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iComplete® high-performance​ surface pressure containment ecosystem

iComplete® high-performance​ surface pressure containment ecosystem

The Power of Less: Smarter, safer, more efficient frac completions​

Unconventional completions have become repetitive, high-volume, horsepower-intensive operations that demand tight surface pressure control. This means every idle pump hour, every transition, and every manual intervention can inflate costs and add delays.

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The iComplete high-performance surface pressure containment ecosystem eliminates inefficiencies by integrating advanced missile and well systems with a digital backbone – all working together as one. With iComplete, you remotely conduct autonomous onsite operations more reliably, more efficiently, more sustainably, and with greater safety, including removing personnel from the red zone: this is the Power of Less.

By unifying surface infrastructure with compatibility to all pump types and providers, standardizing workflows, scaling across pads, and making performance transparent in real time, the iComplete® ecosystem gives you unprecedented unobtainable uptime and the control required to manage completions at scale with confidence.

Less Downtime = More Productivity

  • Continuous high-rate, sand-laden pumping with no idle steps, faster to first oil.
  • Remote operations and automation increase uptime. Autonomous proactive response to events reprioritizes tasks as needed in real time.
  • Scheduled maintenance for isolated pumps, no pump swaps.

Less Complexity = More Control

  • Autonomous operations eliminate manual variability for predictable, repeatable high performance.
  • Real-time remote monitoring with live job intelligence and data capture for 100% visibility.
  • Field proven: 273.7 hours of continuous pumping and three days faster to completion.
  • We’ll have to remember to update stats as new benchmarks set

Less Risk = More Safety

  • Red zone interventions eliminated by fully autonomous surface operations.
  • Safer, cleaner, simplified worksite with fewer people and less equipment on the pad.
  • Reduced site traffic lowers emissions, noise, and environmental impact.
  • Reduced human error, reduced HSE exposure.

Less Vendors = More Simplicity

  • Modular, pump-agnostic design with 80% fewer connections simplifies setup.
  • Integrated system reduces equipment sprawl, admin overhead, and TCO. One trusted, accountable partner and one invoice.

CyberFrac® real-time intelligence and digital backbone

  • Enables autonomous control for efficient multistage and simul-frac operations across pad deployments
  • Executes predefined sequences without human intervention, eliminating errors, optimizing sand-flow delivery, and maintaining uninterrupted proppant transport across complex multiwell sites
  • Replaces hydraulic systems with electric valve actuation to cut downtime and reduce failure modes by up to 90%—delivering consistent 8-second performance in any environment
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HyperFrac™ advanced modular missile system

  • Eliminates downtime by isolating pump bank maintenance—no more failure-driven pump swaps in the red zone
  • Streamlines logistics by eliminating tractor trailer movement during operations
  • Enables smart scheduling through modular pump bank compartmentalization

Remote frac well system

  • Leverages PadFlex™ high-pressure flexible pipe technology to connect multiple frac pads and efficiently boost simultaneous fracturing operations
  • Cuts costs and eliminates waste by removing horsepower moves and single-well surcharges
  • Accelerates rig-up by 50% with 97% fewer, faster connections
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