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AquaCensus

Public water system · NH0612230

Active

Rand Shepard Hill

Community water system in Rockingham County, New Hampshire, drawing primarily on groundwater.

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

Population served

158

Service connections

63

Primary source

GW

Groundwater

System type

CWS

Community water system

System record

PWSIDNH0612230
System typeCommunity water system
Activity statusActive
Population served158
Service connections63
Primary water sourceGroundwater
Owner typeLocal government
Primacy agencyNH state drinking water program
City servedDerry
StateNew Hampshire
ZIP

Violations & enforcement

BeganViolationContaminantHealth-basedStatus
2006-10-01525000NoResolved

Rand Shepard Hill: frequently asked questions

Is Rand Shepard Hill's water safe to drink?

Rand Shepard Hill is an active community water system regulated under the Safe Drinking Water Act, overseen by the NH 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 Rand Shepard Hill?

Rand Shepard Hill (PWSID NH0612230) is a local government-owned community water system, regulated by the NH state drinking water program.

How many people does Rand Shepard Hill serve?

Rand Shepard Hill reports serving 158 people through 63 service connections in Rockingham County, New Hampshire.

Where does Rand Shepard Hill get its water?

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

Other water systems in Rockingham County

Water systemCountyPopulation servedTypeSource
Portsmouth Water WorksRockingham33,000CommunitySurface water
Salem Water DeptRockingham21,000CommunitySurface water
Aquarion Water/NhRockingham18,950CommunityGroundwater
Derry Water DeptRockingham17,290CommunityPurchased surface water
Eden, City ofRockingham15,332CommunitySurface water
Three Springs Regional - RcpwRockingham14,834CommunityGroundwater under influence of surface water