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Heritage Well Service has the capability of treating water problems such as iron/manganese, sulfur, sand and hardness. Our filtration systems include:
Iron/Manganese:
We use a mineral removal system to remove unwanted minerals from your water. The mineral removal system we design for you removes all sediment including iron and manganese from your water. Your water will be fresh and clear, your plumbing fixtures will be free of rust stains and your clothes will look brighter. The mineral removal system doesn't use any chemicals in remove these problems from your water. Natural reactions are achieved through aeration and filtration that completely removing iron, sediment and neutralize low pH.
Sulfur:
To remove sulfur smell from your water, we aerate the water (spray into a poly tank) which releases the gas from the water. By remaining in the poly tank for a prolonged period of time, the water has additional time to release the sulfur gas. Next, we install a vent on the top of the poly tank to aide in this process. To see how this works try this at home experiment:
1. Fill a container full or your "stinky" water.
2. Place the container in your refrigerator for at least 8 hours.
3. Smell, taste and enjoy!
Sand:
We offer two different lines of filter choices to remove problem sand in your water. The more economical choices are known as spin out separators or big blue housings with cartridges. Both styles remove sand and sediment but require some homeowner maintenance-- cleaning cartridges. The once-and-for-all solution is a spin out separator with automatic flushing. This unit removes sediment form your water and flushes out the waste from your filter, leaving the homeowner with little or no maintenance.
Hardness:
Water hardness is actually dissolved rock. A water softener system can remove calcium, magnesium, iron and scale. Soft water can prevent soap build up and can give skin and hair a silky look and feel. Clothes are brighter and last longer without deposits trapped in their fabric. Water pipes and appliances run more efficiently without scaling.
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