EDF Health

EDF Calls on EPA to Withdraw Censored Science Proposal

Experts for Environmental Defense Fund (EDF) called on the Environmental Protection Agency (EPA) today to withdraw the “censored science” proposal – a proposed rule that would bar the agency from considering some of our most important public health studies in making decisions about vital protections for human health and the environment.

EPA held an all-day public hearing on its proposal at its Washington, D.C. headquarters today. EDF Senior Health Scientist Jennifer McPartland was among the more than 100 Americans who were expected to testify.

“EPA’s proposed rule represents a total disregard for the agency’s core mission: protection of human health and the environment,” said McPartland in her testimony. “If finalized the rule will erode critical public health protections, and with them, the scientific integrity and public trust of the agency.”

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Illinois moves forward with critical rules to address lead in water at child care facilities

Lindsay McCormick, Project Manager.

Last week, EDF submitted comments to the Illinois Department of Children and Family Services (DCFS) on the state’s proposed rules for lead in water testing at licensed child care facilities. Our comments focused on what we learned from our pilot in 11 child care facilities, including 4 in the Chicago area.

Even at very low levels, lead can impair brain development, contributing to learning and behavioral problems as well as lower IQs. While national attention on lead in drinking water has spurred action in schools, few states have addressed lead in water in child care settings – even though these facilities serve children at younger, more vulnerable ages.

Illinois is one of seven states that EDF has highlighted in a previous blog for requiring lead in water testing in child care facilities. In January 2017, Illinois General Assembly enacted SB550, establishing a new set of requirements to address lead in drinking water in the state. Under the legislation, Illinois was required to adopt rules prescribing the procedures and standards to assess lead in water in licensed day care homes, day care centers, and group day care homes (herein after “child care facilities”). Read More »

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How Pruitt’s EPA finds a dangerous chemical is safe: Ignore most exposures to it

Richard Denison, Ph.D., is a Lead Senior Scientist.

The 2016 Lautenberg Act amendments to the Toxic Substances Control Act (TSCA) expanded and enhanced Congress’ vision for how the Environmental Protection Agency (EPA) should evaluate and mitigate the potential risks of chemicals.  [pullquote]The industry’s interest is simple:  The fewer exposures to a chemical EPA looks at, the more likely it is to find those it does look at safe.[/pullquote]

The original TSCA was intended to encompass the full lifecycles of chemicals, from manufacturing to use to disposal, authorizing EPA to regulate any of those activities.  It gave EPA co-authority with the Occupational Safety and Health Administration (OSHA) over chemical exposures in workplaces and with the Consumer Product Safety Commission (CPSC) over chemical exposures from consumer products.  And it provided a wide array of means by which EPA could regulate chemicals to address unreasonable risks it identified, ranging from requiring warnings to limiting the amount of a chemical that could be used in a certain way to an outright ban on all uses of a chemical.  Unfortunately, the original law also contained fatal flaws that rendered this vision unachievable in practice.

Congress finally stepped in to address those flaws through the 2016 amendments.  But the amendments also did something else:  they added several elements that further expanded what EPA was to include in addressing chemical risks.  Congress explicitly required that EPA identify and protect against risks not only to the general population, but to vulnerable subpopulations at potentially greater risk due to heightened exposure or greater susceptibility to a given exposure.  It mandated that EPA prioritize chemicals, and evaluate and regulate their risks, under the chemicals’ “conditions of use,” a term Congress defined broadly to encompass not only the full chemical lifecycle, but also all of the “intended, known, or reasonably foreseen” activities that occur at each lifecycle stage.

And Congress directed EPA to determine whether a chemical’s risks were unreasonable and warranted regulation based solely on its effects on human health or the environment, without regard to costs or other non-risk factors.  Only after EPA completed its science-based evaluation of risks and determined regulation was warranted, was EPA to consider costs and other non-risk factors, and then only in deciding how best to eliminate the unreasonable risk.  Congress also retained the provision of TSCA that relegates to the very last step any consideration of whether other authorities – be they EPA’s or other agencies’ – could be used instead of TSCA.

Each of the new elements has a strong basis in the large body of science that has emerged over the decades since TSCA first passed in 1976 that elucidates how we are exposed to chemicals, how they can affect our basic biology, and how variability in the human population mediates the potential impacts.

Any objective reading of the new law would lead one to expect, therefore, that the breadth and depth of EPA’s chemical risk evaluations would grow considerably.  And for most of the first year after passage of the new law, that was where things appeared to be heading.

Enter the Pruitt EPA.   Read More »

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FDA-approved PFAS and drinking water – Q & A on analytical measurements

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

On May 2018, we released a blog highlighting paper mills as a potentially significant source of drinking water contamination from 14 Food and Drug Administration (FDA)-approved poly- and per-fluorinated alkyl substances (PFASs) used to greaseproof paper. We showed that wastewater discharge could result in PFAS concentrations in rivers in excess of the Environmental Protection Agency (EPA)’s 70 parts per trillion (ppt) health advisory level for drinking water contamination for PFOA and PFOS, the most studied of the PFASs. Readers of the blog have asked some important questions highlighted below. We provide our best answers based on EDF’s FOIA request to FDA. See also our Q & A blog on textile mills and environmental permitting

Question 1: Would EPA’s analytical method for PFASs actually measure any of the FDA-approved PFASs in rivers and drinking water?

The answer is “likely no.” To understand why, we first need to explain which chemicals FDA approved and compare those chemicals to the list of 18 specific perfluorinated alkyl acids measured by Method 537, the EPA-approved analytical method used to report on PFASs in drinking water. Acids are only one of many functional groups that can be attached to the fully fluorinated carbons in the alkyl chain.

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New report: Tackling lead in drinking water at child care facilities

Lindsay McCormick, Project Manager, Sam Lovell, Project Specialist and Tom Neltner, J.D.Chemicals Policy Director

Recent crises around lead in drinking water have focused national attention on the harmful effects of children’s exposure to lead. While the particular vulnerability of children to lead is well understood by most – what might be surprising is that the majority of child care facilities are not required to test their water for lead.

Only 7 states and one city have such regulations on the books. And while the Environmental Protection Agency (EPA) has provided a voluntary guidance, the “3Ts for Reducing Lead in Drinking Water,” for schools and child care, the document has significant gaps in the child care setting – including an outdated action level of 20ppb and little emphasis on identifying and replacing lead service lines.

Given the critical need for more investigation in this area, we conducted a pilot project to evaluate new approaches to testing and remediating lead in water at child care facilities. EDF collaborated with local partners to conduct lead in water testing and remediation in 11 child care facilities in Illinois, Michigan, Mississippi, and Ohio. We have previously blogged about some early takeaways from testing hot water heaters and our preliminary findings from the project. Today, we released our final report, which provides the full results of the pilot and recommendations to better protect children moving forward.

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FDA-approved PFAS and drinking water – Q&A on textile mills and environmental permits

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

In May 2018, we released a blog highlighting paper mills as a potentially significant source of drinking water contamination from 14 Food and Drug Administration (FDA)-approved poly- and per-fluorinated alkyl substances (PFAS) used to greaseproof paper. We showed that wastewater discharge could result in PFAS concentrations in rivers in excess of the Environmental Protection Agency (EPA)’s 70 parts per trillion (ppt) health advisory level for drinking water contamination for PFOA and PFOS, the most studied of the PFASs. We identified 269 paper mills with discharge permits that warrant investigation. Readers of the blog have asked some important questions highlighted below. As with most issues involving PFAS, there are many gaps in what we know. Based on the information provided in response to EDF’s Freedom of Information Act (FOIA) request to FDA, we hope to fill in some of the gaps and highlight key information needed to better understand the risks of PFASs.  

Question 1: Could textile mills also be a source of PFASs in drinking water?

The answer is “probably.” The FDA-approved PFASs can be used in coating paper that contacts food to repel oil, grease, and water. The same or similar FDA-approved PFASs may be used for non-food uses such as coating textiles to resist stains and repel water.

The processes used to coat paper and textiles differ in some aspects that could affect a mill’s environmental releases. For paper, the PFASs are typically added to the wet wood fibers to be made into paper. In contrast, we understand that PFASs are applied to textiles after the water is removed. Therefore, we would suspect that the amount of PFASs, whether as polymers or impurities, released with the wastewater of a textile mill would be lower compared to that of a typical paper mill. However, there is very little data available to assess the potential environmental release of PFASs from textile mills. Unlike with FDA approvals, there is no environmental review of a chemical’s use in non-food consumer products.[1] So, it would be worthwhile to investigate textile mills for use of PFASs in addition to looking at paper mills.

Using an EPA database[2], we identified 66 textile mills (PDF and EXCEL) in the US, two thirds of which are located in North and South Carolina. Based on wastewater flow, the two largest mills are both operated by Milliken. Its largest facility is in Greenville, South Carolina with a water discharge of 72 million gallons per day (MGD). The second largest is in Bacon, Georgia with a water discharge of 15 MGD. DuPont’s Old Hickory facility, near Nashville, Tennessee, had the third greatest flow at 10 MGD. We do not know whether any of the facilities use and discharge FDA-approved PFASs.

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