High-Pressure Vertical Turbine Pumps (VTPX™)

HIGHER PRESSURE

A single VTPX™ stage is equivalent to 3 standard stages.

FEWER COMPONENT

The VTPX™ requires fewer stages for the same total dynamic head.

HIGH EFFICIENCY

80-90% pump efficiency designs.

OPERATING PARAMETERS

  • Capacities up to 25000 (m3/h) (95000 gpm)
  • Head up to 600 (m) (1968 Feet)
  • Power through 2.237 (kW) (3,000 hp)
  • Frequency 50/60 Hz
  • Temperatures to 200 (°C) (400 °F).

DESIGN FEATURES

  • Low NPSH first stage construction
  • Thrust balanced impellers available
  • Packing or mechanical seal
  • Independent axial-thrust bearing assembly

STANDARD MATERIALS

  • Bronze, Cast Iron, Carbon Steels
  • Stainless Steels – 316, 317 SS
  • Duplex – 2205
  • Super Duplex – 2507
  • Super Austenitic – 254 SMO, 654 SMO

SPECIAL MATERIALS

  • HASTELLOY CW12MW, CW6M, N12MV, N7M, CW2M, CX2MW
  • TITANIUM Gr.C2, Gr.C3, Gr.C5.

THRUST BALANCE CHAMBER

All our VTPX™ models are designed with a Thrust Balance Chamber in order to withstand high axial thrust forces.

INDEPENDENT AXIAL THRUST BEARING ASSEMBLY

  • Withstands the total hydraulic thrust as well with the rotor weight
  • Allows service with standard drives
  • Heavy-duty bearings to withstand high thrust.

SERVICES

  • Primary Water Supply – Fresh water or Sea water
  • Mining Processes – Solvent Extraction/ Electro-Winning (SX/EW), Dewatering, Tailings & Post Processed Solutions
  • Oil & Gas Production Onshore, Offshore and Pipeline
  • Pulp and Paper
  • Municipal Water & Wastewater
  • Agriculture – Irrigation.

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High Pressure Vertical Turbine Pumps (VTPX™) poster

Automatization, Control & Monitoring

Reduce system operation and maintenance costs while increasing process accuracy and protection. The software provides multiple pump control and protection, as well as system monitoring and protection.

  • Power rating: 0.75 to 2000 kW (1 to 2500 hp)
  • Power supply: 200-240 V, 380-480 V, 575 V and 690 V
  • Human Machine Interface (HMI) with backlight, graphic display and soft-keys, and real time clock
  • Reduced System Component Cost
  • Improved System Reliability
  • Reduce Maintenance Costs
  • Eliminate Costly Control Panels
  • Reduce System Energy Requirements
  • Reduce Overall Installation Costs

PUMP PROCESS CONTROL SOFTWARE

Pump Genius software monitors system pressure or flow and references low / high set point and run time requirements. The lead and lag pumps are cycled on and off based on motor run times.

  • Starting/stoping motors are selected based on run time – motor with least amount of run time
  • All pumps are dynamically alternated based on run times and system set point requirements
  • System, motor, drive faults are monitored and alarmed
  • Up to 6 pumps dynamically alternated and controlled.