Water Softener Myths

MYTH: YOU CAN’T DRINK WATER FROM A WATER SOFTENER

Although many people believe that water from a water softener contains too much sodium for consumption, most do not realize how little sodium is in soft water. The average amount of sodium in a quart of water from a properly working water softener is 75 to 100 mg – as opposed to 120 mg in a slice of white bread. If this trace amount of sodium is a concern, a WaterBoss^® water softener is capable of using potassium chloride to regenerate the water softener. The addition of a Reverse Osmosis drinking water system to your water softener can be installed to give you sodium free drinking water.

MYTH: WATER FROM A WATER SOFTENER DOESN’T RINSE THE SOAP OFF

Showering in soft water makes my skin feel “slippery”. Showering in soft water may give you the sensation that soap and shampoo haven’t been rinsed away. In fact, by removing the dissolved rock from your water, a water softener provides you with water that thoroughly cleans your skin and hair, allowing your natural softening and moisturizing agents to do their job. With hard water, skin pores clog with soap residue leaving skin dry and hair dull.

MYTH: WATER SOFTENERS WASTE SALT AND WATER

With the use of patented technology such as directional flow screens which allow for the proper use of fine mesh resin, the WaterBoss^® water softeners are much more efficient than conventional softeners.

MYTH: WATER SOFTENERS ARE TOO EXPENSIVE TO OPERATE

Actually, a water softener is the only household appliance that can save you money by using it. Using soft water can reduce water-heating bills up to 29%. Soft water also requires 50-75% less detergent to do laundry and dishes.

MYTH: THE DISCHARGE FROM A WATER SOFTENERS REGENERATION WILL DAMAGE MY SEPTIC SYSTEM OR DRAIN FIELD

In studies conducted by scientists in the late 1970’s at the University of Wisconsin, it was confirmed that salt-brine discharge from water softeners caused no problems in the operation of typical anaerobic or newer style aerobic home treatment plants. It was also determined that water softener regeneration waste did not interfere with drain field soil percolation but actually could, under some circumstances improve soil percolation, particularly in fine-textured soil. The important and beneficial difference is that septic tank effluents containing water softener effluents contain significant amounts of calcium and magnesium, which counteract the effect of sodium and help maintain and sustain soil permeability. The studies concluded that it is better to discharge water softener waste to septic systems than to separate dry wells or ditches. For more information visit www.wqa.org.