The Method of Separation of Ethyl Ester and Water
Now there is a mixture of ethyl ester and water, and it is difficult to do so. Those who cover ethyl ester are active in nature and have a blind date with water. If you want to separate, you need a good method.

In the past, there were wise people who observed the differences in material properties and thought about the strategy of separation. Knowing that the boiling point of ethyl ester is strange at 78 degrees, and the boiling point of water is Baidu, the two are different. So I set up the method of distillation, to hold the mixed liquid in the kettle, and to burn it under the fire. The heat of the fire makes the liquid gradually boil. The boiling point of ethyl ester is low, and it first dissolves gas and rises. After condensing, it is combined into liquid and flows into other vessels. The water remains in the kettle, and the two are then divided.

The method of distillation is feasible, but it is also inconvenient. The energy consumption is quite huge, and the device is complicated. Those who also think about the method of extraction. Find a solvent, which is hydrophobic and hydrophobic. Add it to the mixture and stir well. The ethyl ester is dissolved in the solvent and separated from the water. Then the solvent is separated from the ethyl ester to obtain pure ethyl ester.

Or the method of membrane separation can also be used. Make a special membrane, which allows the ethyl ester to pass through and repels water. Make the mixture flow through this membrane, the ethyl ester passes through the membrane and the water cannot pass, so it can also be divided into two.

All methods have their own advantages and disadvantages. It is necessary to consider the actual situation, such as the amount of materials, the limit of energy consumption, the cost, etc., and choose the right one to use, in order to make the separation of ethyl ester and water smooth and efficient.