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Molecular nanocages can remove 80–90% of PFAS from water

Karla Sanchez Lievanos/Research and Education in Energy, Environment and Water Institute (RENEW), University at Buffalo - An illustration of porphyrin-based molecular nanocages that are engineered for selectivity, water stability and fast sorption. These nanocages achieve on average 90% removal of 38 PFAS compounds from mixed water solutions. The material shows promise for more efficient, safer and sustainable water remediation.

Read the full article by National Science Foundation (Phys.org)

“Researchers have created a molecular nanocage that captures the bulk of per- and polyfluoroalkyl substances, or PFAS, found in water—and it works better than traditional filtering techniques that use activated carbon. Made of organic nanoporous material designed to capture only PFAS, this tiny chemical-based filtration system removed 80 to 90% of PFAS from sewage and groundwater during the study, respectively, while showing very low adverse environmental effects.

The study was led by scientists at the University at Buffalo and published in ACS ES&T Engineering.

PFAS are chemical compounds sometimes called ‘forever chemicals’ and are commonly used in food packaging, nonstick coatings and other applications. PFAS do not degrade easily and are notoriously difficult to remove from water sources.” …

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