Side-stream water processor

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This post was last edited by yuchenchf on 2016-7-11 at 15:28. The side-flow water processor was developed based on the conventional full-flow design; it utilizes the principle of a low-voltage electric field with overlapping pulses, adjusts the treatment signals automatically according to the quality of the water, and operates in a side-flow manner. Application scope: Scale prevention, scale removal, sterilization, algaecide treatment, as well as removal of suspended solids in water for central air conditioning systems, industrial cooling systems, heat exchange systems, hot water boiler systems, and various other water-using equipment systems. The working principle is as follows: After passing through the bypass water processor, the degree of polymerization of water molecules decreases and their structure is altered, resulting in slight elastic changes in various physicochemical properties such as an increase in dipole moment and polarity. This in turn enhances the water’s hydration capacity and its ability to dissolve scale. Salt ions in water, such as Ca2+ and Mg2+, are affected by the electric field force, causing a change in their arrangement and making it difficult for them to accumulate against the wall of the container. A specific energy field alters the crystallization process of CaCO3, inhibiting the formation of calcite and providing the energy necessary for the formation of aragonite crystals. Under the action of an electric field, the processor generates a large number of microcrystals. These microcrystals can preferentially remove the substances in water that tend to cause scaling, forming loose aragonite, which is then separated by auxiliary equipment and removed from the system, thereby achieving the purpose of scale prevention. Water produces reactive oxygen species after treatment. In systems that are already fouled, reactive oxygen species break the electronic bonds between the molecules that make up the scale, altering its crystal structure and turning the hard, compact scale into loose, soft material. As a result, the scale gradually peels off in the form of fragments and debris, thereby achieving the purpose of scale removal. As the water passes through the side-flow processor, the ecological environment of bacteria and algae in the water changes, causing them to lose their living conditions and die. This is manifested by altering the electric field strength, disrupting the physical environment necessary for organisms to survive; as a result, the metabolism of bacteria and algae is affected, leading to their death. An external electric field disrupts the ion channels in the cell membrane, altering the internal control currents that regulate cellular functions, thereby affecting the survival of bacteria. When a liquid containing bacteria passes through a strong electric field, instantaneous current changes occur in the liquid; the cells along the conductive path are killed by the high-speed moving electrons, thus achieving the purpose of sterilization and algicidal action. Reactive oxygen generates an oxide coating on the pipe wall to prevent corrosion; during operation, it continuously coats and passivates the pipe wall. Microbial corrosion and deposit corrosion are suppressed, achieving the purposes of anti-corrosion and rust removal. Performance features: 1. Intelligent fully automatic operation for removing rust and scale, killing bacteria and algae, and reducing turbidity. 2. Only 1%-5% of the water flow rate of the bypass treatment system is required, making it easy to install. 3. It achieves an integrated operation of fully automatic online water quality treatment, filtration, forced external cleaning, and waste discharge. 4. No chemical agents are required, there is no secondary pollution, making it green and environmentally friendly.