Scientists Identify Bacteria That Can Break Down 'Forever Chemicals'

More microbes found that break down the carbon-fluorine bonds ...

A team of chemical and environmental engineers at the University of California Riverside, working with colleagues from the University of ...

Scientists discover microbes that eat 'forever chemicals' - Indy100

They found four species of Acetobacterium that can degrade the bonds in some PFAS, and it is hoped that their discovery could help treat ...

'Forever chemicals' destroyed by simple new method

PFAS, a group of manufactured chemicals commonly used since the 1940s, are called “forever chemicals” for a reason. Bacteria can't eat them; ...

A Novel Approach to Destroying Toxic 'Forever Chemicals' in ... - nccos

Scientists designed and implemented patented NBOT technology for destroying PFAS in this laboratory mesocosm. Credit: NOAA. Through a Cooperative Research and ...

Bacteria Could Hold Key to Breaking Down Stubborn 'Forever ...

Researchers at the University of California, Riverside have identified specific bacteria capable of destroying certain types of per- and ...

Nothing is forever | College of Biological Sciences

New research led by his lab members and collaborators may help assuage fears that PFAS chemicals will exist in perpetuity.

Bacteria discovered that breaks down PFAS | Dyes & Chemicals News

The work was reported in a pre-print for the journal Science Advances and shows how bacteria belonging to the genus Acetobacterium commonly ...

Microbes found to destroy certain forever chemicals - Inside Water

... bacterial species that can destroy certain kinds of forever chemicals ... But importantly, the scientists also identified the specific enzymes ...

Scientists discover bacteria that can break down certain “forever ...

Scientists specializing in chemical and environmental engineering at the University of California, Riverside have discovered two types of bacteria in the ...

How to break down PFAS or per- and polyfluoroalkyl substances

They can be found in almost every household product. They are so difficult to break down that they're often called “forever chemicals.” ...

Canada: scientists discover new method to break down toxic 'forever ...

Researchers at a Canadian university have made a breakthrough they hope will dramatically shorten the lifespan of the thousands of toxic “ ...

Scientists ask: Can nanotech and microbes partner to destroy PFAS?

BUFFALO, N.Y. — Imagine this: In a wastewater treatment plant, engineered molecular-scale scissors chop up PFAS, toxic compounds that are so ...

Scientists find a simple way to destroy 'forever chemicals'

PFAS chemicals, known as "forever chemicals" because they don't break down in nature, can be beheaded with a simple, inexpensive method.

Can microbes save us from PFAS? - C&EN

Per- and polyfluoroalkyl substances (PFAS) are high-profile environmental contaminants whose strong carbon-fluorine bonds make them ...

New 'forever chemical' cleanup strategy discovered | ScienceDaily

May 31, 2023 — Chemical and environmental engineering scientists have identified two species of bacteria found in soil that break down a ...

Scientists have found a way to break down toxic 'forever chemicals'

Scientists discover that two common, cheap substances can break down harmful 'forever chemicals'.

Forever Chemicals No More? PFAS Are Destroyed With New ...

Scientists have been searching for ways to destroy them for years. In a study, published Thursday in the journal Science, a team of researchers ...

Research brief: Diamonds are "forever", PFAS are not

PFAS (polyflourinated chemicals) have come to be known as “forever chemicals” because they are extremely difficult to break down and can cause environmental ...

Fighting 'forever chemicals' with microbes - EurekAlert!

Despite the challenges, scientists are pushing forward to identify a microbial method to break down PFAS. The key is for the microbe to find ...

Taking the 'forever' out of toxic 'forever chemicals'

This study aims to design nanomaterials that can snip up certain PFAS, and to cultivate bacteria that can consume the leftover scraps. The team ...