PFAS in the drinking water of Veolia Water New York: none of the four main PFAS detected, each below the 3 to 4 ng/L reporting limit

Last PFAS check: · Source: EPA UCMR 5

PFAS in drinking water

No PFAS detected

Amount found in the water PFAS-4: not detected each compound below the 3 to 4 ng/L reporting limit; together < 15 ng/L, the sum of the four reporting limits 29 PFAS looked for, none quantified
Our health benchmark 0.5 ng/L

UCMR 5 reports nothing below its 3 to 4 ng/L reporting limits, which sit above the 0.5 ng/L benchmark. Water above the benchmark but below the reporting limits would pass this test unnoticed.

0.5 ng/L is our benchmark, not an official limit. It uses the same EFSA method as the Swedish, Danish and Dutch limits, with stricter safety choices. It's meant as a yearly average. The comparison above uses the latest check.

checked on November 29, 2023

Sampled on November 29, 2023 at SW16/20 Entry Point (Tappan TP (Wells 16 & 20)). It has the newest complete sample of the system's 35 entry points. Samples are taken at the entry point to the distribution system, not at your tap.

More about this result

The lab detects each of the four substances from 3 to 4 ng/L upward. None reached that limit, so their total is below 15 ng/L rather than zero.

UCMR 5 measures 29 PFAS one by one and publishes no EU-style total; this page shows the PFAS-4 sum and each compound.

29 PFAS (see each substance)
PFAS substance Value
PFOA below the 4 ng/L reporting limit
PFOS below the 4 ng/L reporting limit
PFHxS below the 3 ng/L reporting limit
PFNA below the 4 ng/L reporting limit
HFPO-DA below the 5 ng/L reporting limit
PFBS below the 3 ng/L reporting limit
11Cl-PF3OUdS below the 5 ng/L reporting limit
4:2 FTS below the 3 ng/L reporting limit
6:2 FTS below the 5 ng/L reporting limit
8:2 FTS below the 5 ng/L reporting limit
9Cl-PF3ONS below the 2 ng/L reporting limit
ADONA below the 3 ng/L reporting limit
NEtFOSAA below the 5 ng/L reporting limit
NFDHA below the 20 ng/L reporting limit
NMeFOSAA below the 6 ng/L reporting limit
PFBA below the 5 ng/L reporting limit
PFDA below the 3 ng/L reporting limit
PFDoA below the 3 ng/L reporting limit
PFEESA below the 3 ng/L reporting limit
PFHpA below the 3 ng/L reporting limit
PFHpS below the 3 ng/L reporting limit
PFHxA below the 3 ng/L reporting limit
PFMBA below the 3 ng/L reporting limit
PFMPA below the 4 ng/L reporting limit
PFPeA below the 3 ng/L reporting limit
PFPeS below the 4 ng/L reporting limit
PFTA below the 8 ng/L reporting limit
PFTrDA below the 7 ng/L reporting limit
PFUnA below the 2 ng/L reporting limit

None found above the 3 to 4 ng/L reporting limits. Every compound is listed in the details below.

Federal MCL, PFOA and PFOS (each)
4.0 ng/L PFOA and PFOS not above it at the headline sample; applies from April 2029
Latest UCMR 5 sample
November 29, 2023 entry-point sample, not your tap
EPA system ID (PWSID)
NY4303673
Details and sources

At Veolia Water New York (New York), none of the four most closely watched PFAS (PFAS-4) was detected in the latest UCMR 5 entry-point sample on November 29, 2023 at SW16/20 Entry Point (Tappan TP (Wells 16 & 20)): each compound was below the 3 to 4 ng/L reporting limit. UCMR 5 reports nothing below those limits, so the test cannot say whether the water is above or below the 0.5 ng/L health benchmark used by pfasnearme. PFOA below the 4 ng/L reporting limit and PFOS below the 4 ng/L reporting limit, neither above the 4.0 ng/L federal MCL for PFOA and PFOS that systems must meet from April 2029. Across 72 UCMR 5 sampling events since May 8, 2023, the PFAS-4 sum reached up to 27 ng/L and was below the reporting limits at other times. Source: U.S. Environmental Protection Agency, Fifth Unregulated Contaminant Monitoring Rule (UCMR 5) occurrence data, final dataset (August 2026), public domain.

EPA system ID (PWSID): NY4303673Population served: 270,000 Latest UCMR 5 sample: December 9, 2025 Data updated on

PFAS over time in Veolia Water New York

72 UCMR 5 sampling events since May 8, 2023, as published by EPA. Samples come from 35 entry points; the trend refers to SW16/20 Entry Point (Tappan TP (Wells 16 & 20)).

0.5 ng/L27 ng/L0May 8, 2023December 9, 2025
PFAS-4 sum per sampling event in ng/L. Dashed line: pfasnearme's 0.5 ng/L benchmark. Hollow dots: no compound quantified.
DatePFAS-4Entry point
< 15 ng/LSW21 Entry Point (Germonds TP (Well 21))
< 15 ng/LSW26 Tallman Well Effluent (Tallman TP (Well 26))
< 15 ng/LSW21 Entry Point (Germonds TP (Well 21))
8 ng/LSW83 Entry Point (Grotke TP (Well 83))
< 15 ng/LLetchworth Plant Effluent (Letchworth TP)
< 15 ng/LThiels Well 50 (Thiells TP (Wells 50 & 51))
4.1 ng/LSW29 Entry Point (Lake Road TP (Well 29A))
< 15 ng/LSW71 Entry Point (Eckerson TP (Well 71))
< 15 ng/LLetchworth Plant Effluent (Letchworth TP)
< 15 ng/LSW70 Entry Point (Birchwood TP (Well 70))
9.8 ng/LSW55 Entry Point (Nottingham TP (Well 55))
< 15 ng/LSW15 Blauvelt Well Effluent (SW15 Blauvelt TP)
Show the 60 earlier checks (back to May 8, 2023)
6.6 ng/LLake Deforest Plant Effluent (Lake Deforest Plant)
< 15 ng/LSW37/38 Entry Point (Pomona TP (Wells 37 & 38))
< 15 ng/LSW28/106 Entry Point (Viola TP (Wells 28 & 106))
6.8 ng/LLake Deforest Plant Effluent (Lake Deforest Plant)
8.1 ng/LSW32 Entry Point (Wesel Road TP (Well 32))
9.8 ng/LSW67/78 Entry Point (Grandview TP (Wells 67 & 78))
18.4 ng/LSW69 Entry Point (Pinebrook TP (Well 69))
< 15 ng/LSW70 Entry Point (Birchwood TP (Well 70))
< 15 ng/LSW82 Entry Point (Eckerson TP (Well 82))
8.4 ng/LSW14/13 Nanuet Efflluent (SW14/13 Nanuet TP)
< 15 ng/LSW16/20 Entry Point (Tappan TP (Wells 16 & 20))
< 15 ng/LSW18/24 Entry Point (New Hempstead TP (Wells 18 & 24))
9.1 ng/LSW72 Entry Point (Rustic Drive TP (Well 72))
< 15 ng/LSVWF Airstripper Effluent (Spring Valley TP)
< 15 ng/LSW30 Entry Point (Monsey TP (Well 30))
< 15 ng/LSW31 Monsey Well Effluent (Monsey TP (Well 31))
< 15 ng/LSW42/54 Entry Point (Catamount TP (Wells 42A & 54))
4.4 ng/LM-SD47 Hillburn (Ramapo Valley TP)
< 15 ng/LSW64 Entry Point (Norge TP (Well 64))
7 ng/LSW73 Entry Point (Lake Shore TP (Well 73))
4.9 ng/LSW27 Entry Point (River Road TP (Well 27))
7.8 ng/LSW53 Entry Point (Saddle River TP (Well 53))
< 15 ng/LSW56 Entry Point (Willow Tree TP (Well 56))
18.7 ng/LSW65 Entry Point (Pascack TP (Well 65))
9.3 ng/LSW66 Elmwood Well Effluent (Elmwood TP (Well 66))
5 ng/LSW68 Entry Point (Cherry Lane TP (Well 68))
< 15 ng/LSW79 Entry Point (Westgate TP (Well 79))
< 15 ng/LSW37/38 Entry Point (Pomona TP (Wells 37 & 38))
< 15 ng/LSW71 Entry Point (Eckerson TP (Well 71))
< 15 ng/LLetchworth Plant Effluent (Letchworth TP)
13 ng/LSW30 Entry Point (Monsey TP (Well 30))
5 ng/LLake Deforest Plant Effluent (Lake Deforest Plant)
< 15 ng/LSW29 Entry Point (Lake Road TP (Well 29A))
7.7 ng/LSW55 Entry Point (Nottingham TP (Well 55))
< 15 ng/LSW18/24 Entry Point (New Hempstead TP (Wells 18 & 24))
< 15 ng/LSW27 Entry Point (River Road TP (Well 27))
< 15 ng/LM-SD47 Hillburn (Ramapo Valley TP)
< 15 ng/LThiels Well 50 (Thiells TP (Wells 50 & 51))
5.7 ng/LSW53 Entry Point (Saddle River TP (Well 53))
< 15 ng/LSW68 Entry Point (Cherry Lane TP (Well 68))
11.5 ng/LSW69 Entry Point (Pinebrook TP (Well 69))
< 15 ng/LLetchworth Plant Effluent (Letchworth TP)
8.1 ng/LSW26 Tallman Well Effluent (Tallman TP (Well 26))
6.4 ng/LSW32 Entry Point (Wesel Road TP (Well 32))
< 15 ng/LSW42/54 Entry Point (Catamount TP (Wells 42A & 54))
< 15 ng/LSW64 Entry Point (Norge TP (Well 64))
7.6 ng/LSW72 Entry Point (Rustic Drive TP (Well 72))
5.5 ng/LSW73 Entry Point (Lake Shore TP (Well 73))
16.1 ng/LSVWF Airstripper Effluent (Spring Valley TP)
9.8 ng/LSW28/106 Entry Point (Viola TP (Wells 28 & 106))
< 15 ng/LSW31 Monsey Well Effluent (Monsey TP (Well 31))
15.5 ng/LSW56 Entry Point (Willow Tree TP (Well 56))
5.7 ng/LSW67/78 Entry Point (Grandview TP (Wells 67 & 78))
5.4 ng/LSW14/13 Nanuet Efflluent (SW14/13 Nanuet TP)
< 15 ng/LSW15 Blauvelt Well Effluent (SW15 Blauvelt TP)
27 ng/LSW16/20 Entry Point (Tappan TP (Wells 16 & 20))
6.7 ng/LSW65 Entry Point (Pascack TP (Well 65))
7.3 ng/LSW66 Elmwood Well Effluent (Elmwood TP (Well 66))
< 15 ng/LSW79 Entry Point (Westgate TP (Well 79))
15.7 ng/LSW82 Entry Point (Eckerson TP (Well 82))

A value preceded by "<" means no PFAS-4 compound was quantified, the figure being the sum of the four UCMR 5 reporting limits. Sums with a compound below the 3 to 4 ng/L reporting limit are lower bounds. How to read a PFAS result

Compliance status

UCMR 5 results do not indicate compliance or noncompliance with the PFAS drinking water standards. UCMR 5 is a national monitoring survey; the system's compliance record and its annual Consumer Confidence Report come from the state agency and EPA's SDWIS.

Values to watch

These entry-point results are above a federal MCL that systems must meet from April 2029, or above the Hazard Index limit of 1. UCMR 5 results do not indicate compliance or noncompliance with the PFAS drinking water standards.

What was tested Value Limit Status
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · Lake Deforest Plant Effluent (Lake Deforest Plant) · maximum 6.8 ng/L (0.0068 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SVWF Airstripper Effluent (Spring Valley TP) · maximum 16.1 ng/L (0.0161 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW14/13 Nanuet Efflluent (SW14/13 Nanuet TP) · maximum 8.4 ng/L (0.0084 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW26 Tallman Well Effluent (Tallman TP (Well 26)) · maximum 8.1 ng/L (0.0081 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW27 Entry Point (River Road TP (Well 27)) · maximum 4.9 ng/L (0.0049 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW28/106 Entry Point (Viola TP (Wells 28 & 106)) · maximum 9.8 ng/L (0.0098 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW29 Entry Point (Lake Road TP (Well 29A)) · maximum 4.1 ng/L (0.0041 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW30 Entry Point (Monsey TP (Well 30)) · maximum 13 ng/L (0.013 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW32 Entry Point (Wesel Road TP (Well 32)) · maximum 8.1 ng/L (0.0081 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · M-SD47 Hillburn (Ramapo Valley TP) · maximum 4.4 ng/L (0.0044 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW53 Entry Point (Saddle River TP (Well 53)) · maximum 7.8 ng/L (0.0078 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW55 Entry Point (Nottingham TP (Well 55)) · maximum 9.8 ng/L (0.0098 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW56 Entry Point (Willow Tree TP (Well 56)) · maximum 15.5 ng/L (0.0155 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW65 Entry Point (Pascack TP (Well 65)) · maximum 18.7 ng/L (0.0187 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW66 Elmwood Well Effluent (Elmwood TP (Well 66)) · maximum 9.3 ng/L (0.0093 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW67/78 Entry Point (Grandview TP (Wells 67 & 78)) · maximum 9.8 ng/L (0.0098 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW68 Entry Point (Cherry Lane TP (Well 68)) · maximum 5 ng/L (0.005 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW69 Entry Point (Pinebrook TP (Well 69)) · maximum 18.4 ng/L (0.0184 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW72 Entry Point (Rustic Drive TP (Well 72)) · maximum 9.1 ng/L (0.0091 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW73 Entry Point (Lake Shore TP (Well 73)) · maximum 7 ng/L (0.007 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW82 Entry Point (Eckerson TP (Well 82)) · maximum 15.7 ng/L (0.0157 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW83 Entry Point (Grotke TP (Well 83)) · maximum 8 ng/L (0.008 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
See all 36 test results
What was tested Value Limit Status
PFAS Hazard Index (US EPA) < 1.2 (index; nothing quantified) MCL (from April 2029): 1 not computable
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · Lake Deforest Plant Effluent (Lake Deforest Plant) · maximum 6.8 ng/L (0.0068 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SVWF Airstripper Effluent (Spring Valley TP) · maximum 16.1 ng/L (0.0161 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW14/13 Nanuet Efflluent (SW14/13 Nanuet TP) · maximum 8.4 ng/L (0.0084 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW15 Blauvelt Well Effluent (SW15 Blauvelt TP) · maximum below the 15 ng/L reporting limit no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS not detected
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW18/24 Entry Point (New Hempstead TP (Wells 18 & 24)) · maximum below the 15 ng/L reporting limit no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS not detected
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW21 Entry Point (Germonds TP (Well 21)) · maximum below the 15 ng/L reporting limit no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS not detected
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW26 Tallman Well Effluent (Tallman TP (Well 26)) · maximum 8.1 ng/L (0.0081 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW27 Entry Point (River Road TP (Well 27)) · maximum 4.9 ng/L (0.0049 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW28/106 Entry Point (Viola TP (Wells 28 & 106)) · maximum 9.8 ng/L (0.0098 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW29 Entry Point (Lake Road TP (Well 29A)) · maximum 4.1 ng/L (0.0041 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW30 Entry Point (Monsey TP (Well 30)) · maximum 13 ng/L (0.013 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW31 Monsey Well Effluent (Monsey TP (Well 31)) · maximum below the 15 ng/L reporting limit no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS not detected
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW32 Entry Point (Wesel Road TP (Well 32)) · maximum 8.1 ng/L (0.0081 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW37/38 Entry Point (Pomona TP (Wells 37 & 38)) · maximum below the 15 ng/L reporting limit no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS not detected
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW42/54 Entry Point (Catamount TP (Wells 42A & 54)) · maximum below the 15 ng/L reporting limit no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS not detected
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · M-SD47 Hillburn (Ramapo Valley TP) · maximum 4.4 ng/L (0.0044 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · Thiels Well 50 (Thiells TP (Wells 50 & 51)) · maximum below the 15 ng/L reporting limit no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS not detected
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW53 Entry Point (Saddle River TP (Well 53)) · maximum 7.8 ng/L (0.0078 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW55 Entry Point (Nottingham TP (Well 55)) · maximum 9.8 ng/L (0.0098 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW56 Entry Point (Willow Tree TP (Well 56)) · maximum 15.5 ng/L (0.0155 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW64 Entry Point (Norge TP (Well 64)) · maximum below the 15 ng/L reporting limit no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS not detected
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW65 Entry Point (Pascack TP (Well 65)) · maximum 18.7 ng/L (0.0187 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW66 Elmwood Well Effluent (Elmwood TP (Well 66)) · maximum 9.3 ng/L (0.0093 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW67/78 Entry Point (Grandview TP (Wells 67 & 78)) · maximum 9.8 ng/L (0.0098 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW68 Entry Point (Cherry Lane TP (Well 68)) · maximum 5 ng/L (0.005 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW69 Entry Point (Pinebrook TP (Well 69)) · maximum 18.4 ng/L (0.0184 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW70 Entry Point (Birchwood TP (Well 70)) · maximum below the 15 ng/L reporting limit no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS not detected
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW71 Entry Point (Eckerson TP (Well 71)) · maximum below the 15 ng/L reporting limit no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS not detected
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW72 Entry Point (Rustic Drive TP (Well 72)) · maximum 9.1 ng/L (0.0091 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW73 Entry Point (Lake Shore TP (Well 73)) · maximum 7 ng/L (0.007 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW79 Entry Point (Westgate TP (Well 79)) · maximum below the 15 ng/L reporting limit no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS not detected
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW82 Entry Point (Eckerson TP (Well 82)) · maximum 15.7 ng/L (0.0157 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · SW83 Entry Point (Grotke TP (Well 83)) · maximum 8 ng/L (0.008 µg/L) no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS PFOA or PFOS above the 2029 federal MCL
PFAS-4 (PFOA + PFOS + PFNA + PFHxS) · Letchworth Plant Effluent (Letchworth TP) · maximum below the 15 ng/L reporting limit no MCL for the sum; MCL (from April 2029) 4.0 ng/L for PFOA and for PFOS not detected
Lithium · UCMR 5, for reference below the 9 µg/L reporting limit no MCL for reference

Frequently asked questions

Is the tap water in Veolia Water New York safe to drink?

In the latest UCMR 5 entry-point sample on November 29, 2023, none of the four most closely watched PFAS was detected: each was below the 3 to 4 ng/L reporting limit. That is below the 4.0 ng/L federal MCL for PFOA and PFOS, but the test cannot tell whether the water is above or below the 0.5 ng/L benchmark pfasnearme uses. EPA set the maximum contaminant level goal (MCLG) for PFOA and PFOS at zero because there is no level without risk. UCMR 5 results do not indicate compliance or noncompliance with the PFAS drinking water standards, and this site reports published measurements without judging health risk. This is not medical advice. If you are concerned, talk to your water system or your doctor.

What is UCMR 5 and why do the results say "below the reporting limit"?

The Fifth Unregulated Contaminant Monitoring Rule (UCMR 5) had every large US water system and a sample of small ones test 29 PFAS and lithium between 2023 and 2025, at each entry point to the distribution system. EPA set minimum reporting levels of 3 to 4 ng/L for PFOA, PFOS, PFNA and PFHxS and reports nothing below them. A result "below the 3 to 4 ng/L reporting limit" therefore means the lab could not quantify the compound, not that it is absent, and it is never shown here as zero.

What do the 0.5 ng/L benchmark and the 4.0 ng/L MCL mean, and why are both shown?

0.5 ng/L for the PFAS-4 sum (PFOA + PFOS + PFNA + PFHxS) is the health benchmark pfasnearme applies on every page, in Europe and the United States, built from the European Food Safety Authority's tolerable intake with stricter safety choices. 4.0 ng/L is the enforceable federal maximum contaminant level for PFOA and for PFOS individually under EPA's PFAS National Primary Drinking Water Regulation (NPDWR), the US legal limit. Any PFAS-4 compound quantified under UCMR 5 (at or above 3 to 4 ng/L) is above the benchmark, so the benchmark tells you whether anything was found and the MCL tells you whether the system would have to act. EPA set the maximum contaminant level goal (MCLG) for PFOA and PFOS at zero because there is no level without risk.

When does the 4.0 ng/L MCL apply, and could it change?

EPA published the PFAS National Primary Drinking Water Regulation (NPDWR) on April 26, 2024. Systems must finish initial monitoring by April 26, 2027, tell customers about PFAS in their 2027 Consumer Confidence Reports, and comply with the PFOA and PFOS MCLs from April 26, 2029. Two proposals published on May 20, 2026 are not final: one would let systems in states where EPA holds primacy extend PFOA and PFOS compliance to April 26, 2031; the other would rescind the PFHxS, PFNA, HFPO-DA MCLs and the Hazard Index while keeping PFOA and PFOS. The rule is also before the U.S. Court of Appeals for the D.C. Circuit (American Water Works Association v. EPA, argued 2026-09-18 before Judges Millett, Pillard and Wilkins; no decision). Regulation data retrieved September 19, 2026.

Does New York have its own PFAS limits?

Yes. New York State Department of Health (NYSDOH), Bureau of Water Supply Protection enforces MCLs under 10 NYCRR Subpart 5-1: PFOA 10 ng/L (since August 26, 2020); PFOS 10 ng/L (since August 26, 2020). The federal PFOA and PFOS MCLs (4.0 ng/L) are stricter than every state MCL, so the federal line is about severity and the state line is about what is enforceable today. In this UCMR 5 sample, no compound was above a New York MCL. State monitoring: quarterly compliance monitoring since 2020; annual mean and maximum per system published by the Environmental Public Health Tracker.

Is this the water that comes out of my tap in Veolia Water New York?

Only if Veolia Water New York (PWSID NY4303673) is your water system: check your water bill or your ZIP code page on this site, or the Rockland County page. Samples are taken at the entry point to the distribution system, not at your tap. The system may have changed sources or installed treatment since this sample. PFAS treatment reported to EPA: granular activated carbon (GAC), no PFAS treatment reported (NMT), other treatment (OTH). The system's own Consumer Confidence Report, published every year, states what it measures today.

What can I do about PFAS in my water?

Ask Veolia Water New York for its latest PFAS results and its plan for the 2029 MCLs, read its Consumer Confidence Report (EPA's CCR finder, PWSID NY4303673), and if you want to lower PFAS at home, use a filter certified to NSF/ANSI 53 or 58 for PFOA and PFOS (reverse osmosis and activated carbon block filters; see the filter comparison linked on this page). Boiling water does not remove PFAS.

Are PFAS levels rising in Veolia Water New York's water?

pfasnearme reads a trend per entry point, and the headline entry point (SW16/20 Entry Point (Tappan TP (Wells 16 & 20))) has 1 quantified sample across the 72 UCMR 5 sampling events since May 8, 2023; a trend needs at least three. UCMR 5 monitoring is complete, so later trends will come from state compliance monitoring.

Where does this data come from?

Source: U.S. Environmental Protection Agency, Fifth Unregulated Contaminant Monitoring Rule (UCMR 5), final dataset August 2026, retrieved 2026-09-19. Public domain. Results are entry-point samples and do not indicate compliance with drinking water standards. System registry from EPA SDWIS/ECHO (2026Q2 edition); service areas from EPA ORD (model code MIT); geography from the U.S. Census Bureau. pfasnearme retrieved the data on September 19, 2026.

Water systems in the same county

Other community water systems in Rockland County covered by this site, largest first.

Nearby water systems

The community water systems closest to Veolia Water New York covered by this site, by service-area center.

Data source

U.S. Environmental Protection Agency, Fifth Unregulated Contaminant Monitoring Rule (UCMR 5) occurrence data, final dataset (August 2026)
https://www.epa.gov/dwucmr/occurrence-data-unregulated-contaminant-monitoring-rule
License
Public domain (U.S. federal government work, 17 U.S.C. § 105)
Retrieved
September 19, 2026
Entry points and samples
Lake Deforest Plant Effluent (Lake Deforest Plant), SVWF Airstripper Effluent (Spring Valley TP), SW14/13 Nanuet Efflluent (SW14/13 Nanuet TP), SW15 Blauvelt Well Effluent (SW15 Blauvelt TP), SW16/20 Entry Point (Tappan TP (Wells 16 & 20)), SW18/24 Entry Point (New Hempstead TP (Wells 18 & 24)), SW21 Entry Point (Germonds TP (Well 21)), SW26 Tallman Well Effluent (Tallman TP (Well 26)), SW27 Entry Point (River Road TP (Well 27)), SW28/106 Entry Point (Viola TP (Wells 28 & 106)), SW29 Entry Point (Lake Road TP (Well 29A)), SW30 Entry Point (Monsey TP (Well 30)), SW31 Monsey Well Effluent (Monsey TP (Well 31)), SW32 Entry Point (Wesel Road TP (Well 32)), SW37/38 Entry Point (Pomona TP (Wells 37 & 38)), SW42/54 Entry Point (Catamount TP (Wells 42A & 54)), M-SD47 Hillburn (Ramapo Valley TP), Thiels Well 50 (Thiells TP (Wells 50 & 51)), SW53 Entry Point (Saddle River TP (Well 53)), SW55 Entry Point (Nottingham TP (Well 55)), SW56 Entry Point (Willow Tree TP (Well 56)), SW64 Entry Point (Norge TP (Well 64)), SW65 Entry Point (Pascack TP (Well 65)), SW66 Elmwood Well Effluent (Elmwood TP (Well 66)), SW67/78 Entry Point (Grandview TP (Wells 67 & 78)), SW68 Entry Point (Cherry Lane TP (Well 68)), SW69 Entry Point (Pinebrook TP (Well 69)), SW70 Entry Point (Birchwood TP (Well 70)), SW71 Entry Point (Eckerson TP (Well 71)), SW72 Entry Point (Rustic Drive TP (Well 72)), SW73 Entry Point (Lake Shore TP (Well 73)), SW79 Entry Point (Westgate TP (Well 79)), SW82 Entry Point (Eckerson TP (Well 82)), SW83 Entry Point (Grotke TP (Well 83)), Letchworth Plant Effluent (Letchworth TP)
UCMR 5 sample window
May 8, 2023 to December 9, 2025; 35 entry points, 103 sampling events
Source water
groundwater, surface water; community water system (large, over 10,000 people)
PFAS treatment reported to EPA
granular activated carbon (GAC), no PFAS treatment reported (NMT), other treatment (OTH). The system may have changed sources or installed treatment since this sample.
Consumer Confidence Report
Search EPA's CCR finder for PWSID NY4303673 to read the system's own annual report
Regulation data (MCLs, dates) retrieved
September 19, 2026

Source: U.S. Environmental Protection Agency, Fifth Unregulated Contaminant Monitoring Rule (UCMR 5), final dataset August 2026, retrieved 2026-09-19. Public domain. Results are entry-point samples and do not indicate compliance with drinking water standards.

System registry from EPA SDWIS/ECHO (2026Q2 edition); service areas from EPA ORD (model code MIT); geography from the U.S. Census Bureau.

UCMR 5 results do not indicate compliance or noncompliance with the PFAS drinking water standards. Samples are taken at the entry point to the distribution system, not at the tap; the system may have changed sources or installed treatment since. Treatment reported to EPA for PFAS: granular activated carbon (GAC), no PFAS treatment (NMT), other treatment (OTH). 35 entry points sampled, 103 sampling events between 2023-05-08 and 2025-12-09. The page's PFAS values come from the newest sample at SW16/20 Entry Point (Tappan TP (Wells 16 & 20)) (90207/EP016), the entry point with the highest PFOA + PFOS + PFNA + PFHxS sum; the other entry points' maxima are listed as separate rows. Non-detects are shown as "<" followed by EPA's minimum reporting level (3 to 20 ng/L); PFAS-4 sums quantified compounds only, so it is a lower bound when a compound was not detected. Registry (name, population, counties, ZIPs) from EPA SDWIS/ECHO; service-area centroid from EPA ORD.

This site is a data project, not an official source. If in doubt, check with your water supplier or local authority.