RESERVOIR DESCRIPTION & LABORATORY

Understanding Reservoirs Through Analytical Studies.

Well-site Core Processing

  • Core Stabilisation
  • Core Preservation
  • Core Transportation

Routine Core Processing

  • Core Handling and Preservation
  • CT Scanning
  • Plugging / Core Slabbing
  • Core Description
  • Core Gamma
  • Core Photography
  • Get accurate evaluation of the storage and flow capacity of your reservoir.
  • Flow & Storage Capacity
    • Permeability
      • Probe-point, Plug, Full-diameter
      • Steady-stat
      • Unsteady-state
      • Liquid / Air Perm
      • Klinkenberg Perm

    • Porosity
      • Boyle's Law Helium Porosity
      • Pore Volume Compressibility
  • Grain Density
  • Fluid Saturations
  • Applications in formation evaluation, reservoir description, log calibration and reservoir modeling, while simulating reservoir conditions in the laboratory:
    • Electrical Measurement
    • Wettability
    • Capillary Pressure
    • Relative Permeability
    • Rock Mechanics
    • Formation Damage
  • Age Dating
  • Depositional Environments
  • Sequence Stratigraphy
    • Biostratigraphy
    • Lithology
    • Absolute Dating
    • Fission Track Dating
    • Chemostratigraphy
    • Climate Stratigraphy
    • Wellsite / Field Studies
  • Field Surveys [Marine & Land]
  • Source Rock Analysis
  • Maturity Analysis
  • Oil & Gas Characterisation
  • Fluid-Source Relationship
  • Correlation
  • Modeling
  • Sedimentology
    • Core Description
    • Facies Interpretation
    • Bed Dip Measurements
    • Fracture Analysis

  • Petrography
    • Thin Section
    • XRD
    • SEM / EDX
    • XRF
    • Cathodoluminescence
    • Epifluorescence

  • Reservoir Characterisation
    • Grain Size Distribution
    • Integration of Routine / SCAL
    • Analysis
    • Geologic & Facies Models

uzmALABTM offers complete laboratory testing and analysis of reservoir rocks utilising in-house laboratory equipment and expertise. We provide critical information on reservoir storage capacity, fluid saturations and fluid flow which is essential for accurate reservoir engineering models and hydrocarbon recovery predictions.

  • EOR Screening
  • EOR Project Integration and Management
  • Reservoir Characterisation and Modeling
  • Laboratory Assessment Fluid Compatibility Chemical Screening, Core Flood Studies
  • Field / Well Residual Oil Assessment
  • EOR Monitoring and Evaluation
  • Chemical Supplies and Manufacturing
  • EOR Facilities Design