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<\/p>\nHalliburton has successful executed its SmartFleet intelligent fracturing system with a major operator in the Permian Basin.<\/p>\n
\u201cWe view the SmartFleet system as a tool that provides valuable insights into subsurface fracture placement,\u201d said Aaron Hunter, vice-president of the Midland Basin for ConocoPhillips. \u201cThese insights lead to informed decisions that improve fracture performance.\u201d<\/p>\n
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SmartFleet technology integrates intelligent automation and visualization with subsurface measurements across multiple wells simultaneously to dynamically respond to reservoir behavior. By using the SmartFleet system, operators can achieve real-time control of fracture placement and improve overall completion execution. In addition to optimizing fracture placement across every stage, the SmartFleet system provides real-time insights to manage frac hits and understand the impact they have on fracture performance.<\/p>\n
Based on various successful runs to date across multiple basins, SmartFleet has helped operators improve cluster uniformity up to 30%, optimize stage lengths, reduce completion costs up to 25%, and realize an uplift in production up to 20%.<\/p>\n
\u201cUnlike standard task automation, the SmartFleet system applies intelligence and measurements that allow operators to make stage-level decisions that optimize completions in real time,\u201d said Michael Segura, vice-president of production enhancement for Halliburton. \u201cWith this type of intelligent automation, operators can now instantly see and control fracture outcomes that ultimately lead to improved asset economics.\u201d<\/p>\n