Gathering and processing areas are prone to liquid leaks, especially during seasonal changes or winter operations. This is true because well pad equipment and gathering lines may not receive the same attention or control infrastructure as interstate pipelines but can still cause significant environmental liabilities when leaks occur. Satelytics’ customers using our liquid leak algorithms often chose to do so because they had to write a large check to remediate the effects of a liquid leak and want to avoid writing the check again.

Satelytics can identify the presence of produced water and liquid hydrocarbons on the ground. Leak alerts are received hours after the satellite overpass, triggering immediate field team response and limiting the damage. Large asset areas can be surveyed multiple times weekly with commercially available imagery sources.

Satelytics’ algorithms accurately and reliably identify hydrocarbon and produced water spills down to the size of a small kitchen table anywhere in the world. Each alert includes a precise location characterization of the leak type. These alerts can also be tied to a customer’s infrastructure, facilitating rapid field team response.

Implementing a new technology is never easy in any organization. We speak with customers extensively about change management because geospatial analytics inevitably provides your field teams with more data than ever. Harnessing geospatial analytics means changes in traditional workflow are inevitable but yield great productivity gains and risk reduction.

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We have many proven examples where we have alerted our customers to spills long before the alternative, saving them the expense of large clean-up projects and regulatory fines while improving landowner relations. Talk to us today to learn how you might apply this disruptive technology to minimize the risk of liquid leaks in oil & gas basins worldwide.