H&P Saves Operator 9+ days
- First pad drilled for a new customer on an 8-well program
- Ended the well program at 9.36 days under the operator’s AFE
- Saved the equivalent total time of one well
Working together to deliver better drilling outcomes
Planning and Preparation
Meticulously organized strategies focused on achieving the operator’s performance goals
Field-Proven Technology
H&P’s FlexFusion® technology package enhanced consistency and reduced flat time
Seamless Collaboration
Customer, rig crews, on-site leadership and remote support teams openly discussed best practices, lessons learned, and recommendations to help ensure optimal performance
Continuous Communication
Ongoing feedback loop between all parties throughout the entire operation
Related Case Study
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Removal of one casing string from well architecture projected to save Tullow oil $4m per well
H&P’S ADVANCED WELL ENGINEERING TEAM PROVES LIGHTER ARCHITECTURE WAS POSSIBLE AND PROVIDES RECOMMENDATIONS TO EXECUTE Challenge Tullow Oil in West Africa wanted to deploy a…
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By Mitigating Motor Failures and the Associated Time Lost, Operator Saved $105,000 Per Well
H&P Technology Helped Increase Lateral Slide ROP by 120% and Make a One-Run Lateral Curve Possible
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Operator saves 2.38 days of drilling time, equating to a savings of over $140,000 per well
Head-to-head comparison proves science-based directional drilling approach enhanced bit and BHA integrity and reduced time to target Challenge A major operator was drilling in the…
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61% average ROP improvement reduces operator’s time to target
Winkler County, Texas Wolfcamp FormationH&P Saves Operator 11 Days and Lowers BHA Count by 9% Challenge An operator in the Delaware basin was proactively looking for ways to maximize…
Related Product Literature
Related Technical Publications
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Ensuring Success of Complex Liner Deployment Over Complete Field Development Campaign
Abstract This paper describes the innovative engineering workflow which has been used to ensure the safe deployment of deep production liners on long step-out wells…
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Stiff String Casing Design: Tortuosity and Centralisation
Abstract The forces and stresses along casing strings are modeled using a stiff string torque and drag model. The effect of wellbore tortuosity and centralization…
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Application of a Forced Vibration Modeling Approach to Better Quantify the Role of Downhole Vibrations and Excitation Tools
Abstract Drilling operations can induce several external excitations to the drillstring and bottom-hole assembly (BHA) due, namely, to the drillstring-wellbore contacts, bit-rock interactions, fluid flow,…
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Casing Wear and Stiff String Modeling Sensitivity Analysis – The Contribution of DP Pipe-Body and Tool-Joint on Casing Contact
Abstract Casing wear due to pipe body and tool-joint of Range 2 and Range 3 DP is compared using a stiff-string torque & drag &…