Rock Physics & Seismic Inversion
Link rock properties to seismic signals to characterize reservoirs and reduce exploration risk.
Rock Physics Modeling
Relate elastic properties to lithology, porosity, and fluids.
Post-stack Inversion
Derive acoustic impedance and reservoir trends.
Pre-stack Inversion
Estimate elastic properties (Vp, Vs, density) and AVO attributes.
Decision Support
Characterize reservoirs and reduce drilling risk.
Core Features
Data Integration
Integration of seismic (2D/3D), well logs, petrophysical data, checkshots, and core measurements into a unified framework.
Rock Physics Modeling
Development of rock physics templates linking lithology, porosity, fluids, and elastic properties.
Well Log Conditioning
Log editing, upscaling, fluid substitution, and depth–time alignment for inversion readiness.
Post-stack Seismic Inversion
Acoustic impedance inversion to identify reservoir quality and lateral continuity.
Pre-stack Seismic Inversion
Elastic inversion (AI, SI, Vp/Vs, density) for lithology and fluid discrimination.
AVO & Elastic Analysis
AVO classification, angle gathers QC, and elastic attribute interpretation.
Foundation Package
Data Inventory & QC
Review, organize, and quality-check all seismic and well data.
Well Tie & Wavelet Extraction
Seismic-to-well ties and wavelet estimation for reliable inversion results.
Rock Physics Feasibility Study
Sensitivity analysis and feasibility assessment for post-stack and pre-stack inversion.
Report & Knowledge Transfer
Technical report documenting methodology, assumptions, results and uncertainties, reviewed with your team. How we work →
FAQ
Frequently asked questions
Clear and concise answers to the most common questions about our rock physics analysis and seismic inversion services, supporting reliable reservoir characterization and decision-making.
Ask our teamWe deliver rock physics modeling, well–seismic calibration, elastic and acoustic seismic inversion, and integrated interpretation workflows to predict reservoir properties.
Typical inputs include well logs, core data (if available), seismic data, wavelets, velocity models, and existing interpretations. Data QC and conditioning are part of our workflow.
These workflows link seismic response to rock and fluid properties, enabling quantitative prediction of lithology, porosity, and fluid distribution away from wells.
We perform acoustic, elastic, pre-stack, post-stack, deterministic, and stochastic inversions, selected according to data quality and project objectives.
Deliverables include inverted property volumes, rock physics templates, well-to-seismic ties, interpretation maps, uncertainty analysis, and a comprehensive technical report.
12+ rock physics & inversion studies delivered
Elastic property modeling calibrated with logs and core data
Quantitative interpretation supporting fluid and lithology discrimination