TAQA, a leading Industrialization & Energy Services Company, has unveiled Threlix, an innovative drilling technology that promises to revolutionize the oil and gas industry. Designed with state-of-the-art engineering, Threlix aims to address common issues faced by Rotary Steerable Systems (RSS), including vibration and torsional oscillations.
By mitigating these challenges, Threlix delivers unprecedented drilling reliability and cost savings for operators. With its unique design featuring a proprietary helical spring and fully sealed internal components, Threlix reduces friction and prevents fluid intrusion, allowing for rapid adjustments that maintain uniform cutting depth. This leads to smoother drilling processes and faster penetration rates.
Cory Blanchette, Global Product Line Manager for Downhole Tools at TAQA, emphasizes the importance of Threlix in addressing the needs of operators using RSS drilling solutions. With TAQA’s extensive experience in dysfunction mitigation, this cutting-edge technology is designed to deliver superior performance and reduce downtime.
Threlix goes beyond simply enhancing drilling efficiency by offering comprehensive engineering support throughout the entire drilling process. This includes pre-analysis and post-run assessments as well as in-house designed sensors to measure vibrations and torsional oscillations. These features ensure that the technology is tailored to meet the specific requirements of different formations and applications.
In a case study conducted with a major operator in British Columbia’s Montney play, it was demonstrated that integrating Threlix into their RSS setup resulted in significant improvements in drilling consistency and a 38% increase in average penetration rates. This led to substantial cost savings and operational improvements for the operator.
Overall, Threlix represents a significant advancement in drilling technology that provides oil and gas operators with a reliable solution to enhance efficiency while reducing costs in challenging drilling environments.
