Pharmaceuticals and personal care products, known in the water industry as PPCPs, are a group of compounds consisting of human and veterinary drugs (prescription or over-the-counter) and consumer products, such as fragrance, lotions, sunscreens and housecleaning products.
These compounds have been detected in trace amounts in surface water, drinking water and wastewater effluent sampling because water professionals have the technology today to detect more substances, at lower levels, than ever before.
Many PPCP compounds are being found at extremely low levels, typically single-digit parts per quadrillion. Drinking-water standards are typically set in the parts-per-billion range. The fact that a substance is detectable in drinking water does not mean the substance is harmful to humans. To date, research throughout the world has not demonstrated an impact on human health from trace amounts of PPCPs found in drinking water.
The water community is committed to protecting the public health. Water professionals are examining the occurrence of PPCPs in drinking-water supplies and the effectiveness of current treatment techniques on removal, and are paying close attention to health-effects research in this area, including research being conducted by the Southern Nevada Water Authority.
In addition, the U.S. Environmental Protection Agency (EPA) maintains an active program called the Contaminant Candidate List to identify contaminants in public drinking water that warrant detailed study. While the list does not currently include any PPCPs, EPA may consider these compounds in the future. For information about which compounds were detected in Southern Nevada's water supply, see the Water Analysis Summary below.
| 2009 Water Analysis Summary of pharmaceuticals and other emerging contaminants |
Follow these simple steps for proper disposal methods, suggested by SNWA and the University of Southern Nevada College of Pharmacy:
Visit OperationMedicineCabinetLV.org or PainIntheDrain.com for more information and proper disposal of pharmaceuticals.
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