What is Predictive Vibration Mapping?
Empowered by DrillScan® physics-based modeling software, Predictive Vibration Mapping is a swift methodology for informing the driller’s roadmaps of resonant RPMs, mitigating downhole vibration and improving overall drilling performance.
Problem
Drillers face challenges with downhole vibrations, affecting drilling performance and operational costs. The current situation involves traditional methods of handling vibrations, but these methods lack predictive capabilities, leading to inefficient practices and potential damage to equipment.
Solution
Predictive Vibration Mapping offers a solution in the form of a methodology that uses physics-based modeling software, particularly DrillScan®. With this methodology, users can map vibrations predictively, informing drillers of resonant RPMs to mitigate downhole vibrations and improve performance.
Customers
Drilling engineers, drilling managers, and operations managers in the oil and gas industry looking to enhance performance and reduce equipment wear.
Unique Features
The solution employs physics-based modeling, providing predictive insights rather than reactive measures.
User Comments
High appreciation for efficiency in reducing vibration.
Users highlight better drilling performance.
Appreciation for improved roadmap guidance.
Some comments on needed integration improvements.
Positive remarks on technological advancements.
Traction
Detailed traction data is not explicitly available, but the integration with DrillScan® suggests usage in technologically forward drilling operations.
Market Size
The global drilling services market size was valued at approximately $13.8 billion in 2020 and is expected to grow with the integration of advanced technologies like predictive modeling.
