The funded project, titled “Tackling the Forever Problem: Thermodynamic Solutions to PFAS Pollution,” aims to develop innovative modeling tools for PFAS compounds – commonly known as “forever chemicals” because of their extreme resistance to degradation. These substances are widely used in industrial and consumer products and pose serious risks to ecosystems as well as human health. By enabling more accurate predictions of PFAS properties, the project will strengthen environmental assessments and guide the development of more effective remediation strategies.
The Villum Experiment program supports bold and unconventional research ideas with the potential to lead to transformative discoveries. With this grant, Professor Yan will explore thermodynamic modeling of PFAS molecules under complex environmental conditions, potentially paving the way for scalable and sustainable remediation technologies.
This research represents a significant step forward in the global effort to combat PFAS contamination, and DTU Chemistry is proud to be a part of such visionary work.
Read the announcement from the Villum Foundation here.