How To Get Rid Of Iron In Well Water

Iron is one of the most common contaminants faced by well owners. Its orange stains and muddy-colored glasses can be a major nuisance, but thankfully there are many solutions to rid your water of this unwelcome mineral.

How does iron get into well water? 

Iron is one of the most widespread minerals on earth, making its presence in well water unavoidable. Heavy rainfall percolating through the soil will dissolve iron, ushering iron deposits into the underground aquifers that supply groundwater for drinking and bathing. Snow melting and seeping through the earth into groundwater supplies will introduce iron into well water sources.

Iron is not a contaminant you want in your well water. Iron can cause colored stains in toilets, sinks and tubs and leave a metal taste in your drinking water. This can be alleviated by installing an iron filter on your water supply. The filter will remove any and all iron particles from entering your well. It filters using an ion exchange membrane system that replaces the iron ions in the water with sodium (chloride).

How does iron in water damage your home? 

Iron is often seen in the form of rust, but it is not always easy to spot. The only way to tell for certain if your home has iron contamination is with a water filter test kit. It’s easy to install and remove these filters, which can be found at most home improvement stores.

If you are tired of stains from well water, then your solution is here. Our Iron Removal filter is a simple-to-install plug and play system that instantly reduces iron concentrations in water, combating the unsightly staining they cause. The results are incredible.

A well with iron contamination is both unpleasant and unhealthy. Iron leaves water with a bitter metallic aftertaste and will turn water unappetizing colors even in very low concentrations. Using an iron filtration system will eliminate this problem and restore the water’s original flavor, leaving you with a fresh, clean drink.

Iron buildup in your plumbing can reduce water flow, increase your monthly water bill, and damage your household appliances. Our iron removal filter is designed to stop residue from flowing through the pipes, ultimately minimizing potential clogs and costly repairs.

A shower filter helps remove unpleasant odors, chlorine and other contaminants from your water. It can also help reduce heavy metals like iron and manganese, which can leave stains on your skin and hair. Water with high levels of iron can cause hair to become brittle and lifeless.

Is iron in water dangerous? Drinking low levels of iron is not dangerous and will not have an adverse impact on your health. Iron is regulated as a secondary contaminant by the EPA. Secondary contaminants are contaminants with aesthetic and cosmetic consequences, like foul tastes and stains, but are not considered to be dangerous to consume.

There are many types of water treatment methods that remove iron, manganese and copper from water. The most common methods are filtration, ion exchange and chemical precipitation.

The three types of iron found in well water 

The iron filter is ideal for removing ferric iron from your well water. If your water is a bright orange or red coloration, this is a great indication that you have a great deal of ferric iron present in your well. Since bacterial iron is in a precipitate form, it is the simplest form of iron to remove from your well.

Iron is one of the most common contaminants found in water, as it can be present within almost every building as well as being a byproduct of many different chemical processes. Ferrous iron is water soluble and therefore not visible while it’s dissolved within the water, but when left exposed to atmospheric conditions, oxidation will occur and begin to appear as a reddish-brown precipitate at the bottom of the glass.

Bacterial iron is the trickiest and nastiest configuration iron can take in your well. Bacterial iron occurs when there are bacteria in the well that have bonded with the iron. Bacterial iron is a bright red sludge, resembling tomato soup. Bacterial iron most commonly emerges in wells because of poor maintenance or improper well servicing. For example, if you had your well pump serviced, and the pump was not properly sanitized before being returned to the well, bacteria can be introduced that will then bond with the iron. Bacterial iron will stick to the inside of pipes, clog your well pump, congest your plumbing fixtures, and leave swampy, slimy red residue in your toilet bowl and tank.

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