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Make every stage count

During stimulation, you want every stage to count, but do you know how effective your frac program is?

With core acreage diminishing and parent-child interference increasing, subsurface insight over what is taking place down hole has never been more important. However, many completions today are executed with high uncertainty. With limited subsurface insight, making improvements to optimize completions takes time, and typically a high well count.

To make every stage count, the SmartFleet® fracture monitoring system gives you real-time access to subsurface measurements, while providing live visualization of fracture performance across every stage.

This intelligence while fracturing helps you eliminate subsurface blind spots for more dynamic decision-making, so you can stop sacrificing value and start improving returns.

SmartFleet gives onsite and remote teams a direct line of sight into subsurface measurements and projections of fracture performance.
SmartFleet gives onsite and remote teams a direct line of sight into subsurface measurements and projections of fracture performance.
SmartFleet gives onsite and remote teams a direct line of sight into subsurface measurements and projections of fracture performance.
SmartFleet gives onsite and remote teams a direct line of sight into subsurface measurements and projections of fracture performance.

Permian Basin Case Study

SmartFleet® diagnoses fracture geometry during simul-frac operations

The SmartFleet system was used to diagnose fracture geometry during simul-frac operations. Using disposable fiber, the system measured far-field fracture-induced strain and microseismic activity. This helped validate which simul-frac treatments were communicating with observation wells, and determine how the total treatment fluid volume influenced fracture growth and communication to offset wells.

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2,403

Total stages monitored

736 M

Total lbs of proppant pumped

85%

Increase in average stage length

Case Study

SmartFleet® monitors simul-frac behavior between parent-child wells

An operator in the Permian basin used the SmartFleet system to monitor eight disposable fibers across three adjacent well pads. During the project, the data collected in real-time is used to diagnose several completion techniques to differentiate how fracture geometry was affected by changes in completion design. 

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Direct measurement of the subsurface

Through our latest scalable fiber optic monitoring services, SmartFleet interprets fracture performance by applying direct measurements of fluid distribution along the near wellbore, as well as interactions with offset wells.

Live 3D visualization of fracture behavior

SmartFleet provides real-time visibility of all critical subsurface measurements while pumping on location, and via a web-based software application that allows easy remote access. This live visualization software puts subsurface placement metrics and surface efficiency metrics at your fingertips.

Real-time fracture optimization

For real-time action and stage to stage improvements, SmartFleet provides easy to interpret subsurface data and visuals to enable your team to evaluate fracture performance, improve fracture placement and manage well interactions.

SmartFleet app
SmartFleet app

mobile app

SmartFleet keeps you connected on the go.

The SmartFleet app makes real-time insights more accessible, giving you access to fracture performance anytime, anywhere.

Discover the SmartFleet system

ExpressFiber™ disposable fiber cable

ExpressFiber™ disposable fiber cable

An economic, low-risk fiber solution for cross-well monitoring

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World Oil Article

When electric meets intelligence: Powering a new era in hydraulic frac

In the evolving landscape of hydraulic fracturing, a transformative synergy of electrification, automation and real-time optimization has emerged. The commingling of these technologies is paving the way for unprecedented efficiency and performance gains, while also reducing costs and NPT.

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Electrification, automation, and real-time optimization—Maximizing efficiency, while lowering the total cost of ownership.
Electrification, automation, and real-time optimization—Maximizing efficiency, while lowering the total cost of ownership.
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