When it comes to cannabis consumption, the options are endless. From traditional smoking to edibles, dabbing, and vaping, there's no shortage of ways to enjoy the plant's benefits. But there's one option that’s been making waves lately—THC syrup. You might’ve heard about it, maybe even seen it in your local dispensary, but what exactly is THC syrup? And why’s everyone talking about it? Let’s dive in and explore this intriguing cannabis product.
Extraction technology is constantly evolving each year, which helps drive down associated costs, increase output volumes, and improve product quality. While these advancements are promising, the method you choose, how you operate, and which post-extraction processing steps you deem necessary will all determine the quality of the final product and what type of product you […]
Extraction technology is constantly evolving each year, which helps drive down associated costs, increase output volumes, and improve product quality. While these advancements are promising, the method you choose, how you operate, and which post-extraction processing steps you deem necessary will all determine the quality of the final product and what type of product you want.
Ethanol versus Hydrocarbons and Carbon Dioxide
There is a place in the cannabis world for every style of extraction. Butane and propane are the most common solvents used in hydrocarbon extraction. The non-polarity of these hydrocarbons allows extractors to easily draw cannabinoids and terpenes out of plant material without also accidentally stripping unwanted chlorophyll into the extract. Butane and propane are favored over other longer-chain hydrocarbons because of their low boiling points, enabling these hydrocarbons to be readily evaporated from the final product once extraction is complete.
Hydrocarbon extraction is considered one of the best methods available for making cannabis concentrates; it is especially well-suited for creating live resin concentrates that use freshly harvested cannabis that has been frozen immediately at harvest to preserve the maximum amount of terpenes. This fresh-frozen biomass naturally has a much higher water content than the cured cannabis used in other extraction operations, and so an extraction that can be done at sub-zero temperatures while still removing terpenes efficiently — as with hydrocarbon extraction — will have the added benefit of keeping water-soluble components (such as anthocyanin pigments) ‘trapped’ in the frozen biomass and away from the extract.
Despite these advantages, the flammability and combustibility of hydrocarbon solvents present elevated safety risks if a leak or a fault is to occur while large volumes of the solvents are in use. Many jurisdictions also impose limits on the allowable total volume of flammable hydrocarbon solvent that can be stored on-site, and on the type and size of storage containers that can be used. Furthermore, only a limited number of hydrocarbon system manufacturers are producing Good Manufacturing Practice (GMP)-compliant equipment, and there are no pharmaceutical GMP-approved hydrocarbon extraction systems to date.
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THC Resin Extraction - How To - Process Guide
Because so long, work, and price went in to the creation of every place, farmers don’t overlook usage of the “milkshake” or leaves. Removal entails the procedure for eliminating the primary oil, THC resin, in the leaves staying on the place and these eliminated during...
