The Large Flow Submersible Sewage Pump is designed for municipal sewage treatment, industrial wastewater transfer, mine drainage and flood control applications. Featuring large flow capacity, non-clogging impeller design and stable underwater operation, it provides reliable performance for demanding sewage pumping projects. OEM and customized solutions are available directly from China manufacturer AOTE PUMP.
The ATWQ Large Flow Submersible Sewage Pump is developed by AOTE PUMP, a professional manufacturer specializing in
submersible pump solutions in China. Designed for high-capacity wastewater pumping applications, this pump integrates
the motor and pump into one compact underwater unit, reducing installation space and simplifying operation and
maintenance.
Compared with conventional sewage pumps, the ATWQ series adopts a large-channel non-clogging impeller design, allowing
efficient transportation of wastewater containing suspended solids, fibers and other impurities. It is widely used in
municipal wastewater treatment plants, industrial drainage systems, underground facilities, mining operations,
agricultural irrigation and emergency flood control projects.
With flow capacity up to 5500m³/h and power ratings up to 550kW, the Large Flow Submersible Sewage Pump provides stable
hydraulic performance for large-scale pumping systems. Each pump is manufactured under strict quality control and
available with customized specifications according to different installation conditions and project requirements.
Parameters
Flow
4-5500m³/h
Head
5-80m
Outlet
40-600mm
Power
0.37-550kW
Voltage
380V/6000V/100000V
Frequency
50HZ, 60HZ
Usage conditions
1. The medium temperature shall not exceed 60 ℃, the medium density shall be ≤ 1200Kgm ³, and the medium pH shall be between 5-9
2. During operation, the pump must not be lower than the minimum liquid level
3. The deviation between the voltage and frequency during use and the rated voltage frequency shall not exceed ± 5
4. The maximum diameter of solid particles passing through the pump shall not exceed 50% of the discharge diameter of the pump body.
Key Advantages of Large Flow Submersible Sewage Pump
1. High Flow Capacity for Large Projects
With a maximum flow rate of 5500m³/h, the ATWQ series is suitable for large-scale wastewater transfer, drainage
stations and flood control systems where continuous high-volume pumping is required.
2. Non-Clogging Impeller Design
The optimized impeller structure improves solid-passing capability and reduces blockage caused by sewage impurities,
ensuring stable operation in complex wastewater conditions.
3. Compact Submersible Structure
The integrated pump and motor design eliminates the need for additional pump rooms, saving installation space and
reducing construction costs.
4. Flexible Installation and Maintenance
The pump supports various installation methods and can be adapted to different project environments, making
maintenance and replacement more convenient.
Applications
The ATWQ Large Flow Submersible Sewage Pump is commonly used in:
Municipal Wastewater Treatment
• Sewage treatment plants
• Urban drainage stations
• Underground wastewater systems
Industrial Applications
• Factory wastewater discharge
• Chemical and manufacturing drainage
• Process water transfer
Mining and Construction
• Mine drainage
• Construction site dewatering
• Tunnel and basement drainage
Agricultural and Emergency Use
• Farmland irrigation
• Flood control pumping
• Stormwater management
FAQ
Q1: What is a Large Flow Submersible Sewage Pump used for?
A Large Flow Submersible Sewage Pump is mainly used for transferring large volumes of wastewater, sewage, industrial
drainage water and floodwater. It is widely applied in municipal sewage plants, factories, mines and drainage
stations.
Q2: How do I select a suitable large flow sewage pump?
Selection depends on required flow rate, pumping head, liquid characteristics, solid particle size, installation
method and power supply conditions.
Q3: Can AOTE PUMP provide customized sewage pumps?
Yes. AOTE PUMP provides customized solutions according to project requirements, including flow capacity, motor
power, voltage, outlet size and installation conditions.
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