Water Quality Characteristics of Brevard County Aquifer
The Brevard County area relies on groundwater drawn from local aquifers, with wells typically drilled between 90 and 115 feet deep. According to the U.S. Geological Survey's sampling of four separate wells in late 2019, iron was detected in all samples, with concentrations ranging from 21.2 to 3810.0 micrograms per liter (µg/L) and a median of 1158.5 µg/L. These levels, while measurable, were not above any federal health or safety thresholds for iron content in drinking water.
It is important to understand that these measurements reflect the range of iron levels found in the regional aquifer water and do not represent your household’s specific water quality. Since water quality can vary by well, depth, and local conditions, a test of your own water supply is necessary to determine iron concentration and hardness exactly.
Implications of Iron and Hard Water in Residential Use
Even though iron levels in Brevard County groundwater are within regulatory limits, the presence of iron combined with hard water minerals—such as calcium and magnesium—can cause issues including:
- Visible reddish or brown staining on fixtures and laundry
- Metallic taste or discoloration in drinking water
- Scale buildup reducing the lifespan of appliances and plumbing
- Increased detergent usage due to water hardness
Addressing these concerns can improve both the aesthetic quality of water and the efficiency of household systems.
Evaluating Treatment Options for Hard Water and Iron
When comparing approaches to manage hard water and iron, two main technologies are often considered: traditional water softening that targets hardness minerals, and iron filtration systems designed specifically to reduce iron content.
Water softeners primarily exchange hardness ions but do not consistently remove iron, especially at higher concentrations. Conversely, specialized iron filtration methods can effectively reduce iron and alleviate staining and taste issues.
What To Test for Your Water
To make an informed decision, testing your household water should include:
- Iron concentration, to determine the degree of iron removal needed
- Water hardness levels, typically reported as grains per gallon or milligrams per liter of calcium carbonate
- Presence of other related constituents such as manganese or sulfur compounds that may affect treatment choices
Technology for Targeted Iron Removal: Air Injection Iron Filtration
One advanced solution designed to address iron in hard water is the automatic iron filter utilizing air injection technology. This system introduces air to oxidize dissolved iron, converting it to a solid form that can be filtered out effectively. The process also supports reducing other common iron-related water quality issues such as staining and unpleasant tastes.
This equipment ships ready to configure and integrates with existing household plumbing without requiring special modifications. Its automatic operation simplifies maintenance while ensuring continuous treatment.
By combining oxidation and filtration, air injection iron filters provide a dedicated approach to managing iron specifically, complementing or substituting for traditional water softening depending on your water quality profile.
Making the Best Choice for Your Home
Understanding the nature of your household water issues and the local water characteristics as documented in Brevard County helps guide treatment decisions. Since federal data show iron levels present yet below health risk thresholds, focusing on solutions that address aesthetic and operational concerns will bring the most benefit.
Testing both iron and hardness will clarify whether a comprehensive system targeting both or a specialized iron removal solution like the air injection iron filter aligns best with your household needs and water quality.
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.