Uses of Hydrides

Various uses of the hydrides are,

  • Hydrides such as sodium borohydride, DIBAL, and super hydride are often utilised as reducing agents. The hydride reacts with an electrophilic core, which is usually unsaturated carbon.
  • In organic synthesis, hydrides such as sodium hydride and potassium hydride are utilised as strong bases. When the hydride combines with the weak Bronsted acid, it produces H2.
  • Desiccants, or drying agents, such as calcium hydride, are used to eliminate trace water from organic solvents. When the hydride combines with water, it produces hydrogen and hydroxide salt. The dry solvent can then be vacuum transferred or distilled from the solvent pot.
  • Hydrides play a vital role in storage battery technologies like the nickel-metal hydride battery. Various metal hydrides have been investigated for use as hydrogen storage for fuel cell-powered electric vehicles and other components of a hydrogen economy.
  • Hydride complexes act as catalysts and intermediates in a wide range of homogeneous and heterogeneous catalytic cycles. Catalysts for hydrogenation, hydroformylation, hydrosilylation, and hydrodesulfurization are all important examples.
  • Hydrides are used in battery storage such as Hydride Batteries.
  • Hydrides are also used in Drying Agents.

Read More,

Hydrides

Hydride in Chemistry is the name of a compound containing Hydrogen Anion. Hydrides are chemical compounds with one atom of hydrogen and an extra atom. Hence, they are an anion of Hydrogen. An anion is a species that has extra electrons and thus exhibits a negative charge. Thus, hydride (hydrogen anion) has a negative charge. In hydride, the oxidation number of hydrogen is -1. Various examples of hydrides are, Water(H2O), Methane(CH4), Ammonia(NH3), etc.

In this article, we will learn about, Hydrides Definition, Types of Hydrides, Uses of Hydrides, and others in detail.

Table of Content

  • What are Hydrides?
  • Types of Hydrides
  • Ionic or Saline Hydrides
  • Covalent Hydrides
  • Metallic Hydrides
  • Binary Hydrides
  • Uses of Hydrides

Similar Reads

What are Hydrides?

Hydrides or Hydrogen Anion are the compounds in which the hydrogen anion is attached with lesser electronegative elements. Thus, we can say that if hydrogen reacts with any element and forms a compound the compounds formed are called Hydrides....

Types of Hydrides

Hydrides are classified into three categories that are,...

Ionic or Saline Hydrides

When a hydrogen anion combines with highly electropositive s-block components (Alkali Metals and Alkaline Earth Metals), they produce Ionic Hydrides or Saline Hydrides. Ionic hydrides are crystalline, non-conducting, and non-volatile solid compounds. When ionic hydrides are electrolyzed, hydrogen gas is liberated at the anode....

Covalent Hydrides

If the hydrogen anions reacts with other similar electronegative elements such that, Si, C, etc. Thus, if hydrogen anion react with non-metals they form covalent hydrides. In the covalent hydrides the bond form is covalent bond. These covalent hydrides are volatile or non-volatile in nature. The covalent hydrides exist in liquid and gaseous form. Haloges form the p-block reacts with hydrogen to form Halogen Hydrides and their general form is HX where H is hydride ion and X is Halogen ion. Some example of HX are, HCl, HBr, HI, etc....

Metal Hydrides

If the hydrogen react with the transition elements of the d-block then compounds so formed are called metallic hydrides. They are stable compound and are boned by the metallic bonds....

Binary Hydrides

Binary hydrides is another category of Hydrides and the The free hydride ion does not exist in these types of hydrides. They are called Binary as there are only two kinds of atoms in them one is hydrogen and other is a less electronegative as compared to hydrogen....

Uses of Hydrides

Various uses of the hydrides are,...

Hydrides-FAQs

1. What are Hydride and Examples?...

Contact Us