Strategic geospatial monitoring for critical energy infrastructure
Energy
Energy infrastructure—fields, pipelines, plants, substations, refineries, solar and wind farms—relies on ground stability and structural integrity to operate safely and continuously. At EOSAR Mexico , we offer advanced satellite monitoring solutions based on InSAR technology, which accurately identify millimeter-scale ground displacements before they compromise key energy sector assets.
InSAR applications for the energy sector
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Monitoring of pipelines and oil pipelines
We detect differential ground displacements that can cause mechanical stress, deformations, or ruptures in vulnerable sections.
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Supervision of oil facilities, refineries and storage terminals
We evaluate subsoil stability in industrial areas, with an emphasis on subsidence due to hydrocarbon extraction or deep water.
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Subsidence control in oil and geothermal fields
We analyze ground movements associated with the overexploitation of deposits or changes in ground pressure.
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Monitoring of hydroelectric facilities
We monitor ground stability in dams, reservoirs, and powerhouses, detecting displacements or deformations that could compromise the infrastructure.
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Post-event evaluation (earthquakes or geotectonic faults)
We offer rapid and accurate terrain analysis following critical events, supporting emergency management and maintenance.
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Early warning of geotechnical risk
Integration of configurable thresholds to trigger alerts and preventive action plans.
Key benefits
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Prevention of failures in critical pipelines and lines.
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Reduction of physical inspections and operating costs.
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Compliance with industrial integrity and safety regulations.
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Support for strategic decisions and predictive maintenance plans.
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Access to multi-year time series and historical analysis since 1992.
Typical use cases
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Oil and gas pipelines in areas with subsidence or seismic activity.
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Refineries and compressor stations on unstable ground.
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Power generation plants (conventional or renewable).
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Offshore or coastal infrastructure with differential subsidence risk.
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Expanding urban energy distribution networks.
Frequently Asked Questions:
What advantages does InSAR monitoring offer compared to ground-based sensors?
InSAR monitors large areas without the need for field equipment, reducing costs and risks while enabling continuous historical tracking, even in remote regions.
Can InSAR detect displacements in underground pipelines?
Yes. Although InSAR does not directly image the pipeline, it detects millimetric ground deformations that can indicate potential risks.
Which types of energy infrastructure can benefit from this technology?
All of them. InSAR is valuable for oil and gas infrastructure, as well as geothermal, solar, wind, hydroelectric, and nuclear energy.
How frequently can a site be monitored?
Monitoring frequency depends on the satellite: Sentinel-1 provides data every 6 to 12 days, while commercial satellites offer higher temporal resolution.
Can we receive alerts?
Yes. We configure displacement thresholds to generate automatic alerts for anomalous movements, which can be integrated into dashboards, reports, or sent via email.
What types of reports does EOSAR Mexico deliver?
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Periodic technical reports (biweekly, monthly, quarterly)
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Georeferenced maps with time series
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Historical comparative analyses and post-event reports
How accurate is the measurement?
InSAR can detect displacements as small as 1 mm, depending on satellite quality and processing algorithms, and results can be validated with GPS, topographic, or geotechnical field measurements.