Mineral product stope environment pollution management method

Abstract

The invention discloses a mineral product stope environment pollution management method. The method comprises the following specific steps: 1) establishing a data monitoring station; 2) establishing a data collection system; and 3) carrying out pollutant source account-book management to enable the data collection system to be managed, and to realize statistical query of pollution status and pollution treatment status of each mine in a mine lot, data relating to information of the name, position, type and discharge amount of pollution sources in different departments of each mine as well as the name, model, treatment process and operation conditions and the like of each pollution treatment facility. The mineral product stope environment pollution management method adopts manual reporting and automatic acquisition two acquisition modes to carry out data acquisition, thereby facilitating people from the leader level to the management level to have a macro grasp of pollution conditions of the whole group or the mine; and the data collection system simplifies calculating workload of monitoring personnel, and a user can carry out statistical query according to date + monitoring project or export related reports for report or decision.

Description

technical field [0001] The invention relates to a stope pollution management method, in particular to a mining stope environmental pollution management method, which belongs to the technical field of mineral management. Background technique [0002] Under the current situation of increasingly prominent environmental protection issues, the digitalization of environmental protection information and the automation of management have become an inevitable trend of environmental protection work; the country attaches great importance to the construction of environmental information systems, and national and provincial environmental information systems have been established one after another; the informationization process of environmental protection departments Under the impetus of all walks of life and the State Environmental Protection Administration, the implementation has already begun; the environmental problems in mining areas are extremely complex, including atmospheric envir...

AI Technical Summary

Problems solved by technology

[0002] Under the current situation of increasingly prominent environmental protection issues, the digitalization of environmental protection information and the automation of management have become an inevitable trend of environmental protection work; the country attaches great importance to the construction of environmental information systems, and national and provincial environmental information systems have been established one after another; the informationization process of environmental protection departments Under the impetus of all walks of life and the State Environmental Protection Administration, the implementation has already begun; the environmental problems in mining areas are extremely complex, including atmospheric environment, water environment, soil environment, thermal environment, acoustic environment, land resources and other issues. The applications include environmental information collection and environmental monitoring, environmental database establishment and maintenance, environmental planning, environmental governance decision support, environmental evolution simulation and prediction, etc.; the traditional management methods adopted by the current environmental protection information management methods in mining areas are no longer suitable for large-scale Moreover, the complex environmental data management requirements fail to make full use of modern technology to improve management efficiency and level. Therefore, it is necessary to provide various data and information required for environmental protection management in a timely manner through the establishment and operation of management information systems to achieve the goal of environmental protection work. Informatization, integration, standardization