Drilling accident prediction software
Control complication risks in real time. Drill safely and efficiently.

Process and outcomings
Real-time operation
Evaluate the effectiveness of continuous monitoring of the probability of accidents. Follow up to 50 wells at a time. Do not waste a second.
Saving money
Reduce clean-up costs. Reduce non-productive time during well construction by up to 20%. Drill efficiently.
Maximize knowledge about the drilling process
Control the risks of possible complications during well construction. Optimize the drilling trajectory in real time.
Safe and simple
Work with standard data
The rig does not need to be high-tech. Use standard mud log data via WITSML protocol.
Presenting results
Analyze drilling dynamics in real time. Receive notification of possible accidents. Monitor drilling process on one monitor.
Simplicity and convenience
Work with AIDrilling wherever you are using cloud version. User-friendly interface.

Frequently asked questions
How does the system predict possible accidents?
The system analyzes mud log parameters, identifies historical patterns. Then the model provides a forecast of the probabilities of different accidents.
What determines the accuracy of predicting the likelihood of a particular type of complication?
Accuracy depends on the quality of the data coming in and on the sensitivity settings. The higher the sensitivity, the lower the probability of missing signs of a complication.
How is data quality determined?
Data quality is determined by the amount of incoming data of certain parameters needed to describe a particular operation.
Which mud log parameters are necessary for accident forecast?
Depth hole, depth bit, rate of penetration, weight on bit, block position, hook load, standpipe pressure, mud flow in, mud flow out, rotary torque, rotary speed, temperature in, temperature out, density in, density out, tanks volume, gas content.
Does the system suggest actions to prevent an accident?
The current version of the software informs a user about possible accidents.
Is there an interpretation of the system results?
No, these are the non-interpretable algorithms.
Does the system need to be retrained?
The accident prediction module does not require any retraining.
How can I test the product?
Contact us: sales@petroleum.digital
Any questions left?
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