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Oil & Gas Training
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    Oil and Gas Training Courses SLB NEXT

    Surface Production Facilities Program-UNB

    This program has been created to fast track the gap closing for surface production facilities engineer and operations.  The program consists of several modules of

    • Overview to production facilities engineering
    • Oil processing and treatment (design and Engineering)
    • Gas processing and treatment (design and Engineering)
    • Optimization of production processes
    • Water Treatment
    • Scale (Salt) Prediction, Control and Remediation






    • Production Process design and Engineering (it contains the use of Hysys)
      • Overview to production facilities engineering (2 hours)
        • Project life cycle
        • DBSP (Design Basis Scoping Paper)
        • Feasibility studies
        • Conceptual design
        • Basic engineering and FEED
        • Detailed engineering
      • Oil processing and treatment (design and Engineering) (6 hours)
        • Introduction to oil processing and properties
        • Separators
        • Dehydration-
        • Desalters
        • Stabilizers and stripping column

    • Production Process design and Engineering (it contains the use of Hysys)
      • Gas processing and treatment (design and Engineering) (8 hours)
      • TEG units
      • Liquid removal
      • Compressors
      • Hydrate management
    • Daily Tests
    • Optimization of production processes
      • Typical processing plant optimization initiatives
        • Automation of repetitive tasks
        • Improving process run times
        • Equipment diversity to avoid common mode failure
        • Typical factors affecting performance of above operations
    • Optimization techniques for specific equipment
      • Oil gas separation process
        • Chemical injection dosage
        • Operating pressure of the separator
    • Heat exchangers
      • Optimize the temperature approach
      • Turn-down ratio
    • Pumps
      • Impeller diameter
      • NPSH


    • Optimization of production processes
    • Compressors
      • Suction conditions
      • Gas properties
    • Heaters
      • Fuel – air ratio
      • Excess oxygen
    • Desalters
      • Water injection rate
      • Number of stages
    • Daily Tests


    • Water Treatment
      • Water chemistry fundamentals
        • Water characteristics and properties
        • Specification & requirements of the water used in oil industries.
        • For disposal
        • For reservoir injection
        • For steam
      • Water Sampling
      • Water treatment and processes
        • Process and equipment design and operation
        • Skimmers
        • Parallel and corrugated plate interceptors
        • Flotation Units
        • Hydrocyclone
        • Filtration unit
        • Equipment and technology selection
    • Daily Tests
    • Water treatment and processes (cont.)
      • Water Corrosivity
      • Chemical treatment
        • Clarification
        • Bacteria control
        • Demulsifier
        • Oxygen scavengers
        • Sulfite scavengers
        • Lab test and protocols
        • Interpretation of the lab results
        • Scale inhibitor
        • Corrosion inhibitor
      • Water injection and disposal systems
        • Water specifications
        • Layout
        • Design and operations
        • Monitoring system
      • Case studies for Water injection and disposal system
    • Scale (Salt) Prediction, Control and Remediation
      • Water formed scales
      • Type of scale
      • Mechanism of scale formation
      • Scale control. mitigation remediation
      • Chemical use
      • Lab test
      • Scale prediction (Use of empirical equation and software)
      • Scale monitoring
      • Scale management guideline


    Facilities Engineers and Operation Engineers

    Currently there are no scheduled classes for this course.

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