Course Schedule
Online Sessions:
Date Time Duration Location
09-Dec 2024 9:30 PM Indian Time
3 Hours Per Day
Zoom Online

Description

·       Obtain awareness of technologies for characterization of reservoir fluids in-situ and methods for capture of a representative sample

·       Obtain an extensive and practical knowledge to review the principles of fluid phase behavior

·       Obtain awareness of the different fluid sampling techniques

·       Learn the importance of proper sample handling and the procedures that define fluid properties (vapor-liquid equilibrium phase envelopes, gravimetric fluid properties, and hydrocarbon solids)

·       Obtain awareness of the different laboratory analysis techniques

·       Understand how to interpret a PVT report

·       Know how to prepare the PVT input for simulator

·       Get a hands-on demonstrations include developing mathematical models using equations of state (EOS) for fluid PVT analysis for applications in reservoir simulations, production modeling, and surface processing

·       Model different flow assurance problems: hydrate formation, wax simulation & tuning, and Asphaltene deposition

·       Water chemistry and analysis

·       Water-water compatibility testing

·       Scale prediction and flow assurance mitigation

Demo Class

0 Chapter
Course Description

Introduction


Flow assurance challenges are a critical concern in oil and gas production, with the potential to severely impact operations if not managed effectively. This course focuses on advanced techniques for PVT and EOS modeling, providing the skills needed to ensure optimal fluid handling throughout the production process. Participants will explore cutting-edge software tools and case studies to better understand how to predict and resolve flow assurance problems.

Objectives


  • Gain a thorough understanding of advanced PVT and EOS concepts in oil and gas.
  • Learn to model fluid behavior and phase changes under varying temperature and pressure conditions.
  • Develop skills in identifying and mitigating flow assurance challenges such as hydrates, wax, and asphaltenes.
  • Apply best practices in multiphase flow modeling and flow assurance strategies.
  • Enhance production performance by optimizing fluid flow and minimizing operational risks.

Training Methodology


The course combines theoretical instruction with practical applications through real-world case studies, hands-on modeling exercises, and interactive discussions. Participants will use state-of-the-art software to perform PVT analysis and EOS modeling, ensuring they leave with both knowledge and practical skills.

Organisational Impact


  • Improved production efficiency by preventing flow assurance issues.
  • Enhanced capability in predicting and mitigating flow risks, leading to lower operational costs.
  • Better decision-making based on accurate fluid behavior analysis.
  • Strengthened in-house expertise in advanced PVT and EOS modeling techniques.
  • Increased safety and reliability of oil and gas production systems.
  • Personal Impact


  • Develop specialized expertise in fluid modeling and flow assurance.
  • Gain practical skills in using industry-leading tools for PVT and EOS analysis.
  • Increase professional value by mastering advanced techniques critical to oil and gas production.
  • Improve problem-solving abilities and decision-making under complex flow conditions.
  • Stay ahead in the oil and gas industry with cutting-edge knowledge in flow assurance.
  • Who Should Attend?


    • Petroleum Engineers
    • Reservoir Engineers
    • Production Engineers
    • Processing Engineers

    Course Outline


    Day 1 –Reservoir Fluids & Downhole Sampling

    • Overview of Reservoir Engineering
    • Oilfield development Process
    • Applications of Reservoir Fluid Data
    • Overview of Formation Testers
    • Reservoir Fluid Sampling
    • Downhole Fluid Analyzers (LFA, OFA, CFA, etc.)
    • Wireline Fluid Sampling (MDT and RDT tools)
    • Fluid Sample Quality Control
    • Types and Interpretation of Pre-tests

     

    Day 2 – Phase Behavior & Fluid Properties

    • Analysis of Reservoir Fluids
    • Classifications of the Reservoir Fluids
    • Hydrocarbon Phase Behavior
    • Reservoir Fluid Properties
    • Black Oil Properties & Correlations
    • Dry Gas Properties
    • Formation Water Properties
    • PVT Modeling

     

    Day 3 – Laboratory Experiments for Oil & Data QA/QC

    • Constant Composition Expansion
    • Differential Vaporization Test
    • Separator Tests
    • Constant-Volume Depletion (CVD) Test
    • Viscosity Measurements
    • Swelling Testing
    • Minimum Miscibility Pressure
    • Slim-tube Test
    • PVT Data Validation & Reports QA/QC
    • Quality Assessment & Consistency Evaluation of Hydrocarbon PVT Data

     

    Day 4 – Laboratory Experiments for Gas Condensate & Data QA/QC

    • Gas Condensate Procedures
    • Constant Composition Expansion
    • Separator Tests
    • Constant-Volume Depletion (CVD) Test
    • Quality Checking Laboratory Reports
    • PVT Data Validation & Reports QA/QC
    • Quality Assessment & Consistency Evaluation of Hydrocarbon PVT Data


    Day 5 – Equations of State Modelling

    • Development of the Equation of State
    • Types of Equations of State
    • Vapor-Liquid Equilibrium
    • Applications of the Equation of State
    • Simulation Considerations for PVT Modeling
    • Black Oil vs. Compositional Simulation
    • PVT Measurement & Simulation by EOS
    • Flash Test

     

    Day 6 – Equations of State Characterization

    • Characterizing Hydrocarbon-Plus Fractions
    • Mixing Rules for Pseudo-Critical Properties
    • Splitting and Lumping
    • Flash Calculations
    • EOS Tuning and Data Requirement
    • Regression of PVT Data
    • Simulation Considerations for PVT Modeling
    • Simulation of Gas Injection
    • Miscibility and Miscible Floods

     

    Day 7 – Software Applications

    • Fluid Handling and Definition
    • Equations of State Parameters
    • PVT Data Regression
    • Correction Factors
    • Interaction Parameters
    • Cleaning of Mud Contamination
    • QAQC of Fluids

     

    Day 8 – Software Applications

    • PVT modeling for a Black Oil Sample
    • PVT modeling for a Gas Condensate Sample
    • Simulation of Gas Injection
    • Miscibility and Miscible Floods
    • Software Applications

      • Flow Assurance Problems
      • Hydrate Formation: Prediction and Identifying Minimum Inhibitor
      • Wax Simulation: Wax Appearance Temperature & Tuning
      • Asphaltene Deposition & Conditions
      • Hydrate Conditions and Prediction
      • Water Chemistry and Analysis
      • Water-water Compatibility Testing
      • Scale Prediction

    Certificates


    On successful completion of this training course, PEA Certificate will be awarded to the delegates

    About The Trainer
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    Hesham Mokhtar is a Reservoir Engineering Team Leader at General Petroleum Company (GPC) in Egypt. He has extensive experience in reservoir management, characterization, and production optimization. He is skilled in using various software for reservoir simulation and analysis. He has also delivered training courses on waterflooding, PVT analysis, reservoir simulation, and more.


    • 14+ years of Petroleum Engineering expertise delivering technical solutions to E&P portfolios.

    • Expert in reservoir evaluations, log interpretations, and hydrocarbon estimations using tools like Techlog, Volumetric, DCA, MBE, OFM, and KAPPA

    • Analyzes production data, material balance, RFT/MDT data, and pressure transients for reservoir performance and optimization.

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