What is HHO

What is HHO

What is HHO?

HHO - this is the chemical abbreviation of Oxy-hydrogen gas. The homogeneous gas mixture of hydrogen and oxygen after separation. Called also Bang gas and Knall gas in the German language. The proportion of the HHO is 2 parts of Hydrogen and 1 part of Oxygen with purity 99.95% 
In 1832, Michael Faraday discovered the method of electrolysis, which helps the separation of the ingredients of the water H2O.

The most known method to produce oxy-hydrogen (HHO) gas is by the method of electrolysis. There are also other methods to produce hydrogen or oxy-hydrogen, but it’s not that easy to start and stop the process, like by the method of electrolysis.
The electrolysis is a chemical decomposition produced by passing an electric current through a liquid or solution containing ions. I presume many of you heard about electrolysis during chemistry classes in school.  Electrolysis is a stage in the separation of elements, molecules of hydrogen and oxygen from naturally occurring sources such as water using an electrolytic cell. The voltage that is needed for electrolysis to occur is called the decomposition potential. Electrolysis is a technique that uses a direct electric current (DC) to start the process of breaking up the bonds between the molecules.  Usually, the water H2O shows its formula, which means it consists of 2 molecules of Hydrogen (H) and 1 molecule of Oxygen (O).

This extremely explosive homogeneous mixture of those two gases made of water. Of course, if you provide a spark, the HHO gas will explode or if you try to compress it under pressure it's dangerous as well. Electrolysis is also used in the cleaning and preservation of old artifacts. Simply the process separates the non-metallic particles from the metallic ones, it is very useful for cleaning a wide variety of metallic objects, from old coins to even larger objects including rusted cast iron cylinder blocks and heads when rebuilding automobile engines. Rust removal from small iron or steel objects by electrolysis can be done in a home workshop using simple materials such as a plastic bucket, tap water, lengths of rebar, washing soda, baling wire, and a battery charger.

The HHO can explode at any time under pressure or when you have only a 4% density in the air and something to ignite this gas mixture. Do not try that!

The electrolysis process is widely used in industry, such as:

  • Electrometallurgy is the process of reduction of metals from metallic compounds to obtain the pure form of metal using electrolysis. Aluminum, lithium, sodium, potassium, magnesium, calcium, and in some cases copper, are produced in this way.
  • Production of chlorine and sodium hydroxide
  • Production of sodium chlorate and potassium chlorate
  • Production of perfluorinated organic compounds such as trifluoroacetic acid by the process of electrofluorination
  • Production of electrolytic copper as a cathode, from refined copper of lower purity as an anode.

Electrolysis has many other uses:

  • Production of oxygen for spacecraft and nuclear submarines.
  • Production of hydrogen for fuel, using a cheap source of electrical energy.
  • Production of Oxy-hydrogen for different purposes such as carbon cleaning in internal combustion engines, cutting metals, graving, polishing, heating systems, etc.

    HHO gas has many technical purposes, such as: welding, engraving, cutting, welding of electronic components, as a supplement fuel in Internal combustion engines (HHO kits), which purposely burn the regular fuel more complete and produce more mechanical power, lower the emissions of internal combustion engines and keep the engine free of carbon deposits over a certain engine parts.

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HHO

HHO

What is HHO

What is HHO

What is HHO gas? What is Oxy-hydrogen gas? Where and how we can use it? More information about HHO gas explained by Hydrox Systems What is HHO gas? What is Oxy-hydrogen gas? Where and how we can use it? More information about HHO gas explained by Hydrox Systems 2019-11-20T14:06:00-05:00 What is HHO

What is HHO?

HHO - this is the chemical abbreviation of Oxy-hydrogen gas. The homogeneous gas mixture of hydrogen and oxygen after separation. Called also Bang gas and Knall gas in the German language. The proportion of the HHO is 2 parts of Hydrogen and 1 part of Oxygen with purity 99.95% 
In 1832, Michael Faraday discovered the method of electrolysis, which helps the separation of the ingredients of the water H2O.

The most known method to produce oxy-hydrogen (HHO) gas is by the method of electrolysis. There are also other methods to produce hydrogen or oxy-hydrogen, but it’s not that easy to start and stop the process, like by the method of electrolysis.
The electrolysis is a chemical decomposition produced by passing an electric current through a liquid or solution containing ions. I presume many of you heard about electrolysis during chemistry classes in school.  Electrolysis is a stage in the separation of elements, molecules of hydrogen and oxygen from naturally occurring sources such as water using an electrolytic cell. The voltage that is needed for electrolysis to occur is called the decomposition potential. Electrolysis is a technique that uses a direct electric current (DC) to start the process of breaking up the bonds between the molecules.  Usually, the water H2O shows its formula, which means it consists of 2 molecules of Hydrogen (H) and 1 molecule of Oxygen (O).

This extremely explosive homogeneous mixture of those two gases made of water. Of course, if you provide a spark, the HHO gas will explode or if you try to compress it under pressure it's dangerous as well. Electrolysis is also used in the cleaning and preservation of old artifacts. Simply the process separates the non-metallic particles from the metallic ones, it is very useful for cleaning a wide variety of metallic objects, from old coins to even larger objects including rusted cast iron cylinder blocks and heads when rebuilding automobile engines. Rust removal from small iron or steel objects by electrolysis can be done in a home workshop using simple materials such as a plastic bucket, tap water, lengths of rebar, washing soda, baling wire, and a battery charger.

The HHO can explode at any time under pressure or when you have only a 4% density in the air and something to ignite this gas mixture. Do not try that!

The electrolysis process is widely used in industry, such as:

  • Electrometallurgy is the process of reduction of metals from metallic compounds to obtain the pure form of metal using electrolysis. Aluminum, lithium, sodium, potassium, magnesium, calcium, and in some cases copper, are produced in this way.
  • Production of chlorine and sodium hydroxide
  • Production of sodium chlorate and potassium chlorate
  • Production of perfluorinated organic compounds such as trifluoroacetic acid by the process of electrofluorination
  • Production of electrolytic copper as a cathode, from refined copper of lower purity as an anode.

Electrolysis has many other uses:

  • Production of oxygen for spacecraft and nuclear submarines.
  • Production of hydrogen for fuel, using a cheap source of electrical energy.
  • Production of Oxy-hydrogen for different purposes such as carbon cleaning in internal combustion engines, cutting metals, graving, polishing, heating systems, etc.

    HHO gas has many technical purposes, such as: welding, engraving, cutting, welding of electronic components, as a supplement fuel in Internal combustion engines (HHO kits), which purposely burn the regular fuel more complete and produce more mechanical power, lower the emissions of internal combustion engines and keep the engine free of carbon deposits over a certain engine parts.

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