Officials push for national PFAS drinking water standard
ALBUQUERQUE, N.M. (AP) — Setting a national drinking water standard for what have been referred to as “forever chemicals” will be important in addressing contamination at military bases and communities throughout the U.S., witnesses said Wednesday during a congressional hearing.
New Mexico Environment Secretary Jim Kenney was among those who testified about the contamination, which is linked to a a group of chemicals known as PFAS, an abbreviation for perfluoroalkyl and polyfluoroalkyl substances.
New Mexico is locked in a court battle with the federal government over the cleanup of toxic plumes from past firefighting activities at two U.S. Air Force bases.
While the case runs its course, the state is trying to determine the size and scope of the contamination so it can begin to formulate plans for cleaning up the chemicals, which have leached into nearby water sources. The work will take another year to complete, but officials have said samples already show levels that exceed the health advisory set by the U.S. Environmental Protection Agency by significant amounts.
Kenney said he can’t protect New Mexicans without a federal regulatory framework for the chemicals.
“The EPA drinking water health advisory from 2016 was a great start, but it’s now 2021 and there’s no regulatory certainty for states and our communities,” he said. “No person should suffer the negative health effects of PFAS — not in New Mexico or elsewhere.”
Similar contamination has been found at numerous sites around the U.S., prompting lawsuits by other states and water utilities.
While the EPA is considering setting a maximum level for PFAS in drinking water nationwide, in Congress, there are several pieces of legislation pending that would address the problem in different ways, from allocating more money for the federal government for cleanup to mandating regulation of PFAS compounds.
Kenney also advocated for classifying discarded PFAS as a hazardous waste so that states can better regulate the chemicals.