Timing-Based Interception and Neutralization Systems for Persistent Fluorinated Compounds in Water Treatment

Per- and polyfluoroalkyl substances (PFAS) are highly persistent synthetic chemicals widely distributed in industrial products and firefighting foams. Their strong carbon–fluorine bonds make them resistant to degradation and difficult to remove from water systems using conventional treatment technologies. This disclosure describes a water-treatment architecture designed to intercept PFAS compounds during transient destabilization states created within treatment environments. Instead of relying solely on brute-force chemical destruction, the system leverages controlled perturbations and timed interception mechanisms to capture or neutralize PFAS molecules during brief intervals of increased reactivity. The architecture combines perturbation modules, delay pathways, and interception zones to create a treatment sequence that increases the probability of PFAS capture or breakdown. The approach may complement existing water-treatment processes and could provide a lower-energy alternative to conventional PFAS destruction technologies.