To construct a successful wellbore that will remain stable during drilling, completion, and production, operators must assess, anticipate, and mitigate a variety of geomechanical risks prior to and during drilling.
Predicting how and when well construction and production activities affect the balance of subsurface formation stresses and how these forces may, in turn, affect wellbore stability and integrity, is vital to safety and profitability. With a renewed industry focus on geological carbon storage and geothermal energy, there’s no margin for error.
Our JewelSuite™ Geomechanics software application enables you to quickly, accurately, and easily detect and mitigate any geomechanical risk. From 1D well-centric models to 3D reservoir analysis, our powerful and accurate models provide the intelligence you need to define a safe operating window and reduce non-productive time. Whether the solution is a change in direction, inclination, or mud density, the application’s automated workflows guide you to the optimal risk-mitigation solution and the best well plan for each reservoir, resulting in safer, faster, and more profitable drilling outcomes.
From modeling fault structures, stresses, and pore pressures to predicting sand production and avoiding wellbore collapse, the JewelSuite Geomechanics software application delivers results fast. With real-time wellsite information delivered seamlessly to your servers in standard data formats, our analysis provides the answers you need before and during drilling to lower operational risks and safely place wells in the zones with greatest potential.
Users appreciate our intuitive, guided workflows, which deliver results with minimal training. From 1D well-centric to static full-field 3D workflows, JewelSuite Geomechanics modules can be used as standalone applications or in any combination, delivering advanced, integrated geomechanical intelligence and insights.