The core gamma log is reported as the total emissions and the individual isotopic constituents of Potassium, Thorium and Uranium.

CT scanning of the core is necessary to determine the angle of bedding.

Slubbing of core sections for 1⁄4 and 3⁄4 parts

Plug samples 1.5 and/or 1 inches in diameter and approximately 2 inches long are used for the routine analysis program.

Soxlet solvent extraction (Methanol, Toluene or Chloroform). AZLAB may propose any other solvent sequences to the client for approval.

Measurements
• Porosity Calculation
• Grain Volume Measurement
• Pore Volume Measurement
• Permeability & Porosity

Probe permeability for each point.

The thin sections preparation and detailed description under microscope.

SEM analysis of samples conducts to visually document and evaluate rock fabric, whith particular emphasis directed toward pores, pore throats and the mode of diagenetic components (e.g. clays). The highest magnification SEM photograph are generally document details of diagenetic clay morphology and mode of occurrence, includes 6 photographs taken with different magnification and given below.

The analysis are carried out to determine mineralogical composition of sample using X-rays.

• Sieving method normally applied to soils that contains more than 65% particles >45μm, i.e. sands and gravels.
• The hydrometer method, followed by sieving, for soils that contain more 35% fine particles, i.e. clays.

Sample prepared for complex Biostratigraphical partition and interpratation: Foraminifera, Ostracods, Mollusc

Processing and interpretation Stratigraphically positioning and Bionomical conditions are also determined.

• Coring and Core Preparation
• Surface protection
• Core preservation
• Plug Preservation
• Core Plugging
• High resolution photography
• Spectral Gamma (API, U, Th, K)

Mercury Injection
Capillary pressure and pore size distribution using automated analysis equipment
CENTRIFUGE: 1 INCH DIAMETER SAMPLES
CENTIGUGE: 1.5 INCH DIAMETER SAMPLES
Capillary pressure
Mercury Injection
Capillary pressure and pore size distribution using automated analysis equipment
CENTRIFUGE: 1 inch diameter samples
CENTIGUGE: 1.5 inch diametr samples
POROUS PLATE CELL: ambient conditions
Electrical resistivity
Excess conductivity, Qv
Pore volume compressibility
Wettability
Relative permeability, conventional method (ambient temperature)
Relative permeability, smax method

Organic content (loss on ignition)
Carbonate content
Permeability (Constant head method)
In permeameter
In triaxial cell
Oedometer (Increamental loading)
UU trixial test
Single stage
Three stages using multistage technique
Three stages using single-stage technique
CU triaxial test
Single stage
Three stages using multistage technique
Three stages using single-stage technique
CU triaxle test (Anisotropic consolidation)-single stage