DRINKING WATER TREATMENT RESOURCES
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Take a closer look at medium-pressure UV systems, which offer a 2-in-1 solution with simultaneous disinfection and dechlorination for greater environmental savings.
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As the global concern over per- and polyfluoroalkyl substances (PFAS) contamination continues to escalate, innovative solutions are becoming increasingly pivotal in the pursuit of clean and safe water resources. The City of Rome Water and Sewer Division conducted a comprehensive pilot to identify a treatment process for removing PFAS from the water supply, including high recovery reverse osmosis technologies.
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Many people encounter chlorine in their daily lives, whether it's as an ingredient in household bleach or an additive that sanitizes water in swimming pools. Chlorine is also used as an antiseptic, a bleaching agent in the production of paper and cloth, and to kill microorganisms in drinking water. But this familiar chemical is also extremely toxic. And because it's ubiquitous in many industries across the U.S., it often is released in chemical accidents and spills.
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In this article, learn what differentiates arsenic III and arsenic v, two different oxidation states of the chemical element arsenic.
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This article explores the water treatment process, with a specific focus on disinfection and how Palintest’s new Lumiso Expert photometer can ensure this process is managed efficiently.
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The human body needs small quantities of copper to function. But as well as being a nutrient, copper can also be harmful if consumed in large quantities.
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Read about how adressing arsenic contamination promptly is essential to prevent long-term health problems.
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Lead exposure, even in small amounts, is harmful and can come from various sources, including paint, soil, food, and water.