Course Objectives:

The PVT Modelling and Advanced Fluid Characterization course equips students with a deep understanding of reservoir fluid behavior through PVT analysis. Students will learn fluid characterization techniques, master Equation of State (EOS) modeling, and apply these concepts to reservoir engineering, production optimization, and enhanced oil recovery (EOR). By working on hands-on case studies and industry-standard software, students will gain practical skills essential for accurate fluid modeling and optimizing hydrocarbon recovery

Learning Objectives:

Understand the fundamentals of PVT (Pressure-Volume-Temperature) behavior and its significance in reservoir engineering

Learn the methods to characterize reservoir fluids and conduct various PVT experiments

Gain proficiency in fluid modeling techniques, including the use of Equation of State (EOS) models.

Apply PVT analysis in reservoir engineering, production optimization, and enhanced oil recovery (EOR).

Develop practical skills through case studies and hands-on experience with PVT modeling software.

Agendas:

ü Module I: Introduction to PVT and Fluid Properties Basics of PVT Analysis

ü Module 2: Equation of State (EOS) Modelling

ü Module 3: Application of PVT Models in Reservoir Engineering

ü Module 4: PVT Modelling Applications in Production Practices

ü Module 5: Practical Fluid Modelling and Case Studies

FAQs

What is PVT modeling and why is it important in reservoir engineering?

PVT modeling involves analyzing the behavior of reservoir fluids under different pressure, volume, and temperature conditions. It is crucial for reservoir simulation, production forecasting, and optimizing recovery methods.

What types of PVT experiments are covered in this course?

The course covers various laboratory PVT tests, including Differential Liberation, Constant Composition Expansion, and Separator Tests, focusing on data acquisition and quality control.

Do I need prior knowledge of fluid dynamics to take this course?

Basic understanding of fluid properties and reservoir engineering concepts is recommended, but the course is designed to provide foundational knowledge of PVT modeling

What is the duration of the course?

The course consists of 12 hours of training, divided into six sessions of 2 hours each.

Can this course help me in reservoir simulation and reserves estimation?

Absolutely. The course covers how to use PVT properties in material balance calculations, reserves estimation, and reservoir simulation models like black oil and compositional models.

What are the career benefits of completing this course?

The course equips you with the skills necessary to work in reservoir engineering, production optimization, and EOR, enhancing your expertise in fluid modeling, which is highly sought after in the oil and gas industry.