ARM

Real-Time Drilling Fluid Monitoring and Mud Rheology Tracking

You Don't Have a Mud Problem. You Have a Visibility Gap.

You manage wells where a single unnoticed fluid trend can lead to non productive time.

Most drilling events don't start suddenly. They develop as gradual deviations between mud checks: trends form, yield point drifts, solids concentration shifts, barite begins to drop out.

By the time the event is visible, the wellbore has already reacted. That blind window is where fluid driven NPT begins.

That blind window is where fluid-driven NPT begins. ARM removes that blind window entirely.

Continuous Real-Time Drilling Fluid Properties

This is not snapshot testing. This is real-time trend control.

ARM is a rig-site fluid monitoring system designed to provide automated mud rheology measurements and continuous, real-time tracking of drilling fluid properties. It is built for today's fast-paced drilling environments, where operational efficiency, consistency, and repeatability are essential.

The system ensures consistent and accurate data collection, supporting better decision-making and reducing variability in drilling operations. Its real-time monitoring capabilities help maintain optimal fluid performance at all times.

With a focus on simplicity, ARM features a compact footprint and a plug-and-play setup, enabling rapid deployment with minimal disruption to ongoing operations.

ARM operates fully autonomously, requiring no routine maintenance or on-site supervision. This allows rig crews to focus on critical tasks while ensuring continuous access to high-quality fluid data.

It delivers continuous mud checks
and real-time drilling fluid properties across

Drilling fluid rheology measurement (600–3 RPM)

Yield point monitoring drilling fluid trends

Solids control monitoring (LGS / HGS)

Mud temperature monitoring

Brine density monitoring

Cuttings percentage monitoring

The ARM enables

In a Haynesville deployment, ARM identified yield point degradation four days before a pack-off event, insight that could have prevented approximately two days of NPT. Detect Instability Before It Becomes Downtime.

The ability to identify and prevent drilling fluid issues before escalation

Wellbore stability through continuous drilling fluid monitoring

Improved integrity of hydraulics modeling, leading to better prediction of pressure losses and cuttings transport efficiency which helps to reduce the risk of wellbore instability and losses

Continuous monitoring turns fluid data into actionable insight, empowering teams to maintain optimal properties and execute safer, faster, and more efficient tripping and casing runs

Set the operational
standard with ARM

Get detailed information on our cutting-edge equipment and solutions by downloading our brochure here.

Real-World Performance

ARM CASE STUDY

FAQ

With a focus on simplicity, ARM features a compact footprint and a plug-and-play setup, enabling rapid deployment with minimal disruption to ongoing operations.

ARM operates fully autonomously, requiring no routine maintenance or on-site supervision. This allows rig crews to focus on critical tasks while ensuring continuous access to high-quality fluid data.

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ARM