Iron in Drinking Water.
The EPA
(Environmental Protection Agency) established “national primary drinking water
regulations” that set mandatory water quality standards for drinking water
called “maximum contaminants levels” (MCL’s).
Iron in water is considered a “secondary” contaminant. The MCL’s for iron are 0.3 mg/L. Noticeable effects of too much iron in water
are:
rusty color
reddish or orange color
sediment
metallic taste
There are a wide variety of problems that are a result of secondary
contaminants and can be broken down into three categories:
Aesthetic effects -- undesirable tastes or
odors
Cosmetic effects --
effects that do not damage the body but are still undesirable
Technical effects --
damage to water equipment or reduced effectiveness of treatment for other
contaminants
Conventional
treatments can be used to remove secondary contaminants, such as iron, from our
drinking water. These treatments include:
·
coagulation/flocculation
·
filtration
·
aeration
·
granular activated carbon.
Aeration Iron
Removal System: Aeration Iron removal system will add air to the water for the
oxidation of Iron, Manganese and Rotten Egg Smell (Hydrogen Sulfide Gas). The aeration
system is the greenest form of filtration to clean up Murky discolored water
with a bad smell, also used on chlorinated water to remove odors, sediment and
acid water. The system can also be upgraded with an air pump.
Visit “The Water
Store” on-line athttp://www.thewaterstorenh.com/products/drinking-water-systems
to find out how you can remove iron and other contaminants from your family
drinking water with The Water Stores’ Aeration Iron Removal Systems.
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