Scale deposit forms when water becomes over saturated with calcium and must precipitate a percentage of this to maintain its saturation equilibrium. As calcium is an inverse soluble mineral, the hotter water gets the less calcium it can hold in solution. When it precipitates, it bonds with available carbon to form scale (also referred to as lime scale).
Another circumstance that can cause water to become over saturated with calcium occurs when water is released from being under pressure. Familiar examples of this include faucets and shower heads.
Saturated ~ containing the maximum amount of a substance capable of being dissolved under given conditions.
Precipitate ~ to separate (a substance) in solid form from a solution.
Traditional methods accomplish this by using a water softener that uses a specially charged media which attracts calcium ions. Once the media becomes covered in calcium it must regenerate. It does this by flushing a concentrated salt brine through the media to clean the beads which is rejected down the drain (backwash).
NaturalSof (formerly Fluid Dynamics) has a proven greener, more cost effective way… The catalytic way.
Skeptic turns into a believer. Watch: Industrial Cooler Treatment
Both products are effectively trying to achieve the same effect, under-saturating the water of calcium so the water does not need to precipitate it as scale.
Softeners achieve this by physically removing a percentage of calcium from the water through the previously described ion exchange system
The catalytic process directly treats calcium bonding it with carbon in a form that does not have the tendency to form scale.
High purchase cost
High installation cost
High running costs/maintenance
Not suitable for drinking water
Requires regeneration and wastes water
Lower purchase cost
No salt required
No running costs/maintenance
Nothing is added or removed from water
No wasted water
Greenest method for scale prevention
Softer, cleaner water
The NaturalSof scale prevention product line utilizes a non-sacrificial lead free alloy core with a special surface. As water passes over the core a catalytic reaction takes place.
The reaction causes carbonic acid to precipitate. The reduction of this acidic component increases the pH of the solution.
This pH increase triggers calcium to come out of solution to combine with available carbon to form calcium carbonate (CaCO3) in its aragonite state. The pH increase is only temporary and there’s no noticeable difference in pH readings before and after the unit.
Catalytic treated water has a greater capacity for calcium and carbon. This greater capacity prevents scale deposition and in many cases any pre-existing scale is gradually absorbed.
The saturation ratio (Sr) decrease is initiated by the catalytic reaction
The calcium carbonate (CaCO3) is still present; it has just been converted to a different form.
CaCO3 remains in the water but instead of being dissolved minerals it has been precipitated into a suspended crystallized form of calcium carbonate called aragonite.
When water arrives at a hot surface or is sprayed the water is now under saturated with calcium so does not need to scale.
Under certain conditions such as boiling/evaporation deposition may occur, however, rather than forming a hard scale CaCO3 will leave a soft white residue that can easily be removed.
Shown to the right is calcite, the untreated form of calcium carbonate. This is the hard scale deposited by untreated water as a result of heat (water heaters) and pressure drops (faucets and nozzles).
It’s color varies dependent on the other minerals in the water.
To the left aragonite is shown, the treated form of calcium carbonate. Unlike calcite, aragonite stays in suspension and is carried through the system to the drain.
As a result the system does not scale.
The catalytic process offers a viable cost effective solution for all hard water problems in any circumstance.
By reducing scale you reduce energy waste. This no longer has to be done using treatment methods which substitute one burden on the environment for another.
The catalytic process is wholly green with no running costs and no wasted water while providing continuous uninterrupted flow. We can accommodate any flow rate (GPM).
NaturalSof offers a complete range of products suitable for all sizes and types of applications: residential, commercial, industrial, and municipal.
If you would like to have a more in depth understanding of our catalytic process we encourage you to read the scientific research confirming the validity of our technology shown on their website.
For brochure, specifications, and case studies, please click on the links below