helmerich&payne_blog

From 1 pad and 1 shot to large-scale operations, H&P offers the reliability and expertise you expect from the market leader combined with a customer-centric mindset that "we're big to serve."  Our team is committed to providing exceptional service and building lasting relationships with our customers, whether you have one rig or 100. Contact us today and let's talk more about a partnership: https://schedule.qualified.com/yXBdGsH . Fast, Reliable Performance for Short-Term Wells H&P has successfully drilled more wells for small operators than any other drilling contractor, earning a reputation for efficiency, cost-effectiveness, and unmatched expertise in the industry. Fewer Days, Less Cost 10 wells with H&P takes 24 fewer days and costs >$1.5M less than with our competitors Expertise 100+ years of drilling expertise means you get dedicated support with H&P designed solutions to help ensure your success E...

  In life and especially in our field, the decisions we make matter. Every day in our industry, we’re presented with countless choices that have the power to shape not only our present but also our future. In this month's newsletter, we're highlighting a new tool designed to empower you in your HSE decision-making journey: introducing our new SIF (Serious Injury and Fatality) Calculator. This decision tree provides a user-friendly way to assess events for SIF exposures, enabling you to determine SIF events and their severity levels—be it mitigated, actual, or potential. With this resource, you'll be better equipped to make more consistently informed decisions, that ultimately allow you to focus on the workplace exposures that pose the greatest risk in your operations. In typical H&P fashion, we are focused on continuous improvement, so be on the look-out for updates to this decision tree in the coming months.  Together, let's harness the power of consistent and inte...

Empowered by DrillScan® physics-based modeling software, Predictive Vibration Mapping is a swift methodology for informing the driller’s roadmaps of resonant RPMs, mitigating downhole vibration and improving overall drilling performance. The physics-based analysis allows multiple-step computations to identify axial and torsional vibration through the entire drillstring length, while providing visibility to lateral vibration for the effective length between the bit and the first point of contact in the wellbore. Incorporating Predictive Vibration Mapping results can significantly enhance set point management workflows during planning, in real-time, and road mapping by providing rapid and precise modelling results to predict critical RPM ranges for various types of bottomhole assemblies (BHAs). SOLUTION H&P recommended the implementation of Predictive Vibration Mapping, a solution that includes two key phases of deliverables: Phase 1: Physics-based surface RPM recommendations aimed a...