About the Course
Embark on a comprehensive 5-day immersive journey, as this course unveils avant-garde techniques for crafting and analyzing well performance. Departing from conventional paradigms, the focus lies on the well inflow aspect within the intricate well-reservoir nexus. Designed for seasoned professionals, the course assumes a foundational grasp of well flow analysis concepts, ensuring a seamless integration of advanced insights.
Who may attend?
This course is designed for senior managers, asset managers, reservoir engineers, and production engineers.
What You Will Learn:
Master inflow performance concepts and cutting-edge techniques to forge accurate predictions for diverse completions, spanning simple to intricate.
Engage in an exhaustive exploration of Darcy and Non-Darcy skin effects, unraveling their intricate nuances for alternative well completion blueprints.
Gain profound insights into identifying optimal work-over candidates and strategically selecting the most efficacious completion alternatives tailored to individual wells.
Uncover methods for a comprehensive post-audit of well completion performance, driving the pursuit of continuous enhancement objectives.
Develop acumen in evaluating the intricate balance between costs and benefits inherent in alternative completion designs.
Embark on an illuminating voyage into Laboratory Studies, unveiling their pivotal role in assessing formation damage, drill-in fluid design, and sand control strategies.
Course Outline
Pioneering the Well Inflow Performance Landscape: Initiating Insights.
Predictive Methods for Unveiling Inflow Performance: A Comprehensive Exploration.
Decoding the Essence of the Skin Effect: Delving into Pressure Loss Phenomena.\
Synergy of Inflow Performance Analysis within Completion Design: Forging Integration.
A Strategic Lens on Performance Analysis and Post-Audit: Cultivating Continuous Enhancement.
Navigating Complex Terrain: Hydraulically Fractured, Horizontal, and Multi-Layered Wells.
Striking the Balance: Evaluating Cost vs. Benefit Dynamics.
Embracing Laboratory Damage Testing, Fluid Assessment, and Problem-Solving.