Diethylamine Synthesis
The method of synthesis of diethylamine
Now want to be the synthesis of diethylamine, when the reason is clear, follow the method.
First take ethanol and ammonia as the base material, and use nickel or copper as the catalyst to interact with ethanol and ammonia at a specific temperature and pressure. Among them, the molecular structure of ethanol is gradually changed, and ammonia also participates in the reaction. After complex chemical changes, there is a tendency to generate ethylamine.
However, to obtain diethylamine, the reaction needs to be carefully regulated. Appropriate additives can be added to optimize the reaction environment and promote the further interaction of ethylamine with ethanol. Within a suitable reaction time, some ethylamine can be recombined with ethanol and then converted into diethylamine.
After the reaction is completed, the product contains diethylamine and unreacted raw materials, etc. At this time, separation and purification are required. Distillation can be used to separate diethylamine from the mixture due to the difference in boiling point. Or by extraction, select a suitable extractant, extract and enrich diethylamine, and then treat it to obtain pure diethylamine.
Synthesis of diethylamine is quite important in the chemical industry, and it is very useful in various fields. Therefore, the method of refined research and synthesis is an important task in the chemical industry.
Now want to be the synthesis of diethylamine, when the reason is clear, follow the method.
First take ethanol and ammonia as the base material, and use nickel or copper as the catalyst to interact with ethanol and ammonia at a specific temperature and pressure. Among them, the molecular structure of ethanol is gradually changed, and ammonia also participates in the reaction. After complex chemical changes, there is a tendency to generate ethylamine.
However, to obtain diethylamine, the reaction needs to be carefully regulated. Appropriate additives can be added to optimize the reaction environment and promote the further interaction of ethylamine with ethanol. Within a suitable reaction time, some ethylamine can be recombined with ethanol and then converted into diethylamine.
After the reaction is completed, the product contains diethylamine and unreacted raw materials, etc. At this time, separation and purification are required. Distillation can be used to separate diethylamine from the mixture due to the difference in boiling point. Or by extraction, select a suitable extractant, extract and enrich diethylamine, and then treat it to obtain pure diethylamine.
Synthesis of diethylamine is quite important in the chemical industry, and it is very useful in various fields. Therefore, the method of refined research and synthesis is an important task in the chemical industry.

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