As a modern and efficient water treatment equipment, buried prefabricated pumping station is widely used in urban drainage, sewage treatment and other fields. Its structural design and operation mechanism provide strong support for our environmental governance and water resource management. However, how to ensure its long-term stable operation and give full play to its efficiency is inseparable from scientific and reasonable maintenance management.
1. Run. The operation of the buried prefabricated pumping station relies mainly on internal submersible pumps. When the water enters the pumping station, after the initial removal of impurities through the grid, the water flow is lifted above the ground through the submersible pump, and then discharged after a series of treatment processes to meet the discharge standards. Maintaining the stability of the pumping station and reducing wear and tear are key to ensuring the proper functioning of the pumping station. To this end, the following points need to be paid attention to in daily operation:
1.Ensure that the water inlet of the pumping station is clear to prevent debris from entering and causing blockage or damage to the pump.
2.Regularly inspect the electrical equipment inside the pumping station to ensure that there is no failure.
3.Monitor the water level at the pumping station and keep it fluctuating within the normal range.
4.Lubricate and maintain the water pump regularly to reduce wear.
2. Maintenance and management skills of buried prefabricated pumping stations.
1.Preventive maintenance: Implement a regular inspection and maintenance system, and formulate a corresponding maintenance plan according to the use of the pumping station. For example, regular replacement of seals, cleaning of filters, etc., preventive maintenance can effectively reduce the failure rate.
2.Intelligent monitoring: The Internet of Things technology is used to realize real-time monitoring of the operation status of the pumping station. When an abnormality occurs, it can give early warning in time to improve the response speed of fault handling.
3.Scientific management: Establish pumping station management files, and record the maintenance history of equipment, replacement parts and other information in detail. This helps to analyze the health status of the equipment and provide a reference for subsequent maintenance work.
4.Professional training: Professional training for maintenance personnel to improve their skill level so that they can handle various faults quickly and accurately.