DRINKING WATER DISINFECTION RESOURCES

• Coal Ash Pond Heavy Metal Removal At Decommissioned Electric Utility Plant

  Coal ash, a byproduct of fossil fuel electric generation, contains harmful heavy metals that pose a threat to human health. AqueoUS Vet's innovative treatment system, which utilizes activated alumina, is proving to be highly effective in removing these metals.

• Advantages Of Membrane Cell Hypochlorite Generators Over Open Cell System Technology

  In an era where waterborne pathogens are evolving and regulatory standards are tightening, the role of supplementary disinfection in water treatment for municipal operators and industrial facility engineers has never been more crucial.
• AOP Removal In Aquifer Remediation

  In this case study, read about a successful pilot test in Long Island, New York, removing 1,4 dioxane from water. The technology used offers improved efficiency, reduced maintenance, and ongoing monitoring for reliable water treatment.

• Dechlorination Of Boiler Makeup Water At Baseload Generation Facility

  Atlantium Technologies installed a HOD UV system at a North American baseload generation facility to replace GAC filters and provide efficient and effective water treatment. The system ensures low chlorine concentration and reduces bacterial growth.

• Drinking Water Disinfection In A New Hampshire Town

  The town of Hillsborough, NH chose Atlantium's HOD UV system to disinfect their drinking water due to its low disinfection by-products and reliable virus inactivation. Atlantium's UV technology is validated and offers stable and efficient water treatment solutions.

• Drinking Water Disinfection At Lunenberg, Massachusetts, USA Local Community

  In this case study, read how the Lunenburg Water District improved their water disinfection system with the installation of an Atlantium RZ300-11 HOD UV system. The system effectively disinfects water, meets future demands, and eliminates chlorine taste and odor.

• Proactive Chemical Mitigation System Enhances Public Safety For Chlorine Disinfection Operations

  A public works maintenance manager, with responsibilities including multi-site water treatment, credits a proactive chemical mitigation system for enhancing public safety at chlorine disinfection sites that typically operate proximate to exposed populations.
• Salt Lake City Public Utilities ‐ Award Winning Big Cottonwood WTP, Experiences Microclor® On‐Site Hypochlorite System Reliability And Safety For Over Six Years

  Located at the mouth of the Big Cottonwood Canyon, the Big Cottonwood WTP is one of three water treatment facilities providing treated water to Salt Lake City (SLC), Utah. The utility distributes water through about 1,300 miles of transmission and distribution pipe to over 90,500 connections.

• Specifying Performance Over Equipment Quickly Reduces THMs In The Colorado Springs’ Distribution System

  Colorado Springs, Colorado, enjoys some of the highest quality drinking water in the country, with most of its water coming from high country snowmelt. Despite its pristine origin in the mountains, the water at the far end of the distribution system is prone to developing trihalomethanes (THMs) due to low turnover and high water age.

• Connecticut Water Utility Successfully Removes 45% Of Trihalomethanes (THMs)

  While the addition of chlorine is one of the safest and most effective means for water disinfection, under certain circumstances chlorine in combination with naturally occurring organic compounds in water can lead to the formation of undesirable disinfection byproducts (DBPs).