Rosa roxburghii extract, and preparation method and application thereof
A technology for extract and prickly pear, which is applied in the field of prickly pear extract and its preparation, can solve the problems of prickly pear waste, discarded filter residue, increase cost, etc., and achieve the effects of convenient storage and transportation, long shelf life and mild extraction conditions
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Embodiment 1
[0022] A preparation method of Rosa roxburghii extract, prepared according to the following method:
[0023] S1. Raw material processing: wash the Rosa roxburghii, remove the core, and chop to obtain broken Rosa roxburghii; set aside;
[0024] S2. Juicing: the crushed prickly pears obtained in step S1 are squeezed through a double-screw press to obtain a first-pressed juice; Press the juice for the second time to obtain the pressed juice, and retain the solid residue after pressing the juice;
[0025] S3. Supercritical fluid extraction: add the solid residue obtained in step S2 to a supercritical fluid extraction tank, add CO 2 Solvent, preheat to 20°C, stir evenly, reduce the pressure, reduce the pressure to less than 7MPa, adjust the temperature, adjust the temperature to about 30°C, and reduce the solvent containing the extract to less than CO 2 Below the critical pressure, due to CO 2 The solubility is extremely reduced, and the extract and CO are separated by a separat...
Embodiment 2
[0028] A preparation method of Rosa roxburghii extract, prepared according to the following method:
[0029] S1. Raw material processing: wash the Rosa roxburghii, remove the core, and chop to obtain broken Rosa roxburghii; set aside;
[0030] S2. Juicing: the crushed prickly pears obtained in step S1 are squeezed through a double-screw press to obtain a first-pressed juice; Press the juice for the second time to obtain the pressed juice, and retain the solid residue after pressing the juice;
[0031] S3. Supercritical fluid extraction: add the solid residue obtained in step S2 to a supercritical fluid extraction tank, add CO 2 Solvent, preheat to 20°C, stir evenly, reduce the pressure, reduce the pressure to less than 7MPa, adjust the temperature, adjust the temperature to about 30°C, and reduce the solvent containing the extract to less than CO 2 Below the critical pressure, due to CO 2 The solubility is extremely reduced, and the extract and CO are separated by a separat...
Embodiment 3
[0034] A preparation method of Rosa roxburghii extract, prepared according to the following method:
[0035] S1. Raw material processing: wash the Rosa roxburghii, remove the core, and chop to obtain broken Rosa roxburghii; set aside;
[0036] S2. Juicing: the crushed prickly pears obtained in step S1 are squeezed through a double-screw press to obtain a first-pressed juice; Press the juice for the second time to obtain the pressed juice, and retain the solid residue after pressing the juice;
[0037] S3. Supercritical fluid extraction: add the solid residue obtained in step S2 to a supercritical fluid extraction tank, add CO 2 Solvent, preheat to 20°C, stir evenly, reduce the pressure, reduce the pressure to less than 7MPa, adjust the temperature, adjust the temperature to about 30°C, and reduce the solvent containing the extract to less than CO 2 Below the critical pressure, due to CO 2 The solubility is extremely reduced, and the extract and CO are separated by a separat...
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