Drillstring Vibration Monitoring

Drillstring vibration is a major contributor to downhole tool failure. It may also cause hole damage and increase the need for more frequent rig repair. Timely detection and mitigation of downhole vibration is key to avoiding nonproductive time (NPT) and preventing equipment damage. With full knowledge of downhole dynamics conditions, effective changes can be made to the drilling parameters of weight-on-bit, rotary speed and flow rate to mitigate harmful vibration.

Drillstring Vibration Monitoring

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Summary GOM: DrillDOC™ and Geo-Pilot® RSS Services Drill Multiple Salt Sections to TD in Single Runs Apr 2016
Summary Brazil: Operator Saves US$75 Million in Ultra-Deepwater Well with High Vibration and Salt Creep Issues Feb 2016
Summary USA, North Dakota: Planning, Collaboration and an Optimized Drilling Performance Deliver Record-Breaking Extended Reach Unconventionals Wells in Bakken/Three Forks Apr 2015
Summary Oklahoma, USA: Geo-Pilot® GXT System and DrillDOC® Tool Help Improve Drilling Performance in Shale Reservoir Jul 2013
Summary Gulf of Mexico: SlickBore® System and ADT® Service Sets Records May 2008
Showing 1 - 5 of 5 Records
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DrillDOC® Drilling Downhole Optimization Collar Tool
Provides real-time measurements of weight, torque and bending moment to characterize the transfer of energy from surface to bit.
DrilSaver™ III Vibration Monitoring System
System that identifies and measures the magnitude of drillingvibrations through the high speed sampling and analysis of surface drilling parameters.
M5™ Integrated LWD Service
Integrated LWD service provides formation evaluation answers from resistivity and azimuthal gamma ray sensors and drilling optimization answers from vibration and pressure sensors.
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