Method for magnetic separation of concentration oxygen and multifunctional device thereof

Abstract

The invention relates to a magnetic separation and oxygen enrichment method and a multifunctional device. The method comprises the following steps: absorbing oxygen molecules in the airflow through the magnetic force in magnetic field; reducing the magnetic force; washing the absorbed oxygen molecules with strong airflow to mix into rich oxygen flowed out from a rich oxygen channel. The multifunctional device integrates rich oxygen, ozone, negative ion, ultraviolet rays and magnetized water (or magnetized fuel oil), which is applicable to home magnetized water through diffusion type oxygen-enriched respiration and sterilization, regular sterilization indoors and inside the automobile, diffusion type oxygen-enriched respiration inside the automobile, and combination of various technologies such as oxygen enrichment, fuel oil magnetization and emulsification with water, thereby overcoming the defects by acquiring the advantages, establishing new combustion atmosphere, and promoting the combustion of automobile engines, small and medium sized boilers, furnaces and green fuels. The multifunctional device has the advantages of energy saving, environmental friendliness, disinvestment, reliable structure, high cost performance, long service life, no need of maintenance, compact size, low operating cost, and self-cleaning function since the absorbed working area is washed using liquid.

Description

Technical field: [0001] The invention relates to a method for magnetically separating and enriching oxygen and a multifunctional device. The device integrates oxygen enrichment, negative ions, ozone, ultraviolet rays and magnetized water (or magnetized fuel oil). Application: Diffuse oxygen-enriched respiration and sterilized magnetized water drinking in the family; regular sterilization and disinfection indoors and in the car box; diffuse oxygen-enriched respiration in the car box; oxygen-enriched and magnetized fuel oil, fuel oil mixed with water emulsification Combination of various technologies, learn from each other, establish a new combustion atmosphere, and promote the combustion of automobile engines, small and medium-sized boilers, pit furnaces and green fuels; bioengineering such as fermentation and other fields. Background technique: [0002] At present, environmental pollution, increased carbon dioxide, global warming, and air and water pollution cause changes i...

AI Technical Summary

Problems solved by technology

[0008] ①. Due to the large scale and large investment of the first generation of "cryogenic method", the production of high-purity oxygen is applied in the form of "bottled oxygen", which has problems such as inconvenient use, high use cost, and safety in use.

However, when the scope of application is expanded to small and household applications, the "oxygen-enriched membrane" requires no defects (if there are defects, it will be scrapped like a balloon with pinholes), and the raw materials and auxiliary materials used must be of high purity. expensive equipment

Another reason is that the "oxygen-enriched components" of the "molecular sieve method and gas film method" are susceptible to oil pollution (conventional air compressors are lubricated with oil), and it is difficult to remove aerosols and impurities in the air to form a "filter cake" The performance of the "oxygen-enriched components" deteriorates and fails. Therefore, there are problems such as high maintenance costs caused by the replacement of "oxygen-enriched components", which limits the application of the second and third generations of "molecular sieve method and gas film method".

[0010] ③. The chemical method is to release oxygen from peroxygen-containing compounds. There are problems such as expensive chemical raw materials, high usage costs, and secondary pollution. At present, it can only be used in laboratories or a small amount of applications.

[0011] ④.Magnetic separation and enrichment of oxygen, using permanent magnet surface to adsorb oxygen molecules, heating, centrifugal force and other continuous methods to release the magnetic adsorption of oxygen molecules, but the gas production is small, it is difficult to meet the needs of industrial production

[0012] ⑤. The production of 1 kg of oxygen by electrolysis consumes more than 30 degrees of electric energy, and the loss of precious metal electrodes has problems such as high price and low output. At present, it can only be used in laboratories or a small amount of applications

[0013] 2. At present, the pollution of water quality makes the tap water not directly drinkable

[0015] 4. At present, the performance and price ratio of many products is not high, and it is difficult to recover the investment

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