Petrophysics & Geomechanical Intelligence

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RockWise delivers advanced petrophysical and geomechanical intelligence to de-risk drilling, optimize injection and production strategies, and characterize long-term subsurface integrity for CCUS and geothermal systems. Our work integrates multivariate log analytics, seismic attributes, rock physics modeling, in-situ stress estimation, and fracture diagnostics to translate subsurface complexity into engineering-ready decisions. 

With decades of experience across unconventional reservoirs, deep saline formations, and structurally complex systems, RockWise provides the subsurface clarity required for CCUS site screening, geothermal targeting, field redevelopment, and capital-efficient well placement.

We specialize in bridging physics-based interpretation with operational outcomes—turning rock properties into executable development strategies.  Including development of geomechanical workflows later incorporated into major service-company best-practice programs during operator deployments. 

• Multi-mineral modeling and lithofacies classification
• Porosity, permeability & saturation systems
• Thin-bed analysis and anisotropy
• Stress-sensitive rock physics
• Core- log-seismic calibration
• Uncertainty quantification

•  Coherence & curvature analysis
•  Spectral decomposition
•  Fault & fracture mapping
•  Geobody extraction
•  Sweet-spot identification
•  Wellbore steering support 

•  In-situ stress profiling
•  MDT / sonic calibration
•  Fracture containment prediction
•  Anisotropy modeling
•  Microseismic interpretation
•  Stage interaction diagnostics

•  Advanced statistical petrophysics
•  Dimensionality reduction
•  Sweet-spot identification
•  Completion design support
•  Scalable analytics workflows

•  Landing zone selection
•  Lateral steering strategies
•  Completion design support
•  Fracture height growth analysis
•  EUR uplift modeling
•  Field redevelopment studies 

RockWise produces documentation packages that support:

• Class VI permit applications
• MRV program design inputs
• DOE funding submissions
• Investment memoranda and technical appendices
• Reserves and contingent resource evaluations
• Development concept screening

Our work spans unconventional reservoirs, carbonate systems, deep saline formations, and structurally complex plays — with methodologies that have informed industry best practices and field-wide development strategies. 

 The same subsurface physics that optimize hydrocarbon recovery govern CO₂ storage security and geothermal performance. RockWise applies reservoir engineering discipline to emerging energy systems—screening saline aquifers for injectivity and containment, assessing thermal productivity, modeling induced stress changes, and de-risking long-term subsurface operations.

We help developers move from concept to bankable subsurface models.

 RockWise Supports

•  CCUS developers and project sponsors
•  Geothermal operators
•  Independent E&P companies
•  Energy transition startups
•  Private equity technical teams
•  Government & national laboratories