Innovation doesn’t always flip current thinking on its head; in many cases, it improves an existing process to give it better or wider application. Such is the case when bioleaching is applied to wastewater sludge.
Research studies, empirical evidence, and the march of time all suggest that the implementation of next-generation technologies at wastewater utilities is profoundly important, if not imperative, for efficient operations.
Computational fluid dynamics (CFD) modeling helps wastewater operators derive a formula for highly effective and cost-efficient sludge mixing.
As wastewater systems have access to more data than ever, questions remain about how to put it all to good use. A new tool uses analytics to predict the needs of sewer lines over a 20-year span, helping utilities make cost-effective choices and protect their infrastructure.
With a plethora of contaminants deriving from a multitude of sources and a variety of treatment solutions to choose from, the topic of industrial wastewater can get complex fast. This overview provides clarity.
True to its name, the State-of-the-Art Nitrogen Upgrade Program leverages the latest technology and innovation to clean up the Chesapeake Bay and the environment around our nation’s capital.
Who wants cake? Certainly not treatment plant operators who employ microfiltration and ultrafiltration membranes, and here’s what they’re doing about it.
Understanding risk is the first step to combating system failure and protecting the public and the environment from unsafe water.
Chicago continues its long tradition of innovative biosolids management by introducing a new model for sustainability and community service.
The ANAMMOX® process is a cost-effective and sustainable way of removing ammonium from effluents and ammonia from waste gas. Compared to conventional nitrification/denitrification savings on operational costs can reach up to 60%, while CO2 emission is reduced.
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