All About CBD Decarboxylation

CBD Decarboxylation

Posted on December 14th, 2021

If you wonder what CBD decarboxylation is, you have come to the right place. Decarboxylation is a major step in the production process of CBD, THC, CBG, and other active cannabis components. If you were to consume a bag of raw weed, you’d get minimal health benefits.

CBD decarboxylation helps convert the major phytocannabinoids in the cannabis plant into active molecular forms so that they are able to interact with the body’s neurotransmitters to provide the necessary health benefits. Without decarboxylation, cannabis would possess very few medical and recreational properties. When the cannabis plant is dried or cured, a small amount of decarboxylation takes place. For full decarboxylation to occur, the weed should be heated to temperatures above 200 degrees Fahrenheit. This article provides information on what is CBD decarboxylation.

What Really Is CBD Decarboxylation? CBD Decarboxylation

Phytocannabinoids are naturally occurring compounds in the cannabis plant. THC and CBD are the most prevalent. And CBD is federally legal in the U.S. (As long as it contains less than 0.3% THC and comes from hemp varieties.)

We find CBD and other cannabinoids in the plant’s small glands. They are insoluble in water but dissolve in alcohol and oil. Using decarboxylation, we can convert inactive cannabis compounds into active ones. And that’s how we unlock their therapeutic potential.

Inside the Cannabis Plant

Before going through the decarboxylation process, the phytocannabinoids in the cannabis plant are found in an acidic state such as cannabidiolic acid (CBDA) and tetrahydrocannabinol acid (THCA). Decarboxylation converts the acidic cannabinoids in the cannabis plant into non-acidic cannabinoids. For example, CBDA is converted into CBD, and THCA is converted into THC. But the process doesn’t convert all acidic cannabinoids into their non-acidic counterparts. That is why you will find trace amounts of acidic compounds such as THCA and CBDA when CBD is tested in a lab.

We need decarboxylation to convert CBDA into CBD and THCA into THC. The process requires heat and time. When people smoke cannabis, they provide that heat naturally. In fact, vaporizing or smoking cannabis heats up the chemical compounds so you get your desired effects.

Now, for CBD to become therapeutically effective, we have to convert CBDA into CBD via the decarboxylation process. Luckily, it’s not that complicated. In fact, you can do it in your kitchen. (With the right equipment, naturally.) But the quality of the CBD may vary depending on each DIY method. So, for high-quality CBD products, you’ll need specifically-engineered cannabis extraction technology.  Because that’s the best to deliver therapeutically effective CBD.

The Benefits Of Decarboxylated CBD

CBD should always go through the decarboxylation process for the substance to provide the necessary health benefits. Almost all the CBD products you find in the market have gone through the process. When you decarboxylate the substance, you activate its therapeutic properties. CBD extracted from hemp is non-psychoactive. Hence, even after decarboxylation, consumers won’t get “high” by taking CBD.

The latest scientific studies suggest that decarboxylated CBD may offer many benefits. It could help you manage various mental and physical illnesses. The substance also contains anti-inflammatory, antioxidant, antipsychotic, and anticonvulsant properties, which can be beneficial for many individuals.

How To Decarboxylate CBD?

Temperature is everything when decarboxylation CBD. In fact, the heat is what causes the decarboxylation process to take place. Decarboxylating CBD in lower temperatures lets the substance preserve important components of the plant such as terpenes. Terpenes are responsible for the flavor and aroma of cannabis. On the other hand, terpenes possess therapeutic benefits of their own. They can work together with CBD and the other cannabinoids in the plant to boost their overall therapeutic effect.

Most cannabis users are confused about the temperature required to decarb cannabis. If you ask ten cannabis users at what temperature they decarb their weed at, you would get ten different answers. The lower the temperature, the longer the decarb process would take. But decarboxylation CBD at a much higher temperature tends to ruin the compound’s active ingredients. The ideal temperature to decarb the weed is approximately 230 degrees Fahrenheit (110 degrees Celsius) (Ref: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5549281/).

The ideal timeframe for the decarboxylation process is between 40 and 60 minutes. The COOH group of the herb breaks down into water and carbon dioxide within this time period. You should also remember that the boiling points of cannabinoids, flavonoids, and terpenes are different than their respective decarboxylation points. For example, the boiling point of CBD is 428 degrees Fahrenheit or 220 degrees Celsius. Make sure to maintain a low temperature when decarboxylating CBD to preserve the terpenes. If the terpenes evaporate at a higher temperature, the result would be a foul odor and an unpleasant taste. Here is the actual process of decarboxylating weed:

Steps and Ingredients

You will require the following equipment for the process:

. An oven
. Parchment paper
. A baking sheet
. Cannabis flowers

. Step-1

Preheat the oven by setting the temperature to 235 degrees Fahrenheit, and place the parchment paper on the baking sheet. Spread the cannabis flowers across the sheet. If there are larger pieces, break them with the hand before placing them on the baking sheet.

. Step-2 –

Bake the flowers for approximately 40 minutes. In fact, forty minutes is enough to bake well-dried cannabis flowers. But if you are using fresher cannabis flowers with more moisture, bake them for at least 90 minutes. You may use a hygrometer to get an idea about the level of moisture in the flowers. You can easily check the moisture levels of the weed by placing it in a closed container with the hygrometer. After the flowers are dry enough, leave them to completely cool.

. Step-3 – Smoking CBD - the hemp flower of the hemp plant

Remove the baked flowers and let them cool. After the desired time frame, remove the baking sheet from the oven and leave the flowers to cool. The decarboxylation process is complete, and the majority of CBDA in cannabis flowers should now be converted into CBD with highly effective therapeutic properties.

You may use the decarboxylated CBD to make CBD oil, edibles, or salves within three to six months from the date of the process. If you don’t convert the decarboxylated substance into your desired form within one year, the THC in the weed will naturally degrade to CBN – which is a cannabinoid that makes cannabis very sleepy. It can be ideally used as a sleep aid for people who are searching for an effective treatment for insomnia.

Disadvantages Of Decraboxylating CBD At Home

The only disadvantage of decarboxylating CBD and creating CBD edibles at home is the confusion of calculating how much of each cannabinoid you will be consuming. Without proper lab testing, it isn’t possible to determine the exact amount of CBD and other compounds in each edible. You are at risk of consuming too much or too little CBD and not receiving the health benefits you are trying to obtain. You may also experience unnecessary side effects by overdosing yourself with CBD or other cannabinoids. On the other hand, there are many other factors that could affect the amount of cannabinoids in your final product. For example, the age and strain of the cannabis flower you use, and the actual temperature of your oven can interfere with the amount of cannabinoids in your final product. That is why you need to source high-quality decarboxylated CBD from a reliable online manufacturer.

Tanasi.com is your trusted source for high-quality decarboxylated CBD products with a number of therapeutic benefits.

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