Continuous extracting device
An extraction device and extraction container technology, which is applied in the direction of solid solvent extraction, etc., can solve the problems of high energy consumption, long extraction cycle, and low efficiency of extraction operations, and achieve the effects of reduced extraction cycle, improved extraction efficiency, and reduced energy consumption
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example 1
[0026] Example 1 Extraction of Ephedra
[0027] According to the pre-determined process, first close the valves 27, 30, and 36, and put the crushed ephedra and 4 times the amount of sodium hydroxide alkali aqueous solution with pH 8.5 into the extraction container 16 through 11, 12, and the sodium hydroxide alkali aqueous solution After the n-octanol is in the appropriate position below the tube 34, n-octanol is injected again. When the n-octanol level is higher than the tube 34, the n-octanol flows into the concentration vessel 3 through the connecting tubes 34 and 42, and the n-octanol flows into the concentration vessel 3. Stop the injection of n-octanol after the surface is at a proper position below the nozzle 45 (this position is determined by the process). Close and seal the inlets 11 and 12, start the stirring devices 21 and 23, so that the solid materials and the sodium hydroxide aqueous solution can fully interact, and the valves 19 and 14 can be opened to appropriately...
example 2
[0032] Example 2 Extraction of Baicalin
[0033] According to the pre-determined process, the valves 27, 30 and 36 are closed first, and the crushed scutellaria and 95% ethanol solution are placed in the extraction container 16 through 11 and 12. The 95% ethanol solution flows into the concentration container 3 through the connecting pipes 34 and 42 , Stop the injection of 95% ethanol after the 95% ethanol liquid level is at an appropriate position below the nozzle 45 (this position is also determined by the process). Close and seal the inlets 11 and 12, start the stirring devices 21 and 23, so that the solid materials and the 95% ethanol solution can fully interact, and at the same time, the valves 19 and 14 can be opened to appropriately heat the extraction container to promote the alcohol solubility of the solid materials. The ingredients are fully eluted, and the temperature should be kept at 40°C to 60°C. Opening the valve 1 allows the heating medium to enter the jacket 44 ...
example 3
[0037] Example 3 Extraction of Astragaloside IV
[0038] According to the pre-determined process, the valves 27, 30 and 36 are closed first, and the crushed astragalus and 95% ethanol solution are placed in the extraction container 16 through 11 and 12. The 95% ethanol solution flows into the concentration container 3 through the connecting pipes 34 and 42 , Stop the injection of 95% ethanol after the 95% ethanol liquid level is at an appropriate position below the nozzle 45 (this position is determined by the process). Close and seal the inlets 11 and 12, start the stirring devices 21 and 23, so that the solid materials and the 95% ethanol solution can fully interact, and at the same time, the valves 19 and 14 can be opened to appropriately heat the extraction container to promote the alcohol solubility of the solid materials. The ingredients are fully eluted, and it is better to keep this temperature at 30°C to 50°C. Opening the valve 1 allows the heating medium to enter the j...
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