what is hydrogenation? what is it's industrial application?
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Answers
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2 =CH
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2 =CH 2
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2 =CH 2
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2 =CH 2 ⟶CH
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2 =CH 2 ⟶CH 3
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2 =CH 2 ⟶CH 3
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2 =CH 2 ⟶CH 3 CH
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2 =CH 2 ⟶CH 3 CH 3
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2 =CH 2 ⟶CH 3 CH 3
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2 =CH 2 ⟶CH 3 CH 3
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2 =CH 2 ⟶CH 3 CH 3 Industrial application: Hydrogenation is used in many industrial applications.
Hydrogenation is the chemical reaction between hydrogen and other compounds in the presence of catalyst. . Hydrogenation is an addition reaction.Example: When ethene is heated with H 2 and the catalyst nickel it is reduced to ethane.CH 2 =CH 2 ⟶CH 3 CH 3 Industrial application: Hydrogenation is used in many industrial applications.For example; in Petrochemical Industry, hydrogenation is used to convert alkenes into alkanes (paraffins) and cycloalkanes. Hydrogenation is also used to prepare vegetable ghee from vegetable oils.
Answer:
Hydrogenation is a chemical reaction between molecular hydrogen and an element or compound, ordinarily in the presence of a catalyst. The reaction may be one in which hydrogen simply adds to a double or triple bond connecting two atoms in the structure of the molecule or one in which the addition of hydrogen results in dissociation (breaking up) of the molecule (called hydrogenolysis, or destructive hydrogenation). The catalysts most commonly used for hydrogenation reactions are the metals nickel, platinum and palladium and their oxides. For high-pressure hydrogenations, copper chromite and nickel supported on kieselguhr (loose or porous diatomite) are extensively used.
Industrial application:
This reaction is generally used in vegetable oils hydrogenation. Vegetable oil has long unsaturated carbon chains that are converted into saturated fatty acids, i.e., vegetable ghee.
Explanation:
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