Arsenic Concentrations Observed in Highlands County Aquifer 120UFAQ
The U.S. Geological Survey sampled groundwater from two wells in Highlands County's aquifer 120UFAQ at depths between 1520 and 1530 feet. Three results spanning 2015 to early 2026 detected arsenic concentrations ranging narrowly from 0.22 to 0.28 micrograms per liter (ug/L), with a median of 0.27 ug/L. These values fall below any federal thresholds established for arsenic in drinking water. It is important to emphasize that these measurements reflect conditions in the sampled wells within this regional aquifer and should not be assumed to represent specific individual commercial well water quality without direct testing.
What Arsenic Detection Means for Commercial Operators
Arsenic, a naturally occurring element, may be present in groundwater due to geological formations. While the detected concentrations in the Highlands County aquifer samples are low and under regulatory limits, arsenic presence requires careful consideration in commercial water supplies due to its potential to affect water safety and compliance if concentrations were higher. To ascertain the arsenic level in a particular commercial facility's water, thorough laboratory analysis of that specific source is necessary. Only such tests can confirm if treatment is needed to meet operational or regulatory requirements.
Testing and Monitoring for Commercial Systems
Commercial operators utilizing water from this aquifer should implement periodic detailed chemical testing, including arsenic quantification, to verify water quality. This testing guides decision-making for treatment needs and system design. Monitoring helps manage risks related to water quality changes and supports regulatory compliance, particularly for facilities serving the public or engaging in processes sensitive to arsenic presence.
Addressing Arsenic Through Reverse Osmosis Technology
For commercial operations requiring arsenic removal at scale, water treatment equipment with adequate capacity and performance characteristics is critical. The 1600 GPD Reverse Osmosis System offers a high daily output suitable for commercial demands. It effectively reduces arsenic and other contaminants through membrane filtration, providing treated water that aligns with public water quality goals. This system ships ready to configure, designed to integrate seamlessly into existing water supply arrangements while accommodating facility-specific flow and usage requirements.
Key Features of the 1600 GPD Reverse Osmosis System
- Daily capacity of 1600 gallons, supporting high-volume commercial applications
- Four storage tanks, each 40 gallons, to ensure sufficient treated water availability
- Proven REVERSE_OSMOSIS technology for effective contaminant reduction including arsenic
Requesting a Quote for Commercial-Scale Arsenic Treatment
Given commercial operations’ need to understand treatment capacity and costs, requesting a detailed quote enables evaluation of the system’s fit based on flow requirements and water quality goals. This step assists in budget planning and operational integration. Quotes provide clarity on system specifications tailored to the scale of the water use and treatment objectives.
Summary
Government sampling in Highlands County’s aquifer 120UFAQ shows low-level arsenic detection below federal limits, which indicates regional conditions but does not confirm the quality of any individual commercial water supply. Testing specific water sources remains essential. For commercial water users who find arsenic treatment necessary, the 1600 GPD Reverse Osmosis System offers a high-capacity solution designed to effectively address arsenic and ensure treated water meets operational demands. Obtaining a system quote is a practical next step for commercial operators considering arsenic treatment at this scale.
Where this information comes from
Source: USGS groundwater sampling. These figures describe groundwater sampled in this area. They are not a test of any individual private well - only a test of that well can establish its own water.