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Tech tech breakthrough

New Catalyst Breaks Down PFAS

Analysis based on 7 articles · First reported Feb 26, 2026 · Last updated Mar 10, 2026

Sentiment
40
Attention
2
Articles
7
Market Impact
General
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This technological breakthrough offers a potential solution to the widespread environmental problem of PFAS (PFAS) contamination, which could positively impact industries involved in water treatment and environmental remediation. The development of a portable sensor for PFAS detection could also create new market opportunities.

Chemicals Environmental Services Water Treatment

Scientists from the University of Bath, in collaboration with the University of São Paulo, University of Edinburgh, and Swansea University, have developed a prototype carbon-based photocatalyst capable of breaking down polyfluoroalkyl substances (PFAS). PFAS are persistent 'forever chemicals' found in various products and accumulate in the environment and human body, posing potential health risks. The new catalyst, combining carbon nitrite with a rigid microporous polymer, uses light to degrade PFAS into carbon dioxide and fluoride, especially at neutral pH. This technology could also be adapted for use in a portable sensor to detect PFAS levels. The research team, led by Professor Frank Marken, is now seeking industrial partners to scale up and optimize the technology.

70 University of São Paulo collaborated on PFAS breakdown research University of Bath
60 University of Edinburgh collaborated on PFAS breakdown research University of Bath
60 Swansea University collaborated on PFAS breakdown research University of Bath
ngo
The University of Bath played a leading role in the development of a new photocatalyst for breaking down PFAS, contributing to scientific advancement in environmental remediation.
Importance 80 Sentiment 20
per
Professor Frank Marken from the University of Bath led the project, playing a crucial role in the development of the PFAS breakdown technology.
Importance 80 Sentiment 20
ngo
The University of São Paulo collaborated on the project, with Dr. Fernanda C. O. L. Martins, a PhD student from the university, being the first author of the paper.
Importance 60 Sentiment 10
per
Dr. Fernanda C. O. L. Martins, a PhD student from the University of São Paulo, was the first author of the paper, highlighting her significant contribution to the research.
Importance 50 Sentiment 10
ngo
The University of Edinburgh contributed to the research on the carbon-based catalyst for PFAS breakdown.
Importance 40 Sentiment 10
ngo
Swansea University collaborated on the development of the photocatalyst technology.
Importance 40 Sentiment 10
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