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AUTOMATED SLIDING: EFFICIENCIES ACHIEVED IN THE NEXT STAGE OF DRILLING…
In the current drilling climate, efficiency is king: do more with less. This motivation drives disruptive technological innovations in automation of the drilling process. Drilling automation can contribute to this efficiency specifically by…
Empirical Analysis of Lateral Spacing Uncertainty in North America Due to MWD…
Analyzes uncertainty in lateral spacing due to MWD survey errors in North America, considering the significant uncertainties in bottom hole locations from MWD instruments.
A Comparison of High-Resolution Trajectory Methods and Their Impact on…
Wellbore trajectories are a fundamental piece of data used for decisions throughout the oilfield. Trajectories are typically mapped through measurement-while-drilling (MWD) survey stations collected at 95ft intervals. Previous work suggests that…
Wellbore Placement Challenges and Solutions in the Barents Sea
Discusses challenges and solutions for accurate wellbore placement in the Barents Sea, emphasizing the importance of precise local magnetic field specification for reliable orientation in horizontal drilling, and the need for spatial models to…
Wellbore Position Accuracy in Ultra-ERD Drilling
Helmerich & Payne's technical publication discusses continuous improvement in wellbore position accuracy, used in ultra-extended-reach drilling in Far Eastern Russia.
Ondezx Journal Paper Publication Services
Ondezx provides experts to help you meet aggressive journal paper publication deadlines and assist in publishing your paper in major journals.
Enhanced Wellbore Placement Accuracy Using Geomagnetic In-Field Referencing…
This paper discusses enhanced wellbore placement accuracy using geomagnetic in-field referencing and multi-station correction. IFR models are computed from high-resolution satellite and aeromagnetic measurements of the geomagnetic field. A new…
Economic Impact of Spacing Uncertainty in Long Laterals
This technical publication models the economic impact of spacing uncertainty in unconventional long laterals due to common survey practices.
Optimizing Lateral Well Spacing By Improving Directional Survey Accuracy
Optimizing lateral well spacing is a challenging problem that has significant economic consequences, field development requires spacing horizontal wellbores at an optimum distance.
IMPROVING DIRECTIONAL SURVEY ACCURACY THROUGH REAL-TIME OPERATING CENTERS
Web-based software was developed to provide rig site personnel with a simple interface to transfer survey data in real-time to survey analysts in a remote operations center.