Reverse Osmosis Pure Water System: The Route to Clean H20


If your primary drinking source is tap water, then expect to have much more in your water than hydrogen and oxygen. Depending on where you live, your tap water may contain a whole host of contaminants, from chlorine to arsenic. Fortunately, with a reverse osmosis pure water system in place, you can rid your water of the majority of its contaminants and start drinking H2O that is fresher and cleaner than before.

Common Contaminants Found in Tap Water

Most tap water is treated by water districts to deal with dangerous contaminants. However, many contaminants remain, which may include nitrogen, bleach, pesticides, salts, and metals. Plus, the water districts typically use chlorine during their treatment processes, and this chlorine remains in your water. Additionally, many water districts across the country add fluoride to their water supplies. So, at the very least, you probably have chlorine and fluoride in your water.

How Reverse Osmosis Works

Reverse Osmosis is a filtration system that uses a high-pressure pump and membranes to clean water. First, large particles are removed during a process, often known as pre-filtration. In addition to removing particles from your water, this step also helps protect the more delicate reverse osmosis membrane that is used in the second step of filtration. This osmosis membrane is a synthetic filter that lets water pass through but traps contaminants. Then, there is usually a post-filtration process that is designed to pick up any pollutants that slipped the first two filtration steps and then an in-line carbon filter for one last cleaning before the water comes out of the tap.

Should I Get a Reverse Osmosis Pure Water System?

Reverse osmosis systems work well in most instances except when the water is hard. If you have hard water that is over 10 grains per gallon, you might want to consider a different filtration system.

For the cleanest water for your home, contact Isopure Water today at

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    Author: Kendrick Wilkes

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