Aspen Meadows

PWSID: UTAH22138

No active violations
This system has no unresolved violations. The most recent violation on record was 2019-05-01.

Violation trend: 0.0 per year over the last 5 years, down from 0.2 per year in the previous 5.

System Details

Population Served300
Service Connections9
Water SourceGroundwater
System TypeTransient Non-Community
OwnerPrivate
StatusActive
CitySalt Lake City
EPA ZIP on File84150-6320

Violation History (4 total)

ContaminantViolationDateHealth-BasedStatus
8000MON2019-05-01 MajorAcknowledged
3014MR2014-10-01 MajorReturned to Compliance
3014MR2012-09-01 MajorReturned to Compliance
0700TT2010-01-20YesReturned to Compliance

Understanding This Water System's Record

Aspen Meadows is a transient non-community water system that draws from groundwater sources and serves a population of 300 in Salt Lake City, Utah. This page shows its complete compliance history as reported to the EPA's Safe Drinking Water Information System (SDWIS), the federal database that tracks every public water system in the United States.

What Do These Violations Mean?

Health-based violations mean the system exceeded an EPA maximum contaminant level (MCL) or failed to provide required treatment. These indicate potential health risks from contaminants like lead, arsenic, bacteria, nitrates, or disinfection byproducts. Non-health-based violations involve monitoring, reporting, or procedural requirements — the system missed a testing deadline or failed to notify customers, but contaminant levels were not necessarily unsafe.

What Should You Do?

Your water utility is required to publish an annual Consumer Confidence Report (CCR) that details test results and any violations. If your system has active health-based violations, consider a certified water filter rated for the specific contaminants involved. The contaminant guides on this site explain health risks and filter options for common pollutants. For the most current results, contact your water utility directly — EPA data can lag weeks or months behind real-time testing.