Ground Movement
Ground movement can impose significant mechanical stresses on hashtagpipelines, especially where conventional in-line inspection is not feasible.
In this case study, we demonstrate how Large Standoff Magnetometry (LSM) enables high-resolution stress assessment and movement detection in unpiggable pipelines, delivered entirely from above ground and without any impact on operations.
By identifying bending, buckling, and localized stress concentrations caused by geohazards, this approach supports earlier, more targeted integrity decisions and repeatable monitoring over time.
Read the full case study to see how LSM supports proactive pipeline hashtagintegritymanagement in geohazard-prone areas and contact our experts to discuss how this technology could be applied to your pipeline challenges.
