Empowering Smarter Decisions With Pipeline Data

Empowering Data-Driven Pipeline Management is a comprehensive guide developed by Xylem and AWWA to help utilities transition from reactive to proactive pipeline asset management. It outlines how utilities can leverage condition assessment technologies, advanced analytics, and strategic planning to extend the life of critical infrastructure, reduce risk, and optimize capital investments. The paper emphasizes that age alone is not a reliable indicator of pipeline health and that targeted data collection and analysis can reveal which assets truly require attention.

Through case studies and technical insights, the paper demonstrates how utilities can use inspection tools, valve assessments, structural modeling, and predictive analytics to make informed decisions. It also highlights the importance of integrating valve and pipeline assessments, managing pressure and corrosion, and planning rehabilitation or replacement based on risk tolerance and lifecycle cost. Ultimately, the guide empowers utilities to maximize infrastructure performance while minimizing disruption and cost.

What utilities will gain from this paper:

• A framework for proactive pipeline management using data-driven strategies.
• Guidance on risk-based planning, including how to evaluate probability and consequence of failure.
• Insights into inspection technologies, such as acoustic leak detection, electromagnetic surveys, and ultrasonic wall thickness tools.
• Best practices for valve assessment and rehabilitation, reducing unnecessary replacements.
• Techniques for structural and statistical analysis, including finite element modeling and remaining useful life forecasting.
• Case studies from utilities like Grand Rapids, Green Bay Water, and Lake Huron Primary Water Supply System showing real-world ROI and risk reduction.
• Recommendations for asset rehabilitation, including trenchless methods, cathodic protection, and internal lining options.
• Tools for integrating inspection data into long-term capital planning, improving operational confidence and system resilience.