Ultrasound Breakthrough Destroys 94% of BPA in Water Without Chemical Residue

BPA contamination affects human hormonal systems, reproduction, and metabolism across populations exposed through water supplies and food contact materials.

Beneath the surface of the world's water supplies, a chemical ghost has lingered for decades—bisphenol A, a compound born of industrial convenience and resistant to nearly every attempt at removal. Researchers at the University of Glasgow have now demonstrated that precisely tuned sound waves can accomplish what conventional chemistry has not: breaking BPA apart at the molecular level, transforming a persistent toxin into harmless byproducts without generating new ones. The method, rooted in acoustic cavitation, degrades 94% of BPA within forty minutes and asks nothing of the water but that it

Ultrasound Breakthrough Destroys 94% of BPA in Water Without Chemical Residue

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