Hydraulic Modeling for Pipeline Systems

This technical course equips participants with the knowledge and tools to perform hydraulic modeling for pipeline systems. It focuses on flow simulation, transient analysis, software tools, and optimization strategies for both design and operational phases of pipelines.

By the end of this course, participants will be able to:
• Understand fluid dynamics fundamentals relevant to pipeline flow.
• Build and calibrate hydraulic models for various pipeline configurations.
• Conduct steady-state and transient (surge) analyses.
• Use industry-standard software tools for simulation and troubleshooting.
• Apply modeling results to improve pipeline design and operational efficiency.

1. Fluid Flow Principles and Hydraulic Behavior in Pipelines
2. Pipeline Modeling Techniques and Data Requirements
3. Transient Analysis: Surge, Water Hammer, and Pressure Transients
4. Software Applications: Model Building, Calibration, and Validation
5. Model-Based Decision Making: Design Optimization and Operations

Pipeline engineers, hydraulic modelers, flow assurance specialists, and operations planners involved in the design and performance of pipeline systems.

Modeling labs, software simulations, real-world case reviews, and scenario-based exercises.

Participants will be able to confidently apply hydraulic modeling tools and techniques to support safe, efficient, and cost-effective pipeline system design and operation.