Ground movement can develop gradually, making it difficult for oil and gas integrity teams to identify changing conditions between inspection cycles.
In our latest webinar, Todd Sawjaw, Head of Research & Data Science at Rezatec, and Bon Saunders, Account Executive at Paulin Research Group, explore how satellite-derived geospatial intelligence can help integrity teams monitor ground movement across pipelines, storage tanks and other critical infrastructure.
Ground movement can develop gradually, making it difficult for oil and gas integrity teams to identify changing conditions between inspection cycles.
In our latest webinar, Todd Sawjaw, Head of Research & Data Science at Rezatec, and Bon Saunders, Account Executive at Paulin Research Group, explore how satellite-derived geospatial intelligence can help integrity teams monitor ground movement across pipelines, storage tanks and other critical infrastructure.
A broader view of changing ground conditions
Using repeat satellite observations and InSAR monitoring, integrity teams can identify and track changes such as subsidence, heave, lateral ground movement and foundation settlement.
This additional visibility can help identify locations that may warrant field verification or further engineering review, allowing inspection and engineering resources to be prioritized more effectively.
Satellite monitoring is designed to complement—not replace—existing integrity practices, including inline inspection, API 653 inspections, geotechnical surveys and fitness-for-service assessments.
Key webinar takeaways:
- Identify emerging ground movement and geohazard activity
- Prioritize pipeline segments and storage tanks for further investigation
- Extend visibility between established inspection cycles
- Apply satellite monitoring across pipelines, terminals, tank farms and heavy oil operations
- Integrate geospatial intelligence into existing integrity management workflows