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Nodal Analysis for Oil and Gas Wells using IHS Perform

Production Optimization tool for oil and gas wells to debottleneck and increase production, design and optimize artificial lift system, and tackle production issues such as liquid loading, sand production and flow assurance.

Is your well producing up to its maximum potential?

Do you want to optimize your gas lift system to operate at best ecnomical efficiency?

This software workflow course provides a comprehensive methodology for understanding the Nodal Analysis model and optimizing well production. Students will learn multiphase calculations, their limitations and applications, and how to determine pressure profiles that are complicated by changing phase behaviour. Students begin the course by familiarizing themselves with the main features of IHS Perform and are shown various aspects of the software in more depth. To gain hands-on experience, students are encouraged to follow along with examples. The examples allow students to become familiar with wellbore modelling and to recognize opportunities for wellbore optimization. Basic nodal analysis theory will be explained as needed.

  • Gas Lift System Design and Optimization
  • Caliberate Wellbore Pressure and Temperature Model with Production Data
  • Oil and Gas Well Production Optimization
  • Downhole Network Calculation and Optimization
  • Gas Well Loading Prediction and Unloading Solutions
Course Details

Length: 2 day, 8:30 am - 4:30 pm

Who Should Attend: Production Engineers who want to learn or refresh their knowledge on production engineering fundamentals - from how to build a dependable reservoir model and size tubing for best well performance, to design and optimize an artificial lift system such as gas lift or downhole pumps - with application of one of the most renowned industry standard Nodal Analysis packages to be integrated into their workflow.

Prerequisites: Basic Windows navigation skills.

Tuition: This course is available to in-house groups on request. Please contact us to request a quote.

Location: Calgary, Alberta and Houston, Texas training centers.

Cancellation Policy: Delivery at IHS Markit training facility - Seats are reserved upon registration, registration constitutes an agreement to pay. Refunds will not be honored for cancellations made within 7 days of your scheduled class (notice to be communicated to Energy.Training@ihsmarkit.com). IHS Markit will work with you to reschedule where this is possible. IHS Markit reserves the right to cancel training up to 2 weeks prior to scheduled paid classes, or 2 days for free classes, if minimum class size not met. WebEx Delivery - Sessions are subject to cancellation up to 2 days prior to start date if minimum class size not met.

Topics Covered
  • Nodal Analysis
  • Inflow Performance Relationship
  • Tubing Performance Relationship and Multiphase Flow Anaylsis
  • Tubing performance curves; tubing selection
  • Fluid Properties
  • Artificial Lift Design and Optimization
  • Flow Assurance
  • Common Production Problems
  • Multi-Layer/Lateral downhole network modelling
  • Wellbore model calibration based on production data
  • Using the analytical toolbox to assist the well modelling workflow

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