OptaSense production monitoring services add critical mass in your production efforts by allowing you to monitor in-flow along the production zone, artificial lift performance, and wellbore integrity for the life of your asset.

Production Monitoring Services

Unlike other conventional production monitoring methods, the OptaSense DFOS system lets you visualize inflow and axial flow along the entire wellbore, in real time, at the perforation level, for the life of the asset. By using an optical fiber clamped to the casing or production tubing, the DFOS system offers non intrusive data acquisition for continuous logging and on-demand surveys, without interrupting production, at a significantly lower cost compared to conventional production logging.

OptaSense provides its diagnostic services in existing wells utilizing fiber-optic enabled slickline, wireline, coil tubing, and carbon rod. The OptaSense Diagnostic Intervention Services enables operators to see real-time DTS and DAS results for injection and production distribution. In addition, real-time fracture visualization through strain and microseismic monitoring allows operators to improve stimulation and completion design to maximize recovery.


The OptaSense Well Interference Profiling Service can quantify production, detect well inflow regions in the profiles and identify well interference locations accurately down to the individual cluster level. It provides full wellbore spatial illumination for better understanding of the reservoir dynamics.


OptaSense’s cutting edge SAGD solutions allow the operator to actively measure inflow along the lateral, understand flow control devices and slotted liners, detect pump failures, and monitor steam conformance and reservoir depletion via Seismic Tomography and Vertical Seismic Profiling.


Reduce time to production

Why waste time and money performing well interventions when there’s a solution that won’t interfere with production and profitability. OptaSense Oilfield Services’ Production Flow Monitoring is a cost-effective alternative that delivers on-demand monitoring for the life of your asset.

Leveraging fiber, permanently installed to the casing, tubing or deployed using coiled tubing, our production flow monitoring service reduces the risk and interruption associated with conventional production logging, not to mention the reliance on hard to interpret and difficult to deploy production logging tools.

Using innovative Distributed Acoustic Sensing (DAS) technology, this service pinpoints non-producing zones to improve future completion design or re-stimulation programs. With this insight you can enrich your reservoir model by evaluating the long term reservoir response to completion and production applications.

Understand production at the perforation level

 Struggling with inconsistent production? Production can vary well to well, even stage to stage. OptaSense Production Flow Monitoring uses DAS technology to assess flow behavior across the length of your wellbore, at the perforation level. With this insight you can identify perforations contributing to production in real time, as well as quantify flow through each perforation and/or port.

Monitor production for the life of the well

 Leveraging permanently installed fiber and topside DAS equipment, our service provides on-demand flow profiles of your well. Flow data is generated at each perforation cluster and historical waterfall data is recorded and processed. With repeat measurements, this information can be used to monitor the effectiveness of each perforation entry point, throughout the life of your well.

Enable predictive maintenance

 This service provides the condition monitoring necessary to support predictive maintenance and lower lifting costs by listening to production flow across artificial lift valves and pumps. With this knowledge, you can monitor the health of the electrical submersible pumps, identify relevant flow regimes and confirm the opening and closing of gas lift valves. Furthermore, our technology can assist in the confirming the proper function and activation of a wide range of smart well completion equipment
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