📘 General Introduction

Enhanced Oil Recovery (EOR) technologies are among the most advanced and strategic solutions in the oil and gas industry, designed to maximize hydrocarbon recovery from reservoirs that cannot be fully exploited using conventional methods.

As global energy demand continues to rise and easily accessible reserves decline, EOR has become a critical tool for extending the life of oil fields, improving production efficiency, and ensuring sustainable resource management.

EOR techniques include water flooding, gas injection, chemical methods, and thermal recovery, each tailored to specific reservoir conditions. These technologies not only increase recovery rates but also contribute to reducing environmental impact by optimizing resource utilization.

With the integration of digital innovation, artificial intelligence, and advanced monitoring systems, modern EOR strategies are evolving to meet the challenges of cost, efficiency, and sustainability.

The workshop titled “Enhanced Oil Recovery (EOR) Technologies” is a ten-day intensive program designed to provide participants with both theoretical knowledge and practical skills in the latest EOR methods.

Through lectures, applied sessions, and case studies, participants will gain hands-on expertise in reservoir management, injection techniques, risk mitigation, and digital transformation, preparing them to lead in the future of petroleum engineering.

🎯 Target Audience

• Petroleum and reservoir engineers
• Production and field specialists
• Project managers in oil and gas
• Environmental and sustainability experts
• Graduate students in petroleum engineering
• Energy investors

🏆 Expected Objectives

• Gain comprehensive understanding of EOR principles and technologies
• Acquire skills in applying water, gas, chemical, and thermal injection methods
• Enhance ability to improve production efficiency and sustainability
• Develop strategies for managing operational risks
• Learn digital innovations in reservoir monitoring and control
• Connect theoretical knowledge with practical applications

🔬 Scientific Topics

Theme 1: Introduction to EOR

Session 1: Fundamentals of EOR

• Definition and scope
• Importance in modern industry
• Key objectives

Session 2: Current Challenges

• Declining productivity
• Pressure depletion
• Environmental concerns

Theme 2: Water Injection

Session 1: Basics of Water Flooding

• Principles
• Applications
• Efficiency improvement

Session 2: Advanced Water Injection

• Smart systems
• Performance monitoring
• Troubleshooting

Theme 3: Gas Injection

Session 1: Types of Gases

• Carbon dioxide
• Nitrogen
• Natural gas

Session 2: Practical Applications

• Productivity enhancement
• Risk reduction
• Sustainability strategies

Theme 4: Chemical EOR

Session 1: Chemical Agents

• Polymers
• Surfactants
• Soluble materials

Session 2: Applications

• Efficiency improvement
• Cost reduction
• Innovative solutions

Theme 5: Thermal Recovery

Session 1: Steam Injection

• Principles
• Industrial applications
• Troubleshooting

Session 2: Advanced Thermal Methods

• Cyclic steam injection
• Continuous steam flooding
• Modern innovations

Theme 6: Reservoir Management

Session 1: Reservoir Evaluation

• Well logging
• Pressure testing
• Data analysis

Session 2: Management Strategies

• Productivity improvement
• Risk reduction
• Sustainability enhancement

Theme 7: Safety and Quality

Session 1: Global Safety Standards

• Safety systems
• Risk assessment
• Emergency planning

Session 2: Quality Management

• Standards
• Monitoring tools
• Performance improvement

Theme 8: Digital Innovation

Session 1: Digital Transformation

• Artificial intelligence
• Internet of Things
• Big data applications

Session 2: Future of Digital Industry

• Robotics
• Digital simulation
• Innovative solutions

Theme 9: Petroleum Economics

Session 1: Project Costs

• Cost analysis
• ROI evaluation
• Financing strategies

Session 2: Investment Opportunities

• EOR investments
• Financial risks
• Future growth

Theme 10: Practical Applications and Case Studies

Session 1: Field Applications

• Case studies
• Hands-on training
• Best practices

Session 2: Performance Evaluation

• Result analysis
• Process improvement
• Development strategies