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Pressure-Volume-Temperature (PVT) Fundamentals, Measurements and Synthesis

21 – 25 July 2025Abu Dhabi17 – 21 Nov. 2025Dubai03 – 07 Nov. 2025Abu Dhabi


Course Objectives:

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

  1. Understand the Fundamentals of PVT Analysis
    • Gain a solid understanding of the principles and importance of pressure-volume-temperature relationships in reservoir fluids.
  2. Measure and Analyze PVT Data
    • Learn how to properly measure and analyze PVT data through laboratory and field techniques.
  3. Interpret Fluid Behavior and Properties
    • Understand fluid phase behavior and how to interpret key properties like formation volume factor, viscosity, and gas-oil ratio.
  4. Apply Fluid Models for Reservoir Simulation
    • Use equations of state and fluid models to predict reservoir fluid behavior and integrate PVT data into reservoir simulations.
  5. Utilize PVT Data in Reservoir Management
    • Apply PVT data to reservoir engineering tasks, including forecasting, well performance, and EOR strategy development.
  6. Address Challenges in Unconventional Reservoirs
    • Understand the unique PVT challenges presented by unconventional reservoirs such as shale gas and tight oil.

 

Who Should Attend:

This course is ideal for:

  1. Reservoir Engineers: Engineers involved in reservoir modeling, simulation, and management who need to understand fluid behavior and integrate PVT data into their workflows.
  2. Production Engineers: Engineers focused on optimizing production rates and managing reservoir performance using PVT data.
  3. Petroleum Engineers: Engineers working in exploration, development, and production who need to understand the principles of PVT analysis and fluid behavior.
  4. Geoscientists: Geologists and geophysicists who want to understand the impact of fluid properties and phase behavior on reservoir characterization and development.
  5. Laboratory Technicians: Technicians involved in collecting and analyzing fluid samples who need to understand the techniques and importance of PVT analysis.
  6. Field Engineers: Engineers who work in the field and need to understand how to collect accurate PVT data and interpret it for reservoir management.
  7. Energy Analysts: Analysts involved in evaluating reservoir potential and forecasting production who require a solid understanding of PVT principles.