Chlorination Refining
Chlorination refining is a process used in refining metals and it is widely used in the metal fabrication industry. It is a process that removes contaminants from a metal surface using chlorine. The chlorine can be applied either directly to the surface or through a chemical process. The process is highly efficient when used on metals such as aluminum, copper, or steel. Chlorination is also used in the refining of precious metals such as platinum and gold.
Chlorination refining removes impurities from metal surfaces. This is done by dissolving the impurities into chlorine gas, which in turn is absorbed onto the metal surface. The chlorine is then exposed to light, which turns it into an activated form that is more reactive with the metal surface. This process forms a protective layer on the metal surface, which protects it from further oxidation and corrosion.
The advantages of chlorination refining are numerous. It is a relatively simple process that does not require large amounts of energy or chemicals. The process is also an economically viable method of refining as it is much less expensive than other methods. Additionally, the process is very effective and can be used on a wide variety of metals.
Chlorination refining is not without its disadvantages, however. The process produces toxic gasses, which can be dangerous if inhaled. Workers operating the equipment must take the proper safety precautions, as the chlorine can cause respiratory and skin irritation. Additionally, chlorination may not remove all impurities from a metal surface and some impurities may remain in the metal, making it less pure than desired.
Chlorination refining is an excellent method of refining metals, and is widely used in the metal fabrication industry. The process is highly efficient and yields excellent results. It is relatively inexpensive and does not require large amounts of energy or chemicals. However, the process does produce dangerous gasses and should be done with proper safety precautions in mind. Additionally, the process may not remove all impurities from the metal surface and some impurities may remain.
