Pioneering a new era in wellbore sidetracking operations
The TrackMaster Nexus™ Whipstock System is engineered to deliver unparalleled performance in cased hole sidetracking, transforming your operations with faster, more reliable, and environmentally-conscious solutions. By integrating advanced predictive modeling, superior milling design, and a true single-trip solution, we offer a step-change in efficiency.
Why Choose TrackMaster Nexus™?
- Unmatched Efficiency: The TrackMaster Nexus™ system is designed to minimize trips, reduce rig time, and increase reliability. With innovations such as rapid system conveyance and integral wellbore cleaning, we cut down on operational time while ensuring precision and durability. This advanced system sets new benchmarks, with efficiency improvements leading to an average of 21 hours saved per sidetrack.
- Environmental Impact: Reduce your carbon footprint without compromising performance. The TrackMaster Nexus™ system eliminates unnecessary trips and reduces CO2 emissions. Data analysis from over 360 sidetrack operations shows an estimated reduction of 7,000 metric tons of CO2. Our integral wellbore cleaning device alone contributes a reduction of 42 metric tons per sidetrack.
- Precision and Reliability: Our proprietary predictive modeling software, WhipSim™, ensures optimal casing exit geometry for seamless BHA pass-through, reducing the risk of failure. Full-scale lab tests validate a 5% longer window and 10% less bending stress for drilling BHAs, enhancing overall reliability.
System Components:
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Key System Design Features:
Rapid Conveyance:
Achieve faster tripping times with a newly engineered method of attaching the milling assembly. This allows the system to reach full drilling speeds, reducing rig time and eliminating drift runs.
Integral Wellbore Cleaning: Get accurate window geometry and BHA pass-through simulations before reaching the wellsite. WhipSim™ helps predict potential challenges and optimize solutions, minimizing risks during sidetracking operations.
Optimized Window Geometry: With design improvements, the system offers a 5% longer window and reduces bending stress by 10%, ensuring easy passage of modern, stiffer BHAs.
