If you want the highest quality water you can get, you're probably looking for information about different drinking water treatment systems. Everyone wants high quality water for showering, laundry, cooking, and especially drinking. Your tap water may contain contaminants from many sources, such as agriculture, industry, animal and human waste, as well as naturally occurring contaminants. If your water is contaminated, you may notice that it has a bad taste or smell, or is cloudy. But not all contaminants can be seen, smelled or tasted. Investing in a good home drinking water treatment system will give you the confidence that your drinking water is not only aesthetically appealing, but also pure and healthy.
Home drinking water treatment systems remove many contaminants, for example iron, sulfates, nitrates, arsenic, lead, organic compounds, chlorine and microbes. Proper treatment will provide better-tasting, safer water for your home. There are many types of treatment systems, such as carbon filters, mechanical filtration, ion-exchange, reverse osmosis, and distillation. Before you make your purchase, be sure to consider the type of contaminants to be removed, the cost of installation, and the cost of maintenance. There is no point in spending a lot of money on a home drinking water treatment system that does not do the job! Also think about how universal you want the water treatment in your house to be: do you just want a drinking water purification system, or a whole house treatment system?
Carbon filters are pretty good at removing organic contaminants from your water. The filters must be replaced periodically, which means you get to throw those contaminants in the trash! Carbon filters can be installed on your kitchen faucet or benefit the sink to treat your cold drinking and cooking water, or at the point-of-entry to the house to treat all your household water. Pour-through carbon filters are also available, but they only treat a small amount of water at a time, and are not very effective at removing contaminants.
Sub-micron filters work on mechanical principles to remove any particles, microbes, or compounds with a size greater than pore size of the filter. They can be installed in all the same places as carbon filters, and are more effective if used in conjunction with carbon filters.
Ion exchangers work by filtering water past beads or similar materials that are coated with sodium or potassium which replace 'bad' ions in the water. The resulting water is better tasting and far better for your health. These systems can also be combined with carbon and sub-micron filtration systems to enhance the total quality or your water.
Reverse osmosis home drinking water treatment systems pass water through a semi-permeable membrane, removing contaminants such as organic compounds, magnesium and nitrates. These systems generally include an activated carbon filter to remove contaminants that reverse osmosis systems can not. Reverse osmosis unfortunately also removes a variety of beneficial minerals from the drinking water too, such as fluoride. Because these systems result in de-mineralized water, they are not recommended for home drinking water treatment systems.
Distillation is also extremely effective at removing contaminants, and results in water that is almost completely pure. Like reverse osmosis, distillation results in de-mineralized water. These systems are recommended for purposes that require pure water, like wet-cell batteries and industrial uses.
Given this brief survey of water treatments, it looks clear that a system that combats carbon filtration, sub-micron filtration, and ion exchange is the best drinking water purification system. If you look around, you'll find that these treatment systems are affordable and effective at providing you with great quality drinking water.
source http://bitcoinswiz.com/home-drinking-water-treatment-systems/
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