PipeSim training teaches you how to model fluid flow in oil and gas pipelines, wells, and surface networks. A standard 3 to 5-day course covers system design, flow assurance, artificial lift (pumps), and network optimization to maximize production.

Day 1: Fundamentals and Single Branch Modeling

  • Software Tour: Learn the user interface and workspace navigation.
  • Fluid Characterization: Define “Black Oil” (basic oil, gas, and water) and “Compositional” (chemical) fluid properties.
  • Multiphase Flow Basics: Learn about how oil, gas, and water travel together in pipes.

Day 2: Well Performance and System Analysis

  • Pressure/Temperature Profiles: Calculate how P (pressure) and T (temperature) drop over the length of a well.
  • Nodal Analysis: Balance well inflow (from the reservoir) and outflow (up the tubing) to find maximum production rates.
  • PVT Calibration: Match the software’s math to your actual field data.

Day 3: Network Modeling and Case Studies

  • Network Creation: Connect multiple wells, flowlines, and processing facilities on a GIS (map-based) canvas.
  • Line Sizing: Calculate the exact pipe diameter required to transport fluids without choking flow.
  • Case Studies: Solve real-world networking problems based on oil and gas well performance.

Day 4: Flow Assurance and Advanced Wells

  • Erosion and Wax Prediction: Identify risks of pipeline blockages and metal damage.
  • Horizontal Wells: Model horizontal and complex multi-lateral well designs.
  • Downhole Equipment: Add downhole chokes and safety valves to the model.

Day 5: Production Optimization and Artificial Lift

  • Gas Lift Design: Calculate how much gas to inject into a well to make the fluid lighter and boost production.
  • ESP Design: Size Electrical Submersible Pumps (ESP) to push fluids out of the well.
  • Automated Workflows: Introduction to the PipeSim Python Toolkit to automate tasks and export data to Excel.

and exporting fabrication-ready reinforcement details.