Baxter McCoy’s journey at Xylem began with a high school career fair and led to a dynamic role in cybersecurity. From the paint shop to Product Security Engineer, discover how his ambition, curiosity, and passion for technology helped him grow his career and protect global infrastructure.

Pure Technologies partnered with a southeastern U.S. utility to inspect a 24-inch potable water main in late 2015. The team inspected 9 miles (14 km) of the critical pipeline with the inline PipeDiver® platform.

Advances in technology and data analytics now enable utilities to manage pipelines through continuous, incremental investment rather than planning for end-of-life replacement. This approach reduces the overall cost of ownership by preventing failures and avoiding the unnecessary and disruptive replacement of assets with remaining service life.

As climate change leads to bigger stormwater events, Xylem helps customers address this challenge with reliable, easy-to-use pumping solutions that save costs.

Water utilities are increasingly focused on building resilience to cybersecurity threats across their networks.

Leak detection is a key water loss control strategy, but the benefits don’t stop with water savings. Utilities can also improve the reliability of their network and gain confidence in the location of their buried pipelines with Xylem’s leak detection technologies and services.

More than a decade of pipeline inspection and monitoring positions Miami-Dade County as a leader in managing aging infrastructure.

Obtaining actionable condition insights helps utilities prevent sudden and high-consequence PCCP failures. But is your asset management plan equipped to prevent tomorrow’s failures? Explore three ways you can ensure PCCP assets operate safely over the long term.

Collecting condition data is critical for proactive pipeline management. Being able to make effective decisions on that data is just as important. Learn how advanced structural analysis helps utilities get more out of their inspection data.

Prestressed Concrete Cylinder Pipe (PCCP) is the most inspected pipe in the world, with a proven track record of very low distress rates in most cases. Despite its reliable performance, just one bad pipe section can result in a pipeline failure.

Two entrepreneurs turned to Xylem with an extraordinary project: they wanted to breed shrimp in the Alps, without using chemicals and antibiotics.

In the middle of Luneburg Heath, far from any major body of water in northern Germany, Heidefisch GmbH focuses on continuous water circulation and treatment.

Pure Technologies' Spectrum XLI technology is deployed on autonomous boats to accurately measure depth of cover, depth of water and elevation profiles.

While leak detection and inline inspection (ILI) are different areas of pipeline integrity, the use of inline leak detection tools can support ILI results.

Computational pipeline monitoring (CPM) is legislated on most pipelines in North America. While these systems are crucial in maintaining the integrity of a pipeline, they only operate at roughly 2-3% of throughput, and have a theoretical limit of 1% of throughput due to the error tolerance for meters.

In the fall of 2017, Grand Rapids contracted with Wachs Water Services to assess and evaluate 20 additional large valves Grand Rapids’ transmission system to pilot the foreign method of maintenance, operation and rehabilitation.

A utility client in the upper Midwest operates and maintains approximately 1,250 miles of water main, 31,000 system valves, approximately 1,320 large system valves (16” and larger) and has a maximum day demand of approximately 75 MGD.

A proactive leak detection strategy plays an important role in any asset management program. It allows utilities to obtain the general condition of their mains, since a leak not only represents a real water loss, but can also indicate the potential for pipeline failure.

While metallic rising mains have been historically difficult to manage, a risk-based approach increases confidence in the condition of the pipeline.

The operability of critical valves is essential to control a water system and ensure system reliability. Critical valves control vital water transmission lines – the backbone of any water system. Operable critical valves reduce the consequences when large diameter pipeline failures occur.

Despite its high strength, steel has a propensity to dent, buckle, corrode or crack when exposed, all risks to the integrity of a pipeline. In order to identify defects, proactive pipeline inspections are necessary to avoid failures, leaks or ruptures. One way of validating pipeline integrity is the use of Direct Assessment.

When valves are not accessible or operable, crews have to back up and close more valves to isolate the line. It takes longer to complete the repair, more customers are impacted and potential of damage to property as a result of a main break increases.

Each day, 850 main breaks occur in North America. A study by Utah State University reported that the average break rate per 100 miles of pipe can be as high as 24.4 breaks per 100 miles of pipe.

For utilities with large-diameter networks, waiting for failures to occur before repairing or replacing highly critical mains is not an option.