Prefabricated lifting pump station

Prefabricated lifting pump stationIt is composed of fiberglass cylinder, submersible sewage pump, crushing grid or basket grid, valves, pipeline system, control system, IoT monitoring system, etc. It is a new type of buried rainwater and sewage collection, lifting and discharge equipment that integrates a cylinder, water pump, grille, valve, and outlet pipeline, and is equipped with a complete set of equipment including an electric control cabinet and an Internet of Things cloud platform.

Prefabricated lifting pump stationofThe cylinder can be made of different materials according to different usage scenarios, and is equipped withFEAStrength testing report, with parameter values not less than the national standard. There are three types of cylinders to choose from, among which areGRPStainless steel material has strong corrosion resistance, long service life, and is easy to produce. It is suitable for most places where it can be installed underground. Its material is mainstream, with a high market share and relatively low cost.304Stainless steel material, high strength, strong compression resistance, easy welding, suitable for places with high tensile and compressive strength, high market share, and high cost.HMPP.The material has strong corrosion resistance and is produced using a three-layer clamping process. The cylinder wall is thick, the service life is long, the market share is low, and the cost is relatively high.

Prefabricated lifting pump stationdesign

Design Notes:Prefabricated lifting pump stationSuitable for urban flood control and drainage, as well as low-lying areas such as culverts and tunnels that are prone to water accumulation. Through an integrated pumping station, the rainwater is collected and pressurized before being discharged into the river to solve the problem of waterlogging. The entire system design consists of inlet grille, high flow water pump, supporting control cabinet, pipe valves and other supporting components. The sewage lifting pump station generally adopts a crushing grid, and the selection of water pumps is calculated based on the sewage flow rate. Generally, high flow submersible pumps are selected, and multiple pump flow rates are stacked. Generally, no backup pumps are left.