Artificial Lift types and configurations often evolve over the lifecycle of a well, impacting both performance and cost assumptions. For one upstream producer, tracking these changes across siloed systems and departments was time-consuming, error-prone, and inefficient. Inaccurate or outdated Artificial Lift data compromised flowing bottom hole pressure (FBHP) calculations, lease operating expense (LOE) forecasts, and overall production analysis—leading to delayed insights and costly decision-making errors.

The producer implemented the Peloton Platform to unify their well file and production data environment. When a new tubing string or Artificial Lift system is installed, the completion or workover supervisor documents the update in WellView Allez. This information flows directly into ProdView, allowing production engineers to immediately incorporate changes into FBHP calculations, LOE forecasts, and gas lift target models. The date-effective records enable dynamic cost modeling based on lift method, enhancing accuracy and eliminating redundant data entry. Integrated with internal tools like Prosper and DIVE, the solution provides clear visibility into production metrics, lift method changes, and gas lift performance—streamlining workflows, reducing manual effort, and enabling faster, more confident operational and financial decisions across the asset team.