Due to its chemical nature, the water molecule is made up of a permanent electric dipole and salts, which, taken from the ground, allow an electric current to pass through it via ion conduction.

Thanks to the physicochemical properties of water, it is possible to generate and stabilise a wireless signal capable of blocking capillary action inside the materials, dehumidifying the building and its structural parts accordingly.

The wireless signal comes into contact with the water molecules present in building materials, and acts by reversing the polarity of water molecules with a positive dipole. This tends to rise into a neutral dipole that will usually flow downwards towards the ground, thus definitively and permanently blocking the ascent of rising damp and dehumidifying the walls.

Here is an example of an intervention carried out at a private house in Faenza (RA) at a private residence. The building does not have cellars or apiaries. It is for this reason that there are areas of rising damp, the effects of which are typically associated with structural and aesthetic degradation.

Early photos show the external facade of the building before the installation of an electrophysical wall dehumidifier. Note the signs of rising damp, namely, the detached plaster.

Note also the plan of the house with the marked points: particularly the points marked: "T1", "T2" and "T3" , when the thermographic surveys were carried out at the time of installation, 11 months later and two years later, in almost identical climatic conditions.

Lastly, notice the three photos that show the difference in temperature of the walls following the regression of the rising phenomenon.