WASTEWATER TREATMENT RESOURCES
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In 1967 the City of Concordia, MO built a segmented lagoon system to handle the small town’s waste requirements. By Dale Klussman
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Many horse racetracks throughout the world are designed to drain water from the track into a lagoon that is located in the infield of the track. Due to the track being predominantly used for horse racing, there is a high amount of fecal coliform, especially of the Escherichia coli species, bacteria in the water that drains from the track. During the racing season, fecal coliform and E. coli counts increase dramatically and the subsequent drainage of these lagoons can become a problem for the receiving waters. By Jim Dartez, Reliant Water
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Most small towns, all over the world, utilize lagoons for treating their wastewater. Many rural industries also utilize lagoons for storm-water and wastewater treatment. While industrial plants may be able to pay for activated sludge treatment of one design or another, small municipalities simply do not have a choice in treating their small populations’ wastes. By Jim Dartez
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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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Cabo San Lucus Mexico is known for its deep-water fishing, beautiful beaches, luxurious hotels, and as an overall vacation destination for travelers from around the world.
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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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In this article, read about a platform that ensures safe drinking water and offers a user-friendly, four-step procedure for repeatable and reliable results without the need for interpretation.
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In this case study, read about an underdrain system that continues to operate as expected after 16 years of operation and appears to be in perfect condition.
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Read about how advanced oxidation processes can offer exceptional benefits in preventing contaminants from leaching into groundwater and surface water.