radially split multistage pumps for thermal power plants

The radially split multistage pump is designed for high head and pressure applications, featuring multiple impellers and a cascading chamber. Each impeller increases liquid pressure step by step, making it ideal for long-distance and high-pressure fluid delivery in oil, gas, boiler feed water, and industrial processes.

Application Advantages

• High head and pressure: Perfect for demanding industrial scenarios such as oil and gas transportation and boiler feed water.
• High-temperature and corrosion-resistant: Pump body materials are selected for durability in thermal power, oil refining, and petrochemical industries, ensuring stable long-term operation.
• Easy maintenance: The radial split single-shell design allows quick access to impellers, seals, and other components, simplifying regular servicing and replacement.

Structural Features

• Horizontal single-shell radial split: Single shell design with radial splitting makes disassembly and maintenance straightforward, ideal for high pressure/high head requirements.
• Foot mounting: Ensures stable installation and operation.
• Suction and discharge ports on the side: Facilitates compact and flexible pump layout, reducing piping complexity.

Main Technical Parameters

• Flow rate (Q): 4 to 530 m³/h
• Head (H): 70 to 740 m
• Operating temperature: ≤ 105°C
• Drive power: approx. 1250 kW

Main Uses

• Pipeline transportation of crude and refined oil: Efficient long-distance transfer in petroleum and petrochemical industries, providing stable high-pressure/high-flow output.
• Thermal power plant boiler water supply: Ensures required pressure and flow for boiler feed systems under high temperature and pressure.
• Refining and petrochemical processes: Reliable liquid transfer in refineries and chemical plants, suitable for high-temperature and corrosive fluids.
• Water supply units: Ideal for city water supply, high-rise buildings, and industrial water treatment, providing consistent source pressure.