Utah · Backend-verified location page
This page lists every public water system the backend identifies as a plausible provider for this area. City and ZIP boundaries are not utility service boundaries, so confirm the PWSID on your bill.
Plain-language summary
Vineyard may be served by 3 public water systems in the available records. This page shows their latest reported status and annual reports, but it cannot tell which system serves a specific address or guarantee the water at your tap.
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What water systems may serve Vineyard?
A provider’s reported status describes imported system-level records. It does not certify water at an individual tap.
01 / Plausible provider
The mapped service area overlaps 76.1% of this place’s area. This is not a customer share or the probability that a home uses this provider.
02 / Plausible provider
The mapped service area overlaps 0.1% of this place’s area. This is not a customer share or the probability that a home uses this provider.
03 / Plausible provider
The mapped service area overlaps 0% of this place’s area. This is not a customer share or the probability that a home uses this provider.
What is in the drinking water?
Measurements are shown only when an authoritative source is tied to a specific PWSID. IBIS values are yearly means; Consumer Confidence Report values retain the utility’s reported result or range. Confirm the PWSID on your bill before using them.
Provider-specific results · UTAH25020
City of Orem Water Quality Report 2026 · data through 2025
| Contaminant or characteristic | Sample year | Reported result or range | Unit | MCL / action level | Reported violation |
|---|---|---|---|---|---|
| Total ColiformMicrobiological | 2025 | 0–0 | % positive per month | 5% | No |
| E. coliMicrobiological | 2025 | 0–0 | % positive per month | TT | No |
| TurbidityPhysical | 2023, 2024, 2025 | 0–0.32 | NTU | 95% <0.3 | No |
| Total Organic CarbonOrganic Material | 2024 | MNR–0 | mg/L | TT | No |
| UV-254Organic Material | 2024 | MNR–0 | 1/cm | Unregulated | No |
| ChlorineDisinfectants | 2024 | 0.05–1.3 | mg/L | 4 | No |
| Total Trihalomethanes (TTHM)Disinfection Byproducts | 2025 | 0–54.78 | µg/L | 80 | No |
| Haloacetic Acids (HAA5)Disinfection Byproducts | 2025 | 0–32.612 | µg/L | 60 | No |
| ChloroformVolatile Organic Compounds | 2025 | 0–44.4 | µg/L | None established | No |
| BromodichloromethaneVolatile Organic Compounds | 2025 | 0–8.5 | µg/L | None established | No |
| DibromochloromethaneVolatile Organic Compounds | 2025 | 0–2.6 | µg/L | 80 | No |
| AntimonyInorganic | 2021, 2023, 2024, 2025 | 0–0 | µg/L | 6 | No |
| ArsenicInorganic | 2021, 2023, 2024, 2025 | 0–1.9 | µg/L | 10 | No |
| BariumInorganic | 2021, 2023, 2024, 2025 | 0.03–0.087 | mg/L | 2 | No |
| CopperInorganic | 2024 | 0.025–0.559 | mg/L | 1.3 | No |
| LeadInorganic | 2024 | 0–0.0068 | mg/L | 0.010 | No |
| FluorideInorganic | 2021, 2023, 2024 | 0–0.205 | mg/L | 4 | No |
| NitrateInorganic | 2025 | 0.356–1.827 | mg/L | 10 | No |
| SeleniumInorganic | 2021, 2023, 2024, 2025 | 0–4.2 | µg/L | 50 | No |
| Gross alphaRadioactive | 2019, 2022, 2023, 2024 | -0.4–4.1 | pCi/L | 15 | No |
| Radium 228Radioactive | 2019, 2022, 2023, 2024 | 0.08–0.906 | pCi/L | 5 | No |
| All other PFAS parametersPFAS | 2020, 2021, 2025 | ND–ND | µg/L | Varies | No |
| LithiumUCMR 5 | 2025 | 0–26.9 | µg/L | Unregulated | No |
| Polyfluoroalkyl substancesUCMR 5 | 2025 | ND–ND | µg/L | Varies | No |
| Perfluoroalkyl substancesUCMR 5 | 2025 | ND–ND | µg/L | Varies | No |
| All other parametersPesticides, PCBs, VOCs | 2023, 2024, 2025 | ND–ND | µg/L | Varies | No |
| Copper (tap)Lead and Copper Rule | 2024 | 0.237 (90th percentile); 0 sites over AL | mg/L | AL 1.3 | No |
| Lead (tap)Lead and Copper Rule | 2024 | 0.0022 (90th percentile); 0 sites over AL | mg/L | AL 0.010 | No |
| AlkalinitySecondary Standard | 2018–2025 | MNR–MNR | mg/L | None established | No |
| CalciumSecondary Standard | 2021 | 39.4–61.9 | mg/L | None established | No |
| ChlorideSecondary Standard | 2021 | 0.711–46.9 | mg/L | 250 | No |
| ColorSecondary Standard | 2018–2025 | 1–1 | Pt-Co | 15 | No |
| ConductanceSecondary Standard | 2018–2025 | 203–708 | µmhos/cm | None established | No |
| Corrosivity — LangelierSecondary Standard | 2021–2023 | -0.301–0.458 | SI | -0.3 to 0.3 | No |
| HardnessSecondary Standard | 2018–2025 | 120–428 | mg/L | None established | No |
| IronSecondary Standard | 2018, 2021 | 0–0 | µg/L | None established | No |
| ManganeseSecondary Standard | 2021 | 0–0.0373 | mg/L | 0.05 | No |
| OdorSecondary Standard | 2021 | 1–1 | TON | 3 | No |
| pHSecondary Standard | 2018–2025 | 7.21–8.28 | pH | 6.5–8.5 | No |
| SodiumSecondary Standard | 2021, 2023, 2024, 2025 | 0–35.531 | mg/L | 500 | No |
| SulfateSecondary Standard | 2021, 2023, 2024, 2025 | 8.78–63.004 | mg/L | 250 | No |
| Total Dissolved SolidsSecondary Standard | 2021, 2023, 2024, 2025 | 112–388 | mg/L | 500 | No |
| ZincSecondary Standard | 2021 | 0–0.00613 | mg/L | 5 | No |
A detection is not automatically a violation. Household plumbing can also affect water measured at an individual tap.
How should I interpret this page?
“No reported open violations” means only that none were reported in the latest imported dataset. It does not mean “safe,” “clean,” or “pass.” Regulatory data can lag local notices.
Where did these facts come from?