DEHYDROGENATION Meaning and
Definition
-
Dehydrogenation refers to a chemical reaction or process where a hydrogen atom or a hydrogen molecule is removed from a compound. This reaction takes place either through the use of a catalyst or by applying heat or pressure. The primary outcome of dehydrogenation is the generation of a double bond or unsaturation in the compound, as hydrogen is removed from the molecular structure.
Dehydrogenation reactions are commonly observed in various areas of chemistry, including organic, inorganic, and industrial chemistry. They play a crucial role in the formation of new compounds, synthesis of fuels, and the removal of hydrogen from organic compounds to produce unsaturated hydrocarbons or intermediates for further reactions.
Notably, dehydrogenation is employed extensively in the petrochemical industry to produce valuable products like alkenes and aromatics. In organic chemistry, it is frequently used in reactions such as the dehydrogenation of alcohols to aldehydes or ketones and the dehydrogenation of hydrocarbons to produce alkynes.
The dehydrogenation process has significant implications in materials science as well. For instance, it is utilized in the production of hydrogen storage materials, which can be used for clean and efficient hydrogen fuel cells or as an alternative energy source.
Overall, dehydrogenation plays a vital role in numerous chemical reactions and processes, leading to the formation of new compounds, the synthesis of valuable products, and advancements in various fields of study.
Common Misspellings for DEHYDROGENATION
- sehydrogenation
- xehydrogenation
- cehydrogenation
- fehydrogenation
- rehydrogenation
- eehydrogenation
- dwhydrogenation
- dshydrogenation
- ddhydrogenation
- drhydrogenation
- d4hydrogenation
- d3hydrogenation
- degydrogenation
- debydrogenation
- denydrogenation
- dejydrogenation
- deuydrogenation
- deyydrogenation
- dehtdrogenation
- deyhdrogenation
- Duedrogenation
Etymology of DEHYDROGENATION
The word "dehydrogenation" is derived from the combination of two components: "dehydration" and "hydrogenation".
"De-" is a prefix meaning "removal" or "reverse". In this case, it signifies the removal or reverse of hydrogen within a molecule.
"Hydrogenation" is the process of adding hydrogen to a molecule. The "-ation" suffix is commonly used to indicate a process or action.
"Dehydration", on the other hand, involves the removal of water molecules from a substance or compound, which is also indicated by the "-ation" suffix.
By combining the two terms, "dehydrogenation" is formed, referring to the process of removing hydrogen atoms from a molecule.
Infographic
Add the infographic to your website:
