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Special Core Analysis: Petrophysical Imaging Applications (RES44)

    Description

    This petrophysical imaging course skills participants in the fundamentals, application and integration of core computed tomography (CT) and nuclear magnetic resonance (NMR) imaging.
    The course covers both basic and advanced applications from basic core depth shift considerations to core orientation and differentiation of rock fluid interactions. The physics, equipment and data processing for CT and NMR measurements are reviewed and applied in practical reservoir characterisation and recovery examples.

    Course Level: Skill
    Instructor: Jim Funk

    Designed for you, if you are...

    • A geologist, geophysicist, reservoir engineer or petrophysicist recommending or directing core analysis measurements

    • A core analyst or formation damage specialist working to develop improved laboratory measurements and procedures

    How we build your confidence

    • Documentation of the techniques, equipment, measurements and research for imaging and extraction of rock property measurements
    • You learn to evaluate and analyse the data and the incorporation of the results

    The benefits from attending

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

    • X-ray CT imaging procedures and image acquisition parameters

    • Image data types and processing fundamentals
    • Image data limitations

    • Current and potential applications of image and log integration
    • NMR fundamentals and laboratory applications

    Topics

    • X-ray interactions and laboratory x-ray imaging tools
    • Image file formats and processing
    • Quantitative petrophysical measurements from Hounsfield CT numbers
    • CT imaging for fluid transport studies
    • Dual energy CT for mineralogical classification
    • CT image data for core orientation with image logs
    • Micro-CT imaging equipment techniques and applications


    • NMR fundamentals and laboratory tools
    • NMR pulse sequence data and processing
    • NMR T2 and diffusion methods for pore size and transport property measurements
    • NMR spatial T2 distributions
    • NMR and CT combination methods for heterogeneity
    • NMR methods for fluid identification
    • NMR methods and ROS determinations


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