Preparation method and zpplication of super light water

An ultra-light water, multi-purpose technology, applied in the field of water treatment, can solve the problems of slow reaction speed, etc., achieve the effect of not easy to accumulate, prevent radiation, and reduce the risk of skin cancer

Active Publication Date: 2008-02-06
丛峰松 +1
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  • Summary
  • Abstract
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  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0010] ◎Deuterium will inhibit the action of some biological enzymes, and the reaction speed of biological enzymes that affect DNA replication will be reduced by half in heavy water

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0020] Production of ultra-light water by hydrogen sulfide double-temperature exchange method

[0021] The hydrogen sulfide dual-temperature exchange method utilizes the isotope exchange reaction between hydrogen sulfide and water, and adopts a multi-stage cascade connection of cold towers and hot towers to achieve hydrogen isotope separation. The liquid raw material water enters from the top of the cooling tower and flows through the cooling and heat exchange tower from top to bottom; Form convection with liquid material. In the cooling tower, the heavy components are transferred to the liquid phase through chemical exchange and concentrated in the liquid phase, and the concentration of the heavy components in the liquid phase at the bottom of the cooling tower reaches the maximum; The gas undergoes chemical exchange, and the heavy components are transferred to the gas phase; the liquid phase material discharged from the heat tower enters the degassing tower to remove hydrog...

Embodiment 2

[0023] Production of ultra-light water by rectification method

[0024] Distillation is a method of separating heavy hydrogen and hydrogen based on their different molecular volatilities. The separation coefficient of rectification is equal to the ratio of the pure vapor pressures of the separated two components, and it increases with the decrease of temperature and the decrease of molecular weight. Liquid raw water first enters the evaporator, where it is heated and vaporized. In the rectification column, due to the difference in volatility between heavy water and light water, the heavy water / light water vapor in the feed will perform vapor-liquid mass transfer and heat exchange with the liquid on the tray during the rising process, that is, the rising heavy water / The light water vapor transfers the heavy water and heat contained in the heavy water / light water mixture on the tray, and makes it vaporize and then rises to the upper tray. At the same time, after the steam con...

Embodiment 3

[0026] Production of 125±5ppm ultra-light drinking water

[0027] The 125 ± 5ppm ultra-light water produced by embodiment 1 or embodiment 2 is made by reverse osmosis device, ozone and ultraviolet sterilization, and then aseptic filling. Drink 1-2 liters per day.

[0028] Effect: Long-term drinking can delay aging, beautify and lose weight.

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PUM

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Abstract

The invention relates to the water treatment technical field, in particular to a preparing method and application of an ultra light water, wherein sulfureted hydrogen two-temperature exchange method or other alternative methods are adopted to produce ultra light water; sulfureted hydrogen two-temperature exchange method realizes separation of hydrogen isotopes through adopting multistage concatenation of cooling tower and thermal tower by use of isotope exchange reaction between sulfureted hydrogen and water; liquid raw material water enters from the top of the cooling tower and flows through the cooling tower and the thermal tower from above to below, while gas material sulfureted hydrogen is added from the part between the cooling tower and the thermal tower and circulates inside the cooling tower and the thermal tower from bottom to top inside; heavy components inside the cooling tower is transferred towards liquid phase through chemical exchange so as to be concentrated inside the liquid phase; liquid material with concentrated the heavy components completes chemical exchange with ascending gas during flowing through the thermal tower, thereby, the heavy components are transferred towards gas phase; finally, finished product with lower content of heavy hydrogen can be obtained after liquid phase material discharged from the thermal tower enters into a degassing column to removing sulfureted hydrogen. The invention has the health effects such as delaying aging, radiation resisting, resisting cell mutation, activating immunocyte, improving basal metabolism level of human body, improving sleep, enhancing physical function of male, beauty and body slimming.

Description

[technical field] [0001] The invention relates to the technical field of water treatment, in particular to a preparation method and application of ultra-light water. [Background technique] [0002] As we all know, water in nature is generally composed of 2 hydrogen atoms and 1 oxygen atom (H2O), but hydrogen atoms have 3 isotopes with different masses. The mass of 1 is hydrogen (H); the mass of 2 is deuterium (D); the mass of 3 is tritium (T). Due to the different masses of hydrogen atom isotopes, we call the water (H2O) composed of hydrogen and oxygen with a mass of 1 light water; ) is called heavy water. [0003] The content of deuterium in natural water is about 150ppm. Unlike natural water, ultra-light water uses very advanced isotope separation technology to remove heavy hydrogen from natural water and reduce the content of heavy hydrogen. [0004] According to tests by scientists, under the normal conditions of the modern earth environment, terrestrial water and te...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C01B5/02
Inventor 丛峰松
Owner 丛峰松
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