Every stage in the reservoir life cycle benefits from the accurate measurement and evaluation of geomechanical properties. Robust LWD multipole LWD measurements mitigate drilling risks by addressing wellbore stability. Similarly critical for shale reservoirs is wireline 3D logging to comprehensively characterize both intrinsic and stress-induced anisotropy. Further insight to reservoir rock behavior concerning completion, stimulation, and production comes from our Reservoir Laboratory geomechanics services.
To characterize and monitor at a well, field, or basin scale, our petrotechnical experts work with you to incorporate your geomechanical data into comprehensive, multidisciplinary geomechanical models and workflows.
Accurately measure the stress-dependent properties of near-wellbore rocks axially, aximuthally, and radially to fully support geomechanical modeling.
Benefit from robust compressional and shear slownesses and Stoneley wave data delivered by the SonicScope multipole sonic-while-drilling service combination of high-quality monopole and quadrupole measurements—regardless of mud slowness.
Collaborate with our global network of multidisciplinary petrotechnical experts to integrate geomechanics workflows, processes, and software for enhanced operations and production.
Maximize recovery and optimize production for the life of your reservoir with a full suite of core processing and analysis services that include wellsite handling, gamma logging, computerized tomography (CT) scanning, plug sampling, scaling, photography, and more.