Technologist Mag
  • Home
  • Tech News
  • AI
  • Apps
  • Gadgets
  • Gaming
  • Guides
  • Laptops
  • Mobiles
  • Wearables
  • More
    • Web Stories
    • Trending
    • Press Release

Subscribe to Updates

Get the latest tech news and updates directly to your inbox.

What's On

The Best Robot Lawn Mowers

4 September 2025

It’s Possible to Remove the Forever Chemicals in Drinking Water. Will It Happen?

4 September 2025

Companies Can Save Money by Switching to EVs—Depending When They Charge Up

4 September 2025

Cronos: The New Dawn Switch 2 Gameplay — The First 45 Minutes

4 September 2025

Neuralink’s Bid to Trademark ‘Telepathy’ and ‘Telekinesis’ Faces Legal Issues

4 September 2025
Facebook X (Twitter) Instagram
Facebook X (Twitter) Instagram
Technologist Mag
SUBSCRIBE
  • Home
  • Tech News
  • AI
  • Apps
  • Gadgets
  • Gaming
  • Guides
  • Laptops
  • Mobiles
  • Wearables
  • More
    • Web Stories
    • Trending
    • Press Release
Technologist Mag
Home » It’s Possible to Remove the Forever Chemicals in Drinking Water. Will It Happen?
Tech News

It’s Possible to Remove the Forever Chemicals in Drinking Water. Will It Happen?

By technologistmag.com4 September 20253 Mins Read
Share
Facebook Twitter Reddit Telegram Pinterest Email

A new study finds that technologies installed to remove forever chemicals from drinking water are also doing double-duty by removing harmful other materials—including some substances that have been linked to certain types of cancer.

The study, published Thursday in the journal ACS ES&T Water, comes as the Trump administration is overhauling a rule mandating that water systems take action to clean up forever chemicals in drinking water.

Per- and polyfluoroalkyl substances (PFAS), colloquially referred to as forever chemicals, are a class of thousands of chemicals that do not degrade in the environment and have been linked to a slew of worrying health outcomes, including various cancers, hormonal disorders, and developmental delays. Because they do not degrade, they are uniquely pervasive: a 2023 study from the US Geological Survey estimated that 45 percent of tap water in the US could contain at least one PFAS chemical.

Last year, the Biden administration finalized a rule establishing the first-ever legal limits of PFAS in drinking water, setting strict limits for six kinds of PFAS chemicals and mandating that water utilities needed to clean up drinking water under these limits by 2029. But in May, the Environmental Protection Agency said it would be reconsidering regulations on four of the six chemicals in the original rule and extend the deadline by two years. The changes come after widespread outcry from water utilities, who say that the costs of installing PFAS filtration systems would be far beyond what the agency originally estimated.

“Building on the historic actions to address PFAS during the first Trump Administration, EPA is tackling PFAS from all of our program offices, advancing research and testing, stopping PFAS from getting into drinking water systems, holding polluters accountable, and more,” Brigit Hirsch, EPA press secretary, told WIRED in a statement. “This is just a fraction of the work the agency is doing on PFAS during President Trump’s second term to ensure Americans have the cleanest air, land, and water.”

Hirsch also emphasized that as EPA reconsiders standards for the four chemicals in question, “it is possible that the result could be more stringent requirements.”

Experts say the costs of cleaning up PFAS could have other benefits beyond just getting forever chemicals out of Americans’ water supply. The authors of the new study—all employees of the Environmental Working Group (EWG), a nonprofit that does research on chemical safety—say that technology that gets rid of PFAS can also filter out a number of other harmful substances, including some that are created as byproducts of the water treatment process itself.

The study looks at three types of water filtration technologies that have been proven to remove PFAS. These technologies “are really widespread, they’ve been in use for a really long time, and they’re well-documented to remove a large number of contaminants,” says Sydney Evans, a senior analyst at EWG and coauthor of the report.

Most routine water disinfection processes in the US entail adding a chemical—usually chlorine—to the water. While this process removes harmful pathogens, it can’t leach out PFAS or other types of contaminants, including heavy metals and elements like arsenic.

Share. Facebook Twitter Pinterest LinkedIn Telegram Reddit Email
Previous ArticleCompanies Can Save Money by Switching to EVs—Depending When They Charge Up
Next Article The Best Robot Lawn Mowers

Related Articles

The Best Robot Lawn Mowers

4 September 2025

Companies Can Save Money by Switching to EVs—Depending When They Charge Up

4 September 2025

Neuralink’s Bid to Trademark ‘Telepathy’ and ‘Telekinesis’ Faces Legal Issues

4 September 2025

Our Favorite Smart Lock Is $80 Off

4 September 2025

US Congressman’s Brother Lands No-Bid Contract to Train DHS Snipers

4 September 2025

Should AI Get Legal Rights?

4 September 2025
Stay In Touch
  • Facebook
  • Twitter
  • Pinterest
  • Instagram
  • YouTube
  • Vimeo

Subscribe to Updates

Get the latest tech news and updates directly to your inbox.

Don't Miss

It’s Possible to Remove the Forever Chemicals in Drinking Water. Will It Happen?

By technologistmag.com4 September 2025

A new study finds that technologies installed to remove forever chemicals from drinking water are…

Companies Can Save Money by Switching to EVs—Depending When They Charge Up

4 September 2025

Cronos: The New Dawn Switch 2 Gameplay — The First 45 Minutes

4 September 2025

Neuralink’s Bid to Trademark ‘Telepathy’ and ‘Telekinesis’ Faces Legal Issues

4 September 2025

Hollow Knight: Silksong – Review In Progress

4 September 2025
Technologist Mag
Facebook X (Twitter) Instagram Pinterest
  • Privacy
  • Terms
  • Advertise
  • Contact
© 2025 Technologist Mag. All Rights Reserved.

Type above and press Enter to search. Press Esc to cancel.