Course Overview
This course provides a comprehensive overview of Enhanced Oil Recovery (EOR) techniques used to maximize hydrocarbon extraction beyond primary and secondary recovery methods. Participants will explore the science behind various EOR processes, including thermal, chemical, and gas injection methods, and learn how to select, design, and implement appropriate EOR strategies to optimize oil production sustainably and economically.
Course Objectives
By the end of this course, participants will be able to:
- Understand the principles and mechanisms of Enhanced Oil Recovery
- Identify different EOR techniques and their appropriate applications
- Analyze reservoir characteristics affecting EOR selection and performance
- Design and plan EOR projects considering technical and economic factors
- Monitor and evaluate EOR operations for optimal recovery
- Address environmental and safety considerations in EOR implementation
- Collaborate effectively with multidisciplinary teams in EOR projects
Who Should Attend?
- Reservoir and petroleum engineers
- Production engineers and field supervisors
- Project managers and technical consultants
- Research and development professionals in oil & gas
- Environmental and safety officers involved in EOR operations
- Professionals interested in advanced oil recovery techniques
Course Content
Fundamentals of Enhanced Oil Recovery
- Overview of oil recovery stages: primary, secondary, and tertiary
- Reservoir properties influencing EOR effectiveness
- Key mechanisms: mobility control, sweep efficiency, wettability alteration
Thermal EOR Methods
- Steam flooding and cyclic steam stimulation (CSS)
- In-situ combustion (ISC)
- Benefits, limitations, and field applications
Chemical EOR Methods
- Polymer flooding for viscosity control
- Surfactant and alkaline flooding for improved displacement
- Chemical formulation and injection strategies
Gas Injection EOR Methods
- Miscible and immiscible gas injection techniques
- Use of CO2, nitrogen, and hydrocarbon gases
- Reservoir management and gas availability considerations
Design and Implementation of EOR Projects
- Screening criteria for EOR selection
- Project planning, budgeting, and risk assessment
- Monitoring and controlling EOR performance
- Case studies of successful EOR implementations
Environmental, Health, and Safety Considerations
- Managing environmental impacts of EOR operations
- Safety protocols and risk mitigation
- Regulatory compliance and reporting