Underground prefabricated pump station supports customization

Underground prefabricated pump stations support customized small volumes, but can utilize excellent effective volume. The cylinder is made of advanced materials such as fiberglass reinforced plastic (GRP) or ethylene vinyl ester (PE). Reliable quality, light weight, and low cost. High degree of automation integration enables remote monitoring and management, as well as unlimited remote data transmission and automatic generation of operational reports.

1. Small in size, but with excellent utilization of effective volume. The cylinder is made of advanced materials such as fiberglass reinforced plastic (GRP) or ethylene vinyl ester (PE). Reliable quality, light weight, and low cost.

2. The pump pit adopts fluid dynamics design, with good flow state, no blockage, and self-cleaning function.

3. Equipped with high-quality and high-performance submersible sewage pumps, which widely use sensors to constantly monitor the operation of the pumps, greatly reducing maintenance costs.

4. High degree of automation integration enables remote monitoring and management, as well as unlimited remote data transmission and automatic generation of operational reports.

5. Safe to use, its reasonable design greatly reduces the production of highly toxic and odorous gases, protecting the environment.

6. Underground installation, which does not affect the surrounding environment and landscape after installation.

7. The installation cycle is short, saving most of the costs and saving time and effort in maintenance. One time investment, low long-term operating costs, and significant energy-saving benefits.

Underground prefabricated pump station supports customizationSelection requirements:

1. The scale of the pump station should be determined based on the recent sewage volume, and the specifications of the prefabricated pump station cylinder should be selected according to the flow rate. What diameter of cylinder can meet the requirements;

2. In the separated drainage system, the rainwater pump room and the sewage pump room can be built separately in different locations within the hospital, or they can be built together in one structure. However, the sewage lift pump, collection tank, and pipeline should form their own system;

3. It should be clarified whether the pump station will be built in one go or in stages to determine its standards and facilities. And after the sewage is lifted by the pump station, the effluent enters the river channel and is collected by the treatment plant to select the location of the pump station;

4. The intelligent prefabricated pump station structure does not allow groundwater infiltration and should be equipped with waterproof measures 0.5m above the groundwater level;

5. When the water collection tank of the pump station is located in the same structure as the machine room, a waterproof partition wall should be used to separate the water collection tank from the machine room, and no leakage is allowed. The method should follow the requirements of the structural design specifications; A certain construction distance should be maintained between the separated water collection tank and the machines to avoid uneven settling. The water collection tank is mostly circular, while the machines are mostly square;

6. Pay attention to reducing the impact on the surrounding environment, taking into account local conditions, and maintain a certain distance between the pump station and residential buildings and other public buildings. The pump station campus must be greened, and partition walls should be built around it.

7. Placement location condition: mainly depends on the underground hydrological conditions, whether the soil is dry, and whether the prefabricated pump station needs to bear weight.