Integrated Reservoir Characterization
Seismic-to-Well Integration & Rock Physics
Multivariate Reservoir Property Modeling
- Multivariate Productivity Modeling
Consulting Services
RIG provides integrated geophysical and petrophysical workflows designed to reduce uncertainty and support data-driven reservoir decisions. From seismic inversion and depth calibration to property modeling and well planning, these workflows build physically consistent models that translate directly into drilling and development decisions.
Integrated Services
Geophysical Services
Pre-Stack Seismic Inversions (Deterministic & Stochastic)
Post-Stack Seismic Inversions
Geomechanical & Elastic Property Analysis
3D Seismic Interpretation & Mapping
Seismic Attribute Generation & Interpretation
Azimuthal AVO Analysis
Time-Depth Velocity Modeling
Seismic Depth Conversion
Well-Seismic Correlation
Prospect Evaluation & Well Planning
Petrophysical Services
Log Editing & Reconstruction
Compressional, Shear & Density Estimation
Formation Evaluation
Core & Mud Log Calibration
Facies Modeling
Rock Physics
Well Feasibility & Planning
Client Testimonials
“RIG delivered high-quality structural and stratigraphic insight that directly supported our horizontal drilling program.”
RIG integrated petrophysical and seismic interpretation across more than 100 sq mi of 3D data to support well planning and geohazard assessment in the Wolfcamp. Their multidisciplinary workflow and clear communication kept management aligned throughout the project.
“MV-Stats modeling enabled reliable productivity prediction and rapid project delivery.”
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RIG built an integrated multivariate model to predict relative performance across acreage, maintaining strong correlation after blind-well validation. Their collaborative environment accelerated decision-making and delivered results on an aggressive timeline.
“Transparent, physics-based inversion workflows improved production prediction confidence.”
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RIG supported pre-stack inversion and production modeling across multiple projects, integrating seismic, log, and operational data. Their commitment to model validation and QC significantly improved the understanding of reservoir variability.
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Geophysical Services
Geophysical analysis at RIG transforms seismic data into calibrated elastic and attribute models that support reservoir characterization, depth conversion, and well planning. These workflows form the foundation for uncertainty-aware property and productivity modeling.
Deterministic Pre-stack Inversion
Deterministic pre-stack inversion generates stable, well-tied elastic properties (P-impedance, S-impedance, density) calibrated directly to log control. These volumes form the physically consistent foundation for downstream property modeling.
Stochastic Pre-stack Inversion
Stochastic inversion builds upon the deterministic framework, resolving thin-bed variability and quantifying interwell uncertainty. Blind-well validation demonstrates predictive performance beyond conditioning wells.
Together, these workflows provide a statistically grounded foundation for reservoir quality and productivity prediction.
Attribute Generation & Analysis
RIG computes post-stack seismic attributes to illuminate structural and stratigraphic variability across the reservoir. Evaluated alongside well and engineering data, these attributes provide additional insight into the properties influencing well performance.
Time-Depth Velocity Modeling
RIG integrates seismic velocities, well log velocities, and formation tops to build calibrated velocity models that enable reliable seismic extraction in depth. This is critical for correlating seismic responses with log and engineering data and constructing property models in the correct spatial framework.
Well Planning & Prospect Development
Reliable 3D property and production models enable effective high-grading of drilling targets and improved zone placement.
RIG supports horizontal well planning through depth-based property profiles and geologic framework models that help maintain lateral placement within target intervals, maximize reservoir contact, and reduce drilling uncertainty.
Petrophysical Services
Petrophysical analysis provides the well-level calibration required to constrain elastic inversion, rock physics modeling, and 3D property frameworks. Each workflow ensures consistency between log-derived properties, seismic responses, and reservoir performance interpretation.
Log Editing & Reconstruction
High-quality well data is essential for reliable inversion, formation evaluation, and reservoir modeling. RIG performs detailed log editing and reconstruction to prepare consistent, depth-aligned datasets for seismic calibration and property modeling workflows.
Formation Evaluation
RIG performs quantitative formation evaluation to identify productive intervals and characterize lithology, porosity, permeability, and fluid saturation. Integrated with seismic and rock physics workflows, this analysis reduces subsurface uncertainty and supports calibrated 3D property modeling.
Well Feasibility Study
Well feasibility studies evaluate whether target lithology and fluid separation can be resolved using available elastic properties. By integrating P-impedance, S-impedance, and density with rock physics analysis, RIG determines whether inversion can effectively discriminate reservoir facies and fluids prior to drilling.