Acetyl bromide synthesis production process
A production process, the technology of acetyl bromide, which is applied in the production process field of acetyl bromide synthesis, can solve the problems of complex production process, low purity, low yield, etc., and achieve the effect of high purity, easy availability of raw materials, and low investment in equipment
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Embodiment 1
[0016] A kind of production technique of acetyl bromide synthesis, comprises following process step,
[0017] a. Select a brominated enamel reactor and add 450kg of acetic anhydride to the reactor, start the agitator to stir, and feed steam into the jacket of the reactor to start heating. The reactors all adopt brominated enamel reactors, and The reactor is equipped with a stirrer and a jacket.
[0018] b. After the temperature in the bromination enamel reactor in step a is heated to 75° C., add 1000 kg of liquid bromine dropwise to the reactant, and continue to raise the temperature until the temperature rises to 95° C.
[0019] c. release the hydrogen bromide gas produced after the reaction in step b, then reflux for 2.5h, and absorb the hydrogen bromide gas tail gas released by water.
[0020] d. After the reflux in the above step c ends, stop heating, and then feed cold water into the reaction kettle to cool the material to room temperature.
[0021] e. Pour the cooled r...
Embodiment 2
[0023] A kind of production technique of acetyl bromide synthesis, comprises following process step,
[0024] a. Select a brominated enamel reactor and add 500kg of acetic anhydride to the reactor, start the stirrer to stir, and feed steam into the jacket of the reactor to start heating. The reactors all use brominated enamel reactors, and The reactor is equipped with a stirrer and a jacket.
[0025] b. After the temperature in the bromination enamel reactor in step a is heated to 80°C, add 1100kg of liquid bromine dropwise to the reactant, and continue to raise the temperature until the temperature rises to 110°C.
[0026] c. release the hydrogen bromide gas produced after the reaction in step b, then reflux for 2.8h, and the hydrogen bromide gas tail gas released is absorbed by water.
[0027] d. After the reflux in the above step c ends, stop heating, and then feed cold water into the reaction kettle to cool the material to room temperature.
[0028] e. Pour the cooled re...
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