1. Comparing Lee County’s Water Record with Nearby Counties
The Lee County Utilities Authority provides water to over 20,000 residents in Leesburg and beyond through groundwater sources. According to the EPA's Safe Drinking Water Information System (SDWIS), Lee County’s system has four health-based violations recorded in 28 total assessments. While this indicates some regulatory concerns, neighboring counties may show different patterns due to variations in water sources, treatment processes, and monitoring frequency. Comparing these records side-by-side helps put Lee’s data into perspective but should not be overread as directly reflecting individual household water conditions.
2. Health-Based Limits Versus Aesthetic Secondary Standards
Water quality standards are set with different goals. Health-based limits protect against contaminants that pose known adverse health risks, while aesthetic secondary standards address taste, odor, and staining, which do not indicate safety issues. In Lee County, health-based violations are tracked carefully, but aesthetic concerns like mineral taste or discoloration are managed separately and do not constitute regulatory violations or unsafe water. Understanding this distinction helps in weighing treatment needs appropriately.
3. How the C-Series Safe Drinking Water Filter Addresses Water Quality Concerns
The C-Series system is designed to reduce contaminants that have regulatory health-based limits. Utilizing multiple treatment technologies, it targets substances detected in water to improve safety and quality at the point of use. While Lee County’s water undergoes standard treatments, point-of-use filtration like the C-Series offers an additional layer of protection that operates independently from the public system’s processes. This system ships ready to configure for household use.
4. Interpreting Measured Concentrations Against Federal Standards
Water system records include measurements such as the lead 90th percentile at 0.0015 mg/L, reflecting plumbing distribution samples rather than the groundwater source itself. These figures are compared against federal action levels to guide compliance efforts but do not themselves confirm any individual home’s tap water composition. Detecting a contaminant at or below regulatory thresholds means monitoring is ongoing, not that water is unsafe.
5. The Influence of Sample Depth, Well Depth, and Water Source on Expectations
Groundwater wells vary in depth and location, affecting the water’s chemical makeup. Public water system data captures aggregate results meant to represent the supply for the community but cannot specify conditions in every private well or tap. Understanding whether your water comes directly from a deep well or a shallower source can guide more precise testing and treatment decisions.
6. Differences Between Public System Sampling and Private Well Testing
Public water utilities are required to conduct extensive, routine monitoring on a representative sample basis, ensuring regulatory compliance across the system. Private well owners must individually test their water to verify safety. Public records provide community-level information useful for initial guidance but do not substitute for private well testing when applicable.
Conclusions to Avoid
Data from Lee County’s public water system should not be assumed to indicate the exact quality of your household water. Detection of a contaminant in the system record is not synonymous with presence or exceedance in any individual home. Evaluating treatment options like the C-Series Safe Drinking Water Filter can complement understanding of local water quality by providing targeted filtration tailored to your household’s needs.
Where this information comes from
Source: EPA SDWIS public water system record. Sampled 2024-12-31. These figures describe the public water system's record, not the plumbing inside any individual building.
On record: EPA SDWIS record for LEE COUNTY UTILITIES AUTHORITY (GA1770068), groundwater supply, serving 20194 people: 4 health-based violations of 28 total; lead 90th percentile 0.0015 mg/L