Phoenix directional drilling10/25/2022 ![]() ![]() Formation pressures along fault planes may also affect hole conditions. In unstable areas, a wellbore drilled through a fault zone could be at risk because of the possibility of slippage or movement along the fault. Instead, the wellbore may be deflected perpendicular or parallel to the fault for better production. It is often difficult to drill a vertical well through a steeply inclined fault plane to reach an underlying hydrocarbon-bearing formation. Oriented sidetrack is required if a certain direction is critical in locating an anticipated producing formation. Drilling around obstructions, such as a lost string of pipe, is usually accomplished with a blind sidetrack. This technique may be employed either to drill around obstructions or to reposition the bottom of the wellbore for geological reasons. This is also applicable to multiple production zones adjacent to a fault plane or beneath a salt dome. There are certain cases in which the attitudes (bed dips) of the producing formations are such that the most economical approach is a directional well for a multiple completion. Applications like this are where “extended-reach” wells are most commonly drilled.Ī very cost-effective way of delivering high production rates involves intersecting multiple targets with a single wellbore. The location of a producing formation dictates the remote rig location and directional-well profile. Directional drilling has helped by greatly reducing the costs and environmental impact of this application.Ī well is directionally drilled to reach a producing zone that is otherwise inaccessible with normal vertical-drilling practices. MWD employees receive superior safety training during new hire orientation and continuously throughout their tenure.Listed are some of the major applications of directional drilling:įield developments, particularly offshore and in the Arctic, involve drilling an optimum number of wells from a single platform or artificial island. Along with our industry standard tools and equipment, we offer proprietary electromagnetic (EM) telemetry technology as well as retrievable and mud pulse technology. Shop technicians receive in-depth, one-on-one cross training with experienced employees, and field technicians receive both field and shop training that allows them to be better prepared to handle unexpected situations in the field. Through quality control and technological advancements, we are constantly improving our tools and services to better meet customers’ needs and demands. Our multiple regional offices provide quick assistance and reliable support to our customers across the U.S. In-house manufacturing and maintenance ensure that field technicians are equipped with the tools and equipment they need at all times. ![]() Most tools are manufactured in-house using proprietary designs to maximize quality control. Our tools are capable of operating in most environmental conditions, including hot-hole applications up to 175☌ (347☏). It combines our in-house proprietary designs with industry leading components to provide our customers a reliable, high performance MWD system. ![]() The Mercury Pulse MWD System is the latest premium offering from MS Directional. ![]() Supported by highly experienced engineers and technicians, we have unmatched capabilities that include internal research and development, design, engineering, and manufacturing efforts-all of which provide customers the best value in wellbore profile monitoring services. Mpower MWD is positioned uniquely as the reliable option for all measurement-while-drilling (MWD) needs because we serve both directional and vertical oil and gas drilling markets. Providing accurate well profiles through the implementation of innovative solutions and state-of-the-art proprietary technology. ![]()
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