Kolbe-Schmitt Reaction Applications

Kolbe Reaction has various practical applications across various industries. Some of them include:

1. Kolbe reaction is used in various pharmaceutical synthesis. For example, Aspirin drug is formed after the synthesis of salicylic acid via the Kolbe Reaction.
2. It is also used in Polymer Industry to synthesis conductive polymers. There polymers are used in the application of electronic devices, sensors, etc.
3. The reaction is used in formation of LED screens, optical devices and materials with unique optical properties.
4. The reaction is used in the formation of organic compounds in the production of dyes and pigments.
5. Kolbe reaction is used in parabens. It is a class of preservatives that are used in variety of products such as cosmetics.

Learn more about Aspirin formula

Also, Check

• Aromatic Compounds
• Preparation of Phenols
• Alcohols, Phenols and Ethers

Kolbe Reaction also known as Kolbe Electrolysis or Kolbe-Schmitt Reaction, named after 19th-century German chemist Hermann Kolbe, is a chemical process significant in Organic Chemistry. Kolbe Reaction is a type of an addition reaction in which Phenol reacts with NaOH to give Phenoxide Ion. It has made a significant impact on organic chemistry, from its early origins in the lab to its modern applications in various scientific fields. Students have to study Kolbe Reaction in Class 12. Let’s learn What is Kolbe Reaction and explore its mechanism, applications, and more in the article.