Carbon dioxide extraction.Your CARBON dioxide hemp oil guide is complete

Many medical and recreational marijuana consumers prefer to inhale cool, instantly rejuvenated, cannabinoid-infused vapors over the pungent smoke of burning marijuana.
However, many health-conscious consumers of cannabis concentrate -- perhaps including you -- would prefer to avoid breathing the residual oil particles of butane hash into their lungs entirely. We couldn't agree more.
So are you ready for a cleaner, purer, tastier, safer, higher overall quality concentrate? Well, we've got something great for you: supercritical carbon dioxide extraction!
But it's not enjoyable. On the contrary, it's a great way to remove all the things that make cannabis better from plant matter. This way, you don't have to burn your marijuana to reap all the mind-altering and medicinal benefits.
Most importantly, for health-conscious marijuana lovers, the extraction method doesn't leave traces of toxins in the finished product. Now, this is something to sit up and pay attention to.
This article will break down the basics behind supercritical fluid extraction and the biochemical benefits of co2-extracted cannabis concentrate. We'll also leave you with some simple steps for extracting your own concentrated KIEF crystals at home using dry carbon dioxide ice.
The additional value of carbon dioxide extraction
Source of carbon dioxide extraction type: TST. Two
As a cheap, recyclable, environmentally friendly, and safe industrial solvent, supercritical CO2 (http://www.careddi.com/brc/66.htm)is increasingly used to produce high-quality products.
coffee
vanilla
The tea
Fruit and nut extracts
Aromas of fruit and nuts
Omega 3 oil
Balmy agent
perfume
Tobacco extract from e-cigarettes
Hop oil extraction
Extract oil from algae (as an alternative energy source).
Big sesame oil
Supercritical CO2 extraction source: Dailydabs420.com
You might look at this list and say, "Hey, it's cool that CO2 extraction is used in so many different products. But why is it so popular?"That's a good question! Here's the thing.
Our bodies naturally produce carbon dioxide (CO2) when we breathe, which is considered a "natural" product. This caused such a stir in the 1970s and 1980s, compared with chemicals such as chlorofluorocarbons (CFCs) found in hair gel.
The U.S. Food and Drug Administration considers it safe, which is one reason why carbon dioxide is used to keep sodas fresh.
Carbon dioxide is non-toxic, and the process of extracting it does not add carbon to our atmosphere.
Carbon dioxide extraction will not bring any flammable petroleum-based solvents (such as butane) into contact with your medicine. This eliminates the risk of explosions during the co2 extraction process and potentially harmful petroleum butane particles in the final, excellent, concentrated cannabis product!
Now that you understand why CO2 extraction is such a great process let's delve into the science behind its works.
Supercritical CO2 Extraction 101
Warning: If you are not an industrial chemist, or if you are not tall enough by the time you read this, the following description may seem a little complicated.
The co2 extractor essentially freezes the CO2 gas and compresses it into a "supercritical" cryogenic liquid state. What does "supercritical" mean?"We're glad you asked.
Carbon dioxide (CO2) usually behaves as a gas at standard temperatures and pressures (that is, in places where humans can live without special equipment).who can change this gas into a solid with little effort. This solid-state is called dry ice. These are the two most common phases of carbon dioxide outside the lab.
With special equipment (i.e., in the lab), you can turn the co2 gas into a liquid by increasing the pressure to 75 pounds per square inch and keeping the temperature below -69℉.Brrr! This liquid carbon dioxide is where we start to extract carbon dioxide.
From this liquid, we have to raise the temperature and pressure to a certain point. We're not going to go into the numbers here because it gets super complicated. Just know that when you increase the temperature and pressure of the liquid carbon dioxide, the liquid will become supercritical.
This means that it can take on properties that lie between gas and liquid. Are you excited? A supercritical fluid can fill a container like a gas while retaining its density like a liquid.
This supercritical property of CO2 is ideal for chemical extraction because it is "softer" than other compounds and does not cause damage or denaturation (making it unfit for consumption). And because the solubility in CO2 varies with pressure, supercritical CO2 can extract selected compounds (rather than all combinations) with a little tweaking.
Now that you have a glimpse of what supercritical carbon dioxide is, we can turn our attention to using it to make a cannabis extract.

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