The hydrolysis of triacetin
There is a thing in the world called triacetin, and the principle of its hydrolysis is related to the mystery of chemistry. Triacetin, in a suitable environment, will undergo hydrolysis.

When water coexists with a specific catalytic agent, the triacetin molecule gradually dissolves. Its ester bond is broken, just like the delicate structure is disintegrated by micro-force. The hydrogen and hydroxyl groups of water are attached to the fracture respectively.

Hydrolysis is done, and the product is produced. Acetic acid and glycerol are obtained. Acetic acid is acidic, with a unique taste and chemical activity. Glycerin is a common substance and is useful in many fields.

The process of hydrolysis of triacetin is like the delicate evolution of the microscopic world. Its rate is also affected by temperature and the amount of catalyst. When the temperature rises, the molecular activity increases and the hydrolysis rate is also fast. The amount of catalyst is abundant, like a pilot lamp, promoting the smooth progress of the reaction.

This hydrolysis is essential in the chemical industry and the field of scientific research. Chemists can make acetic acid and glycerin according to this, and add materials for production. Scientists, explore its detailed understanding and seek the depth and breadth of chemical understanding. It is hydrolyzed with triacetin. Although the microscopic changes are macroscopic benefits, it cannot be ignored.