Method for producing isopropylamine

Abstract

The invention discloses a method for producing isopropylamine, which belongs to the technical field of amine. To solve the problem that the prior isopropylamine industrial production device cannot effectively convert diisopropylamine into the isopropylamine, a reactor for an acetone hydroamination reaction performs the sectional control of the reaction temperature, the reaction temperature of a first section positioned at an inlet of the reactor is between 110 and 150 DEG C, and the reaction temperature of a downstream section is 5 to 30 DEG C higher than that of an upstream section which is adjacent to the downstream section. Along with the gradual reduction of the concentration of acetone along a bed, the reaction temperature is improved section by section, which is favorable for converting the diisopropylamine and isopropanol into the isopropylamine, thereby reducing the circulation of the diisopropylamine and the isopropanol, reducing energy consumption, and preventing the diisopropylamine from being gradually accumulated in a system so as not to need operating a diisopropylamine rectification system with difficult operation. The method is simple, feasible and easy to realize,and has considerable industrial application value and economic benefit.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for efficient generation of anilinium from nitrogen monoxide (NO) without requiring extra equipment or expensive materials. By adding another liquid called ammoniumn acid instead of urea during this process, it becomes more effective than previous methods due to its ability to absorb light efficiently with minimal absorption caused by NO molecules themselves. Additionally, when producing iso-propylamines through decomposition of organic compounds containing carbon atoms within certain chemicals, there are advantages over existing techniques such as catalytic cracking because less fuel needs to be used compared to traditional processes like thermal treatment. Overall, these technical results lead to improved efficiency and reduced costs associated with current technologies

Problems solved by technology

Technologies described involve different ways to efficiently manufacture high quality products from certain chemical substances like pimoline (dimyrofurane), cyclohexene diamide(cyclohexylenebutronic acid) dimercaptoformazolidium salt compounds called imiprasilbodiester adductor hydride complexes containing alkoxysuccyanato groups together with other metals like iron powder, zinc oxircone, manganese dioxidendehyde, etc., while generating impurities during the conversion step. Existing techniques either require multiple stages of isolative distillations or continuous adjustments over time, leading to reduced efficiency and increase costs associated with these processes.

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