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SLB adds AI-driven geosteering to its autonomous drilling solutions to achieve more efficient and productive wells

Dec 09, 2024 - financialpost.com
SLB, a global energy technology company, has introduced Neuro™ autonomous geosteering, an AI-driven system designed to enhance drilling efficiency and productivity while reducing the carbon footprint of drilling operations. This technology autonomously integrates and interprets real-time subsurface data to guide the drill bit through the most productive layer of the reservoir, known as the "sweet spot." By automating the geosteering process, Neuro eliminates the need for manual data interpretation and decision-making, allowing for more consistent and higher-producing wells. The system's advanced cloud and edge AI capabilities enable it to dynamically respond to subsurface complexities, optimizing well trajectory and improving field development plans.

In a recent deployment in Ecuador, SLB's Neuro autonomous geosteering successfully drilled a 2,392-foot lateral section of an onshore well, completing 25 autonomous trajectory changes with rapid decision cycles. This operation resulted in one of the country's best-producing wells. SLB's innovation in autonomous geosteering builds on its existing Neuro autonomous directional drilling technology, further ensuring precise well placement and maximizing production. The company emphasizes its commitment to energy innovation and sustainability, with a focus on decarbonizing industries and advancing new energy systems.

Key takeaways:

  • SLB introduces Neuro™ autonomous geosteering, an AI-driven technology that enhances drilling efficiency and reduces carbon footprint.
  • Neuro geosteering autonomously guides the drill bit through the most productive layer of the reservoir, optimizing well placement and production.
  • The system dynamically responds to subsurface geological information, minimizing human intervention and improving operational efficiency.
  • In a case study in Ecuador, Neuro autonomous geosteering significantly improved well productivity by maintaining the trajectory in the reservoir's "sweet spot."
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