EDF Health

Washington State takes action to eliminate use of PFAS in food packaging

Tom Neltner, J.D.is Chemicals Policy Director and Maricel Maffini, Ph.D., Consultant

Around 1990, driven by a concern to keep heavy metals out of recycled products, many states adopted laws prohibiting the intentional addition of arsenic, cadmium, lead, and mercury to packaging and limited their total concentration to 100 parts per million. Manufacturers and suppliers of packaging and packaging components in these states were also both required to furnish a Certificate of Compliance to the packaging purchaser and provide a copy to the state and the public upon request. The Toxics in Packaging Clearinghouse currently reports that 19 states have adopted this type of legislation.

Out of concern about consumer’s health and contamination of compost, on February 28, 2018, Washington State extended its heavy metal packaging law in a groundbreaking way. The legislature passed HB-2658 banning the intentional use of “perfluoroalkyl and polyfluoroalkyl substances” (PFAS) in food packaging made from plant fibers, pending a determination by the Washington Department of Ecology that safer alternatives are available. The law defines PFAS as “a class of fluorinated organic chemicals containing at least one fully fluorinated carbon atom.”

The ban goes into effect in 2022 or two years after the Department makes the safer alternative determination, whichever is later.[1] If, after evaluating the chemical hazards, exposure, performance, cost, and availability of alternatives, the Department does not find safer alternatives by 2020, it must update its analysis annually. We anticipate that this approach will spur innovation among companies offering alternatives and provide a thoughtful and rigorous review of the options.

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FDA decides 3 PFCs are unsafe: Detailed look at the decision

Tom Neltner, J.D.is Chemicals Policy Director.

FDA’s decision to remove its approval of three long-chain perfluorinated compounds sets important precedents on the assessment of food ingredients, food contact substances, and chemicals used to make food.

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FDA concluded:

  • Class: All long-chain chemicals with at least one linear, perfluorinated chain of eight or more carbon atoms should be considered a class.
  • Data gaps: Where reproductive and developmental toxicity data are lacking for any chemical in this class, the data available for perfluorinated octanoic acid (PFOA) should be used to fill the gaps.
  • Study methods: If a chemical is biopersistent in the body, standard toxicology methods used to evaluate food additives need to be upgraded.

[/pullquote]On Jan. 4, 2016, the Food and Drug Administration (FDA) announced that it changed its regulations to remove the agency’s approval of three specific long-chain perfluorinated compounds (PFCs) as food additives. The agency approved use of these chemicals between 1967 and 1997, allowing them to be added to paper and paperboard that comes in contact with aqueous and fatty foods. Until the late 2000s, they were commonly used in pizza boxes, sandwich wrappers, and paper in frozen food packaging – virtually anywhere a food manufacturer wanted to use paper packaging that would repel oil and water.

Domestic PFC manufacturers report that these food contact substance (FCS) uses have been abandoned, although others report trace levels still appearing in paper products used for food, most likely as a result of contamination. There are reports, however, that foreign companies have begun producing PFCs. As long as these additives are officially allowed by FDA, there is a possibility that food manufacturers who are not diligent could resume their use without knowing it. The agency’s decision makes it less likely that will happen.

FDA’s decision marks the first time it has used a food additive petition to remove an approval based on safety concerns; a few years ago, it removed approvals for use of bisphenol A in infant formula packaging and baby bottles and sippy cups – but those removals were based on market abandonment, not safety. This safety-driven decision sets a precedent and serves as a roadmap for how safety decisions should be made for all additives including those considered by industry to be ‘generally recognized as safe’ (GRAS).

No longer safe – unpacking the agency’s reasoning for a class of chemicals and safety concerns Read More »

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