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Vertical Turbine Pumps

Discover the efficiency and reliability of Vertical Turbine Pumps, designed specifically for a variety of industrial applications. These pumps are engineered to deliver high performance in both surface and submerged environments, making them ideal for water supply, irrigation, and heavy-duty industrial processes. Vertical Turbine Pumps feature a robust construction with corrosion-resistant materials, ensuring longevity and minimal maintenance. The innovative design allows for optimal hydraulic performance, resulting in reduced energy consumption and operating costs. With customisable configurations to suit your specific needs, these pumps can handle a wide range of flow rates and pressures. Whether you need a pump for municipal water systems, agricultural irrigation, or industrial applications, we'll find the right Vertical Turbine Pump for the job. For expert advice and support, trust Industrial Pumps Australia to provide the right solution for your vertical turbine pump needs.

  • Vertical Turbine Pumps are high-efficiency, multi-stage centrifugal pumps specifically designed for deep well, sump, and tank pumping applications. Engineered to deliver high volumes at high heads, these pumps feature a vertical shaft design with the motor mounted above ground and the pump elements submerged below the fluid surface. Their modular construction makes them adaptable to a wide range of flow, head, and site-specific requirements.


    Key features include:

    • Deep set capability – ideal for lifting fluids from significant depths

    • High efficiency impellers – optimised for energy savings over long operating hours

    • Long service life – durable materials and low-maintenance design

    • Custom configurations – built to suit specific flow, pressure, and NPSH requirements

    • Space-efficient vertical design – ideal for applications with limited footprint


    Our Partner Brands for Vertical Turbine Pumps:

    Flo-Max, ITT Goulds, Turbomaster, Layne Bowler, Xylem Goulds Water Technology, Pentair Everflow, Svanehoj.

  • Vertical Turbine Pumps are commonly used in demanding environments where reliability and performance are critical. 


    Typical applications include:

    • Municipal water supply and distribution
      Delivers potable water from deep wells and reservoirs to treatment facilities and networks.

    • Irrigation and agricultural pumping
      Supports high-volume water delivery for crops, livestock, and rural water schemes.

    • Industrial and process water systems
      Transfers clean or lightly contaminated water in manufacturing and processing plants.

    • Power generation
      Used in cooling water intake systems for thermal and nuclear plants.

    • Fire protection systems
      Provides dependable high-capacity flow for fire suppression in commercial or industrial facilities.

    • Mining operations
      Pumps process water, tailings, and dewatering fluid from deep shafts or pits.

  • Our range of vertical turbine pumps is tailored to meet the specific performance and environmental needs of your application. 


    Types include:

    • Open Line Shaft Turbine Pumps – Ideal for clean water applications; features a grease- or oil-lubricated shaft bearing system.

    • Enclosed Line Shaft Turbine Pumps – Suitable for deep well use; offers shaft protection in harsh or abrasive conditions.

    • Can-Type Vertical Turbine Pumps – Designed for use with low NPSHa; commonly used in industrial and power plant installations.

    • Column-Length Customisation – Column and bowl assemblies can be extended to accommodate varying well or sump depths.


    Specifications available:

    • Flow rates: up to 20,000 m³/h

    • Heads: up to 300+ meters

    • Bowl sizes: 150 mm to 1,000+ mm

    • Materials: Cast iron, bronze, stainless steel, duplex and super duplex

    • Mounting options: Vertical hollow shaft or vertical solid shaft motors, diesel engine drive, or right-angle gear drive


    Looking for tailored guidance on Vertical Turbine Pump selection?
    Contact our engineering team today to discuss your performance and site requirements.

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