Public water system · NY1719933
ActiveNorthampton Diner
Transient non-community water system in Fulton County, New York, drawing primarily on groundwater.
Dataset updated . Source: EPA SDWIS/ECHO public records.
Population served
59
Service connections
2
Primary source
GW
Groundwater
System type
TNCWS
Transient non-community water system
System record
Violations & enforcement
| Began | Violation | Contaminant | Health-based | Status |
|---|---|---|---|---|
| 2024-01-01 | 03 | 1040 | No | Resolved |
| 2009-10-01 | 23 | 3100 | No | Resolved |
| 2008-07-01 | 23 | 3100 | No | Resolved |
| 2005-05-01 | 10 | — | No | Resolved |
Northampton Diner: frequently asked questions
Is Northampton Diner's water safe to drink?
Northampton Diner is an active transient non-community water system regulated under the Safe Drinking Water Act, overseen by the NY state drinking water program. EPA SDWA violation and enforcement records for this system are being added to AquaCensus from EPA ECHO; consult EPA ECHO or your annual Consumer Confidence Report for its current compliance status.
Who runs Northampton Diner?
Northampton Diner (PWSID NY1719933) is a private-owned transient non-community water system, regulated by the NY state drinking water program.
How many people does Northampton Diner serve?
Northampton Diner reports serving 59 people through 2 service connections in Fulton County, New York.
Where does Northampton Diner get its water?
EPA SDWIS lists this system's primary water source as groundwater.
Other water systems in Fulton County
| Water system | County | Population served | Type | Source |
|---|---|---|---|---|
| North Fulton County | Fulton | 434,517 | Community | Purchased surface water |
| East Point | Fulton | 33,712 | Community | Surface water |
| College Park | Fulton | 20,382 | Community | Purchased surface water |
| Union City | Fulton | 18,636 | Community | Purchased surface water |
| Gloversville (C) Water Works | Fulton | 17,991 | Community | Surface water |
| Canton | Fulton | 16,748 | Community | Groundwater under influence of surface water |