DETAILED OVERVIEW
Rock Mechanics
Essential Data for Reservoir Characterization and Optimization
Minimize Risk. Improve Efficiency.
From exploration and well planning to abandonment, accurate rock mechanics data is critical for understanding the reservoir environment. Premier Corex empowers operators to make informed decisions that minimize risk and improve both economic and operational outcomes.
Key Services
Service list here
Service list here
Service list here
Service list here
Service list here
Service list here
Service list here
Key Results
Key results here
Key results here
Key results here
Key results here
Key results here
Key results here
Specialized Core Preparation: Preserving Sample Integrity
Premier Corex’s proprietary core preparation techniques maintain ASTM standards and ensure the highest quality samples—even from difficult or compromised core that would otherwise be unsuitable for testing.
Proven method that reduces material loss, minimizes induced damage, and saves time
CT-scanned before and after preparation to verify quality and integrity
Enables accurate, representative results for dependable testing outcomes
World-Class People, Equipment, and Capabilities
Our team blends commercial and R&D experience, supported by advanced geochemistry workflows and customized instrument calibrations to lead the industry in precision and turnaround time.
Multiple load frames ensure continuous workflow
Sample sizes from 0.75” to 1.5” in diameter
Anisotropic static and dynamic in-situ measurements
Flexible testing: from basic UCS/TXC to advanced research applications
Demonstrable Quality and Data Confidence
Premier Corex is committed to delivering reproducible, high-confidence results.
Robust QA/QC processes
Traceable calibrations, standardized procedures, and routine system validations
Data suitable for integration with SCAL, RCAL, XRF, XRD, well logs, and reservoir modeling
With decades of expertise, Premier Corex delivers trusted Rock Mechanics testing and analysis—standalone or integrated—helping you build accurate, predictive geomechanical models.
