integrated-formation-evaluation-clastic-carbonate-reservoirs

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integrated-formation-evaluation-clastic-carbonate-reservoirs

Course Category : Engineering

This course equips professionals with advanced methodologies for integrated formation evaluation in clastic and carbonate reservoirs by combining logs, core data, and NMR to support robust reservoir characterisation and modelling decisions
Duration: 5 Days
Level: Advanced

Introduction

Integrated formation evaluation is fundamental to hydrocarbon reservoir characterisation, requiring systematic integration of well logs, core analysis, and reservoir tests to understand petrophysical properties and fluid behaviour. This integration becomes particularly critical in clastic and carbonate reservoirs due to their contrasting architectures and complexities
This course develops advanced understanding of logging tools, quality control procedures, multi-source data integration, NMR applications, and saturation height modelling, enabling participants to deliver reliable reservoir characterisation for exploration and development stages.

Targeted Audience

  • Petrophysics and log analysis specialists
  • Geologists
  • Reservoir engineers
  • Geophysicists
  • Geomodellers
  • Reservoir characterisation teams

Targeted Skills

  • Advanced well log interpretation
  • Differentiation of clastic and carbonate reservoirs
  • Log and core data integration
  • Application of NMR for fluid and porosity characterisation
  • Saturation and height modelling
  • Quality control and validation
  • Supporting static and dynamic modelling

Expected Outcomes

  • Develop advanced understanding of integrated formation evaluation principles.
  • Interpret logs in clastic and carbonate reservoirs.
  • Integrate core data with conventional and advanced logs.
  • Apply NMR to characterise fluids and porosity.
  • Model saturation height to support reservoir characterisation.

Training Topics Index

  • Lithology identification
  • Porosity measurement tools
  • Resistivity tools
  • Invasion history
  • Clastic vs carbonate reservoirs

  • Log normalisation and QC
  • Cross-plot analysis
  • Shale and porosity calculations
  • Water resistivity and saturation
  • Horizontal and deviated well evaluation

  • Core data analysis
  • Reservoir heterogeneity
  • Rock quality indicators
  • Permeability modelling
  • Wireline, LWD, and core integration

  • NMR theory
  • NMR log interpretation
  • NMR integration workflows
  • Fluid and facies characterisation

  • Capillary pressure concepts
  • Pressure curve variations
  • Free water level and contacts
  • Saturation height modelling
  • Applications in clastic and carbonate reservoirs

Course Features

  • Updated and Interactive Content
  • Hypothetical Examples and Case Studies
  • Pre- and Post-assessments to Measure Impact
  • Verified Certificate with a QR Verification Code