NeoSteer At-Bit Steerable Systems | SLB

NeoSteer

At-bit steerable systems

NeoSteer Vaca Muerta case study graphic

Pluspetrol Saves 5.5 Drilling Days and 7.5 Total Days Using NeoSteer CL ABSS, La Calera Field, Argentina

In the Vaca Muerta Basin, Pluspetrol used the NeoSteer CL curve and lateral at-bit steerable system (ABSS) to drill over 2,600 m in less than 83 h, maintaining hole quality and remaining in the zone during the lateral section—and all in a single run.

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Get the best of both worlds
NeoSteer at-bit steerable systems are a new category of drilling systems—one that eliminates BHA reconfigurations between curve and lateral sections. Learn how and see what’s behind this industry-first technology in our article in Drilling Contractor.
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What is this new category—the at-bit steerable system?
That’s exactly what we asked the product expert. What is it? Why is it so groundbreaking? Read the full interview with Ziad on our Insights page.
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A new category in steering technology

This technology is the first of its kind and represents a new category bridging cutting structure and steerable technology.

At-bit steerable systems (ABSSs) are capable of drilling both high-dogleg severity (DLS) curve sections and straighter, higher-quality lateral sections at high performance without the need to change the configuration between sections. This saves significant time and tool cost associated with tripping out and changing the BHA.

Both Neosteer ABSS with a backdrop of a rig in Midland, Texas
NeoSteer
At-bit steerable systems
Close-up of the unique cutting elements from Smith Bits, a Schlumberger company.

Both the NeoSteer CL curve and lateral and the NeoSteer CLx extreme curve and lateral at-bit steerable systems are compatible with Blade Family cutting structures from Smith Bits, a Schlumberger company. These cutting elements have extraordinary durability in all kinds of environments and enable the NeoSteer CL and CLx ABSSs to drill farther, faster, more responsively, and in a single run. Additionally, both ABSSs have increased actuator pressure drop range, hold inclination and azimuth (HIA), and dual downlinking capabilities. Onboard near-bit sensors take continuous six-axis inclination and azimuth measurements with a 6-ft range, and optional natural gamma ray and azimuthal images with a 9-ft range.

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