Technology company SLB announced the launch of AlphaSight, an advanced reservoir mapping solution designed to improve subsurface visibility during drilling operations. The tool introduces new real-time measurement capabilities that allow operators to more accurately understand geological formations.
Furthermore, AlphaSight integrates state-of-the-art logging while drilling (LWD) technologies, enabling a more detailed interpretation of the wellbore environment without impacting drilling speed. This combination allows for more informed operational decisions in complex geological scenarios.
Greater accuracy in well geonavigation
Furthermore, the solution stands out for its ability to extend petrophysical knowledge to greater depths. Thanks to azimuthal resistivity sensors and downhole data processing, operators can anticipate formation changes and adjust the well trajectory with greater accuracy.
The platform also incorporates three-dimensional visualization features that improve horizontal navigation during drilling. This helps optimize contact with the reservoir and maximize the productive performance of the assets.
Proven results in multiple regions
In parallel, SLB confirmed that AlphaSight has been validated in various regions, including the Middle East, the North Sea, North America, and Asia. In these environments, the technology has enabled improved well location and increased operational efficiency.
The results show improved productivity, driven by faster and more accurate decisions based on real-time data. This approach addresses the growing demand for digital solutions in the energy sector.
The future of digital and autonomous drilling
Finally, AlphaSight is part of a new generation of solutions focused on digitizing drilling. The tool facilitates the transition to more automated operations, where data integration and advanced analytics play a central role.
With this creation, SLB reinforces its technological development strategy in the oil and gas sector, focusing on improving efficiency, accuracy and real-time decision-making during well construction.
Source and photos: Slb