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Direct-Wire-Wrapped Sand Screens

Optimize flow while retaining strength

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Maximize performance under strong forces while maintaining flow

Schlumberger direct-wire-wrapped screens are made with a wire jacket shrink-wrapped directly to the basepipe. Screen components are welded to each other, but there is no welding between the screen and the basepipe, enabling the screen and basepipe to act as a single unit and ensuring that the tension, compression, and torque ratings of the screen are nearly the same as those of the basepipe. Basepipe perforations are designed to optimize flow while retaining strength.

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Case Study Check-Valve ICDs Save 20 Hours of Rig Time and Approximately USD 1 Million, Offshore Canada

ResFlow CV ICDs ensure completion string hydraulic integrity, eliminating washpipe run and enabling setting of two openhole hydraulic packers for zonal isolation.

Product Sheet LineSlot Premium Direct-Wire-Wrapped Screens

Suits high mechanical loads, short-radius wellbores, and applications requiring a strong but lightweight screen.

Brochure Screens and Inflow Control Devices

Broadest, most versatile portfolio in the industry.
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Tech Paper Particle Size Distribution Measurement Techniques and Their Relevance or Irrelevance to Sand Control Design

Sand particle size distributions (PSD) are used for various purposes in sand control: decision between various sand control techniques, sizing of the filter media (sand screens and/or gravel packs) through either rules of thumb or physical experiments or theoretical models.

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Tech Paper Unraveling the Myths Associated With Selecting Standalone Screens and a New Methodology for Sand-Control Applications

Many completion engineers use laboratory sand-retention testing as a tool to select a screen for standalone sand-control applications, some focusing on prepack and others on slurry testing.
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Tech Paper New Analytical and Statistical Approach for Estimating and Analyzing Sand Production Through Plain Square-Mesh Screens During a Sand-Retention Test

There are two types of sand-retention tests (SRTs) generally used in the industry to evaluate the performance of sand-control screens for standalone-screen (SAS) applications—prepack tests and slurry tests. They represent complete hole collapse and gradual rock failure around the wellbore, respectively.

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