Method and device for preparing small molecular hydrogen-rich water

Abstract

The invention discloses a method and a device for preparing small molecular hydrogen-rich water. The method comprises the steps of carrying out primary balance mixing on hydrogen and drinking water to form a primary hydrogen-water mixed solution, enabling the primary hydrogen-water mixed solution to enter a centrifugal pump to complete secondary mixing, enabling the secondly mixed hydrogen-water mixed solution to pass through a high-precision electrical automatic washing filter and a shower-type controller nozzle to allow the hydrogen-water mixed solution to form a high-speed ordered linear motion and collide with each other to complete third mixing, enabling thirdly mixed hydrogen-water mixed solution to flow through a small molecular water preparation device to obtain the small molecular water, delivering the small molecular water to an anti-impulse bubble releaser to generate micro-nanometer bubbles of which the diameters are 200nm-4 microns by virtue of the anti-impulse bubble releaser and further to form a bubble solution containing micro-nanometer hydrogen, delivering the bubble solution containing micro-nanometer hydrogen into the bottom of a storage container, and dissolving hydrogen in the micro-nanometer bubbles in the small molecular water to prepare the small molecular hydrogen-rich water. The small molecular hydrogen-rich water preparation technology disclosed by the invention can provide a new level of healthy living for human.

Description

technical field [0001] The invention belongs to the field of drinking water preparation, and in particular relates to a method and equipment for preparing small molecule hydrogen-rich water. Background technique [0002] Hydrogen-rich water is widely used due to its health care function, but the existing methods for preparing hydrogen-rich drinking water are generally inefficient. During the ascent process, only a small amount of gas dissolves in the water, and finally more than 75% of the air bubbles float to the water surface and break down to return to the atmosphere. Man-made air bubbles will consume energy or chemical substances no matter what method is used, so the efficiency of preparing hydrogen-rich water with conventional air bubble aeration is very low. Contents of the invention [0003] The purpose of the present invention is to provide a method and equipment for preparing high-efficiency small-molecule hydrogen-rich water to address the deficiencies in the pr...

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Problems solved by technology

[0002] Hydrogen-rich water is widely used due to its health care function, but the existing methods for preparing hydrogen-rich drinking water are generally inefficient. During the ascent process, only a small amount of gas dissolves in the water, and finally more than 75% of the air bubbles float to the surface of the water and break down and return to the atmosphere.

No matter what method is used to artificially create bubbles, it will consume energy or chemical substances, so the efficiency of preparing hydrogen-rich water with conventional bubble aeration is very low

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