Libya Achieves Global Milestone as Sirte Oil Company Integrates SLB’s Autonomous AI for Precision Horizontal Drilling

Sirte Oil Company completes Libya's first AI-powered autonomous drilling in the Al-Khair field, doubling penetration rates with SLB technology.

By: AXL Media

Published: Mar 28, 2026, 8:58 AM EDT

Source: The information in this article was sourced from Libya Herald

A Milestone in Global Energy Technology

Libya’s National Oil Corporation (NOC) has announced a historic shift in its upstream operations with the successful integration of artificial intelligence (AI) into field exploration. Its subsidiary, Sirte Oil Company, executed its inaugural directional drilling operation in the Al-Khair field using SLB’s (Schlumberger) suite of digital solutions. This accomplishment is significant not only for Libya but for the international community, as it represents only the second global application of this specific autonomous well guidance technology.

Autonomous Guidance and Precision Placement

The operation utilized AI-powered autonomous well placement, which allows for real-time adjustments to the wellbore trajectory without manual intervention. By integrating SLB’s digital architecture, Sirte Oil was able to guide the horizontal section of the well precisely within target reservoir boundaries. This "autonomous well guidance" ensures that the drilling remains within the "sweet spot"—the most productive section of the formation—thereby maximizing the potential recovery of hydrocarbons and minimizing the risk of drilling outside the pay zone.

Doubling Efficiency Through AI-Driven ROP

One of the most immediate benefits recorded during the Al-Khair field operation was a dramatic increase in operational speed. The Rate of Penetration (ROP) effectively doubled compared to previous manual operations in the same field. This was achieved through the activation of Neuro ADD (Automatic Driveline Drilling) and Neuro AGS (Automatic Geological Guidance). By automating the drilling parameters, the system maintains the most efficient mechanical energy transfer to the drill bit, significantly reducing the time spent on the rig and lowering overall costs.