B66/100

EASTERN HEIGHTS WATER WORKS — Water Quality Report 2026

Serving 1,782 people · Louisiana

Water Source
Groundwater
County
System ID
LA1105003
Violations
10

Contaminant Test Results

EPA Violation History

No violations in the past 5 years

Full EPA compliance since 2014.

Understanding violation severity

Tier 1Urgent health risk. Utility must notify all customers within 24 hours.Tier 2Important health or treatment issue. Customers notified within 30 days.Tier 3Administrative or monitoring issue. Reported in the annual water quality report.

Source: EPA Safe Drinking Water Information System (SDWIS) · Updated quarterly

Frequently Asked Questions About EASTERN HEIGHTS WATER WORKS

Is EASTERN HEIGHTS WATER WORKS water safe to drink?

EASTERN HEIGHTS WATER WORKS water receives a grade of B (66/100), which is considered good. Out of 1 contaminants tested, none exceed EPA legal limits. The water meets federal safety standards.

What contaminants has EASTERN HEIGHTS WATER WORKS detected?

1 contaminants were tested in EASTERN HEIGHTS WATER WORKS's water. No contaminants exceed EPA legal limits or health goals, indicating good water quality management.

Does EASTERN HEIGHTS WATER WORKS have any EPA violations?

Yes, EASTERN HEIGHTS WATER WORKS has 10 EPA violation(s) on record, with the most recent in 2014. Violation types include Other, MR, TT. 6 are health-based violations.

How many people does EASTERN HEIGHTS WATER WORKS serve?

EASTERN HEIGHTS WATER WORKS serves approximately 1,782 people, Louisiana.

What type of water does EASTERN HEIGHTS WATER WORKS provide?

EASTERN HEIGHTS WATER WORKS sources its water from groundwater. Groundwater is pumped from underground aquifers, which often provides natural filtration. The utility's system ID is LA1105003.

How does EASTERN HEIGHTS WATER WORKS compare to other utilities in Louisiana?

EASTERN HEIGHTS WATER WORKS scores 66/100 with a grade of B (good). This is an above-average performance for utilities statewide. Visit our Louisiana state page for a full comparison of water systems.