INSIGHT Water Technologies products

The Piloted Near-Field Tool by INSIGHT Water Technologies represents an advanced solution in pipeline assessment, particularly for water and wastewater systems. Utilizing near-field electromagnetic techniques, this manually operated tool is adept at navigating complex pipeline environments to deliver precise evaluations of structural integrity. It excels in identifying critical anomalies, such as broken pre-stressing wires in Prestressed Concrete Cylinder Pipe (PCCP), making it indispensable for thorough inspections. The tool's lightweight pushcart platform, weighing under 40 pounds, pairs with telescoping arms for pipe diameter adaptation, enabling efficient inspection with minimal logistical demands. Carbon fiber frames lend the platform requisite strength for stable data collection, further enhanced by hardware designed to amplify joint sensitivity, offering robust nondestructive testing capabilities. This tool facilitates high-precision data acquisition, supporting proactive maintenance and extending infrastructure reliability.

The XK Series is an advanced diagnostic tool designed for high-resolution assessments of various pipe wall materials. It enables continuous monitoring of concrete pressure pipes and metallic pipelines without the need to disrupt services. This series enhances diagnostic precision and efficiency, offering a non-intrusive way to inspect the structural health of infrastructure. These tools are crucial for maintaining service continuity while providing detailed insights into pipeline integrity, supporting proactive maintenance and infrastructure management. The XK Series is a significant development for industries relying on uninterrupted operation of pipeline systems, ensuring comprehensive inspection and real-time monitoring.

The Free-Swimming Multi-Sensor Sphere by Insight Water Technologies presents a sophisticated method for identifying leaks and gas pockets within pressurized water and wastewater pipelines. This inline device is designed to navigate the pipeline independently, propelled by the natural water flow, providing a non-invasive and efficient means to assess pipeline conditions. As it traverses the pipeline, the sphere records acoustic activity associated with structural leaks and gas pockets, enabling a thorough analysis of their location and extent. This data is crucial for pipeline operators, offering insights necessary for effective asset management, planning, and rehabilitation. The solution enhances the longevity and performance of pipeline networks by delivering actionable intelligence without interrupting service. The innovative aspect lies in its ability to collect comprehensive condition data during a single pass, thus streamlining the maintenance process.