The Permian Basin, one of the world’s most prolific oil and gas regions, is a cornerstone of energy production for the USA. However, production in the Permian Basin comes with challenges, most notably with produced water.
Up to eight barrels of produced water are brought to the surface with every barrel of oil. Produced water is then disposed of in the subsurface by reinjection. This has the potential to induce seismicity and escape to the surface through existing conduits, such as abandoned wells.
The ongoing injection and withdrawal of fluids into subsurface reservoirs changes pore pressure and subsurface stresses, to produce observable surface deformation. This surface deformation can be monitored with InSAR, highlighting areas that are experiencing elevated stress.
SatSense leverages decades of expertise in wide-area deformation monitoring, earthquake analysis, and tectonic movement detection to provide the actionable insights operators require to effectively manage wastewater injection and hazard mitigation.
Image: InSAR velocity map of the Northen Delaware basin where red areas are subsiding and blue zone represents uplift associated with saltwater disposal injection.
Image: Photo of an oil production site in the Permian Basin, overlaid with five service icons
Image: InSAR displacement showing two different uplifting zones connected at depth.
As oil and gas production scales, so does the need for sustainable practices. SatSense enables operators to:
In the fast-paced Permian Basin, you need a partner who can keep up with the demands of your operations. SatSense delivers:
Image: 12-day differential interferogram, with three distinct uplifting shallow deformation features identified automatically with SatSense early warning alerting system.
Ready to transform how you operate in the Permian Basin? Contact SatSense to learn more about our subscription services and see how our advanced geospatial solutions can work for you.