SU1327926A1 - Apparatus for removing iron form water - Google Patents

Abstract

The invention relates to water deferrization devices and allows to increase the productivity of the device and the duration of its operation. The purified water is supplied through the pipeline through the pipe 11 under pressure to the hydrocyclone 1, where it is mixed with air supplied through the nozzle 3. Increased turbulence of fluid movement in the hydrocyclone is achieved by setting the dividers 2, which provides an accelerated formation of an air-water mixture that enters the volume of flocculation 4. Here the formed flakes (floccules) are deposited on the surface of the spheres of the ferromagnetic nozzle 5, compacted and due to the mixing of the spherical components of the ferromagnetic nozzle under the action The electromagnetic system passes into the volume of 7, from where most of the precipitation is removed through the drainage outlet 10. Partly the precipitated water from the precipitation is fed to the filter. 3 il. (About ii h W. baza s yu w O5 fe /

Description

The invention relates to the field of water purification from iron and can be used in devices for deironing groundwater and in devices for industrial use, where water with a limited amount of iron is required according to the technological conditions of production.

The purpose of the invention is to increase the performance of the device and the duration of its operation.

It is fed through a drainage outlet 10. Partially purified water is supplied to the filter.

The mixing of the balls of the ferromagnetic nozzle is carried out by an electromagnetic system consisting of two pairs of electromagnets 8, located outside the cylindrical non-magnetic body diametrically opposed, and each pole of one pair at a different level. When serving

FIG. 1 shows a device for 10 power supply for one pair of electromagnets 8,

water purification from iron, a general view; in fig. 2 is a section A-A in FIG. 1 (by hydrocyclone); in fig. 3 is a section BB in FIG. 1 (by volume of sludge and electromagnetic system).

creating different polarity, the balls of the ferromagnetic attachment under the action of the magnetic field are located approximately straight between the poles with a corresponding inclination to the vertical axis of the device.

A device for cleaning water from iron. Switching power to the second pair of electricity consists of hydrocyclone 1 with dividers 2, nozzles 3 for supplying air from tank 4, flocculation with a ferromagnetic nozzle 5 and grid 6, tank 7 of sludge and electromagnets 8 causes movement of the balls of ferromagnetic nozzle 5 in the opposite direction.

Alternating power electromagnets

a magnetic system including an electric 20 is supplied with direct current from the general magnets 8 and an external magnetic circuit 9. A drainage diverter 10 is designed to remove sediment from the tank. The device is equipped with feed 11 and discharge 12 and a hatch 13 through which the loading and addition as the ferromagnetic packing is worn.

A device for purifying water from iron works as follows.

Purified water is fed through a pulse tube with a frequency of 6-10 pulses per minute.

Claims (1)

Invention Formula A device for purifying water from iron, containing aeration tanks, flocculation and sludge, a filter entering and leaving nozzles, characterized in that, in order to increase the productivity of the device and  , ".,. The duration of its operation, it is supplied to the supply through the nozzle 11 under pressure in the hydro-cylindrical shell of non-magnetic 1, where it mixes with air, which material is installed in the chamber by discharging through the nozzle 3. Coaxially with it, the ferromagnetic boiling motion of a fluid in a hydrocycling nozzle placed inside the cylinder is achieved by installing dividers 2, a casing shell, and an electromagnetic system that provides an accelerated formation of mine, airborne mixture, which enters 35 cells located outside the height of the chamber, away from the capacity of 4 flocculations. There are formed stools, with the poles of each pair of floccules (floccules) deposited diametrically opposite the surface of the ferromagnetic nozzle 5, the seals are fitted with magnetically connecting them together with the material particles, and the aeration tank is made in the form of a cage, 5 resulting from the mutual hydrodynamic cyclone and provided with wedge-shaped friction of the nozzle 5 balls and oxidation by splitters oriented with acute oxygen, passes into the tank with 7 edges in the opposite direction from This is where the major part of the sediments comes from is the disposal of treated water. bb It is fed through a drainage outlet 10. Partially purified water is supplied to the filter. The mixing of the balls of the ferromagnetic nozzle is carried out by an electromagnetic system consisting of two pairs of electromagnets 8, located outside the cylindrical non-magnetic body diametrically opposed, and each pole of one pair at a different level. When serving power for one pair of electromagnets 8, creating different polarity, the balls of the ferromagnetic attachment under the action of the magnetic field are located approximately straight between the poles with a corresponding inclination to the vertical axis of the device. The transfer of power to the second pair of power supply to the second pair of electromagnets 8 causes the balls of the ferromagnetic head 5 to move in the opposite direction. Alternating power electromagnets carried out by direct current from a pulse generator with a frequency of 6-10 pulses per minute. Invention Formula Aa & o8a f- bozuh Rig, 2 Figz Editor A. Vorovich Order 3421/6 Compiled by O. Simonepko Tehred I. VeresKorrektor M. Sharoshi Circulation 656 Subscription VNIIPI USSR State Committee for Inventions and Discoveries 1 13035, Moscow, F - 35, Raushsk nab. 4/5 Production and printing company, Uzhgorod, ul. Project, 4