The deteriorating state of water infrastructure can result in pipeline failures, emergency repairs, reduced reliability and economic loss. The application and use of innovative pipeline technologies has become more critical as expectations and goals associated with infrastructure expand. By leveraging condition assessment technologies and turning data into actionable results, utilities can assess risk and prioritise assets in need of rehabilitation or replacement. This allows them to allocate resources more effectively to optimise the reliability of their pipelines.

p-CAT™ MFL Magnetic Flux Leakage is a high resolution, non-destructive, non-intrusive technology that identifies and sizes pipe wall corrosion defects. It precisely measures individual (not average) internal and external corrosion by external inspection. This includes the precise measurement of remaining wall thickness, predicting the current condition, likelihood of failure and remaining life of the pipe. Additionally, for uninspected regions, predictions can be made using statistical or structural analysis techniques of the current and future growth of defects and failure models.

p-CAT™ Glide is an in-line inspection technology specifically designed to address the challenges faced by the water, wastewater, bulk water, and other pipeline marketplaces. These baseball sized multi-sensor devices are free-floating, making them a highly versatile solution for virtually any pipeline. p-CAT™ Glide is an amazing solution that can be used to effectively address a wide array of pipeline-related problems, including an assessment of the pipeline wall condition, mapping deposits, localizing leaks and air pockets, and even illegal hot tapping. 

p-CAT™ Sonic offers a revolutionary approach to pipeline condition assessment, providing accurate and reliable data without the need for disruptive excavation or service interruption. As the winner of the 2023 Water Council Tech Challenge for Pressure-Pipe-Inspection, p-CAT Sonic utilises cutting-edge technology to deliver the highest resolution external surveys available.