Global Water Intelligence has announced the theme for the 11th Annual Global Water Summit. “Intelligent Synergies” will be the focal point of...
Project shows riverbank filtration effective
Heightened regulatory and public interest in pharmaceutical and personal care products (PPCPs) and endocrine disrupting compounds (EDCs) in drinking water have prompted water utilities to explore new water treatment options to remove these compounds. In response, the Water Research Foundation researched the effectiveness of riverbank filtration in removing these organic compounds.
“Riverbank filtration is a water treatment process that runs water through the banks of rivers into production wells of a water utility,” said Robert C. Renner, executive director of the Water Research Foundation. “It is cost-effective because it does not require energy or processing chemicals.”
Findings from “Removal and Fate of EDCs and PPCPs in Bank Filtration Systems,” released in July, found that riverbank filtration is effective in removing organic compounds such as PPCPs, EDCs and industrial chemicals.
“Utilities in Germany have been using riverbank filtration for years to treat their drinking water, yet this method is relatively new to many U.S. water utilities,” Renner said. “We are encouraged by our recent findings because it provides utilities a low-cost, environmentally friendly treatment option for the removal of a variety of pollutants.”
Although EDCs and PPCPs are currently not regulated by the U.S. Environmental Protection Agency, the Foundation has been studying these constituents in drinking water for a number of years. Previous Foundation studies, specifically, “Toxicological Relevance of Endocrine Disruptors and Pharmaceuticals in Drinking Water,” found that concentrations of pharmaceutical drugs and endocrine-disrupting compounds in public drinking water are likely too low to impact human health.