Research indicates that electrochemical treatments ... Additionally, a review of emerging technologies for PFAS degradation highlights a range of methods, including bioremediation ...

Their system relies on an organic photocatalyst activated by LEDs, which transfers electrons to PFAS molecules, causing their degradation ... adds to other approaches under development, such as ...

Scientists uncover the source of platinum electrode corrosion, paving the way for cost-effective green hydrogen production ...

With the right wastewater treatment strategies, companies can address these challenges while advancing their sustainability ...

"Pyrolysis is a high-temperature degradation process where you melt away the polymer. You degrade it, convert it to oil and then evaporate that oil and recover the leftover solids as recovered carbon ...

The unique properties of fluoropolymers provide resistance to biological, chemical and physical degradation. The impact on medicines and vaccines development It is with this in mind that the industry ...

One significant advancement in passive sampling is the development of a DGT probe specifically designed for sampling per- and polyfluoroalkyl substances (PFAS) in water and sediments. This new ...

Synthetic chemicals called per- and polyfluoroalkyl substances (PFAS) have been accumulating in the environment since their introduction in the 1940s, as they are highly resistant to degradation. The ...

The research also highlights F11’s ability to degrade other PFAS types and even some of the toxic byproducts generated during the degradation process. PFAS have been widely used since the 1950s in ...