ENHANCED OIL RECOVERY TECHNIQUES

As conventional oil reserves dwindle, **unlocking the hidden potential of existing reservoirs** becomes increasingly crucial. This **intensive course** delves into the **world of Enhanced Oil Recovery (EOR) techniques**, equipping you with the **knowledge and skills** to:

**Target Audience:**

* **Reservoir engineers, production engineers, and petroleum engineers seeking to:**

    * Gain a **thorough understanding of different EOR techniques** and their applications.

    * **Evaluate, select, and design effective EOR strategies** for specific reservoir types.

    * **Predict and improve the performance of EOR projects** for optimal recovery.

    * **Stay ahead of the curve** in the ever-evolving EOR landscape.

* **Geologists, petrophysicists, and other professionals** involved in reservoir management who need to understand the impact of EOR on reservoir behavior.

* **Individuals with an interest in sustainable resource management and maximizing hydrocarbon recovery.**

**Course Objectives:**

* **Fundamentals of EOR:**

    * Explore the **concepts and terminology** associated with EOR.

    * Analyze the **limitations of primary and secondary recovery** and the need for EOR.

    * Identify the **key factors influencing EOR effectiveness** in different reservoir types.

* **Miscible EOR Techniques:**

    * Master the principles of **miscible gas injection** and its application in EOR.

    * Understand the role of **miscibility and mobility ratio** in miscible EOR projects.

    * Learn to **design and optimize miscible gas injection strategies** for various reservoirs.

* **Chemical EOR Techniques:**

    * Explore the diverse range of **chemical EOR methods**, including polymers, surfactants, and alkalis.

    * Understand the **mechanisms of action** for each chemical EOR technique.

    * Learn to **select and design effective chemical EOR formulations** for specific reservoir conditions.

* **Thermal EOR Techniques:**

    * Demystify the science behind **steam injection, cyclic steam injection, and in-situ combustion** for EOR.

    * Analyze the **advantages and challenges** of thermal EOR methods.

    * Learn to **evaluate the feasibility and design thermal EOR projects** for optimal results.

* **Emerging EOR Technologies:**

    * Discover the **latest advancements in EOR**, including microbial EOR, low salinity waterflooding, and smart fluids.

    * Understand the **potential and limitations** of these emerging technologies.

    * Explore the **future of EOR** and its role in sustainable resource management.

*Course Methodology:

• **Interactive lectures:** Engaging presentations with real-world case studies, industry expert insights, and advanced software demonstrations.
• **Hands-on workshops and exercises:** Design and evaluate EOR scenarios, analyze reservoir data, and perform calculations using practical tools.
• **Group discussions and problem-solving sessions:** Collaborate with fellow participants and instructors to tackle EOR challenges and share best practices.
• **Optional online community platform:** Access additional resources, connect with instructors and peers, and continue learning beyond the course.

Course Benefits:

• **Become an EOR expert with a comprehensive understanding of different techniques and their applications.**
• **Confidently evaluate and select EOR strategies for maximizing hydrocarbon recovery in specific reservoirs.**
• **Improve the performance of EOR projects through effective design, monitoring, and optimization.**
• **Stay informed about the latest EOR advancements and their potential impact on the industry.**
• **Contribute to sustainable resource management by optimizing oil production and minimizing environmental impact.**

**Ready to unlock the hidden potential of your reservoirs and boost your EOR expertise?** Enroll in this Enhanced Oil Recovery Techniques course and embark on a transformative journey towards mastering the art of maximizing hydrocarbon recovery.