What Is The Chemical Name For h2co3?

The chemical name for h2co3 is carbonic acid, known by other names such as trioxocarbon acid IV, dihydrogen trioxycarbonate, but let's know more about this chemical compound.

Characteristics of h2co3

Carbonic acid, Chemical name for h2co3, is a substance of inorganic character, considered an oxacid acid, which is capable of making the donation of two positive hydrogen ions to an aqueous medium to produce two molecular cations of the form H3O+, and also CO32- so it is also considered a diprotic acid.

It is a weak acid that has an ionization constant Ka = 4.5-10- considered small, its formation is generated when 2 fundamental inorganic molecules such as water and CO2 combine.

Properties of carbonic acid, Chemical name for h2co3

• It has no color, it is a colorless substance.

• Its three components Hydrogen, of which it has 2 atoms, Carbon, of which it has 1 atom, and Oxygen, with 3 atoms, are non-metallic chemical elements.

https://upload.wikimedia.org/wikipedia/commons/thumb/b/b4/Carbonic-acid-3D-balls.png/245px-Carbonic-acid-3D-balls.png

The chemical name for h2co3 is graphically represented by a black sphere, the carbon atom joined with a double bond to an atom of oxygen, the red sphere, and with two single bonds that join it to two other atoms of oxygen, and these in turn joined with single bonds to 2 atoms of hydrogen.

Accordingly, we can express carbonic acid with another formula in the form CO(OH)2, where the C=O is a carbonyl group that is bonded to two OH, hydroxyl groups.

• It has an acidity of 6.352 pKa.

• Its density is 1 g/cm³.

• The molar mass of h2co3 is 62.03 g/mol.

• The state of aggregation of carbonic acid is liquid.

• It is very volatile, its lifetime is extremely short, only 300 nanoseconds.

• In solutions, this acid loses one or two protons, when it loses the first one a bicarbonate ion is formed, and when it loses the second proton a carbonate ion is formed, this occurs when it is combined with positive radical atoms or with bases, constituting salts such as carbonates and bicarbonates.

• When this acid combines with calcium oxide, commonly known as lime, it creates calcium carbonate, in the forms of marble and chalk.

Uses of h2co3

Carbonic acid, Chemical name for h2co3 by itself as such, is a substance that has very few applications at the industrial, commercial and everyday life level, but from its derivatives and dissolution a diversity of uses can be observed.

Based on its pairs such as HCO3-/CO32- and H2CO3/HCO3- solutions are prepared where an enzyme called carbonic anhydrase is used. It is known that this enzyme is present in the hemoglobin of living beings, when transported through the red blood cells, it reaches the lungs, This CO2 is used in the soft drink industry, where it is used to provide them with that pleasant fizz that produces so much satisfaction in the palates of the multitudes that ingest them daily.

 An example of the usefulness of h2co3 is the product, known as Carbohydrazide, from Echemi.

https://www.echemi.com/produce/pr2112152844-water-treatment-carbohydrazide-cas-497-18-7.html

It is a powder of crystalline and whitish appearance, which can be used in the treatment of water carbohydrazide, identified as CAS 497-18-7, which is available in packages of 25 grams, 100 grams, and 1 kilogram.

This substance is of the Zhishang Chemicals brand, and has a density of 1.3±0.1g/cm³, with a melting point of 150 to 153 ℃, a refractive index of 1.537, it is soluble in water, and is stable if kept in storage conditions between 0 to 6 ℃, if this temperature is exceeded it may run the risk of exploding, it is also not compatible with agents that have strong oxidizing properties, nor with strong acids.

Echemi's Carbohydrazide has a high reduction capacity, and is especially suitable for use in the manufacture of energetic materials, as an ingredient in explosive materials and rocket propellants.

It is also an efficient substance to combat rust in boilers, additionally presents the great advantage of being a very low toxic product, which does not represent serious risks to the environment, and there are many utilities that can be given, among which are the chemical fiber industry, the medical industry, agriculture where it is used in the manufacture of herbicides, in products to regulate plant growth, in the manufacture of dyes, and a variety of other uses.