Performance Assessment and Optimization Using Nodal Analysis

Performance Assessment and Optimization Using Nodal Analysis Course equips professionals with a strong technical foundation for analysing, predicting, and optimising oil and gas well performance. Nodal analysis remains one of the most reliable engineering tools for understanding well behaviour, evaluating production constraints, and designing efficient production systems. This training course introduces participants to the full workflow of inflow and outflow analysis, allowing them to gain deeper insights into reservoir inflow, wellbore hydraulics, fluid properties, and system operating conditions.

During this Performance Assessment and Optimization Training Using Nodal Analysis, participants explore the principles that guide production system evaluation and troubleshooting. The course clarifies how inflow performance relationships (IPR), tubing performance relationships (TPR), and system components interact to determine overall well performance. Through guided case studies and technical demonstrations, delegates learn how to apply nodal analysis software to diagnose well issues, optimise production rates, and evaluate artificial lift options.

By completing this Performance Assessment and Optimization Using Nodal Analysis Course, participants gain practical, hands-on experience with real engineering scenarios. They learn how to use nodal analysis to predict deliverability, assess system bottlenecks, and support decisions related to choke optimisation, well intervention planning, and production enhancement strategies. The combination of structured learning, practical exercises, and realistic case examples ensures that knowledge is not only understood but can be directly applied in field operations.

This Performance Assessment and Optimization Training Using Nodal Analysis aims to build strong analytical capability among professionals working with production systems. The course develops technical confidence in using nodal analysis for performance prediction, diagnosis, and optimisation across a variety of operational environments.

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

• Understand foundational principles of nodal analysis and its importance in production performance assessment.
• Apply inflow and outflow performance relationships (IPR and TPR) within nodal analysis workflows.
• Diagnose well performance challenges, including liquid loading and artificial lift optimisation needs.
• Predict well deliverability and determine optimum choke settings and production rates for maximum output.
• Recognise the role of reservoir characterisation in accurate production analysis and optimisation.
• Apply nodal analysis techniques in unconventional reservoirs, including shale and tight formations.
• Identify modern tools, technologies, and software that support advanced production optimisation.
• Strengthen technical understanding through structured exercises and case-based learning.

This Performance Assessment and Optimization Using Nodal Analysis Course is designed for technical professionals responsible for analysing and improving well performance across oil and gas operations.

It is ideal for:

• Production engineers seeking deeper understanding of well behaviour and optimisation.
• Reservoir engineers involved in performance prediction and inflow–outflow evaluation.
• Well completion engineers supporting system design and performance enhancement.
• Technical staff engaged in well monitoring, optimisation, and system troubleshooting.
• Engineers responsible for artificial lift selection and production system modelling.
• Professionals contributing to field development planning and integrated asset evaluation.

This Performance Assessment and Optimization Training Using Nodal Analysis uses an engaging mix of instructor-led learning, group interaction, and hands-on practical activities. The training approach emphasises clarity, technical accuracy, and knowledge retention, ensuring participants develop both conceptual and applied competence.

The presentation will include:

• Lecture-led sessions supported by visual diagrams and worked examples.
• Group discussions to reinforce understanding of production system challenges.
• Practical exercises demonstrating nodal analysis workflows and interpretations.
• Case studies illustrating real operational issues and optimisation strategies.
• Opportunities for participants to share field experiences and learn from peer insights.