Baker Hughes introduces wellbore cleaning system

Baker Hughes has introduced a wellbore clean-up and displacement system designed to improve efficiency and reduce operational risks in high-cost environments such as deepwater applications; horizontal, extended-reach, and deviated wells; deep wells; and wells with high dogleg severity.

Jun 29th, 2011

Offshore staff

HOUSTON – Baker Hughes has introduced a wellbore clean-up and displacement system designed to improve efficiency and reduce operational risks in high-cost environments such as deepwater applications; horizontal, extended-reach, and deviated wells; deep wells; and wells with high dogleg severity.

The X-Treme Clean XP system is the latest generation cyclone-based system, which removes debris more efficiently as a result of the industry’s highest allowable mandrel rotation speed, a non-rotating tool string, a large circulation area, advanced debris carrying capabilities, and higher-than-drillpipe tensile and torque ratings.

The system mandrel has an allowable rotation speed rated to 150 rpm, and is designed to achieve the highest cleaning efficiency for every application. Studies indicate that cleaning efficiency increases significantly at 90-120 rpm. Only the mandrel rotates; other system components such as scraper blades, the brush, and stabilizers do not rotate, which is critical to minimizing damage to the casing, liner, or riser.

Additional features include:
• The helical-shaped scraper and brush tools double the cleaning area and increase the annular circulation area, allowing fluid to circulate at high rates to reduce circulation and displacement time
• The downhole magnet strength surpasses the industry’s standard metal debris collecting capabilities
• The one-piece mandrel design allows higher-than-drillpipe tensile and torque rating, which dramatically mitigates operational risks.

“The X-Treme Clean XP system offers a higher level of performance for the challenges our customers face in the most demanding applications,” says Neil Harrop, president, Completions and Production, Baker Hughes. “The system is designed to mitigate the risks inherent to these costly environments.”

06/29/2011

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