Researchers in California have altered a natural bacterium to generate electricity as it removes contaminants. What could this mean for the future of wastewater treatment?
The actor is behind a company that has introduced advanced membrane technology to overcome water treatment challenges.
This mobile filtration technology offers water treatment operations a chance to combat the runoff and solids brought in by seasonal ice melt.
With pressures around energy use mounting in the wastewater treatment industry, this European plant promises to provide 50 percent more energy than it requires for operation.
Micropollutants like PPCPs are known to pass through waterways and contaminate the environment. Some wonder what threat they pose as they find their way into biosolids and, eventually, into our soil.
The U.S. EPA has updated its sampling guidance for determining and fighting against unknown contaminants in drinking water. Here’s why routine preparation can be a utility’s best friend in case of emergency.
An ambitious project at a typical suburban wastewater facility has realized approximately $200,000 savings in annual energy costs. Similar operations will want to know: How does it work?
By harvesting heating, ventilation, and air conditioning (HVAC) condensate, industrial operations can take advantage of a cool, convenient source of clean water.
An anaerobic digester designed for the food and beverage industry can create value out of the space’s unique wastewater.
Arizona is taking steps to allow for direct potable reuse throughout the drought-plagued state. With the practice legalized for wide use, its popularity around the world may rise.