Helmerich & Payne, Inc. · NYSE:HP

Helmerich & Payne — Investor Presentation (August 2025)

11 slides from Helmerich & Payne's investor presentation, August 2025

  1. Slide 1: Predictive Vibration Mapping

    Predictive Vibration Mapping Prevent Dysfunction and Tool Failures © 2022 Helmerich & Payne, Inc. All Rights Reserved. 1

  2. Slide 2: De-Risk Your Drilling Program

    De-Risk Your Drilling Program Excessive vibrations in the BHA that are not managed with critical frequencies/RPMs put your well at risk.  Bit bounce  Stick-slip & whirl  Reduced ROP  Tool failure  Twist-off  Unplanned trips Avoiding harmonic frequencies (critical RPMs) doesn’t mean you avoid A

  3. Slide 3: What Do You Know About Vibrations in Your Wellbore?

    What Do You Know About Vibrations in Your Wellbore? Drilling vibrations are complex but should NOT be ignored in the pre-planning stage 2 Sources of Excitations  Your largest source of excitation is rotating the string in a resonant frequency  Transient nature of external forces acting long drill

  4. Slide 4: Reduce Downhole Vibrations & Drive Performance

    Reduce Downhole Vibrations & Drive Performance Accurate Models Matter H&P provides rapid and precise modeling results based on the latest physics-based modeling software to determine critical frequencies/RPMs so you can drill at safe rotation speeds.  Identify axial & torsional vibrations through t

  5. Slide 5: Get the Goldilocks Model

    Get the Goldilocks Model  Simple models that don't account for lateral vibrations and wellpath design miss the mark  FEA calculations are too complex & take days to give a solution  Predictive Vibration Mapping  Up-to-date science with a fast computation time  Calculates resonant frequencies fo

  6. Slide 6: What's the Value of Consistency?

    What’s the Value of Consistency? If you're trying to achieve factory drilling and you’re using the same: ✓ BHA Depth ✓ Motor ✓ Parameters ✓ Formation Days on Well  Do you know why your tripping?  Why it’s not consistent every time? On an $100k spread rate  Do you sometimes drill a section in 1 1

  7. Slide 7: Predictive Vibration Model Reduces 0.37 Trips Per Lateral, Saving ~$2k Per Day

    Predictive Vibration Model Reduces 0.37 Trips Per Lateral, Saving ~ $2k Per Day AWE engineers provided drillers with recommendations for RPMs so they can avoid critical frequencies 10 Months of Data ► 72 laterals across 6 rigs ► 36 laterals before the service started, 36 after Outcome Achieved ► Ove

  8. Slide 8: Case Study: Operator Reduces Trips By Over 65% in Intermediate and Lateral

    Case Study: Operator Reduces Trips By Over 65% in both the Intermediate and the Lateral Challenge WTX Delaware Basin Rig  Operator was averaging 2.8 trips in the Intermediate Section 5 intermediate & 3.25 in the lateral 4 # of BHAs 3 Predictive Vibration Mapping Trial 2 Solution 1  H&P trialed Pre

  9. Slide 9: Case Study: Substantial Decrease of Up to 40% in Lateral Shock

    50% Reduction in Downhole RPM Fluctuations & A Case Study: Substantial Decrease of Up to 40% in Lateral Shock Challenge Downhole RPM Fluctuations 40  Advancing performance by mitigating potential failures 35 30 25 RPM 20 Solution 15 10  Comprehensive post-analysis leveraging downhole data 5 0  Pr

  10. Slide 10: Identify Resonant RPM. Reduce Downhole Vibration. Drive Performance.

    Identify Resonant RPM. Reduce Downhole Vibration. Drive Performance. What We Provide What You Achieve Powered by DrillScan® physics-based modeling We approach customer challenges by thinking software, we provide multi-step computations so about the outcome they are trying to achieve. you can enhance

  11. Slide 11: Delivering Better Outcomes.

    DELIVERING BETTER OUTCOMES.

Helmerich & Payne — Investor Presentation (August 2025) on 6ix