Electro-inductive water treatment device

This post was last edited by li*ch1968 on 2009-6-7 22:23. Electronic Induction Water Treatment Device – I. Working Principle: The electronic induction water treatment device generates an induced electromagnetic field in the water through its main unit; the frequency and intensity of this field change according to certain patterns, and it is through this electromagnetic field that tasks such as scale removal, scale prevention, sterilization, rust prevention, and rust removal are achieved. II. Scale removal and prevention: This electromagnetic field causes the scale-forming ions in water to combine into numerous aragonite nuclei. When the mineral content in water exceeds its saturated solubility, these scale-forming ions precipitate out and preferentially grow on these nuclei to form aragonite crystals. As a result, the tendency for scale to form on the walls of the vessels is reversed – instead, aragonite crystals form on the numerous aragonite nuclei suspended in the water. These aragonite crystals have weak adhesiveness; they are in a loose, flocculent state and remain suspended in the water, making it easy for them to be carried away by the water flow. This achieves the purpose of preventing scale formation. Under the action of electronic induction water treatment devices, first, the scaling ions cease to deposit on the walls of the device and instead deposit on the numerous aragonite nuclei suspended in the water. In other words, a large number of aragonite crystals form, replacing the calcite crystals that would otherwise form there; as a result, the amount of calcite crystals deposited on the device’s walls decreases. Additionally, the existing calcite scale on those walls gradually dissolves into the water, making the scale looser, thinner, and eventually causing it to fall off and be carried away by the water flow. III. Sterilization: Scale is a breeding ground for bacteria; by removing the scale, the breeding ground for bacteria is also eliminated ； This product generates a weak electric current while in operation, which alters the living environment of bacterial and algal cells and renders them unable to survive, thus achieving the effects of sterilization, algicidal action, and corrosion inhibition. Firstly: Organisms on Earth are generally adapted to an electric field strength of 130 V/m at the surface; this processor alters the electric field strength, thereby changing or affecting the physiological metabolism of bacteria, such as gene expression patterns and enzyme activity, ultimately leading to the death of the bacteria. Secondly: The cell membrane contains many ion channels that facilitate external communication, and the regulation of these ion channels directly affects the function and survival of the cell. The external electric field generated by the processor disrupts the ion channels in the cell membrane, alters the internal control currents that regulate cellular functions, and affects the survival of bacteria. Thirdly: During the process of water treatment using an electric field, dissolved oxygen becomes activated, and reactive oxygen species have a series of harmful effects on microbial organisms, causing them to age and eventually die. IV. Rust prevention and removal: After water rust is removed under the action of an induced electromagnetic field, a layer of metal oxide forms on the inner wall of the water pipe; this oxide layer prevents new rust from forming. In other words, red rust (Fe2O3) is reduced to a black rust outer layer (Fe3O4) with strong corrosion resistance, thereby achieving the effect of preventing rust and corrosion. The induced electromagnetic field generated by electronic induction water treatment devices breaks down the large molecular clusters in water, resulting in the formation of numerous small molecular clusters. This reduces the surface tension of water, increases its reactivity, enhances its solubility, and boosts its permeability.