The projects, which will be delivered over a three-year timeframe, will combine SLB’s AI-enabled digital drilling capabilities with its expertise in ultra-deepwater environments.

Subsea raw water injection systems will improve field development economics and reduce carbon footprint.

The award covers more than 100 wells across nine ultra-deepwater rigs including exploratory and revitalization wells in the Campos Basin, with potential operations in the Equatorial Margin.

Using advanced cloud and edge AI capabilities, the system automatically selects the best route for drilling the well based on high-fidelity downhole measurements.

The facility will reduce emissions by up to 400,000 metric tons of CO2 annually for Heidelberg Materials ― one of the world’s largest building materials companies.

Stream™ high-speed intelligent telemetry provides real-time downhole data at any depth to enhance drilling performance.

SLB’s OneSubsea to deliver subsea boosting solution for bp’s first Paleogene field, optimizing production with advanced artificial lift technology.

As part of the project scope, OneSubsea will provide two subsea production manifolds, one electro-hydraulic distribution unit and additional related services.

The agreement will accelerate the initial scope of 144 unconventional wells for delivery by Q4 2025 with potential for significant number of additional wells in the second phase.

The SLB digital sustainability platform will enable industrial companies to accelerate their progress toward net zero by more easily measuring, reporting and verifying (MRV) their emissions.