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In the modern age of cannabis consumption, extracts are becoming more and more popular than ever. Moreover, patients and recreational users are gradually concerned with purchasing reliable, consistent, and safe methods of cannabis extracts. Itu2019s been produced using some form of carbon dioxide (CO2) extraction technology, whether vaporizer pens, salves, edibles, or elixirs, chances are if itu2019s a quality cannabis product. Through this blog, we are going to share the major difference between supercritical and subcritical CO2 extraction. Most CO2 Extraction Companies use these two methods describe
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CO2 Extraction: Supercritical vs. Subcritical In the modern age of cannabis consumption, extracts are becoming more and more popular than ever. Moreover, patients and recreational users are gradually concerned with purchasing reliable, consistent, and safe methods of cannabis extracts. It’s been produced using some form of carbon dioxide (CO2) extraction technology, whether vaporizer pens, salves, edibles, or elixirs, chances are if it’s a quality cannabis product. Through this blog, we are going to share the major difference between supercritical and subcritical CO2 extraction. Most CO2 Extraction Companies
Working process of CO2 extraction To pull specific compounds from a plant, CO2 extraction uses pressurized carbon dioxide. This is the most effective, expensive, and safest extraction method as it removes the various dangers that come with solvents. This technology is anything but green to the botanical extraction and food industries, although relatively new in cannabis concentrate processing. In fact, for many years, CO2 was used as a standard extraction method to produce carbonated soft drinks and to remove caffeine from coffee beans to craft essential oils.
Supercritical CO2 extraction While talking about CO2, it exists as a gas at standard temperature and pressure. However, it holds both the properties of gas and a liquid when heated above 31.10° and 1,071 psi which is critical temperature and pressure of CO2 respectively. As a solvent, this supercritical liquid can slide into porous materials in order to dissolve them. This fluid passes through a chamber containing raw cannabis material, gently dissolving the membrane of the trichrome to capture their active compounds in the application of cannabis. Compounds such as cannabinoids and terpenes are fractioned away with little fluctuation in temperature and pressure. In the end, the remaining CO2 is transferred to a condenser vessel where the temperature is. And pressure allows the fluid to stabilize back into a gas. When supercritical extractions produce a greater yield and take less time than subcritical extractions.
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