The City of Baltimore is leveraging in-pipe lead detection methods to identify lead service lines in their distribution system.

The Cleveland Water Alliance demonstrates how Solinas Technologies – Acoustic Technology can be used to detect lead pipes without digging, resulting in substantial cost savings.

Viken Detection’s XRF – PB200 x-ray imaging technology can be used to detect lead service lines without excavation.

Ground Penetrating Radar (GPR) is a non-invasive technology that uses electromagnetic waves to detect and map subsurface structures with high levels of accuracy.

Swordfish identifies lead pipes using an auto-fed cable and low-voltage conductivity probe that goes in the pipe, without the need for excavation.

BlueConduit delivers rigorously designed, predictive and decision modeling tools that empower water system leaders to make informed decisions on behalf of the communities they serve.

leadCAST Predict helps you accelerate the classification of unknown service lines and prioritize field verifications through advanced service line material predictions powered by machine learning. leadCAST Predict is an additional feature of leadCAST LCRR compliance management solution.

VODA.ai Lead Management solution was created to help find lead service lines using machine learning models.

EPA’s guidance to help water systems follow best practices when building and maintaining their service line inventories.

The city of Benton Harbor has an LSLR Status dashboard that identifies how many LSLs are present in the system and how many have been replaced.