
Redefining pipeline integrity without excavation

Context
The PigWaves project enhances pipeline safety and inspection efficiency by developing advanced technology that enables existing pipe-crawling robots (pigs) to perform internal pipe wall inspection using Long Range Ultrasound Guided (LRUG) waves. By deploying guided waves over pipe segments of up to fifty metres and combining a circumferential collar of LRUG sensors with novel time-reversal focusing techniques, the project enables rapid, accurate, and cost-effective full-volume inspection of pipelines. PigWaves allows detailed mapping of circumferential and axial corrosion and cracks without the need for excavation or pipeline shutdown. The project supports early defect detection, reduced inspection time, and improved asset integrity management. It addresses the needs of pipeline operators, inspection service providers, and industry stakeholders, contributing to safer, more reliable, and economically efficient pipeline infrastructure aligned with European research and innovation objectives.
Services
Engagement
Budget
Funding framework
Non-invasive systems for identifying internal pipeline defects without excavation.
Pipeline monitoring, asset integrity, and predictive inspection.
Detecting defects early while minimizing inspection time and disruption.

The Problem
As pipelines age, internal corrosion, cracking, and material loss increasingly threaten safety and reliability. Many existing inspection methods require excavation, shutdowns, or limited-range measurements, resulting in high costs, downtime, and incomplete visibility.
Ensuring pipeline integrity calls for inspection solutions that detect defects early, accurately, and non-invasively over long distances. Without scalable technologies for comprehensive internal inspection, maintenance remains reactive, costly, and insufficient for modern pipeline networks.
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