WASTEWATER TREATMENT RESOURCES
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Read about the $568 million, decade-long upgrade of a Water Pollution Control Plant that would expand the plant’s capacity from 30 mgd to 40 mgd while also reducing nitrogen and phosphorous to the limit of technology.
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In this case study, explore the results of Aquacycl's installation of a pilot-scale BETT system to treat a side-stream of wastewater from a tank terminal operator's facility.
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Explore how a wastewater treatment plant realized significant energy savings and increased performance with adaptive mixer technology.
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Wastewater refers to any liquid waste or sewage from homes, hospitals, factories, and any other building that uses water in its facilities. From flushing the toilet to the vast amount of wastewater that flows out of industrial plants, we all contribute to it. Unless sewage is adequately treated, it can harm public health and the environment.
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Discover how a fast-growing community's new WWTP meets new tighter limits on ammonia, phosphorus, and nitrogen for future growth.
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Discover how Disc Filter increases filtration capacity and performance in a small footprint.
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Learn about an efficient and economical turnkey wastewater treatment solution for municipal and industrial applications.
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The North American mobile water treatment market was valued at $725 million in 2022. The market is expected to witness a single-digit growth rate during the forecast period, driven by the provisional need for a treatment system in case of plant downtime, facility maintenance, emergencies, or to meet regulatory requirements for effluent discharge. The key challenges in this market include intense competition, the COVID-19 pandemic, and economic volatility.
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As wastewater treatment plants — or water resource recovery facilities (WRRFs), more preferably termed — continue to strive for efficiency, DAS has emerged as a space-saving intensification solution.
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A One Water master plan under development for the city of Winter Haven, Florida, serves as an example to other communities looking at the future through a One Water lens.