Azimuthal Gamma Ray

High Quality, Real-Time,
Pressure Measurement

GT-PWD

Drill Pipe And Annular Pressure Measurements

Gordon’s pressure logs assist operators in diagnosing bit failures, picking up mud motor stalls, and measuring the effects of cuttings on mud weight in hole. When coupled with WOB and TOB, adjustments can be made to drill better wells. ECD for all pressures are calculated on the surface in real-time providing information about the health of the mud system while drilling.

The Pressure Is On

Increase Production. Optimize Performance.

Dual Gamma Measurements

Gordon’s Azimuthal Gamma Ray is coupled with our standard bulk gamma sensor to enhance geo-steering decision-making.

Quality Sensor Measurements

Increase well production with accurate geologic structural interpretations. Active boundary monitoring provides immediate insights which help improve effective completion of the target zone.

Additional Applications

GT-PWD assists in optimizing motor and drilling performance, monitoring cuttings load and removal, helps to better regulate managed pressure systems and mitigate stuck pipe and lost hole risks.

Pressure While Drilling

Gordon Technologies’ 20 ksi, 175 C-rated PWD tool is designed to deliver real-time and memory measurements of Annular Pressure (including Max/Min), Drill Pipe Pressure (including Max/Min), and Annular Temperature. When coupled with WOB and TOB, adjustments can be made to drill better wells.

Quality Sensor Measurements

Drill Pipe Pressure (APMN)

Drill Pipe Pressure (APMN)

Customize Your Service

Optional Features And Functionality

GT-PWD

Pressure While Drilling delivers real-time and memory parameters and assists in diagnosing bit failures, picking up mud motor stalls, measuring the effects of mud weight in hole.
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Azimuthal Gamma Ray

Azimuthal Gamma-Ray increases confidence in critical geo-steering decisions by providing high-quality logging measurements and wellbore images.
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TRACKER

GT-Tracker™ provides real-time communication with RSS systems enabling status conditions, performance indicators, and health variables transmitted by the MWD.
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Heat Miser

The Heat Miser system utilizes 190 degC MWD electronics and sensor packs, designed specifically for high-temperature environments.
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