EDF Health

House Oversight Committee draws renewed attention to heavy metals in baby food and calls for FDA to act

By Tom Neltner, Senior Director, Safer Chemicals Initiative / Published: February 11, 2021

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

Last week, the House Committee on Oversight and Reform’s Subcommittee on Economic and Consumer Policy released an important report summarizing baby food testing data submitted by four companies (Beech-Nut, Gerber, Happy Family, and Earth’s Best), finding that “baby foods are tainted with dangerous levels of arsenic, lead, cadmium and mercury.” These heavy metals are widely recognized as harming children’s brain development.

The report found that three of the four companies (all but Gerber) used ingredients that had exceeded limits set in their internal standards. Additionally, the committee cited “grave concerns” that three other companies (Walmart, Plum, and Sprout) did not provide their internal standards and testing results in response to the legitimate request by the House Committee. Their lack of transparency undermines credibility and trust.

Due to the alarming nature of these findings about a food marketed as safe and healthy for infants and toddlers, the report garnered significant attention and has prompted calls for the Food and Drug Administration (FDA) and food manufacturers to do more on this issue.

Importantly, the report provides new insights into industry decision-making processes, highlights the need for greater oversight, and adds urgency to EDF’s ongoing efforts to reduce heavy metals in food.

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Getting lead out of brass and bronze food equipment

By Tom Neltner, Senior Director, Safer Chemicals Initiative / Published: January 12, 2021

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

Many people may not be aware that lead is still added to brass and bronze used to make drinking water faucets and food equipment like coffee brewers and more. This is problematic because lead can leach into the water and beverages from the equipment – putting consumers at risk. As part of EDF’s efforts to reduce exposure to lead from all sources, we have advocated to stop this use of the heavy metal.

Last June, our three-year effort yielded results when the committee responsible for the national consensus standard for plumbing devices, known as NSF/ANSI/CAN 61, made its lead leaching standard five times more protective for endpoint devices – from 5 to 1 parts per billion. Endpoint devices are faucets, drinking water fountains and other devices installed within the last one liter of water distribution systems in a building. For all other plumbing devices, lead is limited to the amount added to the device’s material, 2500 parts per million (ppm) [1], and leaching limit does not apply.

This fall, we turned our attention to lead leaching into drinking water from food equipment such as ice machines, coffee brewers, teapots, and water heaters. We have submitted petitions to NSF International and to the Food and Drug Administration (FDA) asking them to prohibit use of lead in brass and bronze commonly used in these devices.

For food equipment, we leveraged the more protective safety standards for food contact substances in the Food Additives Amendment of 1958. These standards require that additives not be used unless there is a reasonable certainty of no harm from their intended use after taking into account related substances in the diet. It also prohibits use of carcinogens. Lead is unsafe under both these restrictions because it is a carcinogen and no safe threshold has been found for lead in the blood to prevent neurologic development harm in children and heart disease in adults.

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It’s time to eliminate lead from tin coating and solder on metal food cans

By Tom Neltner, Senior Director, Safer Chemicals Initiative / Published: January 11, 2021

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

In October 2019, we reported finding canned foods had a surprising number of samples with lead based on the Food and Drug Administration’s testing results. Almost half of the 242 samples had detectable lead, including a staggering 98% of 70 canned fruit samples.

We suspect that the high lead detection rates are a result of lead in the tin – either added to make an alloy or as a contaminant – used to coat the steel or join steel pieces together in the cans. This lead can then leach from the coating or solder into the food. Light-colored fruits and fruit juices would be more likely to have lead contamination based on a report indicating they are commonly packaged in tin-coated steel cans without a synthetic coating on the inside isolating the food from the tin. The lead detections in the other canned products in FDA’s study could have resulted from flawed synthetic coatings.

In December 2020, EDF and ten health, consumer, and environmental groups[1] petitioned FDA to ban the use of lead in food contact materials such as tin. We also included that FDA should presume that lead was intentionally used when levels in food contact materials are at or above 100 parts per million (ppm) and provided an option for the agency to specifically authorize the use only if:

  • The part of the food contact article that contains added lead does not contact food under intended conditions of use; or
  • No lead migrates into food from the food contact article under intended conditions of use.

Our petition demonstrates that, because lead is a carcinogen that is unsafe at any level in the blood, its use in tin coatings and solder for food cans should be expressly prohibited. The agency posted the petition for public comment and must make a decision how to proceed by June 2021. There is no deadline for comments, but it is best to submit them by April 1 so they can influence the agency’s decision.

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FDA’s Failure on Food Chemical Safety Leaves Consumers at Risk of Chronic Diseases

By Tom Neltner, Senior Director, Safer Chemicals Initiative / Published: September 23, 2020

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

Update: FDA published the citizen petition upon receipt on 9/23, and is requesting public comment.

More than 60 years ago, Congress enacted legislation requiring the Food and Drug Administration (FDA) and the food industry to evaluate the cumulative effects of substances in the diet that have related health impacts when assessing the safety of chemical additives. In our decade of analyzing FDA and industry actions, we have been increasingly concerned that both have ignored this requirement. To figure it out, we investigated all safety determinations contained in Generally Recognized as Safe (GRAS) notifications voluntarily submitted by food manufacturers to FDA since the program began in 1997. We looked at GRAS notices because they are publicly available and because FDA rules explicitly require that food manufacturers include in the notice an explanation of how they considered the requirement. If there was an omission, it would be more easily noticeable.

We found that in only one of 877 GRAS notices did a food manufacturer consider the cumulative effect requirement in a meaningful way. And we found no evidence that the agency either recognized this single attempt to follow the law or had objected to the omissions in the 876 other notices. This failure has significant consequences for public health, particularly for communities who already face significant health and socio-economic disparities, and for children, who are uniquely susceptible to dietary exposures to multiple chemicals.

For this reason, EDF joined with other health, environmental, and consumer groups to file a formal petition to demand FDA and food manufacturers start following the law. The petition requests specific changes to rules designed to reinforce the existing requirement and make it easier to verify compliance. Still, given the lack of transparency in agency reviews, success still largely depends on FDA and the food industry taking seriously the mandate and the food safety implications.

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FDA takes an important step by phasing out paper greaseproofing agents containing a specific PFAS

By Tom Neltner, Senior Director, Safer Chemicals Initiative / Published: August 4, 2020

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

Last week, the Food and Drug Administration (FDA) announced the phase-out of per- and polyfluorinated alkyl substances (PFAS) used to greaseproof paper and paperboard food packaging made from a specific type of short-chain PFAS known as 6:2 fluorotelomer alcohol (6:2 FTOH).  The action, narrow as it is, is welcome news for efforts to protect public health and the environment from the risks posed by short chain PFAS, known as “forever chemicals” because they do not degrade.

FDA secured voluntary agreements with three companies, Archroma, Asahi Glass, and Daikin, to phase-out products based on 6:2 FTOH. A fourth company, Chemours, asked FDA to suspend the agency’s approvals on its products containing the PFAS one year ago. The action affects 15 food contact substance notifications (FCN) approved by the agency between 2006 and 2016. It does not address 13 FCNs for similar greaseproofing uses made from PFAS other than 6:2 FTOH. And, under the agreement, consumers may still find 6:2 FTOH-laden, carry-out containers until June 2025.

The process FDA took, and the time it took to get there, reveals the significant difficulties the agency has in reversing past actions in the face of mounting evidence of a chemical’s risk:

  • FDA must seek out information because companies have no obligation to affirmatively notify the agency of new studies showing potential problems;
  • When FDA finds the information and identifies potential safety concerns, it appears to act as if it has the burden of proving the use is no longer safe; and
  • FDA continued approving uses of 6:2 FTOH even after it identified problematic data gaps.

These difficulties reinforce the need for actions being taken by states such as Washington, Maine, New York, and California, by Congress, and by retailers to reduce uses of PFAS in their products. When it comes to food packaging, PFAS are dinosaurs and their time is running out.

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Best practices for reducing cadmium in food: New review from FDA scientists

By Tom Neltner, Senior Director, Safer Chemicals Initiative / Published: April 7, 2020

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

Note to readers: As we all grapple with the grave global health challenge from COVID19, we want to acknowledge the essential services that the professionals at the Food and Drug Administration and in the food production, processing and retail industries provide in continuing to deliver food. In the meantime, we are continuing to work towards improved health protections – including reducing chemicals in food. We’ll plan to keep sharing developments that may be useful to you. In the meantime, please stay safe and healthy.

Two years ago, the Food and Drug Administration (FDA) put cadmium on our radar when the Toxic Elements Working Group included cadmium together with arsenic, lead and mercury as metals affecting children’s neurological development. As part of that effort, FDA committed to look at all four metals across all foods instead of one contaminant, one food at a time. Last year, FDA’s scientists published a peer-reviewed article assessing children’s exposure to lead and cadmium in the diet. They found that spinach, lettuce, sunflower seeds, potato chips and wheat cereal were among the top 10 foods with the highest cadmium concentration.

New review of mitigation strategies

This year, FDA’s scientists published in a peer-reviewed journal a review of mitigation strategies to reduce dietary exposure to cadmium. Because plants uptake cadmium from the soil and “70 to 80% of dietary cadmium intake in humans comes from plant-based food,” the article focuses on methods to “reduce or prevent initial uptake by plants.” The authors explained that cadmium enters the food supply through natural and manmade sources, highlighting that cadmium often is a contaminant in phosphate fertilizers. Cadmium is also a contaminant in zinc used to galvanize steel.

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