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Objectives

 

• By the end of this Course participants will be able to:
• Specify water quality requirements for a water injection project
• Simulate the impact of water quality on injector performance
• Make facilities decisions to ensure good long-term well injectivity
• Conduct diagnosis of water production problems
• Identify potential sources of produced water
• Select possible remediation methods for water shutoff
• Choose facilities to better handle produced water shutoff
• Test injection wells to identify injection profiles
• Select injection well patterns for optimizing waterfloods
• Simulate the impact of thermal effects on injection well performance
• Evaluate the impact of growing fractures on waterflood performance
• Empower with an overview on the different water treatment methods .

The Delegates

Reservoir, production, and surface facilities engineers responsible for providing reservoir engineering support, facilities planning and drilling/completions recommendations for oil and gas assets, engineers , Controller and other personnel involved in providing equipment and chemicals for diagnosing / reducing water production, improving injector performance and treating produced water .

The Contents

• Day One :
• Introduction: Causes of excess water production
• Data collection for problem identification
• Identifying the causes of excess water production
• Wellbore and near-wellbore water shutoff technologies
• Gels for water shutoff
• Polymer flooding
• Day Two:  
• Down-hole sink technology
• Selection of water control treatment
• Analysis and treatment of produced water
• Scale, bacteria and corrosion problems
• Day Three :  
• Injection well testing
• Water quality requirements for re-injection and surface disposal
• Fractured injection wells
• Day Four :  
• Injection into unconsolidated sands (with sand control)
• Impact of water re-injection on reservoir performance
• Economics and post treatment analysis
• Day Five :
• Water sampling and analysis
  • Chemical and physical properties
  • Qualitative analysis oil field
  • Oil in water analysis
  • Suspended solid analysis
  • Particle size analysis
  • Water quality
  • Turbidity
  • Field water analysis
• Course summary.

 

The Discount

10% in case of Three P. (or more)