An easy to deploy, cost-effective fracture monitoring solution for continuous measurement and visualization of the subsurface
Talk to an expertThe challenge with unconventional shale is the variability of the rock. Although data is typically acquired to identify optimal well placement, very little data is acquired during fracture stimulation, which is when most of the dynamic variations in the subsurface take place.
As an industry, we realize that challenges such as fracture performance and well spacing can inhibit your ability to improve recovery factors. If you want to understand which clusters are contributing to production and why, you need more frequent data sampling near the wellbore. If you want to evaluate the impact your frac made in the far-field to optimize well spacing, you need a continuous understanding of cross-well fracture behavior.
However, data only generates value when you can quickly and confidently improve fracture designs to optimize economics and recovery. At Halliburton, we have simplified the routine use of big data when it comes to fracture monitoring. The Sensori™ fracture monitoring service combines non-intrusive technologies, advanced data acquisition and processing, and real-time answers into a single, cost-effective solution that empowers operators with unparalleled visibility and control over fracture performance.
World Oil Podcast Episode
In this episode, we explore the latest advancements in fracture monitoring technology. Discover how our Sensori service simplifies fracture monitoring with easy to deploy, non-intrusive diagnostics that lower cost and complexity, while providing continuous, real-time subsurface measurements.
Watch PodcastLow-cost, easy to deploy diagnostics
Real-time subsurface measurement and visualization
Simplified, non-intrusive installation
Continuous, automated data acquisition and processing
The Sensori service provides near-well and far-field fracture monitoring services that allow you to integrate, visualize, and analyze subsurface fracture measurements in real time for multiple well pads across an entire asset.
But what truly sets the Sensori service apart is its ability to integrate these insights for a more complete view of fracture performance. By integrating both near-well and cross-well monitoring, you gain a complete understanding of how stage-level distribution is impacting far-field response.
The Sensori service minimizes the cost and complexity of fracture monitoring by using non-intrusive diagnostics that allow more frequent acquisition of quality, subsurface measurements.
With the Sensori™ Pulse fracture monitoring service you gain an understanding of flow uniformity across each stage without the deployment of downhole diagnostics. At the end of each stage, the Sensori Pulse service generates a pressure wave that travels down and back up the wellbore. This pressure response is analyzed and processed in real time to calculate a measurement of stage performance. The stage efficiency (SE) index provides a quantitative measurement of flow distribution on a stage-by-stage level.
Using disposable fiber cable, the Sensori service provides affordable, high-quality data acquisition for routine cross-well monitoring. The service provides a direct measurement of well interference at a price point comparable to tracers and indirect pressure analysis. This service can be run in offset wells in a matter of hours, to acquire direct measurements of DAS microseismic, strain, and temperature.
Sensori™ fracture monitoring service
Sensori™ Cube remote automated monitoring service
We've simplified how we acquire, process, and streamline data to provide real-time insights on every pad without interfering with existing operations. This service enables transparent, seamless data acquisition across the pad, providing live feedback of fracture behavior. It also minimizes operational complexity by eliminating trailers, additional personnel, cranes, and extensive pressure control.
Sensori™ remote monitoring app
The Sensori app makes real-time insights more accessible, giving you access to fracture performance anytime, anywhere.
