Advanced PVT Analysis and EOS Modeling

📅 Day 1: Review of Fluid Behavior and PVT Testing

• 09:00–09:45 – Overview of PVT studies and lab measurements

• 09:45–10:30 – Types of PVT tests (CCE, DLE, CVD, separator)

• 10:30–10:45 – ☕ Coffee Break

• 10:45–11:30 – Fluid sampling techniques and quality control

• 11:30–12:15 – Black oil vs. compositional fluid models

• 12:15–13:15 – 🍽️ Lunch Break

• 13:15–14:00 – Phase envelopes and critical point behavior

• 14:00–14:45 – Interpreting lab results for EOS input

• 14:45–15:00 – Recap and Q&A

📅 Day 2: Equation of State (EOS) Fundamentals

• 09:00–09:45 – Introduction to cubic EOS: Soave-Redlich-Kwong (SRK), Peng-Robinson (PR)

• 09:45–10:30 – EOS parameters: acentric factor, critical properties

• 10:30–10:45 – ☕ Coffee Break

• 10:45–11:30 – EOS tuning: objective and input data

• 11:30–12:15 – Fluid component lumping and characterization

• 12:15–13:15 – 🍽️ Lunch Break

• 13:15–14:00 – Molecular weight and specific gravity blending

• 14:00–14:45 – Practice: building a fluid component table

• 14:45–15:00 – Recap and Q&A

📅 Day 3: EOS Matching Techniques

• 09:00–09:45 – Regression techniques for EOS tuning

• 09:45–10:30 – Matching saturation pressures and formation volume factors

• 10:30–10:45 – ☕ Coffee Break

• 10:45–11:30 – Matching gas-oil ratios, densities, viscosities

• 11:30–12:15 – Use of regression tools in commercial software (e.g., PVTP, PVTi)

• 12:15–13:15 – 🍽️ Lunch Break

• 13:15–14:00 – EOS validation: graphical and numerical methods

• 14:00–14:45 – Practical: EOS tuning on a provided dataset

• 14:45–15:00 – Recap and Q&A

📅 Day 4: EOS for Gas Condensates and Volatile Oils

• 09:00–09:45 – Retrograde condensation and dew point behavior

• 09:45–10:30 – EOS modeling for wet gas and condensates

• 10:30–10:45 – ☕ Coffee Break

• 10:45–11:30 – Separator optimization using EOS

• 11:30–12:15 – Compositional tracking in depletion scenarios

• 12:15–13:15 – 🍽️ Lunch Break

• 13:15–14:00 – Condensate dropout and recovery predictions

• 14:00–14:45 – Practical: modeling volatile oil system

• 14:45–15:00 – Recap and Q&A

📅 Day 5: EOS Integration with Reservoir Simulation

• 09:00–09:45 – Exporting EOS models to simulators

• 09:45–10:30 – PVT tables: black oil vs. compositional input

• 10:30–10:45 – ☕ Coffee Break

• 10:45–11:30 – Running sensitivity analysis on EOS effects

• 11:30–12:15 – Case study: compositional simulation project

• 12:15–13:15 – 🍽️ Lunch Break

• 13:15–14:00 – Class workshop: present EOS results and findings

• 14:00–14:45 – Peer review and discussion

• 14:45–15:00 – Certification and course wrap-up