Home » Health » -title Zurich Start-up Develops PFAS Removal Technology – But a Larger Solution is Needed

-title Zurich Start-up Develops PFAS Removal Technology – But a Larger Solution is Needed

by Dr. Michael Lee – Health Editor

Swiss Tech ⁤Firm Offers Rapid PFAS Detection, But ‌Warns of Broader ⁤Crisis

Zurich, Switzerland – A Swiss start-up, recently honored with the Swiss Technology Prize, has developed a method for ‍the rapid identification and monitoring of‌ PFAS – so-called “forever‍ chemicals” – in ‍water sources. The technology allows for swift⁣ determination of‍ the ⁣specific PFAS compounds present⁢ and verifies their removal during water treatment processes, offering a potential breakthrough for⁣ industrial water ⁤management.

PFAS, or ⁤per- and polyfluoroalkyl⁣ substances, are a group of man-made chemicals‌ used in countless products, from non-stick cookware to⁢ firefighting foam.Their persistence​ in the habitat and⁣ potential health risks ⁣- including links to cancer and​ immune deficiencies ⁤- have‍ sparked growing global concern and regulatory scrutiny. The new technology addresses a critical need for efficient and accurate PFAS​ monitoring, a challenge that has previously hindered effective remediation efforts.

According ⁢to the start-up,the method is scalable for large-scale applications,such as treating industrial wastewater.However, experts caution​ that ⁣technological solutions alone won’t⁣ solve the widespread ‌PFAS contamination problem.

“There is no miracle solution to the global PFAS crisis,” ⁢states the director of Oxyle, the company behind the technology. “A combined⁢ approach is essential: on the one hand, abandon the production of PFAS which we can do without, and on the other hand, treat⁣ existing PFAS where their concentration is highest, that is to ⁢say as close​ as possible to the source, where industries discharge their water.”

The ⁣company emphasizes that tackling the PFAS crisis requires both preventative measures – phasing‌ out unnecessary PFAS production – and targeted remediation efforts at pollution sources.


Original article: Saul Toppi (RSI)
French adaptation: Julien Furrer (RTS)

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