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Performance Assessment and Optimization Using Nodal Analysis

Name: Performance Assessment and Optimization Using Nodal Analysis Training Course
Price: 4950 USD

Develop practical skills in predicting, diagnosing and optimising well performance

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Why Choose This Course

The Performance Assessment and Optimization Using Nodal Analysis training course equips production engineers, petroleum engineers and well performance professionals to assess and optimise complete production systems. It develops a practical understanding of reservoir inflow, wellbore hydraulics, tubing outflow, wellhead behaviour and surface facility constraints. Participants learn to evaluate system-wide performance, identify restrictions and determine how removing them can improve production. This rigorous approach supports stronger production performance and better-informed field development decisions.

Learning follows the complete nodal analysis workflow, beginning with production system fundamentals and fluid properties. It then covers inflow performance relationships, pressure transient analysis, tubing performance, gas lift design and nodal analysis software application. Further study addresses artificial lift selection and optimisation, integrated asset modelling and field development planning. Practical exercises are included each day to build immediate competence in using nodal analysis as an integrated production optimisation tool rather than solely a theoretical concept.

This Performance Assessment and Optimization Using Nodal Analysis training course will highlight:

Establishing production system fundamentals and applying relevant fluid properties
Developing inflow performance relationships and interpreting pressure transient analysis
Evaluating tubing performance, wellbore hydraulics and production system outflow
Applying nodal analysis software to identify constraints and assess optimisation options
Designing gas lift and selecting and optimising artificial lift systems
Integrating asset modelling with field development planning

Why Choose Performance Assessment and Optimization Using Nodal Analysis

Course Goals

What are the Goals?

The Performance Assessment and Optimization Using Nodal Analysis Course aims to build comprehensive nodal analysis capability, covering production system fundamentals and inflow performance, outflow modelling, software use, and practical field development and artificial lift applications.

Upon completion of this course, participants will be able to:

Describe the principles of nodal analysis and explain the production system components that are relevant to performance assessment and optimisation
Use fluid property and wellbore hydraulics principles when performing nodal analysis calculations
Assess inflow performance through various inflow models and inflow performance relationships
Use pressure transient analysis to assist with inflow characterisation and reservoir assessment
Assess outflow performance with tubing performance models and use outflow analysis to design gas lift systems
Build models in nodal analysis software, conduct optimisation and sensitivity analysis, and troubleshoot nodal analysis workflows
Use nodal analysis to select and optimise artificial lift across different lift technology options
Use integrated asset modelling principles to assess production performance across the entire system
Use nodal analysis to inform field development planning decisions, including well design, spacing, and completion optimisation
Undertake practical exercises throughout all five days to develop immediate, applied competence in nodal analysis

Who is this Training Course for?

This Performance Assessment and Optimization Using Nodal Analysis training course is designed for:

Production Engineers
Petroleum Engineers
Reservoir Engineers
Well Performance Engineers
Production Technologists
Well Completion Engineers
Production Optimisation Engineers
Artificial Lift Engineers
Flow Assurance Engineers
Oil and Gas Operations Engineers

Learning Approach

How will this Training Course be Presented?

The Performance Assessment and Optimization Using Nodal Analysis Course follows a structured, application-oriented learning methodology, progressing from nodal analysis concepts and fluid properties to inflow and outflow performance modelling, software use, and practical applications involving artificial lift, integrated asset modelling, and field development planning. Each day builds directly upon the preceding one, enabling delegates to gain both conceptual knowledge and practical analytical skills.

Hands-on exercises are incorporated into each day of the course, allowing delegates to apply every concept before moving forward and ensuring they leave with immediate, practical competence in nodal analysis.

Course delivery methods include:

Instructor-led training covering nodal analysis concepts, production system components, and the fundamentals of fluid properties and wellbore hydraulics
Inflow performance workshops using inflow models and IPR relationships in actual reservoir and well scenarios
Pressure transient analysis sessions that build delegates' capability to interpret PTA results and incorporate them into nodal analysis workflows
Outflow performance and tubing analysis exercises using tubing performance modelling to assess production systems
Artificial lift selection exercises using nodal analysis to assess and compare lift technology alternatives
Integrated asset modelling and field development sessions using whole-system performance analysis in development planning scenarios

The Course Summary & Outline

Day 1

Introduction to Nodal Analysis
Day 2

Inflow Performance Analysis
Day 3

Outflow Performance Analysis
Day 4

Nodal Analysis Software
Day 5

Applications of Nodal Analysis

The Performance Assessment and Optimization Using Nodal Analysis training course begins by examining the production system and the relationships between reservoir inflow, well completion and fluid movement through the wellbore. It develops the principles of inflow performance for oil and gas wells, including productivity, deliverability and the factors affecting reservoir-to-well flow. The agenda then progresses to outflow performance, addressing pressure losses, vertical lift behaviour and the influence of changing production conditions on the overall response of the well system.

The course subsequently integrates inflow and outflow behaviour through nodal analysis, covering node selection, system operating points and the interaction of individual production-system components. Attention then moves to performance assessment through sensitivity analysis, considering how variations in reservoir, completion, tubing and surface conditions affect production. The concluding topics focus on identifying restrictions and evaluating optimisation opportunities across the integrated system, using nodal analysis to compare operating conditions, assess well performance and examine practical production optimisation considerations without separating the reservoir, wellbore and surface network.

Recognition

Certificate

Delegates who successfully complete the Performance Assessment and Optimization Using Nodal Analysis training course are awarded the Wallstreet Academy Certificate of Completion, recognising their achievement and commitment to professional development. Participants receive 25–30 credits, with the final allocation based on their verified attendance throughout the course.

Each Guided Learning Hour represents 60 minutes of attendance. Attendance is documented in line with the quality management principles of ISO 9001:2015, supporting accurate and consistent record-keeping.

Frequently Asked Questions

This course focuses on using nodal analysis to assess and optimize well performance. It takes a practical approach to predicting performance, diagnosing performance issues, and identifying optimization opportunities. The course centres on applying nodal analysis within these well-performance activities.

The Performance Assessment and Optimization Using Nodal Analysis training course equips production engineers, petroleum engineers and well performance professionals to assess and optimise complete production systems. It develops a practical understanding of reservoir inflow, wellbore hydraulics, tubing outflow, wellhead behaviour and surface facility constraints. Key topics include Introduction to Nodal Analysis, Inflow Performance Analysis, Outflow Performance Analysis and Nodal Analysis Software.

This course is designed for Production Engineers, Petroleum Engineers, Reservoir Engineers, Well Performance Engineers, Production Technologists and Well Completion Engineers. Participants learn to evaluate system-wide performance, identify restrictions and determine how removing them can improve production.

Key outcomes of this course include: describe the principles of nodal analysis and explain the production system components that are relevant to performance assessment and optimisation; use fluid property and wellbore hydraulics principles when performing nodal analysis calculations; assess inflow performance through various inflow models and inflow performance relationships. Participants learn to evaluate system-wide performance, identify restrictions and determine how removing them can improve production.

Yes. The Performance Assessment and Optimization Using Nodal Analysis training course begins by examining the production system and the relationships between reservoir inflow, well completion and fluid movement through the wellbore. The programme covers Introduction to Nodal Analysis, Inflow Performance Analysis, Outflow Performance Analysis, Nodal Analysis Software and Applications of Nodal Analysis.

Key outcomes of this course include: use pressure transient analysis to assist with inflow characterisation and reservoir assessment; assess outflow performance with tubing performance models and use outflow analysis to design gas lift systems; build models in nodal analysis software, conduct optimisation and sensitivity analysis, and troubleshoot nodal analysis workflows. Learning follows the complete nodal analysis workflow, beginning with production system fundamentals and fluid properties.

Yes. The Performance Assessment and Optimization Using Nodal Analysis Course follows a structured, application-oriented learning methodology, progressing from nodal analysis concepts and fluid properties to inflow and outflow performance modelling, software use, and practical applications involving artificial lift, integrated asset modelling, and field development planning.