WASTEWATER MEMBRANES RESOURCES
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New electronic devices, electric vehicles (EVs), or other cool technologies bring us delightful conveniences, but they also induce some headaches. Metal wastewater streams, a byproduct of the manufacturing processes of microelectronics, EVs, and a whole host of other industrial processes, are no different and pose their own challenges.
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Membranes have long been proven effective for a variety of applications, but certain other applications pose difficulties for the technology, mostly due to O&M concerns. Next-generation membranes, however, have the ability to overcome traditional challenges — just in time to meet requirements for greater contaminant removal and sustainability.
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Global water usage has increased multifold over the recent decades due to various factors, including consistent population growth, changing consumption patterns, and fast-paced economic growth.
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This white paper will explore how the BiTurbo, a revolution in high recovery RO, optimizes membrane performance and reduces total cost of water.
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Through the Water Independence Now program, WRD aims to provide 4 million residents in the Los Angeles region with an entirely local sustainable groundwater supply.
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Due to population growth in recent years, Sanessol, the concessionaire responsible for the water supply and sewage treatment of Mirassol and part of Igua Saneamento Group, decided to use a state of the art technology for their new WWTP, Fartura.
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The Cowichan Valley Regional District (CVRD) in Vancouver Island, Canada teamed with Toray to successfully install several membrane bio-reactor (MBR) systems updated with new technology to expand capacity.
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In the spring of 2019, U.S. government-funded research on watersheds revealed a dire outlook for the future of water availability in the United States. Between population growth and climate change, the study reports that “serious water shortages'' are likely to occur within the next 55 years.
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Last Dollar is a year-round residential community located just outside of Telluride, Colorado. The facility had been reliant on an aging treatment system that was failing quickly and needed immediate replacement to prevent operational fines. The current technology would not meet the new and more stringent effluent requirements in Colorado, so the project had to be completed quickly and within a tight budget. AquaWorks DBO provided the permitting and site engineering support to ensure the project was completed in 8 months from contract award to system operation.
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This prominent Napa County vineyard and winery received a prestigious green certification after committing to sustainable and environmentally-friendly technologies, including the installation of a dynamic MBR wastewater treatment system.