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PFAS Analytical Services

Drinking and Non-Potable Water

Pitcher pouring water

PFAS Drinking Water Analysis

Since you cannot see, taste, or smell PFAS, the only way to know if water is safe to drink is to have it tested by an expert laboratory. And once you understand which PFAS compounds are in your water, you will need expert advice about an effective treatment plan to remove those specific contaminants. Based on what we find in YOUR water, we will also give you recommendations for the appropriate filtering medium and treatment process for consistent and safe drinking water.

How do you know what levels of PFAS in your drinking water is safe?

In May of 2016, the US Environmental Protection Agency (US EPA) issued health advisory levels (HALs) for perfluorooctanoic acid (PFOA) and perfluorooctane sulfonate (PFOS) of 70 ng/L for either PFOA or PFOS individually or combined. We perform PFAS analysis in drinking water by two EPA methods 537.1 and 533 as well as with our proprietary method.

Analysis of PFAS using Method 537.1

We offer drinking water tests using EPA Method 537.1 to quantify 18 different PFAS including the GenX chemical hexafluoropropylene oxide dimer acid (HFPO-DA). You can find the list of PFAS in EPA method 537.1 here.)

Analysis of Short-Chain PFAS using Method 533

We offer drinking water tests using  EPA Method 533 which includes  “short chain” PFAS (none greater than C12),  perfluorinated acids, sulfonates, fluorotelomers, and poly/perfluorinated ether carboxylic acids. Many of these were not included in method 537.1.

Proficiency and Quality Certifications for 537.1

States that have promulgated their own PFAS regulations require that drinking water tests using USEPA Methods 537.1 are done by laboratories which have NELAC and or their state certification. We are in the process of getting New Jersey Department of Environmental Protection certification, following which we will apply for NELAC accreditation. We have demonstrated accuracy and reproducibility by passing the blind Proficiency Tests (PT) run by an independent organization. PT requires that samples of unknown specific compositions are analyzed and the results sent back to the PT organization. We have demonstrated that we can measure PFAS to the single digit parts per trillion range required by NJ for PFAS EPA method 537.1. Our application and all documents were accepted. We are awaiting their audit of our Quality system and expect it by March or April of 2021.

When you need more than the standard PFAS analysis than required by regulators, count on us. We have methods to detect additional, novel PFAS analytes in drinking water

There is a growing need for detecting more PFAS analytes in drinking water than those required by the EPA methods as awareness and emphasis on PFAS is evolving. In addition to offering analysis of PFAS using EPA methods 537.1 and 533, we have multiple proprietary methods that allow us to cover customer-requested analytes as needed. We can detect a wide variety of non-regulated and uncommon PFAS chemicals at single-digit part-per-trillion (ng/L) detection limits in drinking water.

We offer a number of choices, from just the two PFAS in the EPA health advisory (PFOA and PFOS) up to approximately 50 PFAS compounds and the list is growing as more PFAS get identified.   We encourage those interested to be specific about the PFAS analytes they want determined in drinking water samples and we will adapt our methods accordingly.

Non-potable Water

We also offer PFAS analysis in non-potable water using SW-846 Method 8327, for analysis of 24 PFAS compounds. Non-potable water is water that has not been treated to make it suitable for drinking.  The many different types of non-potable water include groundwater, surface water (fresh and brackish), and even wastewater.  The potential exists for high levels of organic and inorganic constituents that can impact the performance of all phases of the analytical method.  We have validated our methodology in all of these water types and are prepared to accept samples. The list of PFAS compounds included in Method 8327 can be found here. In addition, we have the flexibility to add other analytes to this method at customer request.

Want to know how to get your water tested? Click here to learn more, or send us an inquiry.