Device and method for preparing monochloroacetone by multi-tower reaction
A monochloroacetone, reaction technology, applied in the field of chemical equipment, can solve the problems of monochloroacetone price rise, environmental hazards, acetone is volatile, etc., to achieve precise control of chlorine gas flow, no chlorine gas leakage, and no pollution in the reaction
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Embodiment 1
[0018] see figure 1 , the present invention relates to a multi-tower reaction device for producing monochloroacetone, comprising a reactor 1, four ceramic tower sections 2 are arranged on the top of the reactor 1, and a tubular glass condenser is arranged on the top of each ceramic tower section 2 3. The diameter of the tubular glass condenser 3 is consistent with the diameter of the ceramic tower section 2, and the gas outlets at the top of the two tubular glass condensers 3 are connected to the first buffer tank 4 through a condensing device, and the other two tubular glass condensers The gas outlet at the top of the condenser 3 is connected to the second buffer tank 5 through a condensing device, and the liquid outlets at the bottom of the first buffer tank 4 and the second buffer tank 5 are respectively connected to the third buffer tank 6, and the third buffer tank The liquid outlet at the bottom of 6 is connected to the reaction kettle 1, and the tail gas outlet at the t...
Embodiment 2
[0022] A method for producing monochloroacetone by multi-tower reaction. Chlorine gas is added from the upper part of the second section or the lower part of the third section of each ceramic tower section 2, and enters the reaction kettle 1 to undergo a replacement reaction with acetone. Observe the tube at the bottom. Type glass condenser 3, when the color appears, it shows that the amount of chlorine added is too large and the reaction is not sufficient. At this time, reduce the flow of chlorine added and increase the flow of cooling water to make the reaction sufficient. Through the regulation of the four ceramic tower sections 2 and the tubular glass condenser 3, the flow of chlorine gas can be precisely controlled, the reaction is sufficient, the yield is improved, and there is no leakage of chlorine gas, and the reaction of the whole system is pollution-free.
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