Drill Faster Without Disaster
Use data from Digital Shaker Surveillance to help your drilling team optimize hole cleaning, detect wellbore instability, and improve shaker performance.
What are the shale shakers saying?
The amount, size, and shape of drilled cuttings coming across the shale shakers can reveal a lot about what's going on down hole.
Is the borehole clean or are cuttings accumulating, increasing the risk of stuck pipe?
Is the wellbore stable or at risk of collapse or fracture?
You'd love to know the answers but no one wants to spend all day in the dirty, noisy, hazardous shaker house, waiting for something to happen.
Fortunately, our autonomous cameras don't care. They're happy to monitor your shakers 24x7 and deliver you the answers, in real time.
Wellbore Instability
Wellbore instability is a major drilling problem costing billions of dollars per year in non-productive time and remedial actions.
Even though geomechanical models are constructed to help predict and prevent it, they aren’t much more accurate than an educated guess.
The clearest signal of borehole instability is when cavings start coming across the shakers, but it's regularly missed because nobody is monitoring the shakers.
Wellbore Cleaning
Hole cleaning is complicated.
Drilling engineers rely on hydraulic models and cuttings transport models that become increasingly inaccurate as wellbore depth and complexity increases.
The rig team follows best practices and 'rules of thumb’ but there's no reliable way to cost effectively measure hole cleaning performance.
This leads to invisible non-productive time and stuck pipe incidents that can cost millions of dollars to remediate, especially when the well must be plugged back and side-tracked
Welcome to CleanSight !
A patented, first of its kind, computer vision solution for digital shaker surveillance.
We deploy Axis Communications’ world-class, explosion proof industrial cameras with embedded Edge Computing capability to handle AI image extraction at the rig site.
CleanSight measures the cuttings load as it varies in response to drilling operations, alerting the drilling team whenever the cuttings return rate deviates from expectation.
CleanSight detects and reports anomalous objects, which might include cavings—indicative of borehole instability—or debris that might indicate part of the bottom hole assembly is failing.
CleanSight also monitors shaker performance to detect uneven loading or overflow conditions that can damage equipment or cause an HSE incident.
CleanSight Object Detection in Action | Multiple Patents Pending
Mission Metrics
515K
Drilled Footage Captured
4
Offshore Rigs
10+
Operators in Deployment Pipeline
2+4
Patents
Granted + Pending
Ready to Drill Faster Without Disaster?
Share your contact information and let’s discuss how Digital Shaker Surveillance can help your offshore drilling team optimize ROP while avoiding incidents due to inadequate hole cleaning or borehole instability.