Directional drilling services
Reach and stay in the productive zone faster and more efficiently
SLB provides the expert directional drilling services needed for high-quality wellbores that stay in the “sweet spot”—your optimal production zone. Our proven trajectory control technologies provide precise directional control using our LWD and MWD services that deliver high-quality data, enabling time-critical decisions for accurate drilling of extended-reach horizontal and complex directional wells.
We have unmatched capabilities that integrate well construction digitization and technologies such as at-bit steerable systems and definitive dynamic surveying. We invented the rotary steerable system, and we now lead the industry with groundbreaking autonomous directional drilling. Additionally, we closely collaborate with directional drillers and directional-drilling contractors using real-time analysis solutions to monitor downhole conditions, manage BHA dynamics, improve casing-point selection, and reduce drilling risks—all enhancing drilling optimization.
Our advanced BHA instruments can measure the path of the wellbore in three-dimensional space and map volumetric data on a reservoir scale; see up to 100 ft ahead of our innovative drill bits; make geosteering adjustments autonomously; and provide data links to communicate these downhole measurements to the surface. And it all enables the directional driller to optimize the wellbore path with pinpoint accuracy no matter the reservoir, no matter how complex the well, no matter how long the lateral. Read this case study demonstrating how SLB’s directional drilling capabilities extend your reach for better well economics.
Stay in your sweet spot
Raul Suarez is our directional drilling expert. Learn how our capabilities, technologies, and systems can help you drill to TD in less time while staying in your optimal production zone.
Contact RaulNeuro autonomous solutions
Enhanced Technologies for Improved Well Economics with Repeatability, Reliability, and Reduced Carbon.
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Autonomous Directional Drilling
Enhanced technologies to improve well constructionLeveraging autonomy to build wells with efficiency and consistency, regardless of the rig, field, or trajectory.
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Autonomous Geosteering
Achieve optimal reservoir placement and increased productionLeveraging advanced inversions in connected workflows.
At-bit steerable systems
Integrated steering and cutting structure technology for unprecedented DLS capability, durability, and ROP.
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NeoSteer
At-bit steerable systemsNeoSteer at-bit steerable systems eliminate BHA reconfigurations between curve and lateral sections.
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NeoSteer CL curve and lateral at-bit steerable system
High build rates, increased on-bottom drilling speed, and extended lateral lengths with the NeoSteer CL systemDrill both the curve and lateral sections in a faster single run with the NeoSteer CL system.
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NeoSteer CLx system improves control and reaction time
Drill the curve and lateral in a single run and eliminate the need to change out the BHA for every sectionThe NeoSteer CLx system enables operators to drill extreme high-dogleg curves and laterals.
Rotary steerable systems
RSS offerings for maximum directional control.
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PowerDrive Orbit
Rotary steerable systemAchieve precise wellbore positioning on any rig type worldwide.
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PowerDrive Orbit G2
High-performance rotary steerable systemLeverage increased abrasion resistance, higher DLS for tighter curves, and better directional control while lowering emissions.
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PowerDrive Xcel Rotary Steerable System
Provides inertial directional control in deviated sectionsPowerDrive Xcel system provides the power to place wells accurately with superior wellbore quality.
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PowerDrive Archer
High build rate rotary steerable systemDrill complex curves and trajectories and sidetrack without making an extra trip.
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PowerDrive ICE
UltraHT rotary steerable systemImprove performance in ultraHT wells with a fully rotating RSS that operates normally at 200 degC [392 degF].
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PowerV
Vertical drilling rotary steerable systemActively and automatically maintain verticality from surface to TD through automatic inclination control.
Drilling optimization services
Real-time analysis solutions.
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NeoLink
Real-time downhole wired drillpipe controlAccelerate surface and downhole interactions to ensure a more sustainable well construction operation.
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OptiWell
Well construction performance serviceMonitor and analyze processes and downhole conditions in real time.
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OptiDrill
Real-time drilling intelligence serviceManage downhole conditions and BHA dynamics while drilling using actionable, integrated data displayed on a rigsite dashboard.
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Suppressor dampening tool
Absorb and reduce torsional vibrationImproving BHA tool reliability while enabling PDC cutters to stay sharp for faster, longer drilling.
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Suppressor flex dampening tool
Eliminates the need for additional tools and connections within the BHAHigh-frequency torsional dampening flex sub designed to improve efficiency without impacting BHA design.
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Shock Sub
Impact and vibration reduction toolReduce impact loads produced during milling and drilling operations, increase ROP, and extend equipment life.
Casing-drilling and liner-drilling technology
Drilling motors
Motors that enhance torque output and directional control.
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Dyna-Drill Downhole Motor Equipment
Built to withstand the most demanding applicationsReliability and strength from power sections to thru-tubing and bearings.
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DynaForce
High-performance drilling motorsDynaForce high-performance drilling motors outperform conventional motors in high-volume drilling and harsh environments.
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PowerPak
Steerable motorsMeet the demanding criteria of directional drilling and other applications with innovative motor technology.
Turbodrills
Neyrfor turbodrilling systems that increase rpm.
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Neyrfor
Turbodrilling systemsTurn up your drilling power in geothermal, abrasive, and hard rock formations with Neyrfor Turbodrilling Systems.
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Neyrfor TTT Thru-Tubing Turbodrill
Slimhole system that withstands harsh conditionsEfficiently convert hydraulic energy into mechanical energy for improved ROP and efficiency.