MAPSA Core Analysis Laboratory Can Implement the Following Operations:

    • Routine Core Analysis (RCAL)
        •  X-Ray Tomography (Core & Plug CT-Scanning)
        •  Gamma Ray logging (Spectral and Total Core Gamma, Depth Matching)
        •  Core Preparation (Inspection, Layout, Cleaning, & Marking)
        •  Core sampling
        •  Core Plugging (Consolidate & Unconsolidated Cores, 1, 1.2 and 1.5 inch)
        •  Plug Trimming
        •  Soxhlet Cleaning
        •  Humidity Oven Drying
        •  Dean & Stark Saturation Determination
        •  Ambient Helium Porosity
        •  Gas Permeability & Klinkenberg Corrected
        •  Porosity & Permeability at Overburden Condition (up to 10000Psi)
        •  Brine Permeability
        •  Grain Density
        •  Whole Core Preservation in Wax
        •  Core Slabbing
        •  Digital Core Photography (UV & White)
        •  Core Resination
        •  Core store
    • Special Core Analysis (SCAL)
        •  Sample Preparation – Wettability Restoration, Critical Point Drying, Mounting of Unconsolidated Sand, and Fractured Carbonates
        •  Electrical Properties
        •  Formation Resistivity Factor, with Cementation Factor (m), under ambient and elevated reservoir overburden pressure
        •  Resistivity Index, with Saturation Exponent (n), under ambient and elevated reservoir overburden pressure by reservoir dead oil
        •  Cation Exchange Capacity (CEC), by Core Conductivity Method (Co/Cw)
        •  Impact of Overburden (Stress) to 10,000 psi
        •  Pore Volume Compressibility and Porosity
        •  Specific and Effective Permeability
    • Capillary Pressure
        •  Air-Brine and Oil-Brine by the Porous Plate technique, at ambient and elevated overburden pressure
        •  Ultra speed Centrifuge Technique
        •  MICP
        • Pore Size distribution
        • Mercury Injection up to 60,000 psi
        •  Wettability
          Methods available – Amott, USBM (centrifuge), Combined Amott/USBM
        •  Relative Permeability
        •  Unsteady and Steady State Displacement Options
        •  Displacement of Mobile Phase by Gas, Water or Oil
        •  Drainage and Imbibition Full Curves and End Points
        •  Ambient and Reservoir Conditions, with Dead and Live Crude Oil
        •  Trapped (residual) Gas Saturation Determination
        •  Nuclear Magnetic Resonance (NMR)
        •  Evaluation on Property of Pay Formation
        •  Porosity and Permeability of Core and Cutting Sample
        •  Pore Size Distribution
        •  Qv Determination
        •  T2 Cutoff Calculation and Seperation of Movable (FFI) and Bound Fluids (BFV) Parts and Effective Porosity(MPHI) and Total Porosity(MSIG) Measurement
        •  Wettability Characterization
        •  Low Resistivity Reservoir Study
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