Amsterdam, New York's Home for
Water Softeners, Water Filters,
and Water Delivery

Amsterdam’s tap water is treated to meet drinking water requirements, but trace contaminants, lead, odor issues, disinfectants, PFAS, and treatment-related byproducts can still be present. That is one reason many homeowners choose water filtration for better taste, added confidence, and extra protection at the tap.

The Town of Amsterdam purchases water from the City of Amsterdam. The city’s water sources include Steeles Reservoir, Ireland Vly Reservoir, and Round Lake Reservoir in Saratoga County, New York. Reservoir water can be affected by seasonal changes, organic material, runoff, and changing source conditions, which is why treatment, monitoring, and in-home testing can all play an important role.

Yes. Amsterdam’s treatment process includes chlorine for disinfection, and the system also adds chlorine at the pump station interconnect to help prevent bacterial contamination. Chlorine helps control microbes in the water system, but it can also create a chemical taste or smell. A properly selected carbon filtration system can help reduce chlorine taste and odor throughout the home.

Yes. Amsterdam’s water quality information showed Total Trihalomethanes (TTHM) and Haloacetic Acids (HAA5). TTHM values were reported as high as 85.4 µg/L for one running annual average, with sample values reaching up to 109 µg/L. HAA5 values were also reported, with one running annual average listed at 62.5 µg/L. These byproducts can form when disinfectants react with organic material in reservoir water, which is why many homeowners choose whole-house carbon filtration for added protection at the tap.

Yes. Amsterdam’s water quality information listed violations tied to lead, odor, and Total Trihalomethanes. The system exceeded the action level for lead during lead and copper monitoring, exceeded the standard for odor, and exceeded the Maximum Contaminant Level for Total Trihalomethanes. Even when system improvements are underway, many homeowners still want extra confidence from in-home water testing and filtration.

Yes. Amsterdam exceeded the action level for lead during monitoring. The water quality information listed lead results with values as high as 31.3 µg/L and 27 µg/L in separate sampling periods, with ranges that reached much higher individual sample values. Lead can enter water through plumbing and service lines, which is why homes with older plumbing may benefit from a water test and a drinking water system designed to reduce lead at the tap.

Copper was detected in Amsterdam’s water quality information, with one reported value of 0.102 mg/L and sample ranges that varied by monitoring period. Copper can come from corrosion of household plumbing and fixtures. A local water test can help homeowners understand whether metals are present at the tap and whether drinking water filtration would be helpful.

Yes. Amsterdam’s water quality information listed an odor violation, with odor reported at 4 units. Odor does not always point to a health concern, but it can make water less appealing for drinking, cooking, coffee, and ice. Whole-house carbon filtration or point-of-use drinking water filtration can help improve taste and odor concerns.

Yes. Amsterdam’s water quality information included PFAS-related detections, including PFBA, 6:2 FTS, PFHpA, HFPO-DA, and another PFBA result in the unregulated contaminant monitoring section. PFAS concerns are one reason many homeowners choose advanced drinking water filtration, such as reverse osmosis, for added protection at the tap.

Yes. Amsterdam’s unregulated contaminant monitoring listed lithium at 9.02 µg/L. Lithium is an emerging contaminant that more homeowners are beginning to notice in water quality reports. A reverse osmosis drinking water system can help reduce many dissolved contaminants in water used for drinking, cooking, coffee, and ice.

Testing detected several regulated and monitored contaminants in Amsterdam water, including chloride at 8.10 mg/L, chromium at 5.2 µg/L, manganese at 4.66 µg/L, nickel at 2.6 µg/L, nitrate at 0.129 mg/L, sodium at 14.7 mg/L, zinc at 9.3 µg/L, lead, copper, odor, TTHMs, HAA5, PFAS-related compounds, and lithium. These results show why in-home water treatment can still be valuable for homeowners who want more control over their drinking water.

Amsterdam reported Total Organic Carbon compliance monitoring, with values ranging from 1.26 to 1.59 mg/L. Organic material matters because it can react with disinfectants and contribute to disinfection byproducts like TTHMs and HAA5. Whole-house carbon filtration can help improve taste and reduce certain organic-related water quality concerns.

Many Amsterdam homeowners can benefit from a water filter, especially if they want to reduce lead concerns, chlorine taste, odor, PFAS, lithium, disinfection byproducts, or trace metals. A local water test can help determine whether a whole-house filter, reverse osmosis system, water softener, or combination system makes the most sense for your home.

You can access Amsterdam’s Water Quality Report here.