Formation changes can quickly alter steering response, making rapid directional adjustments essential to maintaining the planned well path. OmniSteer's intelligent steering algorithms and predictive analytics help operators respond to changing drilling conditions with greater confidence, maintaining trajectory control as formation characteristics evolve. #OmniSteer #RotarySteerable #DirectionalDrilling #WellborePlacement #DrillingPerformance #DTechRotary
D-Tech Rotary Steerable
Oil and Gas
Houston, Texas 12,942 followers
Redefining Rotary Steerables
About us
D-Tech Rotary Steerable, the #1 independent provider of rotary steerable tools, combines a fit-for-purpose design with multiple technical advancements—such as real-time telemetry, high-speed, and high-temperature capabilities—to provide a more reliable, efficient, and cost-effective solution. While not a service company, D-Tech works directly with operators and directional drilling companies to improve their performance and reduce NPT with a less complex, more accurate solution. Empowering customers to make the best decisions, D-Tech collaborates throughout the drilling operations lifecycle to ensure the best system to meet challenges in virtually all environments. Drilling operations are only as good as the crew and tools, which is why D-Tech offers comprehensive training and 24/7 support from remote real-time centers to further optimize performance and efficiency. Benefits - Expedites well delivery with higher torque and rotational speed capability & enhanced automated steering - Increases reliability through streamlined, robust design, experiences less damage, and stays downhole longer - Minimizes costs, NPT, and risks with real-time drilling capabilities & no surface programming - Enhances wellbore placement accuracy - Expands BHA design flexibility with universal plug-and-play system Tool Functionality - Push-the-bit tool - Full 3D directional control with build, drop, and turn - Everything rotates, reduces friction and lost-in-hole risk - Drills Intermediate, vertical, curve, and laterals - Holds inclination and azimuth through downlink commands - Closed loop control of inclination and azimuth Principles of Operation - Steering section uses six hydraulically operated pistons to push against the wellbore and steer in the opposite direction - Pistons achieve their force by diverting 5 to 7% of the drilling fluid into the steering chambers - Nonmagnetic collar contains an electronic control system with a six-axis accelerometer/magnetometer package
- Website
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http://www.dtechdrilling.com
External link for D-Tech Rotary Steerable
- Industry
- Oil and Gas
- Company size
- 11-50 employees
- Headquarters
- Houston, Texas
- Type
- Public Company
- Founded
- 2015
- Specialties
- directional drilling, drilling, rotary steerable, RST, oil & gas, performance drilling, and drilling optimization
Locations
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Primary
Get directions
14103 Interdrive W
Houston, Texas 77032, US
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Get directions
Unit H1B Horizon 38, Bolingbroke Way, Filton
Bristol, England BS34 6FE, GB
Employees at D-Tech Rotary Steerable
Updates
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A peak ROP of 291 ft/hr and average ROP of 226 ft/hr were achieved while drilling 15,825 ft through the curve and lateral, with a maximum dogleg severity of 12.5°. Maintaining drilling efficiency while executing higher-build trajectory requirements requires consistent steering performance across the entire interval. This run delivered both directional control and drilling performance from curve to TD. #OmniSteer #RotarySteerable #RunRecord #DirectionalDrilling #DrillingPerformance #DTechRotary
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Increasing ROP has little value if directional control is compromised. OmniSteer is engineered to maintain precise steering response while drilling at higher penetration rates, helping operators execute well plans efficiently without sacrificing wellbore placement or trajectory control. #OmniSteer #RotarySteerable #DirectionalDrilling #DrillingPerformance #WellborePlacement #DTechRotary
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Only 11 downlinks were required to complete this curve section while achieving an average dogleg severity of 8.4° and a maximum dogleg of 12.4°. The interval averaged 124 ft/hr and demonstrated the steering responsiveness required to execute aggressive directional objectives while maintaining trajectory control through challenging curve conditions. #OmniSteer #RotarySteerable #RunRecord #DirectionalDrilling #DirectionalControl #DTechRotary
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This month, we're recognizing Jesus Motta, our Reliability Manager, and celebrating the experience, leadership, and dedication he brings to D-Tech Rotary Steerable and BICO Drilling Tools every day. With nearly 30 years in the oil and gas industry, Jesus has built a career centered on improving reliability, developing technical talent, and helping teams solve complex engineering challenges. His expertise spans RSS, MWD, LWD, drilling motors, and reliability engineering, making him a trusted resource for both customers and colleagues. The impact of great leadership is often best reflected by the people who work alongside it, and Jesus' teammates consistently describe him as knowledgeable, dependable, and always willing to help others succeed. Thank you, Jesus, for your commitment to excellence and everything you do for the team.
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Maintaining trajectory through both the curve and lateral requires consistent steering execution, particularly when operating at higher build rates and drilling speeds. This run delivered 14,535 ft drilled with a highest observed dogleg of 10.5° while maintaining 99% autonomous inclination and azimuth hold. The combination of precise directional control and autonomous steering performance contributed to an average ROP of 177.2 ft/hr across the interval. #OmniSteer #RotarySteerable #RunRecord #DirectionalDrilling #AutonomousDrilling
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Formation changes rarely occur without warning. The challenge is identifying the indicators early enough to respond effectively. OmniSteer's predictive analytics capabilities leverage real-time downhole data to identify emerging steering inefficiencies, formation transitions, and drilling dysfunctions before they impact performance. This enables faster decision-making, improved trajectory control, and more consistent well delivery. #OmniSteer #RotarySteerable #DirectionalDrilling #PredictiveAnalytics #DrillingPerformance #DTechRotary
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Maintaining steering performance through the curve and into the lateral requires consistent tool response and reliable directional control. With a maximum dogleg severity of 9.9° and 15,960 ft drilled to TD, this run highlights OmniSteer's ability to execute demanding well plans while maintaining trajectory accuracy. #OmniSteer #RotarySteerable #RunRecord #DirectionalDrilling #DrillingPerformance #DTechRotary
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Accurate wellbore placement depends on more than steering capability. It requires rapid response, consistent toolface control, and reliable downhole feedback. OmniSteer combines advanced steering algorithms, real-time performance monitoring, and reduced downlink times to help drilling teams make trajectory adjustments efficiently and maintain control in challenging drilling environments. #OmniSteer #RotarySteerable #DirectionalDrilling #DrillingTechnology #WellborePlacement #DTechRotary
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