Induced seismicity monitoring—Monitor regulatory compliance or track seismic events using temporarily or permanently deployed fiber optics. With a real-time, automated traffic alert system, enabled by Seismic Focal Point real-time induced seismicity monitoring service, never miss an event alert again.

Well integrity assessment—We don’t just stop at locating the leak in your completions. We have the ability to understand the cause and remediate accordingly by combining high- and low-frequency fiber-optic data with our wireline ultrasonic, spectroscopy, and caliper corrosion measurements.

Production monitoring—Understanding production and production interference is critical to maintaining an accurate evergreen reservoir model. Using either temporarily or permanently deployed fiber optics enables you to understand production in the time domain across the full reservoir. Optiq solutions can be used as robust stand-alone production monitoring solutions in combination with production logging tools for increased confidence in your reservoir performance.

Injection monitoring—Understanding injection across your reservoir is a foundational step in predicting the production for unconventional plays. Uniform injection can also be critical for the performance and economics of CCS, geothermal, and saltwater disposal projects. You can also use fiber optics to monitor out-of-zone injection (OOZI) to verify caprock integrity and identify whether new fractures are created during injection. Optiq solutions enable a common experience across all your injection monitoring projects.

Stimulation effectiveness monitoring—With Optiq StreamLINE polymer-locked fiber-optic wireline conveyance, it is now possible to measure cluster efficiency in the treatment well and strain in an observation well with a simplified operation and smaller pressure equipment footprint. This is a cost-efficient solution that does not depend on permanent fiber-optic installation in your unconventional wells.

Flowback monitoring and more—Flowback monitoring can be the first indication of reservoir performance after stimulation and provides important inputs to validate stimulation models and success. For coiled-tubing-, wireline-, and permanently deployed fiber optics, it is now possible to have the fiber in the well during regular hydraulic fracturing and matrix acidizing while continuing to monitor the flowback immediately after stimulation. Having flowback insights in relevant time can assist in optimizing field development.