DESALINATION 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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Desalination plants across the globe are turning seawater into fresh drinking water. Yet this solution is not as simple or flawless as it sounds. The process has its own set of hurdles, such as high costs and environmental impacts. So what makes us keep chasing after desalination despite the challenges?
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Ever gazed at the vast expanse of the ocean and thought, "How to desalinate seawater using reverse osmosis? Can we really convert this seemingly endless source of saltwater into freshwater?" The answer is a resounding yes!
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Fresh water is essential for drinking, irrigation, and healthy ecosystems. When seawater moves inland, the salt it contains can wreak havoc on farmlands, ecosystems, lives, and livelihoods.
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Desalination plants are making waves in the global effort to combat water scarcity. With a staggering 16,000 facilities across the globe, this technology is increasingly being leveraged to secure fresh water for arid and coastal regions.
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Nearly a decade on, the Carlsbad Desalination Plant is a model of success not only for seawater reverse osmosis but also for visionary problem-solving.
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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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As the global economy starts fully integrating other sources of energy in addition to fossil fuel, solar and wind, green hydrogen is starting to gain momentum.
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Coastal urban centers around the world are urgently looking for new, sustainable water sources as their local supplies become less reliable. In the U.S., the issue is especially pressing in California, which is coping with a record-setting, multidecadal drought.
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Brine is everywhere: desalination plants, gas and oil drillings, energy generation plants, mines, cooling towers, food manufacturing plants, chip fabrication, and many other industries that require high volumes of water. They all generate brine as a byproduct of their processes.