In the supercritical state, the supercritical carbon dioxide is contacted with the substance to be separated to
selectively extract the components with different polarity, boiling point and molecular weight. Of course,
the extract obtained corresponding to each pressure range cannot be single, but the conditions can be controlled
to obtain the best proportion of mixed components,and then the supercritical fluid can be changed into ordinary gas
by means of decompression and heating, and the extracted substances can be completely or basically precipitated,
so as to achieve the purpose of separation and purification. Therefore,
the supercritical fluid carbon dioxide extraction process is a combination of extraction and separation.
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Model | Kettle 304/316 | Pressure/temperature | Max co2 flow |
SZP 120-50-01 | 1L | 50 Mpa/85 ℃ | 50L/H |
SZP 120-50-05 | 5L | 50 Mpa/85 ℃ | 50L/H |
SZP 220-50-10 | 5L*2 | 50 Mpa/85 ℃ | 100L/H |
SZP 220-50-01 | 10L*2 | 50 Mpa/85 ℃ | 200L/H |
SZP 220-40-01 | 25L*2 | 40 Mpa/85 ℃ | 400L/H |
SZP 220-40-01 | 50L*2 | 40 Mpa/85 ℃ | 600L/H |
SZP 230-40-01 | 100L*2 | 40 Mpa/85 ℃ | 1000L/H |
SZP 330-40-01 | 100L*3 | 40 Mpa/85 ℃ | 2000L/H |
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