Public water system · OK9005514
ActiveWangshi China Palace
Transient non-community water system in Oklahoma County, Oklahoma, drawing primarily on groundwater.
Dataset updated . Source: EPA SDWIS/ECHO public records.
Population served
25
Service connections
1
Primary source
GW
Groundwater
System type
TNCWS
Transient non-community water system
System record
Violations & enforcement
| Began | Violation | Contaminant | Health-based | Status |
|---|---|---|---|---|
| 2025-01-01 | 3A | 8000 | No | Resolved |
| 2024-07-01 | 3A | 8000 | No | Resolved |
| 2024-01-01 | 3A | 8000 | No | Resolved |
| 2022-10-01 | 3A | 8000 | No | Resolved |
Wangshi China Palace: frequently asked questions
Is Wangshi China Palace's water safe to drink?
Wangshi China Palace is an active transient non-community water system regulated under the Safe Drinking Water Act, overseen by the OK 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 Wangshi China Palace?
Wangshi China Palace (PWSID OK9005514) is a private-owned transient non-community water system, regulated by the OK state drinking water program.
How many people does Wangshi China Palace serve?
Wangshi China Palace reports serving 25 people through 1 service connections in Oklahoma County, Oklahoma.
Where does Wangshi China Palace get its water?
EPA SDWIS lists this system's primary water source as groundwater.
Other water systems in Oklahoma County
| Water system | County | Population served | Type | Source |
|---|---|---|---|---|
| Oklahoma City | Oklahoma | 644,000 | Community | Surface water |
| Edmond Pwa | Oklahoma | 79,408 | Community | Surface water |
| Midwest City | Oklahoma | 55,935 | Community | Surface water |
| Tinker Air Force Base | Oklahoma | 24,645 | Community | Groundwater |
| Del City | Oklahoma | 22,128 | Community | Surface water |
| Bethany | Oklahoma | 20,307 | Community | Groundwater under influence of surface water |