Our subsurface tank monitoring provides a non-invasive way to assess containment integrity continuously. We detect changes in physical properties in the media surrounding tanks that signal potential leaks before they become environmental incidents. Using advanced geophysical principles, our methods deliver reliable, real-time assessment of containment systems—reducing uncertainty and enabling proactive management of environmental risks.
We have developed specialized systems that continuously measure electrical resistivity of the subsurface. When containment integrity is compromised, changes in moisture or fluid migration alter these resistivity patterns, allowing us to detect leaks early.
Our systems reveal spatial patterns and temporal changes, even in complex environments with existing infrastructure. Advanced configurations integrate with your current monitoring systems, enhancing coverage and resolution. We convert raw geophysical data into clear visual representations that enable accurate interpretation and predictive assessment.
Containment failures often remain hidden until they cause significant environmental or economic damage. Traditional monitoring can miss early indicators, leaving you vulnerable to costly remediation and compliance issues. Our continuous, non-invasive technology detects anomalies, delineates boundaries, and clarifies conditions in areas where direct observation is impossible. This capability minimizes risk, improves planning, and supports regulatory compliance by revealing patterns invisible to conventional methods.
We use multiple geophysical methods for subsurface tank monitoring. These continuous, non-invasive techniques detect changes in containment integrity, track fluid migration, and identify potential leaks, providing real-time data you need for proactive asset protection and regulatory compliance.
Learn how subsurface tank monitoring works, why it matters, and how our geophysical methods help you detect leaks early, protect containment integrity, and maintain regulatory compliance.
Subsurface leak detection is a non-invasive approach that identifies changes in subsurface conditions to detect potential leaks or containment failures.
Continuous monitoring ensures early detection of anomalies, reducing environmental risk and preventing costly remediation.
The technology provides defensible, science-based data for regulatory reporting and environmental assurance.
Stakeholders receive actionable intelligence, improved confidence, and proactive control over environmental and operational risks.
Conditions around buried tanks can change and introduce uncertainty over time. Subsurface tank monitoring provides field-verified information to support awareness, documentation, and informed decisions tied to underground storage systems.
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