This week, your primary decision is whether your current water treatment setup adequately addresses PFAS in your home’s water supply or if an upgrade is necessary.
1. Gather Essential Information About Your Household Water Use Before Seeking Treatment Advice
Start by recording how many people live in your home, the average daily water consumption, and details about your existing water treatment equipment. Note the make and model of your current devices and any documented capacity ratings if available. This information is vital when discussing potential enhancements to your water treatment system, especially for handling PFAS, which may require more robust filtration than typical equipment provides.
2. Evaluate Your Treatment System’s Capacity Relative to Daily Household Water Demand
Compare your household's daily water use with the throughput capacity of your treatment equipment. Systems designed for PFAS removal must handle sufficient water volume without frequent regeneration or overload. If your current equipment cannot keep pace with your water demand, its effectiveness in reducing PFAS concentrations consistently may diminish, warranting consideration of an upgraded solution.
3. Differentiate PFAS Concerns From Other Commonly Confused Water Quality Issues
Unlike common water challenges such as iron, manganese, or hardness, PFAS are man-made chemicals that do not affect water’s taste, odor, or appearance directly. They persist at very low concentrations and require specialized filtration media to reduce. Understanding this distinction helps prevent misdirected treatment efforts and ensures your focus is on the right technology for PFAS.
4. Proceed Through a Logical Sequence of Checks Before Laboratory Testing
Begin with verifying your water source and any available public water system data, which for Area 10’s Pocatello Airport system shows no PFAS detected above federal reporting levels in recent EPA monitoring. Next, check your equipment’s maintenance and operational status to ensure it performs as designed. Only after these steps should you seek laboratory analysis of your household water to determine specific PFAS levels, as individual testing is necessary for precise assessment.
5. Recognize How Plumbing Materials and Age Influence Water Quality Separate From Source Water
Old or corroding plumbing may introduce contaminants but does not create or remove PFAS. PFAS characteristics are inherent to the source water, so while plumbing condition affects general water quality, it does not impact PFAS presence or removal directly. This separation helps clarify which aspects of your water system need attention.
Closing Step: Order a Certified Laboratory PFAS Test to Confirm Your Home’s Water Status
The definitive way to settle whether your household water contains PFAS at concerning levels is through a certified laboratory test. This test measures specific PFAS compounds precisely, informing the best treatment approach. If the test indicates PFAS levels that challenge your current equipment's capacity, products like the Fleck PFAS Forever Chemicals Filter ship ready to configure and can enhance your in-home water treatment to address this issue effectively.
Where this information comes from
Source: EPA SDWIS public water system record. Sampled 2025-09-09. These figures describe the public water system's record, not the plumbing inside any individual building.
On record: EPA UCMR5 monitoring (2023-2025) for POCATELLO AIRPORT (101600009), 10: 40 results across 10 listed contaminants, 0 detections above the reporting level; nothing detected above the method reporting level
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