Esterification of Ethyl Esterification
The method of ethyl ester esterification is not as detailed as it is today in ancient times, but there are traces to follow. In the past, all kinds of techniques were gradually emerging, and people also studied the wonders of material synthesis.

If you want to make ethyl ester esterification, you must first know what it is used for. Based on ethanol and acetic acid, the two meet, and in a specific environment, you can synthesize esters. People in the past, although they did not understand the subtle principles, they accumulated it with experience, and they also got results.

The method is to first take a clean device, measure an appropriate amount of ethanol, and put it in it. Ethanol is mild in nature and is the foundation of esterification. Then slowly inject acetic acid, acetic acid is slightly strong, and the two are mixed, so you need to be careful.

Then, find a place with stable temperature, or use a light fire to warm it, or place it in a warm room. This warm and nourishing environment is very important. If it is too cold, the reaction will be slow, and if it is overheated, it will lose its degree. The combination of the two depends on this warm and nourishing power.

During the reaction, it can be seen that the liquid is slightly turbulent, and it seems to have vitality in it. After a long time, the fragrance of ethyl ester gradually escapes. Ethyl ester has a fragrant smell, which can be used to distinguish whether it is a proof.

After the reaction is completed, it is separated and purified by a delicate method. Although the ancient method is simple, it can also remove its impurities and retain its essence. Or by means of distillation, according to the difference in boiling point, it can be divided into its species to obtain pure ethyl ester.

Looking at the esterification of ethyl ester, although the years have changed, the previous explorations have made great contributions to laying the foundation for future learning and laying the foundation for future generations. Later scholars should carry on their ambitions, carry on the past and open up the future, and explore the wonders of chemistry to benefit everyone.