WASTEWATER CONTAMINANT REMOVAL RESOURCES
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With applications for drinking water, wastewater, and reuse, XBAT — ion exchange-based advanced treatment — could have revolutionary, far-reaching impacts for utilities.
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One important consequence of climate change for wastewater treatment plants is that they now need to cope with sudden increases in the effluent volume with the receiving waterbodies equally carrying more water and being in flood conditions. This is especially true for the final treatment step — disinfection prior to discharge.
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The availability of robust, stable treatment systems with simple treatment processes and O&M is key to serving growing community wastewater treatment demand.
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Imagine a world where you could optimize a modular treatment system approach. No more one-size-fits-all solutions or sky-high costs. Texas industrial companies are diving into the world of modular water treatment, and they're not looking back.
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Hauling wastewater is one of the most expensive and least sustainable means of managing wastewater, significantly impacting the environment through carbon emissions, and drastically increasing operational costs. As industries strive to meet environmental and economic goals, finding sustainable wastewater treatment methods is needed — now more than ever.
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Wastewater dischargers can be both environmentally and fiscally responsible by mastering the mix of objectives.
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Dive deep with us as we unpack wastewater management solutions that optimize costs while enhancing quality — because cleaner water means a brighter tomorrow.
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Water supplies in the U.S. are among the safest in the world. According to the CDC, more than 90% of Americans get tap water from community water systems, which must adhere to strict water quality standards. However, just because the U.S. has safer water supplies than other parts of the world doesn't mean there isn't room for improvement and better municipal water treatment methods and solutions.
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As the phrase "forever chemicals" enters the Oxford English Dictionary for the first time in 2024, and these fluorinated substances expand the list of micropollutants, it might be time for a change in the way these persistent environmental pollutants are tackled.
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The quantity and quality of freshwater are declining due to urbanization and ineffective traditional wastewater treatment (WWT) methods. To enable treated wastewater for reuse in the residential, commercial, and agricultural sectors, WWT must be improved. This article will discuss the importance of advanced wastewater treatments, the emerging trends in this domain, and the future scope of these processes.
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