Real-time monitoring of data from multiple sources leads to a better understanding of the drilling environment, including geomechanics and shock and vibration. This information is used to adjust and optimize drilling parameters for maximum ROP in a variety of environments. The goal is to deliver a wellbore quickly, cost-effectively, and safely—and one that is ready for casing and cementing.
Downhole systems are designed to withstand the extremes of temperatures, pressures, shock, and vibration encountered in deepwater operations and the unique issues of drilling through salt, such as moving plastic. Using MWD technology for early detection of challenges, experienced directional drillers—with backup from other technical experts—help deliver the best-quality borehole possible for long-term, optimal production.
A mechanical earth model is the basis for construction of a stable wellbore. Predrill knowledge, real-time geomechanics data, borehole imaging, and real-time formation evaluation data all play a role in maintaining stability and in managing pore pressure and mud weight to construct the best possible wellbore. With our expert combination of measurements, interpretation, and expertise we are ready to address the wellbore integrity challenges associated with potential drilling hazards such as shallow gas, rubble, tar, and salt inclusions.
M-I SWACO is an industry leader in pressure-control and solids-control equipment, shaker screens and drilling waste management. These are designed to maximize rig efficiency and reduce the costs and challenges associated with deepwater drilling.
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