation technology to predict the trend of water level changes; 4) using artificial intelligence technology to evaluate the risk of water disasters.
Fourth, coal mine hydrological dynamic monitoring is an important basis for ensuring coal mine safety production. It can not only ensure the safety of coal miners, but also help enterprises better manage water resources, reduce water waste and pollution, and better protect the environment.
In conclusion, coal mine hydrological dynamic monitoring is an important work to ensure coal mine safety production and environmental protection. We should pay attention to its importance, strengthen its work, and constantly improve the level of coal mine safety production.
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