As mining depth increases, groundwater pressure, unexpected water inflow, and flooding risks can seriously affect production schedules and worker safety. Traditional surface pumping systems often require complex pipelines, pump stations, and additional infrastructure, increasing installation costs and maintenance requirements.
The Large Capacity Submersible Mining Pump is designed specifically for these demanding mining conditions. By integrating the motor and pump into a single submerged unit, it can be installed directly in underground water collection areas and deliver continuous drainage performance without requiring a large pump room.
Reliable Underwater Operation
The integrated motor and pump structure allows the unit to operate fully submerged, providing stable performance in demanding mining environments.
Flexible Installation Requirements
These pumps do not require special well casing designs or complex suction piping systems, making them adaptable to different mining applications.
Simple and Durable Structure
The optimized design reduces the number of components and materials required while maintaining reliable operation and long service life.
Compact Space-Saving Design
The compact construction minimizes installation space requirements, making it suitable for confined mining sites and underground applications.
Easy Installation and Maintenance
With no need for a dedicated pump house, the pump can be installed quickly and operated conveniently, reducing maintenance complexity and operating costs.
● Suitable for production drainage in coal mines, iron ore mines, non-ferrous metal mines, and similar operations;
● Emergency response and disaster relief for water ingress incidents;
● Drainage and mine restoration for flooded mines;
● Comprehensive water management in mining areas;
● Water intake pump stations for water supply companies;
● Urban high-pressure spray landscaping projects;
● It is a key piece of equipment for mine production drainage, emergency response and mine restoration, surface dewatering, and the prevention and control of water-related disasters.
● Clean water free of impurities, chilled water/cooling water, rainwater, underground inflow from coal, iron, and metal mines, drinking water, mineral water, etc.
● Permissible operating water temperature range: +5 to +25°C
● Solid impurity content (by mass) not exceeding 0.01%
● pH (acidity/alkalinity) 6.5–8.5
● Hydrogen sulfide content not exceeding 1.5 mg/L
● Chloride ion content not exceeding 400 mg/L
● The unit must be fully submerged in water during operation.
● Flow Rate Range: 80 m³/h to 2,200 m³/h;
● Head Range: 100 to 1,700 m;
● Power: 55 kW–4,000 kW;
● Voltage: 380 V, 660 V, 1,140 V, 3 kV, 6 kV, 10 kV;
● Speed: 2,850 r/min, 1,475 r/min;
● Frequency: 50 Hz, 60 Hz;
Traditional mine drainage systems often require:
Pump room construction
↓
Suction pipeline installation
↓
Complex maintenance access
A submersible mining pump changes this approach:
Direct underwater installation
↓
Reduced infrastructure requirements
↓
Simpler operation and maintenance
Every mining site has different drainage conditions.
Pump selection depends on:
Mine depth
Required drainage capacity
Water quality
Discharge distance
Power supply conditions
Aote Tianjin Pump provides customized pump solutions according to actual project requirements, helping customers select suitable flow, head, motor power, and installation methods.
Lillian Long / Sales Manager
Aote Tianjin Pump Co., Ltd.
E-mail: lillian@tjaote.cn
Wechat: 15122005631
WhatsApp: +86 15122005631
Mining pumps are designed for continuous heavy-duty operation with higher flow, higher head capability, and stronger resistance against abrasive working conditions.
Yes. The high-capacity design allows rapid removal of accumulated water during mine flooding events.
No. The submerged design allows installation directly in water collection areas, reducing infrastructure requirements.
Selection depends on required flow rate, pumping depth, discharge distance, water conditions, and available power supply.
Address
No. 2 Xinwang Road, Shuangqiaohe Industrial Park, Jinnan District, Tianjin, China.
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