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Title
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Date
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Geo-Pilot® GXT System Improves ROP by 30% and Reduces Drilling Time in Hard Limestone Formation
The operator of an Australian oil field required a solution to reduce destructive vibration and improve rates of penetration (ROP) while drilling a troublesome hard limestone and chert formation.
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Jun 2009
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Halliburton Saves Time Drilling with the GeoForce® Enhanced Performance Motor in an Abrasive Environment
An operator drilling an onshore development well needed to drill through the abrasive formation of unconsolidated, fine-grained sands of the Queen City formation.
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Oct 2008
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GeoForce® Motor Drills Salt Formations in Egypt
GeoForce® Motor improved average ROP nearly 180
percent over conventional motors used
in two offset wells. Further boosted
ROP by 40 percent over competitor’s
premium motor used in previous well,
cutting rig time by two more days.
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Sep 2008
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GeoForce® Motor Reduces Drilling Costs in Harsh Environment in Canada
Taking into consideration the high temperature and pressure
environment, complicated by the presence of H2S, Halliburton
worked with the operator to deploy the GeoForce enhanced
performance range motor.
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Aug 2008
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SlickBore® System and ADT® Service Sets Records
Halliburton's SlickBore® Matched Drilling System and ADT® Drilling Optimization Service Sets World Footage and Endurance Record for BP in the Tuscaloosa Trend
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May 2008
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GeoForce® Motor and 3D-i™ Software Drill HTHP Well in the North Sea
As part of Sperry’s commitment to planning and communication, the team worked alongside the operator’s team, recommending,
using, and succeeding with high performance mud motors from spud to total depth, supported by the newly launched Sperry 3D-i™
drill
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Mar 2008
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SlickBore® matched drilling system BHP Billiton Case History (2004)
The SlickBore system with FMF3853 bit from Security DBS not only drilled the
entire interval with one bit run, but also provided maximum well bore quality
with little to no spirialing. Client: BHP Billiton; field: Atwater Valley.
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Nov 2006
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FullDrift® Drilling Suite
The quality of the borehole affects every aspect of wellbore construction, such as torque and drag, hole cleaning, trip time, downhole vibration, logging tool response, and ease of running both logging tools and casing. By using a system approach to drilli
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Apr 2006
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