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Drilling Automation
Drilling Outcomes
About H&P
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Recovery Control - Closing the Loop in Automated Control Systems
Achieving ISCWSA MWD+IFR1 Tool Codes Without Airborne Magnetic Surveys
Practical Challenges to Consider for Model-Based Engineering in Drilling Automation
Combining Downhole Axial and Surface Oscillation Tools, What Are the Consequences on Tool Face Control Performance?
AUTOMATED HIGH TORQUE WRENCH LEADS TO 60% LESS DEFORMATION WHEN APPLYING FORCE TO DRILLPIPE
Detailed Dynamics Modeling Helps to Assess the Effect of Stabilizer Design on Drillstring Vibrations
A Comparison of High-Resolution Trajectory Methods and Their Impact on Drilling Data Analysis
Fluid Circulation Effects on Torque and Drag Results, a New Take on an Old Subject
Drilling Three-Mile Laterals Tighter and Safer with a New Magnetic Reference Technique
How Motor Bend Affects Stick-Slip Vibrations: Modeling and Case Study
Drilling Performance Contract: An Evolution in the Partnership Between Operator and Rig Contractor
We are H&P
Achieving the Next Level with New Industry Standard Drilling Rig
H&P Preps for ADIPEC with AR Experience
H&P Named No. 1 Land Driller
H&P Bit Guidance System FAQ
HSE at H&P
Safety Training
Ensuring Success of Complex Liner Deployment Over Complete Field Development Campaign
Directional Drilling Automation: Human Factors and Automated Decision-Making
Challenges and Solutions for Accurate Wellbore Placement in the Barents Sea
Validation of Directional Survey Data Against Positional Uncertainty Models
Application of Purpose-Built Rig Technology Results in Step Change of Drilling Time, Cost, and Opportunities
Continuous Improvement in Wellbore Position Accuracy: Ultra-Extended-Reach Drilling in Far Eastern Russia
Using Hybrid Propulsion Autonomous Marine Vehicles to Better Characterize Geomagnetic Fields Offshore
Optimizing Lateral Well Spacing by Improving Directional Survey Accuracy
Improving Directional Survey Accuracy through Real-Time Operating Centers
Using Autonomous Marine Vehicles to Enable Accurate Wellbore Placement in the Arctic
Automated Sliding: Efficiencies Achieved in the Next Stage of Drilling Automation
Empirical Analysis of Lateral Spacing Uncertainty in North America Due to MWD Survey Error
Stiff String Casing Design: Tortuosity and Centralisation
Automating Anti-Collision Calculations for Autonomous Drilling Systems
Holistically Leveraging Automation Technologies Across a Uniform Suite of Rigs
FlexRig® International Fact Sheet
FlexRig® Fleet Fact Sheet
Enhanced Wellbore Placement Accuracy Using Geomagnetic In-Field Referencing and Multi-Station Correction
Flex 3 Walking Rig Move
