How To Transform Ethyl Alcohol To Diethyl Ether

To know how to pass ethyl alcohol to diethyl ether, it is necessary to acquire knowledge about these two compounds, what type of substance is ethyl alcohol, diethyl ether, how they are chemically constituted, the characteristics they present, and the functions they provide in the various sectors of the economy.

What is ethyl alcohol called?

They are those compounds known as organic, whose molecular constitution contains hydroxyl groups formed by 1 atom of oxygen, and one of hydrogen -OH, and this group is linked to a radical known as aliphatic, meaning formed by open carbon element chains, where the-OH group can also be linked to an aliphatic derivative, and are classified within the primary alcohols, since the -OH group is attached to a carbon which in turn is only attached to another carbon.

Main properties of ethyl alcohol

Continuing with the information required to know how to convert ethyl alcohol to diethyl ether, let us know the basic properties of this substance.

Ethyl alcohol presents liquid state, and in appearance lacks color, showing a transparent substance, with a pungent odor of ether, flammability, and high volatility, has a boiling point of 78 degrees Celsius, melting -114 degrees Celsius, a molecular weight of 46.06, has high solubility in water, and in various organic solvents, and has a pH of 7.33.

Chemically, ethyl alcohol is represented by the formula C2H6O, which when analyzed clearly shows that it is composed of 2 carbon atoms, the one at the end bonded to 3 hydrogen atoms, and the second to 2 hydrogen atoms, and an oxygen atom that forms the hydroxyl with the remaining hydrogen atom.

 The name ethyl alcohol responds to the chemical nomenclature where the prefix et is used to indicate that in the molecule there are two carbon atoms, linked to the suffix ano, and the termination ol as a consequence of the hydroxyl -OH, that is why it is commonly called ethanol.

What is ethyl alcohol used for?

Passing ethyl alcohol to diethyl ether, has to do with the characteristics we have seen of the first of these compounds, we continue with the applications of ethyl alcohol, reporting that the company Echemi has a wide range of compounds such as:

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Ethyl alcohol fulfills functions such as:

Personal care articles

Cosmetics

Household items

Food additive

Fuel

Alcoholic beverages

What is diethyl ether

Another step to know how to ethyl alcohol to diethyl ether, is to obtain the maximum information of diethyl ether, it is another organic compound, classified as ether, which means that in the molecule of the compound, 1 oxygen atom is bonded to hydrocarbon radicals, the prefix di obeys to the presence of two double bonds within the chain.

Main characteristics of diethyl ether

The form of this compound is liquid, colorless, crystalline, with sweet odor, high volatility, boiling point of 34.6 degrees Celsius, and melting point of -116.3 degrees Celsius, density of 713 kg/m3, molar mass of 74.12 g/mol, and solubility of 6.9 g/100ml in water at a temperature of 20 degrees Celsius.

It presents chemically as formula C4H10O, this molecule presents a perfect symmetry starting from the only oxygen atom present, this is linked through 1 primary carbon atom on each side, these two carbons are linked to 2 hydrogen atoms, and to the carbons at the ends, which in turn are linked to 3 hydrogen atoms, as shown in the following semi-developed formula H3C-CH2-O-CH2-CH3

What is the function of diethyl ether?

This compound has applications in:

Laboratory solvent

Engine fluid

General anesthetic

Plastics manufacturing

Fuel

Pharmaceutical preparations

Pyrotechnics

Ethyl alcohol to diethyl ether

With procedures such as the one called dehydration, and through the use of desiccant substances, as in the case of strong acids, it is possible to generate dehydration in the molecules of ethyl alcohol, obtaining diethyl ether as the resulting compound,

The diethyl ether obtained in the dehydration of ethyl alcohol depends on the circumstances in which the reactions between both compounds have been carried out.

Another procedure used to obtain diethyl ether from a primary alcohol such as ethyl alcohol is the condensation of ethyl alcohol this is done by bringing it to temperatures equal to 140 degrees Celsius, and by means of an acid catalysis, two molecules of the primary alcohol go on to for