Uses of Halogen Chemistry

Uses of Halogen ChemistryHalogen chemistry is a process of using gas, either helium or neon to produce a gas with the properties of neon gas. This gas is produced from the addition of gas into a process known as the volumetric conversion, where helium and other gases are used in combination to form more than one gas of similar molecular weight. The process of halogen chemistry can be applied to many different types of operations where gases are used. Here is a brief description of the processes of this kind.Halogen chemistry is used by an industrial chemist to change gases into a gas with properties that have potential uses in that environment. It is used in industries such as gas processing, pharmaceutical manufacture, automobile manufacturing, welding, glass fibre processing, and chemicals manufacture. The process is also used to convert gases from other processes into a gas with similar properties. These gases include ethane, carbon dioxide, methane, water vapour, methane hydrate, methane sulphide, benzene, and nitrous oxide.Inhalation is one of the major uses of halogen chemistry. This is done for several reasons including the filtering of air and the elimination of toxic gas emissions. Halogen chemistry is commonly used in the auto industry where it is used to filter out small particles in the exhaust air from automobile engines.Hydrogenated oils are often used in the production of hydrogen peroxide which is made use of in the creation of certain cosmetic products. Halogen chemistry can also be used to create hydrocarbons such as methane. In this type of process, carbon dioxide is combined with hydrogen to form methane.Oxygen chemical reactions are also important for producing halogen chemistry. An example of this type of chemistry is found in the process of combustion where water, air, and carbon dioxide are burned to create heat. In this case, the oxygen reacts with carbon dioxide in the combustion process to make carbon monoxide, a highly dangerous gas. After the development of chlorine, there was a decline in halogen chemistry in large industries. This resulted in the use of halogen-free gases in certain industries and many of these have been phased out of use. Today, halogen chemistry is used in other parts of the world including some instances where chlorine gas is used. Many countries, including Germany, have developed a procedure called chloroform synthesis which uses chloroform gas, nitrogen, carbon dioxide, and hydrogen to produce chloroform gas, which is very similar to halogen gas.Halogen chemistry is used to make numerous types of products from gases that have different properties. It can be applied to almost any type of process and therefore is frequently used in many types of industries. Many types of processes are processed using halogen chemistry today and these types of processes will continue to see growth in the future.