Course Details

This course is appropriate for a wide range of professionals but not limited to:

• Production and Petroleum Engineers
• Reservoir and Completion Engineers
• Well Performance and Optimization Engineers
• Field Operations and Production Technicians
• Subsurface and Surface Engineering Personnel
• Anyone involved in well modeling, system analysis, or production optimization

• Expert-led sessions with dynamic visual aids
• Comprehensive course manual to support practical application and reinforcement
• Interactive discussions addressing participants’ real-world projects and challenges
• Insightful case studies and proven best practices to enhance learning

By the end of this course, participants should be able to:

• Understand the principles and workflow of nodal analysis
• Model and interpret inflow and outflow performance relationships
• Identify system bottlenecks affecting well performance
• Optimize tubing size, choke settings, and well operating conditions
• Integrate artificial lift into nodal analysis applications
• Apply nodal analysis tools for enhanced production decision-making

DAY 1

Fundamentals of Nodal Analysis and Production System Modeling

• Overview of Production Systems and Flow Dynamics 
• Role of Nodal Analysis in Well Performance Evaluation and Production Optimization 
• Components of the Production System 
• Reservoir 
• Wellbore 
• Tubing String 
• Surface Flowlines and Facilities 
• Fundamentals of Reservoir Engineering for Nodal Analysis 
• Reservoir Drive Mechanisms and Their Impact on Production 
• Reservoir Rock and Fluid Properties 
• Pressure, Temperature, and Fluid Behavior in Production Systems 
• Flow Regimes in Oil and Gas Wells 
• Productivity Index (PI) Concepts 
• Darcy’s Law and Well Deliverability 
• Principles of Inflow and Outflow Performance 
• Nodal Analysis Methodology 
• Definition of Nodes 
• Selection of System Boundaries 
• Pressure Balance Concepts 
• Data Requirements and Quality Control for Nodal Analysis 
• Introduction to Integrated Production Modeling (IPM) 
• Production System Performance Assessment Case Studies 

DAY 2

Inflow and Outflow Performance Analysis

• Inflow Performance Relationship (IPR) Fundamentals 
• Reservoir Inflow Mechanisms 
• Development of IPR Curves 
• Oil Well Inflow Models 
• Vogel Correlation 
• Fetkovich Correlation 
• Productivity Index Methods 
• Gas Well Deliverability Analysis 
• Effects of Reservoir Pressure Depletion on Inflow Performance 
• Vertical Lift Performance (VLP) Fundamentals 
• Wellbore Hydraulics and Pressure Loss Calculations 
• Multiphase Flow Fundamentals 
• Vertical Flow Correlations 
• Horizontal and Surface Flow Correlations 
• Tubing Performance Relationships (TPR) 
• Generation and Interpretation of VLP Curves 
• Nodal Analysis Matching Techniques 
• Determination of Operating Point and Production Rate 
• Sensitivity Analysis of Inflow and Outflow Parameters 
• Practical Applications of IPR–VLP Intersection Analysis 

DAY 3

Production Optimization and Advanced Nodal Analysis Applications

• Integrated Nodal Analysis Workflows 
• Production System Optimization Strategies 
• Identification of Production Bottlenecks 
• Tubing Size Selection and Optimization 
• Surface Choke Performance and Optimization 
• Multiphase Choke Correlations 
• Flowline Sizing and Network Effects 
• Completion Design Impact on Well Performance 
• Formation Damage and Skin Effect Evaluation 
• Well Stimulation Assessment Using Nodal Analysis 
• Artificial Lift Applications 
• Gas Lift Design and Optimization 
• Artificial Lift Performance Evaluation 
• Network Modeling Concepts 
• Flow Assurance Considerations 
• Sensitivity Studies and Scenario Analysis 
• Reservoir Depletion Forecasting and Future Performance Prediction 
• Troubleshooting Production Problems Using Nodal Analysis 
• Integration of Reservoir, Well, and Surface Models 
• Software-Based Nodal Analysis Workflows 
• PROSPER Well Modeling 
• GAP Network Modeling 
• MBAL Reservoir Integration 
• Integrated Asset Modeling (IAM) Concepts 
• Real-World Production Optimization Case Studies and Best Practices 
• Review of Advanced Nodal Analysis Applications and Emerging Technologies