In what situations are integrated prefabricated pump stations mainly used?

Or which projects require integrated prefabricated pump stations?

1. Integrated prefabricated pump stations are mainly used in 1. Collection and transportation of sewage in residential areas, communities, sewage from urban sewage treatment plants, rainwater in low-lying urban areas, etc.

2. Construction and renovation of municipal sewage pipe networks, renovation and expansion of old pumping stations, and water circulation in lakes.

3. Sewage discharge from highway service areas, stations, airports, large construction sites and municipal reconstruction, etc.

4. Collection and transportation of sewage and wastewater in hospitals, hotels, schools, factories, restaurants and other public places.

5. Other fields: wastewater discharge from slaughterhouses, food processing plants, paper mills, agriculture and other fields.

2. The role of integrated prefabricated pumping stations Integrated pumping stations (integrated prefabricated pumping stations) are lifting equipment for sewage, rainwater, drinking water and wastewater.

Simply put, it is a new type of sewage treatment equipment specially designed to solve urban rainwater collection and drainage, as well as urban sewage improvement.

It is used in places where the sewage cannot be discharged by gravity. It collects waste sewage below the liquid level of the waterway through the sewage tank, as well as waste sewage discharged far away from the municipal sewage pipe network and sanitary facilities, and transports the sewage to the sewage pipe with the help of the lifting of the sewage pump.

net.

It is mainly used in the construction of sponge cities such as flood control and drainage, river restoration, black and smelly water treatment, rainwater collection and utilization, etc.

It is recommended to choose Shanghai Lianyu for the integrated prefabricated pumping station. The Lianyu integrated prefabricated pumping station equipment is made of high-strength alkali-free glass steel fibers and wound with resin materials. Its strength is equivalent to twice that of traditional laminated fiberglass.

The circumferential tensile strength is greater than 300MPa, the axial tensile strength is greater than 80MPa, and the compressive strength is greater than 200MPa. It can completely resist corrosion, tearing and other destructive forces, and is guaranteed to be permanently waterproof, sturdy and durable.