Secure by Design: How CYBERLOOP Combines Cybersecurity, Cloud Flexibility and Data Sovereignty
Secure by design: how Cyberloop combines cybersecurity, cloud flexibility, and data sovereignty for controlled, high-frequency drilling operations safely.
Secure by design: how Cyberloop combines cybersecurity, cloud flexibility, and data sovereignty for controlled, high-frequency drilling operations safely.
Wellbore tortuosity reduction requires better data, disciplined execution, and closed-loop control to protect directional accuracy and drilling efficiency.
Changes in torque and drag can develop over several stands before their operational impact becomes obvious. Increasing rotational resistance can affect rotary drilling performance, while increasing axial resistance can limit pipe movement and the transfer of weight to the bit. Both deserve continuous attention as the well progresses.
Our Directional Drilling and Geosteering teams have completed a wellbore on a coal bed methane project in Queensland, Australia. Drilled using a downhole motor, the wellbore exceeded 3,000 m in total measured depth, including a lateral of more than 2,170 m. Approximately 98.6% of the lateral remained in coal.