Activated carbon3/16/2023 Among them:Īccording to the EPA, studies have linked DBPs to certain cancers, and more recently, potential reproductive and developmental issues. While the implementation of disinfectants in water treatment made huge strides in protecting the public from various waterborne illnesses, it has proven to present problems of its own these disinfectants have been found to react with components in the water to form undesirable, hazardous compounds, referred to as disinfectant by-products, or DBPs. This resulted in an increased use of disinfectants to treat surface water systems.¹ Disinfectants are now widely used in public water treatment systems to protect against these harmful forms of bacteria. The 1989 EPA Surface Water Treatment Rules (SWTR) aimed to reduce illness-causing bacteria in drinking water. However, a developing application for activated carbon in water treatment is gaining attention: controlling disinfectant by-products in drinking water. This ability lends itself to a wide range of applications, not the least of which, is pulling contaminants from water in water treatment efforts.Īctivated carbon has long been used to remove undesirable components from water. Activated carbon’s unique porous surface structure allows it to capture and hold on to both gas and liquid phase particles. Activated carbon is a widely used adsorbent, employed throughout a variety of industries to accomplish a number of goals.
0 Comments
Leave a Reply.AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |