What Government Sampling Tells Us About Iron in Brevard County Water
The U.S. Geological Survey conducted groundwater sampling in Brevard County’s aquifer, focusing on wells between 93 and 115 feet deep. Four separate wells were tested over two days in November 2019. In each well, iron was detected, with concentrations ranging from 21.2 to 3810.0 micrograms per liter. The median concentration was 1158.5 micrograms per liter.
It is important to note these results represent the regional aquifer quality, not the water from any specific residential well or municipal system. Such sampling helps identify typical water characteristics in the area but does not determine the exact iron concentration in your household water. To understand your tap water specifically, you would need to conduct individual testing.
Iron and Hard Water: What They Mean for Your Home
Iron presence in water can cause several noticeable effects. It may discolor water, stain plumbing fixtures and laundry, and contribute to metallic taste. While iron detected in the Brevard County aquifer samples does not surpass any federal regulatory threshold, its presence can still reduce water quality in terms of aesthetics and usability.
Hard water refers primarily to dissolved minerals like calcium and magnesium, which cause scale buildup in pipes and appliances. Though iron is a separate element from hardness minerals, both are commonly found together in groundwater sources such as the Brevard County aquifer. Dealing with hard water and iron together typically requires a well-rounded approach to water treatment.
Deciding What Testing You Need for Informed Treatment
To choose the right water treatment, you first need detailed knowledge of your water’s composition. Testing should measure:
- Iron concentration, to see if it could create staining or affect taste.
- Water hardness, to establish mineral concentrations causing scaling.
- Other relevant elements such as manganese if present.
Testing kits or professional laboratory analyses can provide this information. Without it, treatment decisions rely solely on area averages, which may not reflect your home's water profile accurately.
How Softening Technology Can Address Hard Water and Iron
Water softeners primarily reduce hardness minerals, easing scale buildup and extending the life of appliances. Certain softening systems can also reduce iron concentrations, mitigating staining and discoloration issues commonly linked with iron in water.
One such option is the WSP Whole House 1,2,3-TCP Reduction System, which ships ready to configure for various household applications. While designed to address specific contaminants, including some iron, this system can be part of a broader water treatment strategy aimed at improving water quality from hard water and iron sources.
Making the Right Treatment Choice for Your Household
Understanding the specifics of your water supply through testing is critical to select the most effective treatment method. Utilizing regional data like that from the U.S. Geological Survey provides valuable context but should be complemented by testing your own water.
Once you know the levels of hardness and iron present, you can evaluate whether a water softener capable of handling both is appropriate for your situation or if additional or alternative treatment methods are needed.
In summary, the Brevard County aquifer contains detectable iron across multiple wells sampled in 2019, none exceeding federal thresholds, but enough to impact water quality in ways typical of iron and hard water. Testing your water and considering a softening system like the WSP Whole House 1,2,3-TCP Reduction System can help you manage these conditions effectively.
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.