Removal Of PFAS Contamination In Water Supply: Santa Clarita, CA

When regulatory bodies tighten health advisory levels for PFOA and PFOS, water agencies must pivot toward treatment technologies that offer both precision and operational longevity. For high-capacity service areas, the transition from voluntary well shutdowns to active remediation often involves a choice between granular activated carbon (GAC) and ion exchange (IX) resin. Recent implementations demonstrate that PFAS-selective IX resin provides a significantly smaller physical footprint, requiring only one-fourth the number of vessels compared to GAC to achieve equivalent flow rates.

The technical advantage of IX resin lies in its faster kinetics and superior selectivity, particularly for short-chain compounds like PFBS. These characteristics translate to eighty percent fewer media changeouts over the system’s lifecycle, reducing labor costs and minimizing the risk of bacteriological contamination. By utilizing buffered resins, providers can meet strict chloride discharge limits while consistently reaching non-detectable PFAS levels. Explore the full application notes to see how these efficiencies support long-term water supply reliability and community health.