Preparation method for mixture of hydrogen ions and hydroxide ions

Abstract

The invention provides a preparation method for a mixture of hydrogen ions and hydroxide ions. The preparation method comprises a splitting decomposition step of breaking hydroxide bonds between liquid molecules by dissociation energy to make the hydrogen ions separated from self-running orbits, so as to produce a mixture rich in the hydrogen ions and the hydroxide ions; and a positive electrifying step of loading free electrons with positive charges in the mixture at a constant high voltage, forcing the free electrons to disturb the hydroxide ions with negative charges and to make the hydroxide ions with the negative charges change into the hydroxide ions with positive charges, so as to generate a mutual repulsion effect with the hydrogen ions with the positive charges in the mixture, so that the hydrogen ions and the hydroxide ions which exist independently in ionic forms can be obtained.

Description

Technical field [0001] The present invention relates to a method for producing hydrogen ions and hydroxide ions, in particular to a method for producing a mixture of hydrogen ions and hydroxide ions that can maintain hydrogen ions and hydroxide ions in an ion state and exist separately. Background technique [0002] The traditional method of producing hydrogen and oxygen from liquid water is mostly because the outer particle size of oxygen is larger than that of hydrogen, which leads to scientific misunderstandings that hydrogen and oxygen are directly produced after liquid water is split. In fact, the current method of burning liquid water molecules at a high temperature can force the liquid water molecules to break the hydrogen-oxygen bond under high temperature conditions, and directly split the liquid water molecules to obtain a mixture of hydrogen ions and hydroxide ions. [0003] However, if these hydrogen and hydroxide ion mixtures are not properly separated in a short perio...

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Problems solved by technology

[0006] Since hydrogen and hydroxide ions are produced after liquid water splitting, none of these existing patents can force hydrogen and hydroxide to exist independently in the form of ions, so the untreated mixture of hydrogen and hydroxide approaches the environment temperature When the temperature is below the dew point and the voltage difference is lost due to grounding, the positively charged hydrogen ions will recombine with the negatively charged hydroxide ions to produce condensed water. If this is applied to combustion equipment such as various internal combustion engines or boilers, then Because condensed water is very easy to react with sulfur components in petrochemical fuels, so that a large amount of sulfate and sulfite ions are generated in a short period of time, which seriously damages combustion equipment such as internal combustion engines or boilers due to acidification and corrosion.

[0007] Even, the molecular hydrogen produced after re-fusion is easy to interact with steel parts in the combustion chamber of internal combustion engines or boilers, resulting in hydrogen acid corrosion of steel parts

Under long-term use, not only will it not be able to continue to play the best role of the internal combustion engine or boiler, taking the internal combustion engine as an example, the compression pressure of the engine may be lost due to acid corrosion of the airtight parts, resulting in ineffective combustion of fossil fuels. A large amount of incompletely combusted substances are accumulated, so that it cannot release enough heat energy, which seriously reduces the torque of the internal combustion engine and relatively increases the temperature of the exhaust gas, which eventually leads to the inability of the internal combustion engine to provide the power required by the vehicle at high energy consumption and high output

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