Our children need safe drinking water — especially at school, where they go to learn and play each day. Unfortunately, lead is contaminating drinking water at schools and preschools across the country.
With major funding now available to our schools, we have an unprecedented opportunity to “get the lead out” and ensure safe drinking water for our kids.
Frequently asked questions
Is there lead in the water at my child’s school?
Given that most schools still have faucets, fountains or other parts containing lead (and no filters), the water at your child’s school is likely at risk of lead contamination.
How does lead harm children?
“In children, low levels of [lead] exposure have been linked to damage to the central and peripheral nervous system, learning disabilities, shorter stature, impaired hearing and impaired formation and function of blood cells.”
— Environmental Protection Agency
My school says the water meets current standards. So is the water safe?
In most places, outdated standards allow significantly more lead in schools’ water than 1 part per billion — the limit recommended by the American Academy of Pediatrics.
Can the test results be trusted?
It is highly likely that lead contamination extends beyond confirmed test results, as tests sometimes fail to detect lead — or the full extent of lead — in water, especially when sampling is done improperly.
What should my child’s school do to ensure safe drinking water?
Schools should start by replacing fountains with water bottle stations that have filters to remove lead, and installing such filters on all other taps used for cooking or drinking.
How can my school pay for water bottle stations and lead filters?
School districts can ensure safe drinking water with a small fraction of the nearly $110 billion in federal stimulus they are now receiving. Other funding is also available.
Step 1: Get the facts on lead in schools’ water
We now know the toxic threat of lead in drinking water extends to thousands of communities across the country. In fact, lead is even contaminating drinking water in schools and preschools — flowing from fountains and faucets where our kids drink water every day.
Lead is contaminating drinking water at our schools
As more schools test their water for lead, they are finding widespread contamination. This health threat is present in all kinds of schools — including those in rural towns, major cities and affluent suburbs. See our map showing lead detected in schools’ drinking water.
In all likelihood, the confirmed cases of lead in schools’ water are just the tip of the iceberg. That’s because until 2014, national standards allowed fountains, faucets, pipes and plumbing to contain a significant amount of lead. (Even some post-2014 faucets can cause contamination.) And wherever lead comes in contact with water, there is a risk of contamination.
For child care centers and small school buildings, the pipe bringing water in from the street might also be made of lead. These lead service lines are a major source of contamination.
Lead is highly toxic, especially for children
Lead threatens our kids’ health, especially how they learn, grow and behave:
- “In children, low levels of [lead] exposure have been linked to damage to the central and peripheral nervous system, learning disabilities, shorter stature, impaired hearing and impaired formation and function of blood cells,” according to the U.S. Environmental Protection Agency (EPA);
- Medical researchers estimate that more than 24 million children in America today risk losing IQ points due to low levels of lead; and
- They have also linked low levels of lead to ADHD, antisocial behaviors and depression.
There is no safe level of lead
Lead is so toxic even at low levels that the EPA has set a goal of having no lead in drinking water. The American Academy of Pediatrics says lead in schools’ drinking water should not exceed 1 part per billion.
Step 2: Learn about the best solutions
To ensure safe drinking water, schools should:
Replace all fountains with water bottle/hydration stations equipped with filters that remove lead
This solution eliminates one common source of lead (fountains) and captures lead coming from plumbing or pipes. Moreover, kids tend to drink more water when they have access to hydration stations, so there’s an added health benefit to this solution. These hydration stations should be installed at a ratio of 1 per 100 students and staff. They should have filters certified to meet NSF/ANSI standards 53 for lead reduction and 42 for fine particulate, and indicator lights so parents and teachers can see when the filters need to be replaced.
Install point of use filters
Install point of use filters on any other taps used for drinking water, cooking or beverage preparation. Especially where under-sink filters are used, lead-bearing faucets should be replaced as well.
Shut off taps
Shut off taps where tests have detected lead in the water until they are fitted with lead-removing filters.
Get the lead out
Lead service lines should be removed as soon as possible at any child care center or school building that has one. Other lead-bearing fixtures or plumbing should be replaced over time where feasible. New school construction or renovation should use taps and fixtures that meet the strictest lead-free standards, and include adequate hydration stations for students and staff.
Test the taps
After preventive steps are taken, test taps to ensure that lead levels do not exceed 1 part per billion, the limit recommended by the American Academy of Pediatrics.
It is crucial to take these steps at all taps used for drinking or cooking, not just those in which tests have confirmed the presence of lead. Because lead testing is highly variable, the water from a fountain or faucet can be “highly hazardous” even if several samples fail to detect lead. As long as there is lead in the plumbing or pipes, any tap without a filter can serve lead-laced water to our kids.
Step 3: Do the math
Here’s the great news: we can prevent lead contamination with just a small fraction of the nearly $110 billion in federal stimulus funds that school districts are now receiving. These Elementary and Secondary School Emergency Relief (ESSER) funds can be used to reduce “exposure to environmental health hazards,” such as lead contamination of drinking water. You can see how much of this funding your school district is expected to receive here. (See the “ESSER III” tab.)
Hydration stations with filters cost roughly $3,000 (including installation), based on the experience of school districts in Michigan and Massachusetts. Point of use filters for faucets typically cost less than $100 each.
Other federal funding sources include:
Bipartisan infrastructure bill
The bipartisan infrastructure bill, which provides schools with an additional $200 million over 5 years to prevent lead contamination of drinking water. (See Section 50110)
EPA grant program
An EPA grant program that has awarded lead reduction funding to schools.
The American Rescue Plan Act (ARPA)
The American Rescue Plan Act (ARPA), which has provided billions of dollars that state and local governments can use for drinking water infrastructure, including efforts to prevent lead contamination.
State and local resources can also be used to safeguard drinking water at school.
With this unprecedented array of funding available, school districts have an incredible opportunity to ensure safe drinking water for our kids.
Step 4: Work together to get the lead out
School officials will be more likely to take action if you get many people involved.
Here are some ways to get started:
Share this toolkit
Share this toolkit with your local Parent Teacher Association (PTA) or Home and School Association (HSA), so you can work together to advocate for safe drinking water at school.
Post on social media to raise awareness and build support
Download sample social media posts.
Ask community leaders to join your call for clean water at school
Doctors, nurses, teachers, local officials and community organizations can add powerful voices to your effort.
Study for the test
Even without tests, we know schools’ water is at risk due to lead in fountains, faucets and plumbing. If your school has tested for lead, see the resources below to help you understand the results.
Submit a letter to your local paper
Download a sample letter to the editor.
Step 5: Don’t stop until your kids’ school gets the lead out
Contact us at [email protected] for further support of your efforts to secure safe drinking water at school.
Understanding lead test results
Experts: lead testing is inherently variable, so even several tests do not assure safety without filters
EPA never said 15 ppb is a safe level of lead in water
Convert lead test results from ug/dL (micrograms per deciliter) to parts per billion
Clean Water Director and Senior Attorney, Environment America
John directs Environment America's efforts to protect our rivers, lakes, streams and drinking water. John’s areas of expertise include lead and other toxic threats to drinking water, factory farms and agribusiness pollution, algal blooms, fracking and the federal Clean Water Act. He previously worked as a staff attorney for Alternatives for Community & Environment and Tobacco Control Resource Center. John lives in Brookline, Mass., with his family, where he enjoys cooking, running, playing tennis, chess and building sandcastles on the beach.
Former Zero Out Toxics, Advocate, PIRG