Course Objectives:

• Feasibility and Design Evaluation
• Performance Prediction
• Operational Planning and Control
• Performance Monitoring and Optimization
• Integration with Surface Engineering

Course Outlines:

• Introduction
  • Water-flooding, status of water-flooding, water-flood systems, improved water-flood technology
  • Water-flood evaluation
  • Volumetric analysis, reservoir bulk volume, saturation distribution
  • Material balance analysis
  • Water-flood patterns
  • Injection rate estimation
  • Recovery efficiency, displacement efficiency, areal sweep efficiency, vertical sweep efficiency
  • Water-flood performance projection method

• Water-flood monitoring and management
• Monitoring water supply & water quality
• Monitoring injection well performance, injection well completion,
• testing and measurement, performance analysis
• Monitoring production well performance
• Monitoring surface production, surface production facilities,
• production stream treatment, quality and quantity measurement
• Reservoir process analysis, pattern performance analysis, reservoir
• fluid movement
• Water-flood enhancement strategies

• Pilot and field tests, flooding fractured reservoirs
• Injection and production profile, injection profile modification, production profile modification
• Flood pattern modification, injection and production well placement, infill drilling

Who Can Benefit?

• Reservoir Engineers
• Production Engineers
• Geologists

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