Oil rig worker prepare tool and equipment for perforation oil and gas well at wellhead platform. Making up a drill pipe connection. A view for drill pipe connection from between the stands

Drilling Muds

Early warning detection can prevent environmental disasters.

Drilling fluids are used to aid the drilling of boreholes into the earth, i.e. for extracting petroleum oil. The flow behavior properties of a drilling fluid contribute to several important factors for successful drilling of oil wells, e.g. pressure control, maximizing rate of penetration, providing wellbore stability and removing cuttings from the well.

Each well is unique, making it important to be able to visualize and control the drilling fluid flow for each application. Accurately measuring the balance of the drilling fluids as a system (barrels-in versus barrels-out) provides important information to the driller and mud logger. It gives for example early warning kick detection and allows accurate monitoring of the mud transport velocity and lag times.


Rheology

A complete shear rate and shear stress distribution was instantly measured at one test flow rate. Measurements were performed in an industrial test facility under realistic environmental conditions using real-life oil-based drilling fluids.


2D Image of the flow

A 2D scan of the drilling mud flowing inside the pipe. It is important that the sensors used are touch-free. Incipientus sensors measures completely non-invasive allowing safe and undisturbed flow visualization.

“Monitoring of drillings muds is critical for safe and effective drilling”


Benefits

  • In-line measurements of drilling muds.
  • Process monitoring and control of drilling process.
  • Monitor flow rate.
  • Low cost of ownership.

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Johan Wiklund

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