Structural & Stratigraphic Interpretation
• 2D and 3D seismic interpretation for identifying faults, folds, thrusts, unconformities, and stratigraphic features.
• Mapping of horizons, depositional environments, and basin architecture.
• Enhanced structural frameworks for reservoir modeling and drilling decisions.
Attribute-Based Interpretation
• Use of advanced seismic attributes (coherency, curvature, spectral decomposition, similarity, etc.) to highlight subtle geological features.
• Fault and fracture mapping, channel and reef identification, and detection of thin beds.
• Improved visualization of stratigraphic and lithological variations.
AVO/AVA & Rock Physics Integration
• Amplitude Versus Offset (AVO)/Amplitude Versus Angle (AVA) analysis for hydrocarbon detection and lithology prediction.
• Integration of seismic data with rock physics models to enhance reservoir prediction.
• Identification of gas/oil/water contacts and fluid discrimination.
Seismic Inversion & Reservoir Characterization
• Pre-stack and post-stack inversion for generating elastic property volumes.
• Quantitative interpretation of porosity, lithology, and fluid saturation.
• Integrated workflows for building static reservoir models.
Depth Domain Interpretation
• Interpretation in both time and depth domains supported by advanced velocity models.
• Accurate mapping of targets in complex terrains (sub-salt, sub-basalt, thrust belt areas).
• Risk reduction in prospect delineation and well placement.
Integrated G & G Interpretation
• Seamless integration of seismic with well log, core, gravity, and magnetic data.
• Basin modeling and petroleum system analysis.
• Generation of play fairway maps and high-confidence prospect portfolios.
4D (Time-Lapse) Interpretation
• Monitoring reservoir changes through multiple seismic surveys.
• Tracking fluid movement, pressure changes, and reservoir depletion.
• Supporting enhanced oil recovery (EOR) planning and reservoir management.