Description
Module 1: Introduction to Enhanced Oil Recovery (EOR)
– Overview of EOR techniques and their significance in hydrocarbon production.
– Objectives of EOR, industry applications, and reservoir conditions.
– Introduction to EOR methods and principles.
Module 2: Thermal EOR Methods
– Study of thermal EOR methods for enhanced oil recovery.
– Steam flooding, cyclic steam stimulation (CSS), and in-situ combustion.
– Enhancing oil recovery through thermal processes.
Module 3: Chemical EOR Methods
– Exploration of chemical EOR methods in enhanced oil recovery.
– Polymer flooding, surfactant flooding, and alkaline-surfactant-polymer (ASP) flooding.
– Improving oil displacement and reservoir sweep efficiency.
Module 4: Gas EOR Methods
– Understanding gas EOR methods for enhanced oil recovery.
– Gas injection techniques, including CO2 flooding and natural gas injection.
– Gas-driven oil displacement mechanisms.
Module 5: Microbial EOR and Nanotechnology
– Study of microbial EOR and nanotechnology applications.
– Microbial flooding, bio-surfactants, and nanomaterials in EOR.
– Enhancing oil recovery using microbial and nanotechnology approaches.
Module 6: EOR Field Implementation and Challenges
– Overview of EOR field implementation and operational challenges.
– Project planning, monitoring, and optimization.
– Addressing practical challenges in EOR projects.
Module 7: Environmental and Regulatory Considerations
– Exploration of environmental and regulatory considerations in EOR.
– Environmental impact assessments, permitting, and compliance.
– Ensuring environmentally responsible EOR operations.
Module 8: Advanced Topics in Enhanced Oil Recovery (EOR)
– Delving into advanced topics and emerging trends in EOR.
– EOR modeling and simulation, digital EOR technologies, and complex reservoirs.
– Addressing complex EOR challenges and technological advancements.
