Welcome

Our Mission

Our Pump Technology

About us

Super Pumping (SP) provides Advanced Turbine Manufacturing Services and Technology to the OEM pump market. It provides machining and welding services to all the pump OEMs as well as machining of small component parts, through in-house CNC machine shop. SP represents a complete manufacturer of component parts for the pump industry.

Increasing demand for electricity across the world is strengthening the global power sector; with pumps being an integral part of each power plant, development in the power sector is expected to contribute significantly to the growth of the global pumps market through 2024. Rising demand for energy efficient centrifugal pumps and the adoption of micro disc pumping and variable frequency drive technology for centrifugal pumps are some of the key trends observed in the global pumps market.

Super Pumping (SP) has the experience to provide a vast array of products targeting the growing global market. SP is bringing advances to the Turbine and Pump industry with computer modeling as well as harmonic sensors and wireless technology with scalable options that are bringing turbines and pumps into the future and with its retail division, Super Pumpingwill allow us to expand exponentially.

Products

We offer a large variety of vertical and horizontal pumps for many different uses.

Vertical Turbine Pump


  • Capacity up to 2000 m3/h
  • Head up to 600 m
  • Suitable to connect with pulley, tractor, right angle gearbox
  • Rotation speed 1450/1760/2000/2200//2650/2900/3500 RPM
  • For tanks or deep wells of more than 6"
  • Delivery casing with built-in non-return valve
  • Impellers made of cast iron or bronze

Vertical Turbine Pump

  • Low operating speeds
  • Excellent pump efficiency
  • No requirement of priming
  • Minimum use of floor space codes
  • Easy to modify for changing hydraulic conditions
  • Highly versatile and adaptable in terms of location & pump length

In the past, expert pump operators used to detect cavitation by recognizing the characteristic noise. Recent advances in vibration study show that incoming cavitation can also be detected using harmonics (fast Fourier transform, or FFT), opening the door to an automated diagnostic. Modern rotating machinery design takes advantage of the availability of software tools that allow delicate evaluations in topic mechanical design points such as bearing selection, balancing pistons and sleeve clearances sizing. These elements, and the boundary design operative conditions, contribute to the final stability of the rotor.

It is possible to monitor cavitation by measuring pressure, temperature and fluid speed at the nearest machine suction point. Permanent installed monitoring systems were used in the past in a limited number of cases. Some determined the cost of the monitoring system to be excessive, especially for small machines. The arrival of affordable logic controllers on the market has changed this, and today even small centrifugal pumps can benefit from such control and monitoring systems.