A bacterial cell passing through the Hydroflow unit's ferrite ring is electrically charged by the electrical signal. As a result, a layer of pure water forms around the bacterial cell, creating osmotic pressure on the cell. The process of equalizing concentrations causes the cell to swell with water and burst.
Furthermore, the electrical signal creates a disruption in the bacterial cell membrane and causes it to be killed.
The presence of the signal along the piping creates disturbances to the layer of bacteria adjacent to the surface of the inner pipe and gradually causes its release.
Biofouling treatment
Bacteria that adhere to the surface of the pipe form a layer called biofouling (or biofilm). Over time, the electrical signal from the Hydroflow unit causes disturbances and releases the bacteria, which are washed out with the water flow.
A bacterial cell that passes through the ferrite ring of the HYDROFLOW unit is electrically charged.
Water molecules attach to the cell membrane and form a layer of pure water around the cell.
A process of osmosis (comparison of concentrations) causes water to enter the cell.
Water molecules attach to the cell membrane and form a layer of pure water around the cell.
תא בקטריה העובר דרך טבעת הפריטים (Ferrites) של מערכת Hydroflow נטען חשמלית.
Water molecules attach to the cell membrane and form a layer of pure water around the cell.
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