In this course, the delegates will gain the knowledge and business insight on the following key subjects:

• Different types of Oil Recovery Methods
• EOR concept and key terminology
• EOR common types/methods
• Phases for EOR project implementation
• EOR screening criteria
• EOR common Laboratory Measurements
• EOR Modelling Studies
• Simulation Model for EOR
• EOR Pilot Design/Monitoring Plan/Pre-Pilot Tests
• Examples on EOR field case studies

• Reservoir Engineers
• EOR Reservoir Engineers
• Petroleum Engineers
• Field/Production Engineers
• Facilities/Process Engineers
• EOR Projects Team Leader/Managers
• Development/Exploitation Engineers
• EOR Production Technologists
• Other persons who seek to have more knowledge on EOR projects

This interactive Training will be highly interactive, with opportunities to advance your opinions and ideas and will include;

• Lectures
• Workshop & Work Presentation
• Case Studies and Practical Exercise
• Videos and General Discussions

Day-1  

• Oil Recovery Methods
• Reservoir Introduction
• Reservoir Drive Mechanisms
• Overall Reservoir Performance
• Producing Well Performance
• Reservoir Key Properties
• Initial Oil in Place
• Reserve and Ultimate Recovery Factor
• Reservoir Life Cycle
• Oil Recovery Methods
• Primary Recovery
• Artificial Lift Technology
• Secondary Recovery
• - Water Flooding
• - Flooding Patterns
• - Factors Affecting Water Flooding
• - Fractional Flow Curve

Day-2  

• Enhanced Oil Recovery Methods
• Improved Oil Recovery (IOR)
• Enhanced Oil Recovery (EOR)
• EOR Concept
• EOR Key Terminology
• Mobility Ratio
• Interfacial Tension
• Capillary Number
• Miscibility Concept

• EOR Common Types
• Chemical Injection Methods
• Miscible Gas Injection Methods

Day-3  

• Phases for EOR Project Implementation
• EOR Types (Cont.)
• Thermal Recovery Methods
• Water-Alternating Gas (WAG) Injection

• Phases for EOR Project Implementation
• EOR Screening Criteria
• Economic Assessment
• EOR Laboratory Measurements
• Modelling Studies (Reservoir Key Rock Properties)

Day-4  

• EOR Modelling Studies
• Reservoir Modelling Concept
• Integrated Reservoir Modelling Workflow
• Enhanced Oil Recovery (EOR) Modelling
• Reservoir Key Rock/Fluid Interaction Properties
• Wettability
• Relative Permeability
• Three Phase Relative Permeability
• Capillary Pressure
• Imbibition & Drainage
• Hysteresis
• Special Core Analysis (SCAL)
• Fluid Characterization/PVT Modelling
• EOS/Compositional Modelling
• Full Field Reservoir Simulation Model
• History Matching Process Improvement
• Model Prediction
• Sector Model for EOR Studies
• Single Well Model for EOR Studies

Day-5  

• EOR Pilot Design
• Pilot Design
• EOR Monitoring Plan
• Pre-Pilot Tests
• Full Field Development (FDP) Plan

• EOR Field Case Studies

• End Session/Discussion

BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.

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