Enterprise Standard for Mine Hydrological Monitoring System
The Enterprise Standard for Mine Hydrological Monitoring System defines the specific requirements and technical standards for the design, construction, and operation of a mine hydrological monitoring system. This standard ensures that the system is able to effectively monitor and manage the water levels and flow rates in a mine, thereby preventing potential water-related hazards and ensuring the safety of mine workers. The standard also specifies the necessary equipment and sensors to be used in the system, as well as the data collection, processing, and analysis methods to be followed. It is important for enterprises to adopt this standard in order to ensure the efficiency and reliability of their mine hydrological monitoring systems.
Abstract:
The safety and efficiency of a mine operation are crucial, and the monitoring of water levels and other related parameters is a key aspect of ensuring both. The development of an effective and reliable mine hydrological monitoring system is therefore essential for the sustainable operation of any mine. This enterprise standard outlines the specifications, requirements, and operational procedures for such a system, providing a framework for the design, installation, testing, and maintenance of the equipment and software involved.
Scope:
This standard applies to all aspects of mine hydrological monitoring, including the installation of monitoring equipment, the development of monitoring software, and the testing and maintenance of the entire system. It covers both permanent and temporary installations, as well as the integration of such systems with other mine safety and operational systems.
Terminology:
1、Mine Hydrological Monitoring System (MHMS): A system designed to monitor water levels, water quality, and other related parameters in mines to ensure safe and efficient operation.
2、Monitoring Equipment: The physical devices used to measure water levels and other parameters, such as pressure sensors, water level indicators, and sampling probes.
3、Monitoring Software: The software used to collect, analyze, and display data from the monitoring equipment, providing alerts and notifications based on predefined thresholds.
4、System Testing: The process of verifying the accuracy, reliability, and performance of the monitoring system through a series of tests and calibrations.
5、System Maintenance: The ongoing process of ensuring the continued performance of the monitoring system through regular inspections, cleaning, and replacement of components as needed.
System Requirements:
1、Accuracy: The monitoring system shall accurately measure water levels and other parameters to within specified tolerances.
2、Reliability: The system shall operate reliably and consistently, providing accurate data over time.
3、Performance: The system shall have high-performance capabilities, including fast response times and efficient data processing.
4、Integration: The monitoring system shall be able to integrate with other mine safety and operational systems to provide comprehensive data analysis and alerts.
5、User Interface: The system shall have a user-friendly interface that allows operators to easily access and understand the data being monitored.
6、Data Storage: The system shall have a secure and reliable data storage mechanism to store historical data for future analysis.
7、Alerts and Notifications: The system shall be able to generate alerts and notifications based on predefined thresholds or anomalies in the data being monitored.
8、Remote Monitoring: The system shall support remote monitoring capabilities, allowing operators to access data from anywhere at any time.
9、Compliance: The system shall comply with all relevant safety regulations and industry standards for mine hydrological monitoring.
10、Portability: The system shall be designed for portability, allowing it to be easily moved from one mine site to another as needed.
Operational Procedures:
1、Installation: The monitoring equipment shall be installed at strategic locations within the mine to ensure accurate and representative data collection.
2、Testing: The system shall undergo rigorous testing before being put into operation to ensure its accuracy, reliability, and performance meet specified requirements.
3、Maintenance: Regular maintenance shall be performed on the monitoring equipment and software to ensure their continued performance and accuracy over time.
4、Data Collection: The system shall automatically collect data from the monitoring equipment at regular intervals or in response to specific events or alarms set by operators or safety regulations set by regulatory bodies (e.g., coal dust explosions).
5、Data Analysis: The collected data shall be analyzed by the monitoring software to identify any trends or anomalies that could affect the safety or efficiency of the mine operation (e.g., increased water levels due to underground flooding).
6、Alerts and Notifications: The system shall generate alerts and notifications based on predefined thresholds or anomalies in the data being analyzed so that operators can take appropriate action to mitigate any potential risks (e.g., triggering emergency shutdown procedures if water levels exceed safe levels).
7、Remote Monitoring: Operators shall be able to access the monitoring system remotely to view live data, set alarms, and take action as needed (e.g., initiating a drill test at a remote drill site).
8、Compliance: The system shall ensure all collected data are compliant with relevant safety regulations and industry standards so that it can be used in reporting to regulatory bodies or for any other necessary purposes (e.g., litigation support).
9、Portability: If needed, the system shall be easily disassembled and reassembled at different mine sites to enable continued monitoring at multiple locations without requiring significant setup time or resources each time it is moved from one location to another (e.g., when a mine closes down for long-term maintenance).
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