Then, we can guarantee that solution to work. That is the only way to know what kind of iron removal system can be used to solve your iron problem. When providing water treatment solutions, it is imperative that we precisely know what is in your water, including "competing contaminants. Due to the sheer volume of tests that we offer to our customers, we sell these same tests at a big discount due to our volume purchasing. It is imperative that you get a detailed water test from independent third-party laboratories that have no interest in selling equipment – just testing your water accurately. Get a Detailed Laboratory Water Analysisīefore you even start to consider what type of system you may need to treat your iron, in addition to determining what type of iron you may have and whether it is IRB or SRB, you absolutely need to get a detailed water analysis, such as you may find on MyTapScore. There are few galvanized tanks in use, as most have been replaced with bladder tanks, but if you are the lucky owner of one, you should quickly replace it, especially if your well water has iron. If you have an old-style galvanized pressure tank, it is an excellent idea to replace it with a bladder-type pressure tank that separates the air from the water (with the bladder) and oxidizes the iron with the oxygen in the air. To help prevent problems with iron staining, the EPA has recommended that your water should contain no more than 0.3 parts per million (ppm or milligrams per liter ) dissolved iron. As the water becomes oxidized, it can stain plumbing fixtures and clothes. Agitating the water or adding oxidants such as chlorine bleach or other home cleaners containing chlorine can accelerate this process. If you have dissolved or "clear water" iron, it may become oxidized once it is exposed to oxygen in the air. Oxidized iron needs to be removed with a sediment filter that will catch the small particles down to approximately five (5) microns before they pass into the home plumbing and/or other water conditioning equipment. Iron, which is oxidized, forms small "rust" particles that can give the water running out of a faucet a red, brown, or yellow color. The first step in proper iron removal is to determine if the iron is in particle form (oxidized state) or dissolved (reduced state). What color is the water when you first draw all glass? The color of the water is an initial clue as to the presence of oxidized iron. The Maximum Contaminant Level set out by the EPA is 0.3 milligrams per liter (mg/l), but this is merely a guideline and not a federal standard. The EPA considers iron in well water as a secondary contaminant, which means it does not have a direct impact on health. Iron typically stains everything that it touches a brown, red, or yellow color (depending upon the level), and has been known to clog or plug pipes, solenoids, nozzles, faucet aerators, and many other things, this leads to the need for scientifically back iron removal solutions. So, while iron may not be a problem from a consumption standpoint, it can be very detrimental to everything your water touches, including pipes, faucets, fixtures, washing machines, dishwashers, showers, tubs, clothing, dishes, and silverware. Actually, iron is beneficial to humans and is a necessary nutrient in most diets. The US Environmental Protection Agency (EPA) does not consider elevated iron concentrations in drinking water to be a health problem. However, most people get their daily minerals and vitamins through the food they eat and not the water they consume. Water is not a significant source of iron.
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