Understanding Hard Water and Iron in Kissimmee’s Water Supply
Residents of Kissimmee, Osceola County, receive water primarily from the Pleasant Hill Lakes subdivision system, which draws from groundwater sources. According to the EPA’s Safe Drinking Water Information System (SDWIS), this system services nearly 3,000 people with over 800 connections and has no record of health-based violations. This means the water complies with federal health standards, though the presence of certain minerals can affect its quality in other ways.
Hard water, typically resulting from elevated calcium and magnesium salts, is common in groundwater areas such as this. Alongside hardness, iron is also a frequent constituent. Iron in water, while not a health risk at typical levels, can cause staining on fixtures, discoloration in laundry, and unpleasant metallic taste or odor. Both hardness and iron influence daily household water use and appliance longevity.
What the System’s Treatment Records Indicate
The Pleasant Hill Lakes S/D system employs water treatment methods identified by treatment process codes 147 and 421. These codes refer to recognized techniques for conditioning groundwater, suggesting an active approach to managing mineral content before distribution. However, the specific levels of hardness and iron vary by location and usage, so household-specific testing is necessary to clarify individual conditions.
Testing for Personal Water Conditions
To accurately determine the hardness and iron levels in your home’s water, a discrete water quality test is essential. This test should measure total hardness, dissolved iron concentrations, and other related parameters such as pH and total dissolved solids, which influence the behavior of these minerals in plumbing.
Approaches to Treating Hard Water and Iron
When weighing treatment options for hard water and iron, two main technical approaches are often considered:
- Physical Media Filters: These systems typically use specialized filter media to remove iron particles and reduce hardness effects by ion exchange or filtration.
- Chemical Feed Systems: These introduce controlled amounts of chemicals such as chlorine or other oxidants to convert dissolved iron into particulate form, which can then be filtered out. This method also helps control bacteria that may accompany iron in groundwater.
Each approach has practical benefits and limitations related to maintenance frequency, upfront configuration, and effectiveness against varying water compositions.
The Role of Chemical Feed Systems in Kissimmee
For residents managing hard water combined with iron, chemical feed systems provide a proven method to address both by oxidizing iron and enhancing removal. The Fleck Total Well Chlorination System, a chemical feed solution with a grain capacity of 32,000, is designed to meet these needs. It ships ready to configure, allowing a tailored setup for household water treatment.
This system works by introducing an oxidizing chemical that converts dissolved iron into a solid form that can be filtered and removed. By addressing iron in its dissolved state, the system helps reduce staining and taste issues associated with iron, while also mitigating hardness-related challenges when paired with additional treatment elements.
Making an Informed Decision
Choosing between treatment options requires careful consideration of your home’s specific water profile, the extent of hardness and iron present, and your desired maintenance level. Testing your well water or municipal tap separately will provide reliable data for this decision.
While Kissimmee’s public water record shows no health-based concerns, managing aesthetics and appliance impact from hard water and iron is a valid reason to consider a chemical feed system like the Fleck Total Well Chlorination System. Its documented specifications and compatibility with groundwater conditions in the area make it a practical option for households facing these water challenges.
Where this information comes from
Source: EPA SDWIS public water system record. These figures describe the public water system's record, not the plumbing inside any individual building.