04.25.24 -- Billions To Be Spent On PFAS Remediation; Water/Wastewater Tech At The Forefront Of Sustainability

Water Online, in partnership with Jackson Hogg, a company with expertise in identifying talented leaders for solving today's water challenges, will be bringing together three CEOs from fast-rising water technology companies for a roundtable discussion on industry trends, innovations, and the future of sustainable water and wastewater management. The live event will be moderated by Jackson Hogg’s Alex Mason. Sign up to watch the discussion live.

Severe weather events are some of the largest looming threats to civilization in the next many decades. The power of water is humbling, something that anyone who has ever been through a flood knows well. Floods can wreak havoc on urban communities by destroying homes, but they can also destroy environments by damaging wetlands and natural habitats.

This article will discuss considerations for designing a temporary solution for removing per-and polyfluoroalkyl substances (PFAS) from water, including effective technologies and how to select a solutions provider.

The Cowichan Valley Regional District (CVRD) in Vancouver Island, Canada teamed with Toray to successfully install several membrane bioreactor (MBR) systems updated with new technology to expand capacity.

Propeller flow meters have long been an important tool for agricultural irrigation management. As water scarcity and resource management have become increasingly critical, getting the most timely, accurate readings available from those meters is becoming more important than ever. Here is how growers and water conservation districts (WCDs) are each getting the best of both worlds for their own purposes.

Hydraulic modeling offers a vast range of benefits such as improving system performance, long-term infrastructure planning, predicting and anticipating demographic changes, and more.

This article will explain the matrix of factors that can affect PFAS removal and why it is important to work with an experienced partner.

Water utilities are the unsung heroes of modern society, providing us with the lifeline of clean and safe water. However, they face a barrage of challenges that threaten their efficiency, profitability, and, by extension, the sustainability of this vital service.

Improper inspection can lead to inefficient repair methods, having you spend too much or too little to create a longer-lasting, impactful reduction in infiltration to your sewer collection system. At the very least, it creates the worst thing of all: distrust for the entire study. 

A unique, medium-pressure ultraviolet (UV) disinfection unit, representing multiple scientific advancements for this treatment method, has provided 98+% reduction of veliger settlement in a pro-active dreissenid mussel control application, at UV doses lower than anticipated. 

With the upcoming deadline for the EPA’s Lead and Copper Rule Improvements (LCRI), the need to test for lead in drinking water is increasing. This process can be costly, time-consuming, and logistically challenging. Municipalities are trying to keep their citizens safe, but also face large hurdles of cost, time, and logistics to do so.

WRT's radium removal process is designed to be added to any new or existing potable water system. Water is passed in an upflow mode through a fluidized bed of Z-88 media in the treatment columns, where radium is removed by means of ion exchange.

Explore the real-time insights and capital planning for water supply and distribution systems offered by OpenFlows WaterSight. 

The unique circuitry of our 750 Series II Resistivity Monitor/controllers guarantees accurate and reliable measurements. Drift free performance is assured by "field proven" electronics, including automatic DC offset compensation and highly accurate drive voltage.