Cairo From 26-30/10/2025

Course Overview:

This intensive program provides comprehensive training in production logging tools, interpretation techniques, and well performance analysis for oil and gas professionals. Participants will master multi-phase flow diagnostics, problem well identification, and production optimization strategies using cutting-edge logging technologies.

Course Objectives:

Upon completion, participants will be able to:

·      Select appropriate logging tools for different well conditions

·      Interpret multi-phase flow profiles in complex completions

·      Diagnose production problems (water/gas breakthrough, crossflow)

·      Evaluate well integrity using temperature/noise logs

·      Apply advanced interpretation methods for horizontal wells

·      Integrate PLT data with reservoir models

·      Recommend production optimization solutions

Who Should Attend

This course is essential for:

• Production engineers
• Well performance analysts
• Petrophysicists
• Reservoir engineers
• Logging engineers
• Field supervisors
• Well intervention specialists

Course Outline:

Day 1:

 Production Logging Fundamentals

• PLT objectives and applications
• Tool physics and measurement principles
• Single vs. multi-phase flow regimes
• Depth control and log quality assurance

Conventional PLT Tools

• Spinner flowmeter interpretation
• Fluid density and capacitance measurements
• Temperature and noise log diagnostics
• Pressure gradient analysis

Day 2:

Advanced Logging Technologies

• Array spinner tools
• Spectral noise logging
• Distributed temperature sensing (DTS)
• Fiber optic monitoring systems

Multi-Phase Flow Interpretation

• Holdup modeling techniques
• Velocity slip calculations
• Flow regime identification
• Three-phase flow analysis

Day 3:

Complex Well Applications

• Horizontal well logging challenges
• Deviated well flow profiling
• Multilateral well diagnostics
• ESP-equipped well monitoring

Problem Well Diagnosis

• Water/gas entry identification
• Crossflow detection
• Casing/tubing leak detection
• Behind-pipe channeling

Day 4:

Data Integration & Optimization

• PLT-reservoir model integration
• Production allocation methods
• Perforation strategy optimization
• Workover candidate selection

Day 5:

 Practical Workshops

• Log interpretation exercises
• Field case study analysis
• Toolstring configuration design
• Job planning simulations