A high-altitude stamping rotary tower type rapid salt brine evaporation treatment equipment

Abstract

The invention discloses high-altitude stamping rotary tower type rapid bittern water evaporation processing equipment which comprises an evaporation tower, a master control console, an anti-corrosion high-pressure water pump capable of being cleaned and an evaporation pool. The operation of the whole equipment is controlled by the master control console. Centrifugal rotary impact compasses of three grades and impact spray heads of branches on the lower portion are arranged in the evaporation tower. Bitter liquid in the evaporation pool is conveyed into the evaporation tower through the anti-corrosion high-pressure water pump capable of being cleaned, the centrifugal rotary impact compasses are impacted to be rotated and smash the bittern liquid into the shape of water drops or mist, the impact spray heads of the branches on the lower portion also impact the bittern liquid into the shape of water drops or mist, and rapid evaporation is achieved. An electronic pressure detecting device is installed in the anti-corrosion high-pressure water pump capable of being cleaned and used for judging whether the water pump needs to be cleaned or not; the system automatically cleans the evaporation tower at the intervals of set time. The investment of bittern pool number constriction is fundamentally reduced, and production efficiency is improved.

Description

technical field [0001] The invention relates to a brine evaporation equipment, in particular to a high-altitude stamping rotary tower type rapid brine evaporation treatment equipment. Background technique [0002] The table salt in our daily life is extracted from brine ponds, and there are other substances with market value in a wide range of fields in brine ponds and seawater, including boron, lithium, potassium, bromine, iodine, strontium, magnesium, , cesium, etc. [0003] With the rapid development of modern society, new energy vehicles will gradually replace traditional vehicles. The lithium batteries used in electric vehicles are extracted from brine pools, so the demand for lithium will increase in the future. [0004] China is a large agricultural country. The potash fertilizer that farmers must use is extracted from brine ponds. Not only that, some important elements in production and life are also extracted from brine ponds. Therefore, the technological innovatio...

AI Technical Summary

Problems solved by technology

[0005] The traditional brine production technology is to introduce seawater or brine liquid into a large evaporation pond, and then rely on daily high-temperature sunlight exposure to evaporate a large amount of water in the brine pond or seawater, thereby achieving a fairly high brine saturation It can be produced later. This traditional technology has a very long period of extraction of important elements in brine ponds, and the cost is very expensive. Utilization is relatively passive, thus adding a large investment cost to the brine industry

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