Continuous production device of ionic liquid based on sleeve reactor
A production device and ionic liquid technology, applied in the field of ionic liquid continuous production devices, can solve the problems of immature process parameters, immature technology, unsatisfactory chemical equipment, etc. , the effect of low cost
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Embodiment 1
[0019] Embodiment 1, a kind of ionic liquid continuous production device based on sleeve reactor
[0020] A continuous ionic liquid production device based on a sleeve reactor, such as figure 1 As shown, including pre-mixing equipment (H01), sleeve-type preheating reactor (T01), sleeve-type transfer heat reactor (T02), preheating heat compensation equipment (H02), heating heat compensation equipment (H03) and Jacketed heating reactor (T03).
[0021] The premixing equipment (H01) includes a premixing chamber (H01A) and a low temperature tube (H01B), wherein the premixing chamber (H01A) is used to provide space and place for the reactants to be fully premixed, and the mixing process can be stirring Mixing and pump mixing; cryogenic pipe (H01B) is used to reduce the temperature of the reaction material and inhibit the reaction process. The cryogenic pipe can be a straight pipe or a coil pipe with a cooling medium inside. The cooling medium can be water, frozen brine, or heat tra...
Embodiment 2
[0033] Example 2. Using the continuous ionic liquid production device based on the sleeve reactor of the present invention to prepare 1-pentyl-3-methylimidazolium chloride salt ([PMim]Cl):
[0034] Raw material A: N-methylimidazole, 205.25g / min, 2.5mol / min;
[0035] Raw material B: chloropentane, 266.47g / min, 2.5mol / min;
[0036] Pressure range: 213kPa (inlet) 36kPa (outlet);
[0037] Temperature range: 55°C (inlet) ~ 159°C (outlet);
[0038] Residence time: 22.6h;
[0039] Product yield: 99.3%;
[0040] Product purity: 99.2%.
Embodiment 3
[0041] Example 3. Using the continuous ionic liquid production device based on the sleeve reactor of the present invention to prepare 1-butyl-3-methylimidazolium bromide ([BMim]Br):
[0042] Raw material A: N-methylimidazole, 410.50g / min, 5mol / min;
[0043] Raw material B: n-butane bromide, 685.14g / min, 5mol / min;
[0044] Pressure range: 241kPa (inlet) 34kPa (outlet);
[0045] Temperature range: 59°C (inlet) ~ 164°C (outlet);
[0046] Residence time: 19h;
[0047] Product yield: 99.2%;
[0048] Product purity: 99.0%.
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