When it comes to pipeline monitoring, a common refrain persists: “We are mandated to use airplanes to monitor our pipelines.” While traditional methods may feel familiar, relying on aerial surveys in an era of rapid technological advancement limits both efficiency and effectiveness.

Pipeline accidents can cause catastrophic environmental, financial, and reputational damage. Meeting federal and state compliance standards is non-negotiable for operators, with regulations often emphasizing monitoring frequency. However, Part 195 regulations do not restrict the use of advanced technologies, paving the way for innovative solutions like satellite data and geospatial analytics. These tools, including Satelytics’ revolutionary geospatial platform, are transforming pipeline management — offering precision and efficiency without putting employees in the field or in the air.

Airplanes cannot match the speed or scale of satellite monitoring. Aerial surveys often take weeks to collect and analyze data, delaying the identification of potential issues that escalate over time. Moreover, the quality of aerial data is highly variable, influenced by weather conditions and pilot expertise. In most cases, flyovers rely on a pilot visually inspecting pipelines from the cockpit—often without the use of sensors or data analysis—resulting in inconsistent and inaccurate reporting.

Satelytics replaces these inefficiencies with a smarter, more effective approach. Using satellite data and advanced geospatial analytics, Satelytics delivers precise insights into threats as small as a square foot. This technology can monitor vast pipeline networks while simultaneously capturing granular details. Powered by AI, Satelytics enhances monitoring programs to meet regulatory requirements while significantly reducing the carbon footprint associated with traditional air or ground inspections.

Satelytics proactively monitors for critical issues, including:

• Liquid leaks
• Methane emissions
• Vegetation stress and encroachments
• Geohazards and erosion
• Unauthorized construction activity

The bottom line: Geospatial analytics is redefining pipeline monitoring. It empowers operators to protect assets, meet compliance standards, and safeguard the environment—all while surpassing the limitations of aerial surveys.

Don’t let outdated assumptions hold you back. Reach out to us today for real-world examples of companies already embracing smarter, more effective monitoring solutions.