The truth about drinking water purification systems by Andre J. Sylvester

It's a fact that there are many types of drinking water purification systems on the market today. There is a huge demand for these systems, because consumers want to improve the quality of their drinking water. The best way to make an informed decision on which system is best for you is to understand what you want to get out of your drinking water, and what do you want to keep. With that information, you can select the drinking water purification system that best meets your needs.

The first area of concern is unwanted chemicals in your water. Studies have shown there to be over 2100 potential chemicals in municipal water supplies. This wide ranging list includes chlorine, pesticides, herbicides, synthetic organic chemicals and inorganic chemicals. Any one of these could be a health concern, and most drinking water purification systems target the removal of chemicals.

The second area of concern is bacteria and other living organisms. Chlorine is widely used to disinfect water, but this heavy use has generated a number of organisms such as giardia and Cryptosporidium which are chlorine resistant. This is a critical area which only certain drinking water purification systems can address adequately.

The third area of concern is heavy metal contamination. Lead is the most harmful of the metals often found in drinking water. This metal can cause development issues for children, as well as hypertension in adults. Metal removal is very important for healty water.

We have covered the primary areas of concern in drinking water today, so what are the key features in drinking water purification systems that can address these areas of concern?

Chemical removal can easily be accomplished by a mechanical filtering system. The filter needs to have pores which are at the submicron level to be most effective.

Metal removal is most efficiently handled when the metal attaches itself to a filter or other physical element within the drinking water purification system.

Removal of organisms like giardia and cryptosporidium are best accomplished by submicron filter elements. The small size of the pores keeps the organisms from passing through the system.

Now that you know the key features needed in drinking water purification systems, you can do the necessary research. There are some great drinking water purification systems that can help you have the best quality drinking water, so focus on the features listed above to get the best results!