The use of magnesium chloride in industries has become very common due to its diverse applications. One notable use is in the control of dust in roads and the prevention of soil erosion. It works through control of moisture since it is capable of holding water molecules. Its application in road stabilization is aimed at keeping roads dry to protect gravel, which in turn would reduce maintenance costs required due to gravel break off. The benefits of the compound in the transport sector are incredible judging from its use as an element for clearing ice from highways. It can be applied in different forms, which include spreading to prevent ice formation, and snow from sticking on pavements. It can also be mixed with salt to clear formed ice.
The contribution of Magnesium chloride in the management of fires is evident. Its use is seen through a reaction of magnesium hydroxide with hydrochloric acid, to form a liquid and mixed with water to form the gaseous form extinguishers.
Magnesium chloride can be used in horticulture to increase mineral content in plants. It has been used to substitute magnesium sulfate. This does not only provide an affordable method of correcting magnesium deficiency but is also reliable since the compound is widely present in the environment.
Nutrition and Medicine
Magnesium is an important mineral required for the functioning of the human body. Magnesium chloride is used in the production of supplements to treat nutrient deficiency. Its important role in diet maintenance cannot be disputed. Chloride benefits the body through the production of hydrochloric acid in the stomach, which facilitates digestion.
It was first used in medicine as an antiseptic. It was effective in preventing damage of tissues caused by other disinfectants, which established its common use in treatment. It is no surprise that it is now used as an anesthetic in crustaceans, oysters, and cephalopods. It is an excellent choice due to its convenience in use; it is readily available and can be acquired at a cheap price.
Recently, magnesium chloride has been used in solar cells. Though its initial use has been experimental, it has provided an excellent alternative salt that creates safety during manufacture. As a compound used in cell coating, it is effective and cheaper than previous used salts, making it ideal for environmental conservation. It also prevents corrosion.
Magnesium chloride has been identified as a suitable material for the storage of hydrogen. It has proven to be an effective method that is both safe and cheap. Its solid form can absorb ammonia, which contains hydrogen atoms. Ammonia is released through heat; it then produces hydrogen gas through a catalyst. If you want to learn more, Innovative Surface Solutions is a helpful website with lots of information and resources.