OIL & GAS FIELDS MODELING AND OPTIMIZATION

Course Description: 

This program offers a thorough exploration of cutting-edge intelligent well solutions within the realm of oil and gas wells. Delving into the manifold advantages and versatile applications of intelligent wells, the course places a strong emphasis on innovative design methodologies, complemented by immersive practical examples drawn from real-world field experiences.

Who Should Attend? 

This course is designed for professional petroleum engineers, reservoir engineers, production engineers, operation engineers, drilling engineers and asset managers 

What You Will Learn: 

• - Acquire a comprehensive understanding of Intelligent Well Completion Systems, spanning from downhole sensors to advanced actuators (ICV, ICD, mechanically driven sleeves).

• - Absorb design methodologies that underpin the successful completion of intelligent wells.

• - Engage in hands-on exercises, delving into intelligent well Modeling and Value Quantification. This encompasses the construction of nodal analysis models to delineate the intended behavior of remote actuators.

• - Participate in interactive training sessions centered around Intelligent Field Modeling and Value Quantification.

• - Unearth optimal operational strategies tailored to wells incorporating downhole inflow control technologies.

• - Gain a broad overview of Digital Oilfield (DOF) concepts and Real-time production optimization. Uncover a decade's worth of best practices and insights from practical DOF implementations.

Course Outline: 

• Introducing Intelligent Well Technologies: A Comprehensive Overview. Delving into the Economics of Intelligent Wells.

• Unveiling the Components of Intelligent Wells and Exploring their Multifaceted Applications.

• The Dynamic Choice: Passive vs. Active Downhole Flow Control Technologies.

• Unlocking the Potential: Performance Modeling and Optimization for Intelligent Well Completions via Nodal Analysis.

• Crafting a Comprehensive Workflow for Intelligent Well Completion Design.

• Bridging Theory and Practice: Intelligent Field Modeling and Value Quantification Through Advanced Tools.

• Navigating Advanced Well Completion Design and Field Development Configuration through a Comprehensive Workflow.

• Automating Optimization Strategies: Crafting Integrated Intelligent Well Placement and Design Approaches.

• Reducing Uncertainty: Streamlining Intelligent Field Development Planning through a Rigorous Workflow.

• Precision in Flow Estimation and Allocation Leveraging Downhole Pressure and Distributed Temperature Data.

• Precision Production Optimization in Intelligent Wells through Distributed Downhole Measurements.

• Closed-Loop Monitoring and Performance Optimization in Intelligent Well Operations.

• Engaging Class Exercises and Enriching Insights from Field Case Studies.