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Oil & Gas

Electrical Submersible Pump Design and Diagnostics using SubPUMP Training

Our SubPUMP® software relies on the largest Electrical Submersible Pump (ESP) equipment database available to support unbiased, vendor-neutral ESP design and analysis.

Designed for engineers and technologists, our SubPUMP Training courses reinforce basic ESP design principles and operation theories, helping ensure your ESP wells produce at their highest level of efficiency.

Key benefits:

  • Refresh and advance your knowledge of Nodal Analysis and Artificial Lift design theories
  • Inform ESP system selection as well as performance and design calculations
  • Design and optimize ESP system
  • Make non-biased equipment performance comparisons across vendors

Education & Training – COVID-19 response

Due to the escalating concerns regarding COVID-19 coronavirus, we are canceling or postponing all upstream training courses globally until April 30, both in our public classrooms and in your offices, to protect the health of clients, colleagues, and the global community.

We are investigating virtual delivery options that can continue to help support your needs. We will be in touch once the options are available. We greatly value your business and we continue to seek ways to effectively work with you through this global health crisis.

Please reach out to our training enablement team - energy.training@ihsmarkit.com to discuss your training needs or contact customer support for individual software support questions.

Course Descriptions

Electrical Submersible Pump Design and Diagnostics using SubPUMP Training
  • Length: 2 days, 8:30 am - 4:30 pm
  • Summary: The main objective of the seminar is to present system analysis to artificial lift with Electric Submersible Pumps (ESP) using SubPUMP. Likewise, the design process and analysis of these installations is explained. Different examples are presented to familiarize the user with the program and to examine all the output generated. Participants will learn:
    • Nodal Analysis and Artificial Lift fundamentals
    • Design and optimization of ESP systems
    • Performance analysis of existing pumps
    • Global implementation with Russian, Spanish and English language options and flexible unit system
    • Ensuring the best value with a comprehensive, unbiased, vendor-neutral catalogue of ESP vendors
  • Prerequisites: Basic Windows navigation skills
  • Topics:
    • SubPUMP: Day 1/Part 1
      • SubPUMP at a glance
      • System Analysis and Artificial Lift Review (Nodal Analysis)
      • Pressure and head
      • TDH calculation
      • PVT Data Sources Used by SubPUMP
      • Steps for an optimum ESP installation
      • Critical operating conditions (How parameters like viscosity, water cut and free gas at pump intake affect the pump performance – ESP performance curve)
    • SubPUMP: Day 1/Part 2
      • SubPUMP main features (Menus and Windows)
      • System preferences options
      • Analysis setting
      • System components and correlations
      • Required information and data
      • Equipment dialog box
      • Pressure/rates dialog box
      • Sensitivities
      • Explanation of all output reports and graphs
    • SubPUMP: Day 2/Part 3
      • Problem set, design and analysis of ESP installations are illustrated with several cases to familiarize the user with the analysis modes and data entry process.
  • This course is available to in-house groups on request. Please contact us for more information.
SubPump video

Available on Demand

Duration: 47 minutes

This course includes an introduction into Electrosubmersible Pump Systems design and analysis in SubPUMP.

Students will be in the capacity to reproduce each step demonstrated including the total dynamic head calculation and equipment sizing.

Topics Covered:

Review of the theory

  • Nodal Analysis
  • Artificial lift systems
  • Electrosubmersible pump system components
  • Pressure vs Head
  • Pressure gradient in electrosubmersible pump systems
  • The pump
  • Pump performance curves
  • Gas presence in electrosubmersible pump systems

Well analysis and electrosubmersible pump system

  • Data required
  • Pump, motor and cable selection
  • Final diagram and wellbore performance
  • Design vs Catalogs vs Actuals
  • Reports and graphs discussion

If you are interested in more advanced training, please email our Training Team at Energy.Training@ihsmarkit.com.

Can’t find what you are looking for? Contact us or visit Global Energy Education & Training for more information.

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