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REAL-TIME DIRECTIONAL SURVEY QUALITY IMPROVEMENT USING WEB-BASED TECHNOLOGIES
Optimal wellbore placement and collision avoidance requires accurate real-time steering of directional wells. Uncertainties in the wellbore position are accounted for by industry standard error models.
Simulation of Recovery Losses in Wellbore Placement
Simulation of recovery losses due to positional errors in wellbore placement in unconventional resources; Horizontal wells are drilled for maximum drainage.
Use of Mechanical Specific Energy Calculation in Real-Time to Better Detect…
Mechanical Specific Energy (MSE) is a well-known concept to quantify the cutting efficiency of rock. Its utilization has significantly increased with electronic drilling recorders, especially in unconventional wells, to optimize the drilling…
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ZI Technical Services
ZI Technical Services in Dubai provides dependable technical services such as electrical work, painting, plumbing, and building maintenance.
Web-based Technologies for Real-time Directional Survey Quality Improvement
This publication discusses web-based technologies for real-time directional survey quality improvement in drilling operations, addressing sources of MWD survey error such as geomagnetic references and instrument calibration.
Fatigue Tracking for Mud Motors in Unconventional Wells
Helmerich & Payne discusses how fatigue tracking can predict failures in drilling equipment, preventing costly and potentially catastrophic incidents in unconventional wells.
Surface Oscillation Tools and Time-Domain Dynamics
A technical publication from Helmerich & Payne about surface oscillation tools and the time-domain dynamics and torque and drag models used to improve their performance.
Effective Length and BHA Lateral Behavior: A Helmerich & Payne Study
Many industry models use the notion of effective length to predict bottom hole assembly (BHA) behavior, including directional behavior and lateral vibration. This paper examines the reliability of this method.