Chemical Seawater Lift Pump
Vertical mixed-flow pumps are high-flow, low-head products suitable for power plants, steel mills, water utilities, wastewater treatment plants, petrochemical facilities, mining operations, and other industrial and mining enterprises. They are also ideal for municipal water supply and drainage projects, agricultural irrigation, flood control, and drainage systems.
Description
Vertical mixed-flow pumps are high-flow, low-head products suitable for power plants, steel mills, water utilities, wastewater treatment plants, petrochemical facilities, mining operations, and other industrial and mining enterprises. They are also ideal for municipal water supply and drainage projects, agricultural irrigation, flood control, and drainage systems. These pumps can convey clean water, rainwater, sump water, sewage, and seawater at temperatures below 55°C.
Structure and Performance
1. Smooth operation, safe and reliable, vacuum-free startup, and extended service life.
2. Compact pump design minimizes foundation footprint, with adjustable pump length below the foundation for enhanced adaptability.
3. Simple and reliable flow path design reduces pump station infrastructure investment.
4. Rational structure, easy to assemble and disassemble, with simple and convenient maintenance and inspection.
5. High pump efficiency reduces operating costs.
6. High degree of standardization with strong interchangeability of components.
Flow Rate Q: 600–70,000 m³/h
Head H: 4–70 m
Design temperature T: Up to 150°C
Scope of application
Large-scale Water Conservancy and Water Diversion Projects
River and Lake Water Intake and Interregional Water Diversion
Reservoir Drainage and Flood Control/Drainage Systems
Hydroelectric Power Plant Cooling Water Circulation and Auxiliary Water Supply
Municipal Water Supply and Drainage Systems
Raw Water Lifting and Conveyance for Urban Water Treatment Plants
Wastewater Treatment Plant Inlet/ Outflow Lift (Material Selection Based on Corrosivity of Medium)
High-Flow Drainage for Stormwater Pumping Stations
Industrial Circulation and Cooling Systems
Thermal Power Plant/ Nuclear Power Plant Circulating Cooling Water Systems (Main or Auxiliary Pumps)
Steel Mill Blast Furnace Cooling Water Conveyance
Closed-loop Circulating Water Systems for Chemical Plants
Agricultural and Irrigation Projects
Large-Scale Farmland Irrigation (Especially Low-Head, High-Flow Requirements in Plains Regions)
Inter-basin water diversion projects
Marine and ship engineering
Seawater desalination plant intake and pressurization (requires corrosion-resistant materials like duplex stainless steel)
Ship ballast water systems, port and dock drainage
Special medium transportation
Turbid water containing small particles (Requires wear-resistant impeller or lining)
Mildly corrosive liquids (Optional acid-resistant materials like 316L stainless steel or coatings)
Performance parameters
| 1800SDPLK6.9—21.5I | 900SDPLB2.1—11.2I |
| 1800——Pump discharge diameter 1800mm | 900——Pump discharge diameter 900mm |
| SDP… SDP Code | SDP… SDP Code |
| L-Vertical Mixed-Flow Pump | L——Vertical Mixed-Flow Pump |
| K-rotor with extractable core | B———Rotor cannot be removed from the core |
| 6.9-Design Flow Rate of the Pump ( | 2.1———Design Flow Rate of the Pump |
| 21.5—Single-stage design head of the pump: 21.5 m | 11.2——Single-stage design head of the pump: 11.2 m |
| I————Pump Design Sequence (First design not marked) | Ⅰ————Pump Design Sequence (First design not marked) |
