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Gas Reservoir Management (RES82)

    Description

    With the recent developments in the natural gas supply in the world, natural gas production becomes a major part of operator companies’ asset management.
    This course will help participants to understand how to apply gas reservoir engineering techniques to maximise the asset value through engineering practices.


    Course Level: Foundation
    Duration: 4 days
    Instructor: Emina Buket Ulker

    Designed for you, if you are...

    • A geologist, reservoir engineer, petroleum engineer, production or completion engineer
    • A business development manager, asset manager or project manager

    How we build your confidence

    • The course will be delivered using well-designed PowerPoint presentation slides
    • Participants will engage in a group project during the course
    • Q&A sessions and discussions

    The benefits from attending

    By the end of the course you will feel confident in your understanding of:

    • Evaluating and preparing the data for reservoir engineering calculations; gas reservoir fluid properties, sampling, production analysis, diagnostic plots
    • Determining in place volumes; material balance calculations for various drive mechanisms, reservoir fluid types, decline curve analysis and alternate plotting techniques
    • Gas reservoir fluid flow and well testing; deliverability testing, non-darcy flow, testing for different well completions (horizontal well) and stimulation (hydraulic fracturing)
    • Prediction of ultimate recovery and future production; optimisation of gas well spacing and infill drilling, decline curves analysis, RTA (rate transient analysis) coupled with material balance applications

    Topics

    Basic Gas Reservoir Engineering and Gas Reserves
    • Reservoir fluids and fluid types
    • Drive mechanisms
    • Properties of natural gas
    • Volumetric gas in place

    Gas Reservoir Engineering and Performance Analysis
    • Material balance and determining gas in place volumes
    • Introduction to well testing, well deliverability and productivity index
    • Minimum tested volume
    • Design, execution, and interpretation of well test including horizontal wells and hydraulic fractured wells, PTA
    • Inflow and outflow performance for gas wells
    • Vertical multi-phase flow
    • Production data analysis

    Prediction of Ultimate Recovery through Well Testing, RTA, DCA, coupled Material Balance
    • Decline curve analysis, estimate reserves and future production
    • Type curve analysis
    • Flow regimes and diagnostic plots
    • RTA, DCA coupled with material balance
    • Gas reservoir simulation and modelling

    Reservoir Management Strategies and Economics
    • Development planning, well spacing, pattern optimisation
    • Selection of completion and perforation techniques
    • Reservoir surveillance and monitoring
    • Cost-benefit analysis of reservoir management options
    • Risk assessment and mitigation strategies


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