WATER MEMBRANES RESOURCES
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As water-scarce regions clamor for answers, developments in membrane anti-scaling bring desalination closer to viability.
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The control of silica fouling in reverse osmosis systems is crucial for maintaining system performance efficiency and longevity. It prevents costly downtime and membrane damage. This article provides practical knowledge on silica scaling in RO systems, its challenges, and effective control strategies.
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As Europe edges closer to regulating the production of PVDF membranes — key contributors to the toxic PFAS, 'forever chemicals' — the water industry finds itself at a critical crossroads.
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Discover how Aquapolo Ambiental tackled RO membrane biofouling with HOD™ UV technology, achieving 30-35% longer membrane life, reduced chemical use, and enhanced water reuse efficiency.
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Read about how the installation of the HOD UV technology has been a viable non-chemical means for biological control and membrane protection for Trimble County.
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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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Per- and polyfluorinated substances (PFAS) continue to dominate the conversation as an emerging contaminant of concern due to their potential for adverse human health effects and continued regulation. This group of chemicals can be found in a wide variety of consumer products and drinking water.
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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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In the realm of advanced filtration technologies, spiral membranes have emerged as a revolutionary solution, transforming the landscape of various industries. These innovative membranes, characterized by their unique spiral-wound configuration, offer enhanced efficiency and versatility in separation processes. This article delves into the principles, applications, and advancements that make spiral membranes a cornerstone in the world of filtration.
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