An integrated HMPP pumping station for wastewater treatment, featuring a submersible pump,格栅, and centrifugal pump, significantly enhances pump efficiency as the back pressure of water pressure overcomes the network resistance of the filter screen.
The Integrated HMPP Sewage Pump Station is a newly developed product for sewage lifting stations, primarily used to address situations without drainage conditions, replacing traditional methods such as digging sedimentation pits and septic tanks, and setting up drainage through sewage lifting pumps. It boasts significant "low-carbon" advantages, including low energy consumption, low pollution, and low emissions.
The HMPP pumping station is an ideal solution for replacing outdated drainage pumping stations, serving as an integrated prefabricated pumping station. This prefabricated pumping station is a turnkey project, with the pump station's cylinder made of triple-layer polypropylene material. The internal water pumps, piping, valves, instruments, control equipment, and other accessories required by the user are provided as a complete set and fully installed before shipment.
The HMPP integrated precast pumping station can transport media such as raw sewage, rainwater, drainage, industrial wastewater, and source water intake.
Production Process
More energy-efficient and with lower maintenance costs than similar products. Key points to follow in the integrated HMPP lifting station design. The integrated lifting station is an ideal solution to replace old drainage pump stations and is an integrated, one-piece design. The integrated lifting station is a turnkey project, and the cylinder of the integrated HMPP lifting station is made of triple-layer polypropylene.
The HMPP integrated precast pump station is made with glass fiber reinforced plastics (GRP) winding process, offering high strength, no deformation, and long-lasting durability, with a service life of over 50 years.
1. Customized Solutions: The integrated pre-fabricated pumping station features a customizable design to meet various size, parameter, and medium requirements.
2. Maintenance-Free Design: Utilizes CFD fluid dynamics simulation for self-cleaning at the bottom, significantly reducing sedimentation, thereby preventing blockages; also effectively suppresses the generation of toxic and malodorous gases, protecting the environment.
3. Intelligent Remote Control System: The pump station is equipped with a centralized management database and network server, allowing users to access and monitor the pump station's operation status at any time and from anywhere using a smartphone or computer with internet access. This includes details such as runtime, load points, settings, sensor values, alarms, and more.
