10.02.26 -- Water Failures In England And Wales Are A Warning For Canada And The U.S.

Join industry leaders from The Water Research Foundation, Carollo Engineers, and Central Valley Water Reclamation Facility on October 22, 2026, at 2 PM ET for an exclusive webinar. Discover how water utilities leverage digital tools—like data analytics and AI—to optimize operations, capture institutional knowledge, and boost efficiency. Register today to gain actionable, real-world insights for your enterprise!

This case study demonstrates the effectiveness of a new technology for removing PFAS from well water to below the EPA’s detection limits.

The best reverse osmosis (RO) programs are guided by a defined set of operating principles that provides operators with clear performance standards and a consistent framework for decisions.

The Cape Fear Public Utility Authority (CFPUA) provides drinking water to more than 200,000 residents in the Wilmington, North Carolina, area. In 2017, the community learned that per- and polyfluoroalkyl substances, or PFAS as they are more commonly referred, were contaminating CFPUA’s drinking water source. 

Every pump retrofit installation faces different challenges. That is why looking beyond specified flow rates alone can pay dividends many times over in correcting historical problems and improving operational efficiency.

Prime-assisted wastewater pump stations that house all mechanical and electrical components above-grade are a safe and cost-saving alternative to traditional or chopper submersibles, addressing confined space restrictions and improving operating efficiency and reliability.

In today's challenging environment, water utilities face mounting pressure to operate more efficiently while maintaining high service levels and managing aging infrastructure. At the heart of these challenges lies a critical issue: non-revenue water (NRW). 

Sherbrooke, Quebec upgraded its water treatment plant with Pinnacle’s Zenith ozone system, improving disinfection, reliability, energy efficiency, and operational savings while ensuring future scalability.

Amagua C.E.M., the public utility serving La Puntilla Parish in the Samborondón district of Ecuador, is committed to delivering high-quality drinking water and wastewater management services.

Like so much of America’s infrastructure, our wastewater infrastructure is aging and inadequate. Like our highways and bridges, our wastewater infrastructure needs improvement. How do we solve this problem?

Much has been speculated already about how emerging technologies like Artificial Intelligence can help out many sectors, including the water sector. It might seem like a far-fetched idea for some utilities, but others are already helping to forge this into reality.

A cellular-based approach to AMI is helping utilities modernize faster, reduce complexity, and build future-ready networks that support reliable data access, flexibility, and long-term resilience.

How one utility got ahead of customer request sampling instead of falling behind on it.