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Carbon against PFAS: adsorption at low concentration

Carbon against PFAS: adsorption at low concentration

PhD defence

In short
  • 1 July 2026
  • 10.30 - 12.00 h
  • Auditorium Omnia, building 105, Wageningen Campus
  • Livestream available

Summary

This project focused on removing PFAS from drinking water using activated carbon filters. PFAS chemicals are widely used in industry and everyday products, but they do not break down easily and can end up in our water.
We found that PFAS are harder to remove than previously thought, especially the smaller (short-chain) ones. we also showed that natural substances present in water can block the filter and reduce its effectiveness.
In addition, we explored ways to make these filters last longer and more sustainably, including a new method that uses electricity to regenerate them.
Overall, this research helps improve drinking water treatment and supports safer, more efficient, and more sustainable removal of PFAS from water sources.

PhD candidate

The candidate of the PhD defence "Carbon against PFAS: adsorption at low concentration".

M (Marko) Pranić

PhD candidate

About the PhD defence

Date

Wed 1 July 2026
10:30 - 12:00

Organisational unit

Wageningen University & Research, Environmental Technology, WIMEK

Room

Auditorium

PhD candidate