12.05.25 -- Multi-State Petition To Request Nationwide Monitoring Of Microplastics In Drinking Water

Join Editor Kevin Westerling and experts 12-16-25 as they unpack the moving target of PFAS rules and regulations and help stakeholders plan for compliance. Get regulatory updates, learn best practices, and have your specific PFAS questions answered during this one-hour information session featuring an audience Q&A. Registration is free thanks to Calgon Carbon. Sign up today!

To combat drought, Abilene, Texas, implemented a reuse system utilizing O₃ + BAC to remove trace organics. This solution met strict standards, ensured water resilience, and proved more cost-effective than AOP alternatives.

A cost-effective option for PFAS removal and MCL compliance is the addition of an ion exchange resin treatment as a “bolt-on” to an existing drinking water treatment plant.

Recent federal PFAS regulations will overwhelm consulting engineers, water and wastewater utilities, and equipment manufacturers as thousands of utilities work to comply. Generative design can enable these parties to meet the workload demand and deadlines.

To effectively tackle leakage, utilities must shift from reactive strategies to proactive, data-driven methodologies that enhance early detection, optimize pressure control, and reduce strain on aging pipelines.

By utilizing advanced technologies to monitor water lines, utilities can detect leaks in an efficient and cost-effective manner.

Using advanced hydraulic modeling, EPM is analyzing how water flows through the sewerage system to inform decisions about operations, maintenance, network expansion, and environmental impact mitigation.

Faced with soaring ammonia loads — especially during race weekends when 250,000+ fans descend on the town — the Speedway, Indiana Wastewater Treatment Plant was in urgent need of a solution.

Discover how WWW ArxZyme bioaugmentation products are an effective solution for rapid recovery from wastewater process upsets, enabling you to quickly rebuild beneficial microbial species and accelerate biological activity.

Located on the southern shore of Lake Ontario, the Frank E. VanLare Wastewater Treatment Facility in Monroe County, NY, has a total treatment capacity of 660 MGD and is currently running around 100 MGD. The plant uses non-metallic Eclipse pumps to pump 12.5% sodium hypochlorite for disinfection before the final discharge of the wastewater.

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.

The rippling effects of AI-powered defect coding alone are quickly changing the way municipalities approach sewer maintenance and asset management.

Water challenges are intensifying, stressing infrastructure that is already badly in need of renewal. Advances in digital technologies are enabling better system hygiene, more efficient monitoring and diagnostics, more targeted investments, and a transition to a "primary care" model for system management.