A new press release from Sunresin highlights how regenerable ion exchange resins can cut long-term water treatment costs by 30 to 50 percent compared to single-use granular activated carbon. The key claims: these resins offer 6 to 8 times the operational capacity of carbon, handle short-chain PFAS compounds like PFBA and PFBS that break through carbon beds early, and extend media lifespan from months to years through on-site regeneration. The article includes field data from groundwater remediation sites and notes the vendor's turnkey EPC capabilities. For municipal and industrial plant operators facing tightening PFAS regulations, the main takeaway is that upfront capital costs are higher but lifecycle savings are substantial. The piece is promotional in nature, but it lays out a clear TCO comparison and points to real-world performance metrics. Anyone evaluating PFAS treatment options should read this for the cost framework, even if the vendor claims need independent verification.
