Read the full article by Melanie Benesh (EWG)
“This week the Environmental Protection Agency finalized a rule regulating the toxic fluorinated chemicals known as PFAS in consumer products. True to form for the Trump administration, the rule significantly weakens a public health protection proposed under the Obama administration.
In 2015, Obama’s EPA proposed a Significant New Use Rule, or SNUR, for so-called long-chain PFAS chemicals, including PFOA, a notorious compound formerly used to make DuPont’s Teflon. Under pressure from the EPA, DuPont and other chemical makers had agreed in 2006 to phase out the use of many long-chain PFAS chemicals, after revelations of their health hazards.
PFAS are called ‘forever chemicals’ because they never break down, and many build up in our blood. The Teflon chemical and others like it are associated with cancer, reproductive and developmental harms, and reduced effectiveness of vaccines, among other health problems.
A SNUR is not a ban, but rather requires companies to notify the EPA and get approval before using the chemical in any way that has been designated as a significant new use. The SNUR the EPA proposed in 2015 was meant to prevent any of these uses from resurfacing without the agency’s knowledge and approval, and also to prevent any new uses of the chemicals. The proposed rule broadly applied to all consumer products, ranging from carpets to wiring to clothing, regardless of how the PFAS was used in the product.
On Monday, the Trump EPA published its final rule to meet a deadline imposed by Congress in the FY 2020 National Defense Authorization Act, which passed in December. The final rule only requires notification from importers and approval from the agency when PFAS is used as a surface coating in a product, as it was in Teflon.
That means a company could import products with PFOA inside without informing the EPA – even though that product could break down and release PFOA. The PFAS could also be released once the product is put in a landfill or incinerator. The chemical can then make its way into air, water, soil and ultimately our bodies…”