There are many things one has to consider when it comes to the quality of water coming out of your faucets, and the water which you would use on a regular basis. Watersoftenerguide.com (Water Softener Reviews) enables you to know the important things you have to consider and keep in mind for your water system.
Beyond just hardness and softness of water, another main area of concern are the bacteria and other impurities which the water may carry along as it travels to your pipes, and to your faucets at home. If not taken any action, the water which you may drink from your faucet could be filled with harmful bacteria, such as E. coli, coliform bacteria, and amoeba.
Once you get infected with any of these microorganisms, chances are, you would get terribly sick and experience indigestion and diarrhoea, which when left unattended, could result to dehydration, and eventually, even death.
This is one incident which Reverse Osmosis could prevent from happening. While not all bacteria could be removed by this process, chances are, a lot of them could still be, depending on how big they are, and on how large the size of the holes there are in the membranes.
Reverse Osmosis Mechanism
When it comes to dissolved salts, as much as 99% of these could be removed. Reverse Osmosis makes use of a pump which induces high pressure on the untreated side of water, which in turn “pushes” the water into the other side of the osmotic membrane. This process would then result to deionised, demineralized, and desalinated water, as the membrane used for Osmosis would only permit water molecules and other molecules smaller than its holes to go to it.
The water or impurities which are left are called the “concentrate” or “brine” stream, which goes into the drain as it is rejected. The permeate or product water is the one which either undergoes further treatment, or is made available for general use.
The range of contaminants which could be extracted via Reverse Osmosis is rather extensive, as dissolved salts, stray particles, pyrogens, bacteria, and other organisms. This is just as long as these substances have a smaller molecular weight than what the membrane permits to pass through. Sodium, which is commonly used in the ion exchange parts passes through the membranes, which make it a good mechanism for work in conjunction with the water softeners.