Benefits of a Drinking Water Purifier

Most people purchase a drinking water purifier to improve the taste for drinks and cooking. These filtration systems are generally installed under the kitchen sink and some models have a separate faucet. Reverse osmosis and carbon cartridges are the most commonly used methods used in under sink water filters. A good water purifier has benefits for both municipal and well supplies.

A drinking water filtration system can be used alone or in conjunction with a whole house water system. The chemicals that are used to purify municipal sources can be as dangerous to your health as the bacteria and viruses the chemical is meant to kill. Chlorine is the most commonly used chemical in municipal treatment facilities. In some areas, the condition of the water is so bad that it requires high levels of chlorine to kill the contaminants. Excessive chlorine has been linked to increases in cancer rates, respiratory difficulties and skin conditions. Removing chlorine not only improves the taste, but makes the water safe to drink.

If your water supply comes from a private well, you may use a water softening system. You need a separate filtration system for safe drinking water. Salt is used in the softener regeneration process. This causes sodium in the water, which can be dangerous for people with high blood pressure and hypertension. It also tastes terrible. Reverse osmosis filters, which are used in desalination plants, are very effective at removing the salts and purifying your well supply.

Wells known to have high levels of microorganisms and biological contaminants may need more than carbon and a reverse osmosis water purification system. The presence of these bacteria and viruses can be detected by having the water tested. A filtration system in combination with ultraviolet light is effective at killing about ninety nine percent of the organisms that are unhealthy for drinking. A UV purifier should be used in conjunction with another method, such as reverse osmosis water filters to remove the most contaminants.