Skip to content
AquaCensus

Public water system · MT0000582

Active

Angel Island Subdivision

Community water system in Lincoln County, Montana, drawing primarily on groundwater.

Dataset updated . Source: EPA SDWIS/ECHO public records.

Population served

150

Service connections

184

Primary source

GW

Groundwater

System type

CWS

Community water system

System record

PWSIDMT0000582
System typeCommunity water system
Activity statusActive
Population served150
Service connections184
Primary water sourceGroundwater
Owner typePrivate
Primacy agencyMT state drinking water program
City servedTroy
StateMontana
ZIP

Violations & enforcement

BeganViolationContaminantHealth-basedStatus
1999-01-01031075NoResolved

Angel Island Subdivision: frequently asked questions

Is Angel Island Subdivision's water safe to drink?

Angel Island Subdivision is an active community water system regulated under the Safe Drinking Water Act, overseen by the MT 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 Angel Island Subdivision?

Angel Island Subdivision (PWSID MT0000582) is a private-owned community water system, regulated by the MT state drinking water program.

How many people does Angel Island Subdivision serve?

Angel Island Subdivision reports serving 150 people through 184 service connections in Lincoln County, Montana.

Where does Angel Island Subdivision get its water?

EPA SDWIS lists this system's primary water source as groundwater.

Other water systems in Lincoln County

Water systemCountyPopulation servedTypeSource
Lincoln County WTPLincoln49,693CommunitySurface water
North Platte, City ofLincoln25,000CommunityGroundwater
Lincoln Co B.P.U. #1Lincoln23,846CommunityPurchased surface water
Lincoln City, City ofLincoln20,830CommunitySurface water
Ruidoso Water SystemLincoln15,947CommunitySurface water
Lincolnton, City ofLincoln15,839CommunitySurface water