CONTAMINANT REMOVAL RESOURCES
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This document outlines the essential steps required to exchange spent media, including disposal of spent media.
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Evaluating the use of activated carbon and other media for water treatment is a crucial step to ensure project goals are achieved.
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In this article, we outline the sources, occurrence, known health issues, and mitigation options for specific contaminants.
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This article discusses the four tenets of designing pressure vessels: Corrosion Management, Hydraulic Performance, Media Optimization, and Maintenance and Operations and its relation to optimizing PFAS removal.
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Chemical simulations powered by artificial intelligence — and a trifecta of companies — may be the beginning of the end for "forever chemicals."
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Conventional water treatment methods can remove PFAS from water, but these processes merely concentrate the contaminants instead of destroying them. However, a new photocatalytic system has been developed that directly targets and dismantles the molecular structure of PFAS, holding the potential for complete mineralization.
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With the U.S. EPA's PFAS rules now in place, utilities are finding themselves with a growing number of questions regarding how to treat these chemicals, the potential costs, and much more. For answers, Water Online's chief editor, Kevin Westerling, hosted an Ask Me Anything session featuring Ken Sansone, Senior Partner at SL Environmental Law Group; Kyle Thompson, National PFAS Lead at Carollo Engineers; and Lauren Weinrich, Principal Scientist at American Water.
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Keys to bring down the cost of PFAS treatment for operations with limited resources — or any operation using media filtration.
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In the wake of the U.S. EPA finalizing rules for several types of PFAS, utilities are grappling with how to comply with these stringent regulations and manage the potentially immense costs. Speaking on The Water Online Show, Ken Sansone, Senior Partner at SL Environmental Law Group, shared some insights on how water utilities can navigate this legal and financial quagmire.
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Private wells can be an excellent source of drinking water, but they require diligent maintenance and monitoring to ensure safety and quality. Maintaining well-water purity also involves understanding contamination risks, leveraging advanced monitoring techniques, and implementing targeted treatments.