The Water Research Foundation and utility partners are collaborating to fund a study of effective, energy-efficient biological nutrient removal methods.
Nanobubble technology can deliver diverse benefits in treatment systems, like enhancing efficiency, controlling odors, improving effluent and saving money.
An innovative biological nutrient removal process helps an Illinois village complete a successful plant expansion, improve treatment quality and end a consent decree.
Excellent technology and design meant success for an upgrade at Peirce Island. So did close communication involving operators, engineers and construction contractors.
An operations team sends a swarm of bluegills to gobble up a nuisance overpopulation of Daphnia at a Washington clean-water plant.
An emerging large family of “forever chemicals” will present growing treatment and communication challenges. Here’s what plant managers and operators should know.
Upgrades in technology, monitoring and maintenance keep Vicksburg’s water plant churning out a quality product and earning awards for excellence.
A North Carolina wastewater treatment plant resolves a clarifier issue with a self-lubricating bearing that boosts reliability and cuts maintenance costs.
MIT chemical engineers create an affordable, sustainable soap-based system to eliminate emerging micropollutants in water
When a creamery closed and left his town’s clean-water plant short of revenue, Kendall Chamberlain and his team devised an innovative solution.
The Wisconsin-based Water Council’s Pilot Program looks to help speed promising water technologies from concept to commercialization.
