EDF Health

City of Washington, DC requires lead pipe disclosure and tackles past partial LSL replacements

By Tom Neltner, Senior Director, Safer Chemicals Initiative / Published: January 28, 2019

Tom Neltner, J.D., Chemicals Policy Director

Update: In October 2019, DC Mayor Muriel Bowser appropriated $1.8 million in her Fiscal Year 2020 budget to fund the Lead Pipe Replacement Assistance Program, which is designed to replace legacy partial LSLs remaining on private property. 

Washington, DC estimates there are 48,000 lead service lines (LSLs) on private property, 46 percent of the total number of service lines identified by the District. While the District has not yet set a goal of eliminating LSLs, it has taken positive steps to assist residents in replacing LSLs. It has prioritized avoiding partial LSL replacements, which are likely to increase residents’ exposure to lead, especially in the months following the disturbance.

On January 16, 2019, the District passed a new law that takes additional positive steps. First, it requires property owners to disclose the presence of an LSL to potential homebuyers and renters. The city joins Cincinnati, OH and Philadelphia, PA in requiring disclosure to renters and New York, Delaware, Connecticut, and Pennsylvania in requiring disclosure to homebuyers.

Second, it redresses past partial LSL replacements by providing financial support to homeowners who did not replace the portion on private property when they were expected to shoulder the entire burden. This is the first city we have seen take this approach. The fiscal impact statement for the law also provides insight into the cost of LSL replacement; the District of Columbia Water and Sewer Authority (DC Water), the city’s utility, estimates the average cost to replace the portion on private property is $2,000 per line. The total cost of the law over four years if fully funded is $21 million.

Read More »

Also posted in Health policy, Lead, Public health / Tagged , , , , , | Comments are closed

EDF considers potential health equity impacts of partial lead service line replacement

By Tom Neltner, Senior Director, Safer Chemicals Initiative / Published: January 10, 2019

Tom Neltner, J.D., Chemicals Policy Director and Lindsay McCormick is a Project Manager.

[pullquote]“LSL replacement initiatives should address barriers to participation so that consumers served by LSLs can benefit equitably, regardless of income, race or ethnicity.”

– A founding principle of the Lead Service Line Replacement Collaborative[/pullquote]States and communities across the country are taking important steps to accelerate replacement of lead service lines (LSLs) – lead pipes connecting the water main under the street to homes and other buildings. As part of this progress, many programs have strictly limited the standard practice of partial LSL replacement – replacing only the portion of the LSL on public property, which commonly arises when rehabilitating the main and reconnecting the existing line. Partial replacement is likely to increase, at least temporarily, lead levels in drinking water in homes and may not reduce lead exposure in the long run.

The default approach for most water utilities rehabilitating their main has been to simply alert property owners to the risk of partial replacement and advise them to hire a contractor to voluntarily replace the remaining portion of the LSL on their property.

Other utilities have rejected this approach and gone further to protect residents. For example, Washington, DC offers to coordinate private side and public side replacement to reduce costs and make participation easier but still expects the property owner to pay for the private side. Others, such as Cincinnati, OH, have required full LSL replacement, providing a significant subsidy to the homeowner and allowing the cost to be spread over ten years through a property tax assessment. Indiana American Water and Philadelphia, PA go even further and pay for the cost of full LSL replacement out of ratepayer or capital improvement funds. States are acting too, with Michigan requiring utilities to pay the cost of replacement on private property and Wisconsin requiring cost sharing. For more examples, see our webpages recognizing communities and states that are leading the way.

Read More »

Also posted in Health policy, Lead, Public health / Tagged , , , , | Comments are closed

California Water Board makes misleading claim that only four water systems have lead lines

By Tom Neltner, Senior Director, Safer Chemicals Initiative / Published: December 7, 2018

Tom Neltner, J.D., Chemicals Policy Director

[Update 12/14/18: The California Water Boards added a webpage providing more background for customers on the inventory requirement, including the clarification that “user service line” does not include the service line on private property. This clarification was also added to the Status Map webpage.]

The California Water Board posted the results of its statewide inventory of lead service lines (LSLs) in community water systems (CWSs) yesterday. They also became the first in the nation to post the results in an interactive online map. We are pleased to see the state take this important step, but are disappointed that the press release it sent out to announce the map’s launch undermines its efforts with misleading and confusing statements.

The central problem is that the press release fails to be clear that the inventory does not cover the portion of the service line between the meter and the home or building.  As a result, a CWS that removed all of the lead pipes between the main under the street and the meter but left them on private property was listed as having no LSLs. A customer would justifiably – but mistakenly – assume that LSLs were not an issue in their community.

Read More »

Also posted in Lead / Tagged , , , , | Authors: / Read 1 Response

Lead from a new “lead-free” brass faucet? More common than you’d hope

By Tom Neltner, Senior Director, Safer Chemicals Initiative / Published: November 6, 2018

Tom Neltner, J.D. is the Chemicals Policy Director and Lindsay McCormick is a Project Manager.

[pullquote]Until NSF/ANSI 61 standard is updated to reduce or eliminate lead leaching, users must extensively clean and flush new brass fixtures before use and make a short flush standard practice for older fixtures.[/pullquote]

During this past year, we undertook a pilot project to tackle the problem of lead in drinking water at child care facilities. As part of the effort, we collected 250 mL samples (about 8 ounces of water) from every drinking water fixture, as recommended in the Environmental Protection Agency’s (EPA) 3Ts guidance for schools and child care facilities. We replaced 26 faucets that exceeded our action level with new brass faucets that were labeled “lead-free” and complied with NSF/ANSI 61 standard for drinking water system components.[1] To our surprise, when we sampled the faucets a few days after replacement, the lead levels were higher– between 9 and 10 ppb – on three of the new faucets.

The increase left us scratching our heads. Federal law allows a drinking water fixture to be labeled “lead-free” if the amount of lead in wetted surfaces[2] averages less than 0.25% (down from the 8% limit between 1986 and 2014). However, it isn’t clear how much this amount might contribute to levels of lead in water. To explore this issue, we contacted the supplier who said its product was certified under NSF/ANSI 61 and, therefore, not likely the source. The supplier suggested the source could be from existing upstream valves or from disturbing the plumbing. We could not rule these other possibilities out.

A study by Virginia Tech’s Jeff Parks on three models of new NSF/ANSI 61 certified brass faucets found similar results and concluded that even newly manufactured “lead-free” faucets may not meet the 1 ppb limit that the American Academy of Pediatrics (AAP) recommends for schools.

Read More »

Also posted in Lead / Tagged , , , , , , , , , | Authors: / Comments are closed

FDA-approved PFAS: A serious breakdown in assessing food additive safety

By Tom Neltner, Senior Director, Safer Chemicals Initiative / Published: November 4, 2018

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

This blog is the fourth in a series describing information we discovered in reviewing thousands of pages from the Food and Drug Administration’s (FDA) response to our Freedom of Information Act (FOIA) of the agency’s approval of 31 Food Contact Substance Notifications (FCNs) from 2002 to 2016 submitted by six companies for 19 distinct chemical mixtures of per- and poly-fluorinated substances (PFAS).

In this blog, we identify one company’s serious breach of its obligation to provide FDA with all relevant toxicology data. While hindsight is 20/20, we have reason to believe that if FDA had had all relevant information, it would have demanded more studies potentially revealing risks that are only now coming to light with related chemicals. Though we have not completed a similar review for the other companies, we think this inadequate approach to chemical safety is not unique to a single company, and FDA should reassess all its reviews given what is now known about PFAS chemicals.

Safety assessment requirements for food additives – including food contact substances

When a company seeks FDA’s approval of food additives (including food contact substances), it is required to provide the agency with all relevant chemistry, toxicology and environmental data so it can conduct a safety assessment. While the agency typically conducts a literature search of its own and of public databases, the company that is claiming the chemical’s use is safe is obligated to include any data that is inconsistent with the company’s conclusion.

Read More »

Also posted in FDA, Food, Health policy, Public health, Regulation / Tagged , , , , , | Read 1 Response

EPA Updates its 3Ts Guidance for Reducing Lead in Drinking Water

By Lindsay McCormick / Published: October 16, 2018

Lindsay McCormick, is a Project Manager. Tom Neltner, J.D., is the Chemicals Policy Director.

Earlier this month, EPA released its updated 3Ts for Reducing Lead in Drinking Water Toolkit, which provides guidance for schools and child care facilities seeking to ensure children are safe from lead in water.  The new 3Ts – an update to the agency’s 2006 guidance – is now a web-based toolkit that includes modules, customizable templates, and factsheets.

Overall, the new toolkit is an improvement.  While the protocol itself is largely the same, the new toolkit is more user friendly and written for the non-technical audience, making it more likely that school and child care staff will use it.  EPA has also reframed the toolkit from “Training, Testing, and Telling” to “Training, Testing, and Taking Action” – placing more emphasis on the critical step of addressing lead sources than the previous version.  “Telling” is now integrated throughout the entire toolkit to highlight the importance of communication at every step. The agency has also developed a helpful flushing best practices factsheet, which is a topic that often causes considerable confusion.

In EDF’s June 2018 report on our pilot of 11 child care facilities, “Tackling lead in water at child care facilities,” we recommended EPA update its 2006 guidance to address four key gaps.  The agency has made progress on the two most important of those but leaves the other two unresolved. The most important change to the guidance is that the agency has removed the 20 parts per billion (ppb) action level and instead recommends action whenever there are “elevated lead levels.” While EPA does not define an elevated lead level, a deep dive into the appendix suggests that levels over 5 ppb warrant follow-up. The updated guidance also puts a greater emphasis on the identification of lead service lines (LSLs) and includes LSL replacement as a permanent control measure, though not as an explicit recommendation. Further, the agency did not update the protocol to deal with challenges posed by aerator cleaning and hot water heaters.  Below we explore each of these issues in further detail. Read More »

Also posted in Health policy, Lead, Public health, Regulation / Tagged , , , , , | Comments are closed