Reservoir Characterization & Monitoring
- Petrophysical Analysis & Rock Physics Modeling
- Multi-Component Seismic Data Processing
- Time-Lapse (4D) Seismic Monitoring
- CO2 Sequestration & Enhanced Recovery Studies
Petrophysical analysis
- Porosity Measurement
- Determination of total and effective porosity (core & log-based)
- Helium porosimetry and digital image analysis
- Permeability Analysis
- Gas and liquid permeability tests
- Reservoir quality assessment
- Fluid Saturation
- Water, oil, and gas saturation determination
- Dean-Stark extraction and Archie’s equation application
- Mineralogy & Lithology
- XRD and well log interpretation for mineral composition
- Differentiation of reservoir and non-reservoir zones
- Rock Mechanical Properties
- Uniaxial and triaxial compressive strength tests
- Elastic moduli (Young’s modulus, Poisson’s ratio)
- Electrical Properties
- Formation resistivity and cementation factor analysis
- Dielectric and induced polarization studies
- Well Log Interpretation
- Integration of gamma-ray, neutron, density, and resistivity logs
- Petrophysical modeling for reservoir characterization
- Rock physics modeling
- Predicts rock properties from seismic and well log data
- Elastic moduli estimation (Bulk modulus, Shear modulus)
- Fluid substitution modeling using Gassmann’s equation
- AVO (Amplitude Variation with Offset) analysis for hydrocarbon detection
- Calibration of seismic data with petrophysical properties
- Fracture detection
- Image log analysis (FMI, UBI) for fracture orientation and density
- Seismic attributes (coherence, curvature) for subsurface fracture mapping
- Azimuthal anisotropy from seismic and sonic logs
- Core and thin-section analysis for fracture type identification
- Fracture porosity and permeability estimation for reservoir evaluation