Overview

Centrifugal pumps are usually used in the Oil and Gas industry to mix and handle oilfield fluids. The rotary motion combined with a shaped pump housing creates centrifugal force to discharge fluids from the pumps. These pumps operate efficiently in high-volume, low-output-pressure conditions. Centrifugal pumps are energy efficient as well as
provide high flow rates. However even if the low cost centrifugal pump does help improve profit margins they should be well maintained and should be used in parts of the transporting process that would maximise its efficiency as they are not as effective when dealing with viscous liquids.

Who Should Attend

• Maintenance & operation engineers
• Pump application engineers
  
• Pump sales engineers
  
• Project & construction engineers
  
• Plant engineers
  
• Process engineers and designers
  
• Engineering consultants
  
• Mechanical engineers
  
• System designers
  
• Civil engineers
• Rotating equipment engineers

Key Learning Objectives

• Review of the pump design characteristics, configuration and applications
• Understanding affinity rules and size scaling
  
• Learning the principal considerations appropriate to specific production or process requirements
  for pump selection
  
• Gain an understanding of main geometry factors that affect pump performance and efficiency
  
• Review pump cavitation phenomenon and the options for preventing or correcting a cavitation problem
  
• Understanding rotodynamic stability of pumps and vibration
  
• Learning the differences between pump operation point VS B.E.P. and impact on reliability
  
• Guidance on how to go about performing a field or on-site pump performance test.

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