HOW  IT  WORKS

Creates a Faraday's Generator

 

In 1831, Michael Faraday established that a time‑varying magnetic field induces an electric current within a conductive medium. Bon Aqua’s system leverages this same electromagnetic induction principle in a controlled, industrial configuration to influence the behavior of dissolved minerals and corrosion‑driving ions within water systems.

By generating a high‑intensity magnetic flux field around ferrous piping, the system induces micro‑currents within the flowing water column. These induced currents alter ionic mobility, disrupt crystal nucleation pathways, and modify electrochemical conditions at the pipe wall. The result is a measurable reduction in scale formation and corrosion activity—achieved without chemical dosing, without moving parts, and without any external power source.

This approach provides a passive, maintenance‑free method for conditioning water in industrial and commercial environments, grounded in well‑established electromagnetic theory.

How Does This Happen?

  • The molecules of water flowing through the pipe carry a negative static charge.

  • Bon Aqua amplified magnetic units create a magnetic field inside pipe.

  • As water moves through the induced magnetic field, the static charge on the water molecules is changed from negative to positive due to current being generated by the moving water (Faraday's Law).

  • The current produced by the flow also causes some water molecules to ionize (dissociate), forming Hydronium ions (H+) and Hydroxyl ions (OH-).

 

Results

Basic law of Physics: Similarities Repel

  • Oxidation (corrosion) is prevented because the negative oxygen is repelled by the ground negative (cathodically protected) pipe.

  • Negative scale ions are also repelled.

Basic Law of Physics: Opposites Attract

  • If the walls of negative pipe are contaminated with hard deposits (scale), the positive Hydronium ions are attracted to the pipe wall and convert the hard deposits of scale into soft deposits of aragonite which are removed a molecule at a time, and precipitate out into the tower basin.