The urban sewage pipeline network utilizes gravity to collect and discharge domestic sewage and rainwater from higher terrain into lower terrain sewage pipelines. For areas below the urban sewage network that cannot independently discharge and discharge sewage, pump station equipment is needed as an auxiliary. Pump stations provide potential energy and pressure energy through water pumps to solve the problem of sewage discharge under non self flowing conditions.
The mainstream pump stations in the past few decades have been concrete pump stations, which require on-site pouring of concrete materials. The pump station manufacturers and civil contractors are independent of each other, and the coordination also needs to be adjusted. The construction period is long and the construction cost is high. During use, sewage leakage is prone to occur, polluting the surrounding environment. The debris in the sewage settles at the bottom of the pump station, reducing the utilization rate of internal space and minimizing the actual use space of the pump station, wasting a lot of manpower and material resources.
With the increasing exposure of many insurmountable defects in concrete pumping stations, people have begun to seek a more optimized alternative, and integrated prefabricated pumping stations have emerged as a result. The emergence of integrated prefabricated pump stations is an inevitable result and a trend of technological progress in the development of the times.
The research and development of integrated prefabricated pump stations is of great significance. The use of lightweight and compact fiberglass materials, integrated structural design, and small footprint effectively alleviate the current situation of land resource scarcity. In the process of pump station design and development, advanced innovative ideas have been introduced to provide people with high-quality living services. Under the premise of liberating manpower, efficient treatment of domestic sewage and rainwater has been achieved,
