Most schools haven't tested their water for lead since before the 2024 EPA deadline. Start by asking your district for recent test results. If they don't have any, push for filtered fountains and consider testing a water bottle sample yourself at a certified lab.
According to the American Academy of Pediatrics, no amount of lead exposure is safe for children. Yet thousands of schools across the U.S. still rely on old pipes and fixtures that leach lead into drinking water every day.
The 2024 EPA deadline required all water systems to inventory their lead service lines. Many schools missed it. And even schools that tested often did so years ago, before fixtures aged and corrosion accelerated.
You don't need to wait for the district to act. Here are seven things you can do this month.
Schools have more risk factors than homes. The water sits in pipes overnight and over weekends, giving lead more time to leach. Many schools were built between 1950 and 1986, when lead solder and pipes were standard. And schools often have older brass fixtures on fountains, which contain up to 8% lead even if the pipes are clean.
Your home tap might test fine, but your kid's school fountain could hit 20 ppb or higher. The two systems aren't comparable.
The LCRR, finalized in 2021 and enforced starting in 2024, made three big changes:
Trigger level dropped to 10 ppb. Water systems must act faster when lead is detected.
Testing in schools and childcare facilities. Water systems must sample the elementary schools and childcare facilities they serve and share the results. The action level stayed at 15 ppb, and there is still no federal number that forces a school to fix an outlet.
Lead service line inventories. Utilities had to map their lead service lines by October 2024, and the follow-on 2024 Lead and Copper Rule Improvements require most systems to replace them within 10 years of a November 2027 compliance date (when the action level also drops to 10 ppb). But schools aren't always first in line – residential areas often get priority.
EPA's 2025 estimate puts the number of lead service lines still in use in the U.S. at about 4 million. The pace of replacement varies wildly by state. Some districts are removing lines ahead of schedule. Others haven't started.
If test results show any outlet above 5 ppb, send a water bottle. If the district hasn't tested in over a year, send a water bottle. If the school was built before 1986 and doesn't have point-of-use filters, send a water bottle.
Frankly, the safest move is to assume school water isn't safe until you see recent data proving otherwise. Fill a stainless steel or BPA-free plastic bottle at home using filtered tap water or a pitcher filter certified for lead removal.
Some schools ban water bottles in certain areas (like science labs). Talk to the teacher. Most will make an exception when you explain the lead risk.
Your kid drinks water at school for 6-7 hours a day, but they're home the rest of the time. If you haven't tested your own tap, check lead levels by ZIP code or order a home test kit. Lead exposure is cumulative – it adds up from all sources.
If your home tests high, a whole-home filter or point-of-use system can bring levels down to near zero. And if you're on a private well, you're not covered by the LCRR at all – testing is on you.
Lead gets the most attention, but school water can also contain PFAS, nitrates, copper, and other regulated contaminants. The EPA's UCMR5 data (collected 2023-2025) shows PFAS in about a third of public water systems nationwide. Schools connected to those systems are exposed too.
Ask the district for full contaminant testing, not just lead. Some states require it. Others don't.
Most schools haven't tested their drinking water recently enough to know if it's safe. You can get the data yourself by requesting test results, checking the EPA's lead service line inventory, or sending a sample to a certified lab. Push for point-of-use filters on fountains – they're the fastest fix. And send your kid with a water bottle until you see proof that the water is clean.
We recommend starting with action #1 (request results) this week. If you don't hear back within 10 days, move to action #4 (FOIA request). The timeline matters because your kid is drinking that water every day. We think every school with pre-1986 plumbing should have filters – it's the fastest fix while waiting for pipe replacement.
Check your home water quality by ZIP code to see what contaminants are in your area.
How do I know if my child's school has lead in the water? Request recent test results from the school district's facilities department. Schools are required to share this data under the Safe Drinking Water Act. If they haven't tested in the last 12 months, you can send a water sample to a certified lab yourself using a lead test kit.
What lead level is safe for kids to drink at school? According to the American Academy of Pediatrics, no amount of lead is safe for children. EPA sets no lead limit for school taps; its 3Ts guidance tells schools to fix outlets with elevated results, and some states, including New York, require action at 5 parts per billion. But lower is always better.
Do schools have to test for lead in drinking water? It depends on the state. Some states require regular lead testing in schools, but there's no federal mandate for all schools to test. However, schools connected to public water systems are covered by the EPA's Lead and Copper Rule Revisions, which require water utilities to inventory lead service lines.
Can a water filter remove lead from school drinking fountains? Yes. Filters certified to NSF/ANSI Standard 53 remove lead at the point of use and can bring elevated outlets well below the action level. The filters cost $200-$400 per fountain and need cartridge changes twice a year.
Should I send my kid to school with a water bottle? If test results show any outlet above 5 ppb, or if the school hasn't tested in over a year, send a water bottle filled at home with filtered water. This is especially important for schools built before 1986 that don't have point-of-use filters on drinking fountains.