Chevron and Halliburton Launch Autonomous Fracturing Tech in Colorado
Chevron U.S.A. Inc., a subsidiary of Chevron Corporation, and oilfield services firm Halliburton have unveiled a groundbreaking intelligent hydraulic fracturing system in Colorado’s shale fields. The joint innovation leverages closed-loop, feedback-driven completions to improve asset performance, precision, and efficiency—marking a major step forward for digitalization in unconventional oil production.
The technology replaces manual controls with real-time, automated stage execution based on subsurface feedback. This autonomous process uses Halliburton’s ZEUS IQ platform—featuring the OCTIV auto frac system and Sensori monitoring tools—to create a dynamic, self-adjusting loop. It continuously analyzes pressure, flow, and geomechanical data to adapt to changing downhole conditions.
Chevron contributes its subsurface engineering expertise and proprietary algorithms, allowing the system to fine-tune fracture strategies mid-operation. Unlike static models, this setup reacts to real-time reservoir behavior, enhancing fracture complexity, reservoir contact, and hydrocarbon recovery.
The technology reduces execution variability, ensures consistency across completions, and empowers crews to focus on high-level optimization rather than routine controls. Environmental gains are also notable: less fluid use, lower emissions, and minimized surface impact.
Chevron VP Kim McHugh said the system reflects the company’s goal to improve performance safely through innovation and strategic collaboration. Halliburton’s VP Shawn Stasiuk emphasized the digital revolution’s direct impact at the wellsite, accelerating field experimentation and refinement.
The project’s success could set a global standard for intelligent fracturing in shale and tight formations. With scalable architecture and cloud connectivity, Chevron and Halliburton’s system is poised for broader adoption across North America and beyond—delivering smarter, cleaner, and more efficient energy production.
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