The high-purity hydrogen gas of high-purity gas is mainly industrial raw material when it is used, and is also the most important special gas and industrial gas to a certain extent. The high-purity hydrogen gas of high-purity gas is generally effective in the electronic industry and food processing. Widely used in industries such as float glass, metallurgical industry, and petrochemical industry, it also has a very wide range of applications in aerospace.
The high-purity hydrogen of high-purity gas is also a very ideal secondary energy to a certain degree. Under normal circumstances, hydrogen is easily combined with oxygen, and this characteristic makes it a natural reducing agent when used. Used in the production of oxidation prevention.
The high-purity gas, high-purity hydrogen, is used in the high-temperature processing of glass manufacturing and the manufacture of electronic microchips. When used, nitrogen is added to the nitrogen protective gas to remove residual oxygen. In the petrochemical industry, hydrogen is required to refine crude oil through sulfur and hydrocracking. Another important use of hydrogen is hydrogenation of fats in margarines, edible oils, shampoos, lubricants, household cleaners, and other products. Due to the high fuel nature of hydrogen, the aerospace industry uses liquid hydrogen as a fuel.
The high-purity gas of high-purity gas is an odorless and flammable gas. Under normal circumstances, it has a flammable limit in air. When used, the hydrogen molecule consists of two isomers, and the ratio of n-paranhydrogen at room temperature is 75. :25. As the temperature decreases, the proportion of para-hydrogen increases, accompanied by the heat of transformation.
High-purity gas purification method of high purity hydrogen
High-purity gas purification method of high-purity hydrogen is mainly performed by low-temperature adsorption method, metal hydride hydrogen purification method, low-temperature liquefaction method, to a certain extent, there will be palladium membrane diffusion method, hollow fiber membrane diffusion method and Pressure swing adsorption method. Hydrogen is a major industrial raw material and is also one of the major secondary energy sources in the future.
High-Purity Gas High-Purity Hydrogen In general, its hydrogen is easily combined with oxygen, and when used, its properties make it a natural reducing agent for use in the production of oxidation. In the high temperature processing of glass manufacturing and the manufacture of electronic microchips, hydrogen is added to the nitrogen shield gas to remove residual oxygen. In the petrochemical industry, hydrogen needs to be refined by desulfurization and hydrocracking.http://www.wxytgas.com/