What technologies exist to mitigate PFAS?

Currently, the three best available technologies are granular activated carbon, ion exchange, and reverse osmosis. While there are ongoing research efforts into novel filtration methods, such as destructive technologies for PFAS, these are still in the experimental stage and not yet available for full-scale treatment facilities. At this time, there is no new technology that can be implemented at a large treatment plant capable of processing up to 30 million gallons per day.

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1. Do water levels at Sweetwater Reservoir affect PFAS readings?
2. Where is the Perdue Water Treatment Plant located?
3. Is there a protocol for how samples are taken?
4. What's the long-term treatment solution you're looking at?
5. What is considered safe? When is the water considered dangerous?
6. Do you test all the way to the tap in customers' homes?
7. Is this the highest it ever has been?
8. If the EPA changes its monitoring requirements, will the California monitoring requirements be revised?
9. How do our levels compare to San Diego? How about other cities in California?
10. Will you wait until the April 2029 deadline to reach compliance, or might compliance happen before then?
11. Is Sweetwater Water Authority part of a class action settlement? If so, will that settlement go towards a treatment plant?
12. What technologies exist to mitigate PFAS?
13. Is there any way for homeowners to have water tested at their home?
14. Will a treatment plant for PFAS also treat mineral content?
15. Does boiling get rid of PFAS?
16. Is it safe to swim in pool water? What about showering or washing dishes?
17. How can I stay informed?