Description

GreenWave Salt-Free US Water Softener Alternative – America’s #1 Choice in Salt- Free Water Conditioning

Traditional salt-based water softeners remove the minerals that make water hard, mainly calcium and magnesium. GreenWave Salt-Free US Water Softener Alternative on the other hand neutralizes these minerals, preventing them from adhering to surfaces, this effectively prevents the negative effects associated with hard water. This is the perfect system for those who live in an area where water softeners are banned or even those who are tired of dealing with the hassle of adding salt. This is a system that will exceed your expectations

• Removes the existing scale in plumbing
• The catalytic process converts Calcium and Magnesium into harmless microcrystals
• Doesn’t use electricity
• Maintenance-free
• Zero water waste
• Prevents scale INSIDE the plumbing
• Provides the best quality healthy water without the addition of Sodium or Phosphates

How it Works GreenWave Salt-Free US Water Softener Alternative

The GreenWave 2.0 utilizes Filtersorb SP 3 Media by Watch Water. The Filtersorb SP 3 Media utilizes a process called Nucleation Assisted Crystallization or “NAC” for short.

As the hard water passes through a pressure vessel (in the upflow configuration) the calcium bicarbonate Ca(HCO3)2 is transformed into the aragonite form of calcium carbonate CaCO3 crystals. These crystals are formed through decomposition and crystallization process, forming very stable harmless crystals.

The following equation describes the reaction that occurs inside the pressure vessel when flow over grains of nucleation.

Ca(HCO3)2 → CaCO3 + CO2 + H2O

Most companies do not tell you how much Anti-Scale Media is inside their tanks. However, if you check, you will find out that it is generally about half of what we use. Ours is engineered to be long-lasting and more efficient, typically lasting 4-6 years.

NOTE: If you are on a private well, you will need to pre-treat and filter out iron, manganese, hydrogen sulfide, copper or other contaminants that could foul the media.