Technology

Intelligence Embedded Across the Integrated Well Delivery

Drilling Intelligence

4.5-day reduction per well. 15% ROP improvement.Automated and advisory-driven drilling technologies across the fleet.

DrillOps™

AI-driven well delivery and automation from SLB. Physics-based models combined with machine learning for real-time drilling parameter adjustment. Automated rig-state detection and predictive analytics across multi-well campaigns.

Gordon® High Temperature MWD

Engineered to excel in extreme-temperature drilling environments, brought through the ADNOC Drilling and Enersol partnership.

Ulterra® PDC Drill Bits

Designed for performance, consistency and dependability in demanding drilling environments through Turnwell's integrated drilling program with Patterson-UTI®.

Stimulation Execution

650+ digitally enabled stages. 20 pumping hours and 14 stages in a single day. 56% completion time reduction.

StimOps™

Cloud-based stimulation performance platform deployed on SLB fleet to enhance simulation efficiency and outcomes through connected operations and intelligent insights supporting workflows from job design through post-job analysis.

FracCAT-X™

Next-generation fracutring treatment monitoring and control technology deployed on SLB fleet optimzing high efficiency, multi-stage operations.

StimCommander Pumps

Automated and intelligent rate and pressure control optimizing efficiency, pump life and job consistency deployed on SLB fleet.

Zipper Frac

Automated wellsite frac connection system. Reduces manual intervention and crew exposure.

Sustainable Solutions

Reducing emissions and freshwater demand through intelligent pump automation and integrated water management.

PumpIRIS™

Pump Idle-reduction system deployed on SLB pumps, automating shutdown and restart between stages.

Produced Water Reuse

Integrated flowback and water management solutions enabling produced water reuse to reduce freshwater consumption and improve operational sustainability.

Well Testing Execution

Over 500 days of flow-to-clean across Diyab, Huwaila and Falaha, overcoming high-pressure, high-temperature and high-H₂S challenges

Pad-Based Multiwell Flowback

Cuts time on location and optimizes clean-to-flow performance.