A platform you can use as a real-time digital twin or an engineering/ operational workflow.
Industry's 1st Real-Time digital twin to Predict Drilling Dysfunctions
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Let's go further into this process on how it works and what we can do.
The digital twin uses real-time surface data as input and drillstring data to predict downhole drilling dynamics responses.
The drill string, bottom hole assembly, and drill bit mechanics are utilized from planning.
The workflow is built to automatically recognize drilling rig states (rotary or slide drilling) and connection makeup to start and stop the predictive model.
The twin produces quantifiable drilling dynamics like shock and vibration, downhole MSE, penetration rate, etc., in real-time.
The RiMo platform is built to seamlessly go through multiple workflows from planning, real-time digital twin, and post-job analytics.
Here are the real-time data insights we provide
RiMo predicts downhole MSE
RiMo Predicts ROP
RiMo predicts lateral vibration, axial vibration and torsional vibration
RiMo provides virtual drill-off test
Predicted drilling performance with the Digital Twin compared with downhole memory sub.