02.08.24 -- U.S. Groundwater Is Drying Up Rapidly; Protecting Critical Infrastructure From Cyberattacks

Read this case study to learn why a coastal water treatment plant decided to make the switch to peristaltic chemical metering pumps. 

Take a look at the reasons why sewage needs to be treated and the three main stages of doing so: primary, secondary, and tertiary.

Water treatment plants (WTPs) that deciding between ion exchange (IX) or granular activated carbon (GAC) systems should weigh the operation and maintenance of each before implementing either technology.

Smaller water utilities may be in a panic over the EPA's proposed federal limits on PFAS, but there are two reasons for these smaller utilities to remain hopeful. 

In this article, read about chlorate, how it forms, how it can be mitigated, and the benefits of on-site generation of oxidants. 

Up until recently, there was no empirical data to support the position that bypasses, for the routine operation of resilient wedge gate valves, are not needed. 

To address the growing population and projected water demand over the next 30 years, the Henry County Water Authority recently completed a master plan update that includes two booster pump stations – the Fairview booster pump station and the Southeastern booster pump station.

Digital solutions such as automation, digital systems, dashboards, and sensors help resolve this challenge and provide staff with operational insights into their facilities, but these alone are not enough. Knowledge capture and transfer represent a core piece to smooth succession planning.

Many wastewater treatment plants are discovering flow-based blower and valve control strategies are better suited to their needs than pressure-based control strategies.

Yorkshire Water Services (YWS) is a leading UK water utility that serves nearly 5.5 million people. Their belief that innovation is one of the key driving forces that allows utilities to deliver better services to their customers while keeping costs down has led them to always seek out new ways to improve their operations both now and in the future.

Learn how the Detroit Water and Sewerage Department had its eyes opened to data points that allowed them to be more cost-effective, faster, and more efficient in replacing lead service lines. 

Learn about the least disruptive, most cost-effective solution to deliver reliable lead-free water to every home. This proven water lead technology creates a lead-proof barrier inside existing pipes at a fraction of the cost, time, and disturbance of traditional replacement technology and can ensure long-term resilience and environmental protection.

From aeration lines to digester gases, from disinfection processes to pump flow protection, the right flow measurement instrumentation ensures optimal process operations and minimized maintenance that will save you time and expenses.