Water System Report LA

Wbr Public Utilities

EPA ID: LA1121008 · 4,329 people served · 4 ZIP codes

Wbr Public Utilities earns a clean bill from EPA monitoring — no violations in five years across a service area of 4,329 people.

Data: EPA SDWIS Last verified: 2026-04-02

4,329
People Served
4
ZIP Codes Served
0
Violations (5yr)
Groundwater
Water Source
0
Contaminants Flagged
$216K
Median Home Value in Service Area

Compliance Trajectory

Stable · Risk tier: High · 95% chance of violation in next 12 months

Violations went from 1 (2021) to 1 (2025). Violation counts have remained relatively steady.

Service Area Map

Coverage area for Wbr Public Utilities Source: EPA SDWIS service area boundaries.

Service area boundary

Service Area Demographics

$82,098
Median Household Income
41,531
Service Area Population
55%
Disadvantaged Population
55th
Poverty Percentile
63th
Energy Burden Percentile
45%
Pre-1986 Housing

The Wbr Public Utilities serves a community with a median household income of $82,098 and an estimated 41,531 residents across its service area. Approximately 45% of housing stock was built before 1986, which increases the likelihood of lead service lines and older plumbing.

Environmental Justice Note: 55% of the population in this service area is classified as disadvantaged under EPA's EJScreen criteria. Communities with higher disadvantaged populations often face disproportionate environmental and health burdens, including aging water infrastructure and limited resources for remediation.

💧 Where Does Your Water Come From?

Groundwater

Wbr Public Utilities's water is pumped from underground aquifers. Groundwater is naturally filtered through rock and soil, but it can be vulnerable to PFAS contamination, nitrates from agriculture, and industrial chemicals that seep into the water table.

Moderate Risk
Source Contamination Risk
70th
Wastewater Discharge Proximity
45th
Superfund Site Proximity

About 1% of homes in West Baton Rouge Parish, Louisiana rely on private wells rather than public water systems. Private well owners are responsible for their own water testing and treatment.

Wastewater Proximity Note: This service area ranks in the 70th percentile nationally for proximity to wastewater discharge points.

Infrastructure Risk

32 yr
Avg Pipe Age
Copper
Pipe Material
37 yr
Est. Remaining Life
Moderate Wear
Decay Status
Installed 46% of expected lifespan used End of life

PFAS Detected in Service Area

PFAS ("forever chemicals") have been detected in water serving this system's area. 5 detections recorded. 2 exceed federal EPA limits (4 ppt for PFOA/PFOS).

Health concern: PFAS are linked to cancer, thyroid disease, immune suppression, and developmental effects. They do not break down naturally.
Recommended filter: Reverse osmosis (RO) or activated carbon filters certified for PFAS removal. Find the right filter →

Comparable Water Systems

Similar-sized systems in Louisiana

B 3 violations
A 0 violations
B 3 violations
B 7 violations
B 4 violations

Estimated Remediation Costs

Average estimated costs across ZIP codes served by this system

Flood Insurance Water Filtration PFAS Treatment
Flood Insurance $1,525
Water Filtration $225
PFAS Treatment $150
Total Estimated Cost $1,900

Based on national averages for common remediation projects. Actual costs vary by property. Only issues flagged by EPA, FEMA, or state data for each ZIP code are included.

Cost of Inaction

If water quality issues in this service area are not addressed, the estimated financial impact per household is:

PFAS Exposure — Lifetime Cost $1,000

Per person (emerging research est.)

Estimated Cumulative Cost Per Household

5 years
$165
10 years
$330
20 years
$660

Compare: Estimated remediation cost is $1,900 (one-time) vs. $330 in estimated inaction costs over 10 years.

Estimates based on published EPA, CDC, and peer-reviewed research. Individual costs vary by household size, property, and health factors. These are conservative lower-bound estimates intended for awareness, not financial advice.

System Overview

Wbr Public Utilities (EPA ID: LA1121008) is a community water system in Louisiana that serves approximately 4,329 people from groundwater sources.

This system provides water to 4 ZIP codes across 4 communities.

Violation History

No violations recorded — This water system has no recorded EPA violations in the past 5 years.

Lead & Copper

No Lead and Copper Rule sampling data available for this water system.

Need help with your water quality?

Typical cost: Water test: typically $20–$50 (DIY kit) · Professional inspection: $150–$400

Find the Right Water Filter

Free tip: Let cold water run for 2 minutes before drinking — this helps flush lead from your pipes.

ZIP Codes Served

Coverage: Service area ZIP codes sourced from EPA Community Water System Service Area Boundaries v3 (March 2026 release). These ZIPs reflect the actual deployment footprint recorded by LA or modeled from parcel and building-footprint data.

Data Sources

This report uses public data from the EPA Safe Drinking Water Information System (SDWIS). View the full compliance record for Wbr Public Utilities (LA1121008) on EPA.gov.

Frequently Asked Questions

Is Wbr Public Utilities water safe to drink?

Based on EPA records, Wbr Public Utilities has no recorded violations in the past 5 years — a positive indicator of water quality management.

How many people does Wbr Public Utilities serve?

Wbr Public Utilities serves approximately 4,329 people across 4 ZIP codes in Louisiana.

Where does Wbr Public Utilities get its water?

The primary water source is groundwater.

Contact Your Water Utility

Public-record contact information for the water utility serving this system. Use these channels to request water quality reports, ask about service, or report issues directly.

Phone
225-336-2406
ZipCheckup is not affiliated with this water utility, does not act as its agent, and does not provide customer support for it. Contact details shown are public-record information from CCR filings. For service issues, contact the utility directly using the information above.

Contact information from Wbr Public Utilities Consumer Confidence Report.

ZipCheckup is not affiliated with this water utility, does not act as its agent, and does not provide customer support for it. Contact details shown are public-record information from CCR filings. For service issues, contact the utility directly using the information above.

Water Source & Treatment

Where this water originates and how it's treated before reaching your tap.

Source
ground_water
Disinfectant used
Chlorine
Treatment chemicals reported
Chlorine

Source: Wbr Public Utilities Consumer Confidence Report.

ZipCheckup is not affiliated with this water utility. Treatment and source data are sourced from the utility's published CCR filings.

Treatment regime

How this utility classifies its treatment process and what each reported treatment chemical does.

Treatment classification
Multi-stage
Multiple treatment stages — typically coagulation, filtration, and disinfection. Common for surface-water systems requiring removal of particulates, microorganisms, and dissolved organic compounds before disinfection.

Treatment chemicals and what each one does

Chemical names are reported verbatim by the utility. Purpose categories are ZipCheckup annotations based on standard drinking-water treatment practice.

Disinfectant
Inactivates bacteria, viruses, and parasites in the treated water.
Chlorine

Watershed exposure sources reported

Land-use and natural conditions identified in the utility's source-water assessment as potential contamination sources upstream of treatment.

Microbial (sewage treatment plants, septic systems, agricultural livestock operations, wildlife)Inorganic (naturally-occurring minerals, urban stormwater runoff, industrial/domestic wastewater, oil and gas production, mining, farming)Pesticides and herbicides (agriculture, urban stormwater runoff, residential uses)Organic chemicals (industrial processes, petroleum production, gas stations, urban stormwater runoff, septic systems)Radioactive materials (naturally-occurring, oil and gas production, mining)

Treatment classification and chemical list sourced from Wbr Public Utilities Consumer Confidence Report.

Treatment intensity is a ZipCheckup-derived classification based on the chemicals and processes the utility reports. Chemicals and contamination sources are taken verbatim from the utility's CCR filing. Routine federal monitoring and contaminant testing shown elsewhere on this page determine whether the water meets safety standards, not the treatment classification.

Federal UCMR5 PFAS Monitoring: Tested Clean

This water system was tested under the federal EPA Unregulated Contaminant Monitoring Rule (UCMR5). No PFAS compounds were detected.

Samples collected
290

Current MCL reflects the lowest state-enforceable limit (NYS 10 ppt for PFOA/PFOS, effective August 2020). The federal final MCL of 4 ppt for PFOA/PFOS (EPA April 2024 rule) is not enforceable until April 2029. Detections above 4 ppt but below 10 ppt are below current MCL but above the future federal limit.

Source: U.S. EPA UCMR5 (Unregulated Contaminant Monitoring Rule, 5th cycle) — per-system federal sampling, 2023–2025. EPA UCMR5 monitoring program →

Understand PFAS health context and filtration →

Lead Service Line Inventory

Service line breakdown reported under the federal Lead and Copper Rule Improvements (LCRI) inventory requirement:

0
Confirmed Lead
0
Galvanized — Replacement Required
0
Unknown Material
1,819
Confirmed Non-Lead

This system reports zero confirmed lead service lines in its inventory. Unknown-material counts may still warrant verification.

Federal LCRI rule (effective October 2024) requires every public water system to inventory its service lines and complete lead-line replacement within 10 years.

Federal Regulatory Status · 2026Q1
LCRR inventory submission: Reported all required service line types
Latest tap sample on 2023-01-01 did not exceed the federal lead action level.
Population served: 4,329
Reported to Louisiana

Source: EPA SDWIS Federal Service Line Inventory (Phase 2) · Submitted 2026

ZipCheckup is not affiliated with the utility or state agency. Inventory figures render verbatim from the public LCRI submission cited above; ZipCheckup does not perform inspections or replacements.

Learn about lead in drinking water →

Aesthetic water quality

These measurements describe the look, taste, and feel of the water this utility delivers. They are not contaminant violations — they sit alongside federal Secondary Maximum Contaminant Levels (SMCLs) which the EPA publishes as non-enforceable guidance.

pH
8.48
How acidic or basic the water is on a 0-14 scale. Drinking water is typically near neutral.
EPA secondary range: 6.5 – 8.5
Fluoride
0.2 ppm
Utility adds fluoride
Measured fluoride concentration in parts per million.
EPA secondary MCL: 2.0 ppm

Aesthetic measurements from Wbr Public Utilities Consumer Confidence Report.

Aesthetic measurements are reported by the utility from its annual sampling. EPA Secondary MCLs are advisory thresholds — values outside them indicate aesthetic concerns such as taste or appearance, not health violations. Federal contaminant testing is shown in the sections above.

Frequently Asked Questions

Should I use a water filter?
Wbr Public Utilities meets EPA standards, but a water filter can reduce trace contaminants below detectable levels for added peace of mind.
How many people does Wbr Public Utilities serve?
Wbr Public Utilities serves approximately 4,329 people with drinking water across 4 ZIP codes.
What is Wbr Public Utilities's water source?
Wbr Public Utilities draws water from groundwater sources. Source type affects which contaminants are most likely to be present.
What is the demographic profile of Wbr Public Utilities's service area?
The Wbr Public Utilities service area has a median household income of $82,098. EPA EJScreen data classifies 55% of the population as disadvantaged, which may indicate greater vulnerability to environmental health risks.
Where does Wbr Public Utilities get its water?
Wbr Public Utilities's water is pumped from underground aquifers. Groundwater is naturally filtered through rock and soil, but it can be vulnerable to PFAS contamination, nitrates from agriculture, and industrial chemicals that seep into the water table. Based on available data, the source contamination risk is moderate.
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