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Recent Posts
Trusted by utilities worldwide. Built to solve your local challenges.
July 16, 2026
Carollo releases guidebook on AI adoption for potable reuse
July 29, 2026
Beyond the MCL: Why Manufacturing Validation Determines Whether PFAS Treatment Actually Works at Scale
July 27, 2026
EPA announces $30 million in RealWaterTA funds for small, rural utilities
July 27, 2026
Water sector applauds efforts on WRDA, SRF reauthorization
July 20, 2026
Tapping Brine’s Wealth: The Next Evolution for Desalination?
July 17, 2026



| By Will Jernigan
I often get asked the question, “How do leaks inform the decision to repair or replace pipeline infrastructure?”
You may encounter this very question embedded in your asset management program. How does the break history factor into prioritization of line replacement in your asset management matrix and capital planning? I submit the notion that we as an industry are due a paradigm shift on this front.
It’s important to consider two principles when it comes to leakage. First, not all leakage can be identified via acoustic leak detection, so it is necessary to understand your leakage ‘profile’ before investing in leak detection. This can be accomplished via a leakage component analysis, which is part of determining the most cost-effective leakage strategy. Second, it is a common misconception that the pipes with the most breaks are necessarily at the end of their asset life and warrant replacement. In most systems in North America, excess and transient pressure conditions in the pipe network are an underlying cause for premature breaks, and steps can be taken to optimize pressure conditions and extend asset life that are far less expensive than rehab or replacement. If your asset management plan utilizes break frequency as a criterion for pipe replacement, chances are you’re replacing assets too early and overspending in the long run.
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