Application of magnetic water for soil desalination

Application of magnetic water for soil desalination

This is a serious problem and the reason for using magnetic water for soil desalination is due to magnetic water's ability to dissolve salts effectively. This has been proven by the results of many years' experiments, carried out by scientists of "Magnetic Technologies" company in various world regions. Based on laboratory and field experiments, "Magnetic Technologies" company has developed a range of magnetic systems that can be used for magnetic treatment of water with different compositions, which are used for desalination of soil rich in chloride-sulphonitrate. Magnetized water is almost twice as effective when it comes to washing out salts from the soil, as normal water. In addition, magnetized water washes away difficult to remove nitrate sulphates from the soil, and the effectiveness of soil magnetization and desalination remains even during water mineralization to up to 7000-8000 PPM.

Irrigation of plants using salt water is another problem. Salt water is not suitable for irrigation due to two reasons. First, when irrigating with salt water, salts deposit in plants and decrease cellular circulation. Second, hard salts deposit in soil's capillaries, making it non-permeable. However, if preliminary magnetization of salt water is carried out using devices produced by "Magnetic Technologies" company, formation of incrustations is prevented in the pores of soil and plants. Field experiments that were carried out in soil with hard salty water, rich in calcium sulphates, magnesium and sodium chlorides, were all successful, even during irrigation of agricultural cultures with magnetized water taken from Caspian Sea with mineralization of 14000 PPM. The results of these experiments have not only proven that this method can be used, but also that it is essential for some agricultural cultures. For example, sorghum crop/harvest increased by 45%, and corn by 30%, compared to a control area that was irrigated by normal (non- salty) and non-magnetized water.

Examples on photographs

These photographs show one of the experiments that included using salt water for irrigation of different plants. As it can be seen on photo 1, this experiment was carried out in the same conditions, with the only difference being that the right side of the experiment land was irrigated using magnetic water, whereas, left (control) side of experimental land was irrigated using normal (non-magnetized) water and seeds did not undergo magnetic treatment. Salt content in both cases was 10 thousand PPM.

Photo 1.