Doctor Quant Shower
May 5, 2017
May 5, 2017
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water structured

Is used to reduce water hardness, reduces the content of iron in water, Full protection against scale. Reduces the failure rate of water supply systems. All sizes are made per different filter size, connects into the entry point of water into filter. Magnetized water is easier to digest by the body, improves the permeability of biological membranes of tissue cells, cleans vessels, reduces excess cholesterol in the blood and liver, regulates blood pressure, normalizes metabolism, promotes excretion of kidney stones, therefore - widely used in medicine (using physiotherapeutic Devices), for the treatment and prevention of many diseases, as well as in agriculture - for watering plants (simultaneously, with dissolution and removal into deep horizons of salts - Soils are improved, solonchaks are reclaimed) and soaking of seeds. Useful, healing properties, after activation, are retained by the liquid - for a long time depending on processing parameters: chemical composition, presence of iron ions and chlorides, charge of particles of suspensions, sufficient degassing, pH value and storage conditions - temperature, vibrations, External electromagnetic radiation and level of radiation background. Structured water devices: Description: Magnetic structured water device is designed for protection against scale and deposits in heating appliances, water softening, conversion of soluble iron to iron oxide and further removal from the water by filters of mechanical fine cleaning. It is intended for protection against scale and deposits, suppression of biofouling in: - hot water boilers, heat exchangers, boilers, heating systems, steam generators - technological and industrial equipment in production - HVS and HVS systems of apartment buildings and industrial premises - swimming pools, water parks, decorative ponds, SPA - washing machines and dishwashers, water heaters, plumbing Application area: - water treatment in apartment buildings, cottages and cottage settlements - water treatment in swimming pools - food industry - Agriculture - fish farming - irrigation - chemical industry - Pharmaceuticals - Perfumery - Small business, cafes, restaurants, medicine. Design: The case of the magnetic structured water device is made in the form of a pipe made of non-magnetic stainless steel (analogue AISI 304) and is characterized by high indicators of corrosion resistance and ability to withstand temperature differences. In the case there is a magnetic element made of rare-earth neodymium alloys. The main component of the water converter is a cylindrical magnetic element that creates an axially symmetric polygradient magnetic field. Due to the topography of the field in the magnetic system, a high efficiency of the action of the magnetic field on water is achieved. Operating principle: As a result of magnetic treatment, physical and chemical processes occur. This leads to the release of impurities that begin to interact with each other. Calcium ions form microcrystals, but they do not form scaling, but remain in the water column, then they are carried to the drainage. Formed early scum is destroyed, as calcium ions break away from it and join the microcrystals. Thus, the old scale is washed away from the surface of pipes or any heating devices. To protect the equipment from corrosion, a thin oxide film forms on the surfaces of the pipes over time. Mounting of SERUS magnetic water structured device: magnetic water structured device can be used alone or as part of the water treatment systems. It is installed on both cold and hot pipelines (vertically or horizontally). The main advantages of SERUS magnetic water structured device: -high efficiency of magnetic water treatment -complete protection of equipment from scale -use of multipolar magnetic systems -environmentally friendly method -protection against scale and corrosion without chemical reagents -no electricity consumption -no interchangeable parts -no maintenance required -long service life (more than 30 years) -economy -small dimensions -easy installation More about structured water treatment: The physical effect of the magnetic field on the structure of water and cations of hardness salts opens up wide opportunities for the use of structured magnetic water treatment. Structured magnetic treatment of water is widely used for many years in various industries, agriculture and medicine. The great prospects for using magnetic treatment and in water treatment for water softening, as the acceleration of the process of crystallization of scale-forming salts in water under magnetic treatment, leads to a significant decrease in the concentrations of Ca2 + and Mg2 + cations dissolved in water due to the crystallization process and the reduction in the size of crystals precipitated from heated water, subjected to magnetic treatment. To remove from the water difficultly deposited thin suspensions (turbidity), the ability of structured magnetized water to accelerate coagulation (clumping and precipitation) of suspended particles with subsequent formation of a fine sediment is used, which facilitates the extraction of various kinds of suspensions from the water. Magnetization of water can be used at waterworks with significant turbidity of natural waters; similar magnetic treatment of industrial wastewater allows quickly and efficiently precipitate fine impurities. Magnetic treatment of water helps not only to prevent the precipitation of scale-forming salts from water, but also to significantly reduce the deposits of organic substances, for example, paraffins. Such treatment is useful in the oil industry in the production of high paraffin oil, and the effects of the magnetic field increase if oil contains water. The most demanded and effective magnetic treatment of water was in heat exchangers and systems sensitive to scale - in the form of steam boilers, heat exchangers and other heat exchangers of solid hydrocarbonate deposits (calcium carbonate Ca (HCO3) 2 and magnesium Mg (HCO3), formed on internal walls of pipes) ) 2 with the heating of water decomposing to CaCO3 and Mg (OH) 2 with the release of CO2), sulfate (CaSO4, MgSO4), chloride (MgSO4, MgCl2) and to a lesser extent silicate (SiO3 2-) salts of calcium, magnesium and iron. The high content of salts of hardness makes water unsuitable for household needs, and untimely cleaning of heat exchangers and pipes from scale in the form of carbonate, chloride and sulfate salts Ca2 +, Mg2 + and Fe3 + leads to a reduction in the diameter of the pipeline, which leads to increased hydraulic resistance. The reduction of resistance negatively affects the operation of heat exchange equipment. Scale has a coefficient of thermal conductivity is much lower than the metal from which the heating elements are made, so more time is spent on heating the water. Over time, energy losses can make the heat exchanger work on such water ineffective or completely impossible and can lead to an accident. With a large thickness of the inner layer of scale, water circulation is disturbed; in boiler plants this can lead to overheating of the metal, and, ultimately, to its destruction. All these factors lead to the need for repair work, replacement of pipelines and sanitary equipment and requires significant capital investments and additional cash costs for cleaning heat exchangers. In general, magnetic treatment of water reduces the corrosion of steel pipes and equipment by 30-50% (depending on the composition of the water), which makes it possible to extend the life of heat energy equipment, water pipes and steam pipelines and significantly reduce the accident rate. Magnetic treatment of water in comparison with traditional methods of water softening by ion exchange and reverse osmosis is technologically simple, economical and environmentally safe. The water treated by the magnetic field does not acquire any side-effects that are harmful to human health and do not significantly change the salt composition, preserving the quality of drinking water. The use of other methods and technologies of water treatment is associated with an increase in material costs and problems with utilization of chemical reagents used in the course of water treatment (most often acids). In this case, often it is necessary to invest additional material costs, change the operating mode of heat devices, apply special chemical reagents, change the salt composition of the treated water, etc. Ion-exchange water softeners use Na + cation exchangers, which are regenerated after cationing with a solution of sodium chloride (NaCl). This creates problems for the environment due to the need to recycle washing water with a high content of sodium salts. Water is softened also with the help of reverse osmosis membrane filters, conducting its deep desalination. However, this method is less common because of the high cost of reverse-osmosis installations and the limited resource of their operation. Magnetic treatment of water is devoid of the above disadvantages and is effective in the treatment of calcium-carbonate waters, which constitute about 80% of all waters of Russia and the CIS. The fields of application of magnetic water treatment in heat power engineering cover steam boilers, heat exchangers, boilers, compressor equipment, engine and generator cooling systems, steam generators, hot and cold water supply networks, centralized heating systems, pipelines and other heat exchange equipment. Taking into account all these trends and prospects for the use of structured magnetic water treatment in many industries, it is currently relevant and promising to develop new and improve existing technologies for magnetic water treatment to achieve higher efficiency and operation of magnetic water treatment devices in order to more fully extract the hardness salts from water and increase the resources of their work. Mechanism of the action of the magnetic field on water and the design of magnetic water treatment: The principle of operation of the new magnetic water softening apparatus is based on the complex multifactorial action of the magnetic field generated by permanent magnets on hydrated metal cations dissolved in water and the structure of hydrates and water associates, which leads to a change in the rate of electrochemical coagulation (coalescence and coarsening) of dispersed charged particles in a stream of magnetized liquid and the formation of numerous crystallization centers consisting of crystals of practically the same size. In the process of magnetic treatment of water, several processes occur: -displacement by the electromagnetic field of the equilibrium between the structural components of water and hydrated ions; -increase of the crystallization centers of salts dissolved in water in a given volume of water on microinclusions from dispersed ferro- particles; -change of the coagulation rate and sedimentation of dispersed particles in the liquid flow being processed by the magnetic field. The anti-scale effect in the magnetic treatment of water depends on the composition of the water being treated, the intensity of the magnetic field, the speed of water movement, the duration of its stay in the magnetic field, and other factors. In general, the anti-scale effect in the magnetic treatment of water is enhanced with an increase in the temperature of the treated water; at a higher content of cations Ca2 + and Mg2 +; with an increase in the pH of water: as well as with a decrease in the total mineralization of water. Constant magnets based on modern powdered carriers - alloys of rare earth metals of neodymium (Nd), iron (Fe), titanium (Ti) and boron (B), are used in the design of NEPTUN magnetic devices. Magnets from rare-earth alloys have a long service life of more than 30 years, a magnetization of 1500-2400 kA / m, a residual induction of 1.2-1.3 T, a magnetic field energy of 280-320 kD / m3 and do not lose their properties when heated to 180 0 C and higher. The main element of the magnetic converter is a multi-pole magnet of cylindrical shape, creating a symmetrical magnetic field, the axial and radial components of which change direction from pole to pole of the magnet to the opposite direction. Due to the appropriate arrangement of magnets creating high-gradient transverse magnetic fields with respect to the water flow, the maximum efficiency of the magnetic field influence on the ions of scale-forming salts dissolved in water is achieved. As a result, the crystallization of the scale-forming salts does not occur on the walls of the heat exchangers, but in the liquid volume in the form of a finely dispersed suspension, which is removed by the flow of water when the system is purged into special settling tanks or mud collectors installed in any heating system, hot water supply, and also in technological systems for various purposes. The optimal interval of water flow velocity for industrial magnetic converters is 0.5-4.0 m / s, the optimum pressure is 16 atm. The service life is, as a rule, more than 30 years. These devices can be installed both in industrial and domestic conditions: in lines supplying water to water supply networks, boilers, instantaneous water heaters, steam and water boilers, water heating systems of various process equipment (compressor stations, electric machines, thermal equipment, etc. .). Developed by our engineers, magnetic structured water devices produced in our production, are designed for water flow from 1 to 2200 m3 / h, respectively, on pipelines with a diameter of 25 - 400 mm with flanged (top) and threaded (bottom) connections. Magnetic converters for CHP plants with pipe diameters of 800-1600 mm and water flow rates of 5000-17000 m3 per hour are manufactured by our company only after careful calculation of the entire water supply scheme for condenser cooling systems. Modern devices for magnetic water treatment based on permanent rare earth magnets are used to prevent scale; to reduce the effect of scale formation in hot and cold water supply lines of general economic, technical and domestic use, heating elements of boiler equipment, heat exchangers, steam generators, cooling equipment, etc . to prevent focal corrosion in pipelines of hot and cold water supply for general economic, technical and household purposes. clarification of water (for example, after chlorination); in this case, the rate of precipitation of scale-forming salts increases by 2-3 times, which requires settlers of a smaller capacity; to increase the filter cycle of chemical water treatment systems - the filter cycle is increased by 1.5 times with a decrease in the consumption of reagents, as well as for cleaning heat exchangers. In this case, magnetic water treatment devices can be used independently or as a component of any installations that are prone to scaling during operation - water treatment systems in living quarters, cottages, children's and medical facilities, water treatment in the food industry, etc. The main processes of magnetic processing: -with magnetic treatment of water, it affects the water itself, mechanical impurities and ions of scale-forming salts and the nature of the physico-chemical processes of dissolution and crystallization occurring in water; - in water that has undergone magnetic treatment, changes in hydration of ions, solubility of salts, pH values are possible, which is manifested in changes in chemical reactions and in the rate of corrosion processes. Thus, magnetic structured water treatment is a promising dynamically developing modern direction in water treatment for water softening, which causes a lot of accompanying physico-chemical effects, the physical nature and the field of application of which are just beginning to be studied. Now our companies are producing modern and highly effective magnetic water treatment devices with permanent magnets, which are widely used in heat power engineering and water treatment. The unquestionable advantages of magnetic processing by SERUS devices, in contrast to traditional water softening schemes with the help of ion exchange and reverse osmosis, is the simplicity of the technological scheme, environmental safety and economy. In addition, the method of magnetic treatment of water SERUS does not require any chemical reagents and therefore is environmentally friendly. Our converters are used by more than 2000 enterprises in Russia and more than 100 enterprises in other countries. Experience in creating systems of magnetic treatment of water in the production of more than 20 years. Our Magnetic structured water devices comes in all different shapes and sizes:

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