RU2448676C1 - Method of schungite water treatment and device for implementation thereof - Google Patents

Abstract

FIELD: medicine.

SUBSTANCE: group of inventions refers to medical equipment. In a method for schungite water treatment involving feed of disperse schungite, water supply and heating of water-schungite mixture; disperse schungite and water are simultaneously supplied to a saturation tank, constantly mixed, the water-schungite mixture is transferred from a feed zone to a discharge zone and ejected; and water and schungite are separated. Disperse schungite is continuously fed into a schungite feed bin. Simultaneously, water is supplied into the same bin by pipe line. Schungite and water are mixed in the bin. The water-schungite mixture is fed through a filler onto a conveyor heated by heating elements. For the purpose of saving use of the space, the saturation tank is labyrinth-shaped. A labyrinth length and a speed are calculated so that schungite saturation of water achieves a required value by the discharge zone.

EFFECT: more effective schungite water treatment ensured by optimal and uniform schungite saturation of water.

10 cl, 3 dwg

Description

The invention relates to means for satisfying the sanitary and hygienic needs of a person and construction. It can be used to produce shungite-rich water used for external and internal human consumption, as well as as a working agent in medical and health chambers.

A known method of preparing shungite water, carried out in a health-improving chamber, including the loading of dispersed shungite, water supply and heating the water-schungite mixture (see application No. 201026990, 02.07.2010).

Dispersed shungite is poured into the container in portions. Each serving is used for some time, usually three to four months, after which it is removed and replaced with a new serving. The disadvantage of this scheme is that with the use of shungite, the saturation of water decreases and by the end of the period of use of each portion of shungite, the resulting water becomes less active.

The problem to which the present invention is directed, is to increase the efficiency of the preparation of schungite water.

Achievable technical result - optimal and uniform saturation of water with shungite.

The specified result is achieved by the fact that in the method of preparing shungite water, which includes loading the dispersed schungite, supplying water and heating the water-schungite mixture, dispersed schungite and water are simultaneously fed into the saturation tank, continuously mixing and moving the water-schungite mixture from the loading zone to the discharge zone, produce the release of water-schungite mixture and the separation of water and shungite.

In addition, during the movement, bubbling of the water-schungite mixture is carried out.

A device for implementing the method of preparing schungite water, including a saturation tank, a water supply pipe and a schungite water pipe, is characterized in that it is provided with a hopper for loading schungite, a conveyor for moving, a water-schungite mixture discharge unit, a screen and a conveyor for spent schungite, the container for saturation is made in a labyrinth form, the hopper is placed in the loading zone in front of the container for saturation, and the screen, a conveyor for spent schungite and a pipeline for schungite water placed sequentially in the discharge zone.

To increase the intensity of saturation, the device is equipped with a bubbling unit.

Depending on the specific purpose, the conveyor of the water-schungite mixture can be made lamellar, scraper, bucket, vibration, screw.

To ensure the possibility of transportation along the labyrinth-shaped tank, the conveyor of the water-schungite mixture is made of separate sections, each of which is placed in one of the rectilinear elements of the tank for saturation, while loading cranes are installed between adjacent sections along the course of travel.

The indicated population includes all essential features, each of which is necessary, and all together are sufficient to achieve a technical result.

The invention is illustrated by drawings:

- figure 1 shows a device for implementing the method of preparing shungite water in plan;

- figure 2 is a side view;

- figure 3 is a view along aa.

The method of preparing schungite water is carried out by a device including a container for saturation 1 of the labyrinth form, divided by partitions 2 into sections 3, a hopper 4 for loading schungite, a pipeline 5 for supplying water, a conveyor 6 for moving (the plate conveyor is shown in the figures as an example), node the release of a water-schungite mixture having a screen 7, a conveyor 8 for spent schungite and a pipeline 9 for schungite water.

The hopper 4 is placed in the loading zone in front of the saturation tank 1. The water-schungite mixture discharge unit is located in the discharge zone of the conveyor 6. The device is equipped with a bubbling unit including a sprayer 10 and openings 11 in the conveyor 6 for movement. Under the conveyor 6 to move the heating elements 12 are placed.

The method is as follows. Dispersed shungite 13 is continuously fed into the bunker 4 for loading shungite. At the same time, water is supplied through the pipeline 5 to the same bunker 4. In the bunker 4 is a mixture of shungite 13 and water. Through the neck 14, the water-schungite mixture enters the conveyor 6 for movement, heated by the heating elements 12. For the most economical use of space, the saturation tank 1 is made in a labyrinth shape. For some types of conveyors (for example, screw conveyors), to ensure movement along the labyrinth shape of the container, consisting of separate straight sections, between the latter there are loaders of the corresponding type (not shown in the drawing). As you move on the conveyor 6, the air supplied to the atomizer (or bubbler) 10 sparges the air-schungite mixture. When sparging, intensive mixing occurs and a large interfacial surface is created at the “shungite-liquid-gas” interface, which contributes to the intensification of heat and mass transfer processes, as well as a more complete chemical interaction of shungite with water. As a result, the intensity of the process of saturation of water with shungite increases. The length of the “labyrinth” and the speed of movement are calculated so that the saturation of water with shungite reaches the required value to the discharge zone. When the water-schungite mixture reaches the discharge zone, the water-schungite mixture is discharged and the water and schungite are separated on the screen 7. The saturated water is sent through pipeline 9 for further use, for example, it is bottled or used as a working agent in medical and health chambers. The spent dispersed shungite on the conveyor 8 is sent for regeneration, and then can be used again to saturate the water.

Using the proposed technical solution will improve the efficiency of the preparation of schungite water due to the optimal and uniform saturation of water with schungite.

In addition, the proposed method can be used in medical and health cameras, for which the proposed device is included as one of the nodes in the saturation scheme of the vapor-air mixture.

Claims (10)

1. The method of preparation of schungite water, including the loading of dispersed schungite and water supply, characterized in that the dispersed schungite and water are simultaneously fed into the saturation tank, constantly mixing and moving the water-schungite mixture from the loading zone to the discharge zone, water-schungite mixture is discharged and separated water and shungite. 2. The method according to claim 1, characterized in that during the movement produce bubbling water-schungite mixture. 3. A device for implementing the method of preparing shungite water, including a saturation tank and a pipe for supplying water, characterized in that it is equipped with a hopper for loading shungite, a conveyor for moving, a knot for discharging a water schungite mixture, a screen, a conveyor for spent schungite and a pipeline for schungite water, while the saturation tank is made in a labyrinth shape, the hopper is placed in the loading zone in front of the tank for saturation, and the screen, a conveyor for spent schungite and a pipeline for shung fresh water are placed sequentially in the discharge zone. 4. The device according to claim 3, characterized in that it is equipped with a sparging unit. 5. The device according to claim 4, characterized in that the conveyor water-shungite mixture is made lamellar. 6. The device according to claim 4, characterized in that the conveyor of the water-schungite mixture is made scraper. 7. The device according to claim 4, characterized in that the conveyor of the water-schungite mixture is made of a bucket. 8. The device according to claim 4, characterized in that the conveyor water-shungite mixture is made of separate sections, each of which is placed in one of the rectilinear elements of the tank for saturation, while between the adjacent sections, in the direction of travel, cranes are installed. 9. The device according to claim 8, characterized in that the conveyor water-shungite mixture is made vibrating. 10. The device according to claim 8, characterized in that the conveyor water-shungite mixture is made screw.

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