SLB to Simplify Complex Wells Drilling with Stream Telemetry Service

© kittikunfoto / Adobe Stock
© kittikunfoto / Adobe Stock

Global energy technology company SLB has launched Stream high-speed intelligent telemetry, which is said to increase drilling confidence and performance for complex wells.

Designed to overcome the bottlenecks and limitations of conventional mud pulse telemetry, Stream combines proprietary artificial intelligence (AI) algorithms with SLB’s TruLink definitive dynamic survey-while-drilling service.

This provides uninterrupted, high-speed, high-fidelity real-time subsurface measurements with no data limitations, regardless of depth, in even the most challenging conditions.

Stream has already been deployed in 14 countries, with more than 370 runs and more than 1.5 million feet drilled.

In the Middle East, Stream telemetry helped a major operator overcome difficulty in geosteering operations caused by harsh drilling conditions and poor signal quality.

Using Stream, the operator was able to receive high-quality data at depths in excess of 50,000 feet — resulting in one of the longest offshore extended reach wells ever drilled.

“Stream is another example of the step change that digital technologies are bringing to our industry, tantamount to going from dial-up to broadband internet.

“For complex well profiles, transmission has been a huge bottleneck for the data volumes being generated downhole, often constraining drillers to work with a limited picture of the reservoir. Capitalizing on advanced AI algorithms in telemetry eliminates these restrictions — enabling optimal drilling decisions for more consistent, higher-performing wells,” said Jesus Lamas, president, Well Construction, SLB.

Current News

Offshore Drilling 2025: 3 Things to Watch During a Year of Market Corrections

Offshore Drilling 2025: 3 Thin

Chevon’s Sanha Lean Gas Connection Project Achieves First Gas off Angola

Chevon’s Sanha Lean Gas Connec

BP and Partners Secure Rights for 450MW Offshore Wind Farm in Japan

BP and Partners Secure Rights

JERA-Led Consortium to Develop Japan’s 615MW Offshore Wind Project

JERA-Led Consortium to Develop

Subscribe for OE Digital E‑News

Offshore Engineer Magazine