The benefits of cannabis for therapeutic use

CBD is making headlines for its varied potential applications and promises supported by a growing scientific body. While lots of short articles talk about the uses and advantages of CBD oil, the majority of people stay in the dark when it concerns a major question: how is CBD oil produced?

We are here to clarify this shadow: from growing the plant to harvesting it for extraction. We will exceed fundamental understanding, we will dive into procedures to gather the purest and most powerful oil. These steps are shunned by lots of companies, but we, CBD oil, consider them essential to the production of high quality products. Get ready, here’s the essentials of CBD oil production.

Hemp growing and harvest

It all starts with an adapted culture of hemp. Industrial hemp seeds are produced with care for their natural abundance of CBD and their low THC material. At CBD oil, we check the soil before growing, to ensure there are no signs of contamination. The seeds are then planted and the hemp grows for 120 days.

Near completion of the blooming period, the plants are harvested. They are cut near the roots, the leaves and seeds are gotten rid of, and the branches start to dry. The branches are then soaked to soften the fibers, this process is called “retting”. Then comes the “decortication”, the fiber is manually separated from the branch to go to the next steps. So we can proceed to extracting CBD.

CBD extraction methods

There are 3 main methods of extracting CBD: using edible oil (such as olive oil), liquid solvents, or supercritical CO ₂ extraction Extraction by liquid solvents is the most widespread in the market. However, for the sake of quality and precision, CBD oil chooses supercritical extraction to CO ₂. Now let’s take a look at the advantages and disadvantages of each approach.

Oil extraction.

Among the most direct methods is using oil to draw out CBD. It is popular amongst home producers. This process starts with the use of heat to decarboxylate raw plant product, thereby triggering cannabinoids such as THC. The next step is to include olive oil to cannabis and the mix is warmed to 100 ° C for 1 or 2 hours. Olive oil ultimately vaporizes and leaves a highly focused CBD oil


This approach is very low-cost and is executed safely. It does not require special devices and is for that reason available to home producers.

The cons

Compared to the effort needed, this extraction approach offers just a few final products. The resulting oil is highly perishable and must be kept in a cool, dry place and consumed reasonably rapidly to keep it from turning.

Liquid solvent extraction

Extraction with liquid solvents frequently happens using ethanol, lp or butane. The plant product is boiled using one of the solvents in order to draw out the desired parts (in this case, CBD). The option is then filtered and the solvents are purged using heat or a vacuum, leading to a focused final product rich in CBD.


The devices needed for extraction by liquid solvents is frequently not too complex or too specialized, but still provide a highly focused oil as a result. The process likewise remains reasonably easy.

The cons

On the drawback, this approach requires more energy than extraction with oil or CO ₂. It is likewise less accurate than CO ₂ extraction in regards to targeting the desired parts (such as CBD), which very frequently triggers products that do not make you want at all. Working with solvents at high temperatures is likewise very hazardous and poses threats to the environment.

COcrit supercritical extraction

This is the approach we have actually utilized here at CBD oil since we discovered that it offers the highest quality oil. Supercritical CO ₂ extraction is likewise a popular approach outside the CBD or hemp market, and is frequently utilized in the cosmetic and pharmaceutical industries.

At its “important” temperature and pressure, CO ₂ is in a state in between gas and liquid, enabling it to reveal the functions of these two aspects. The supercritical COtraction extraction is utilized as a “green solvent” in the extraction of CBD. The CO ₂ should reach an ideal temperature and pressure for the extraction to occur. This requires precision and expert knowledge, because different parts are insulated at different temperature levels.

Industrial range extraction systems include 3 parts: the extraction tank, the accumulator and the separator. The extraction tank is filled with crushed cannabis and the accumulator pumps fill the tank with CO ₂. This creates a mixture of CO ₂ and cannabinoids. The separator then captures the mix, eliminates the CO ₂ and isolates the ancient CBD extract.


CO ₂ extraction is a safe approach for people and the environment. It does not require any harmful chemical substance and utilizes a closed-loop approach enabling the possibility of recycling CO ₂. Since CO ₂ extraction works at a lower temperature than that based upon liquid solvents, it preserves more hemp terpene profiles and for that reason triggers a richer and more useful oil.

The cons

This approach is very costly because of the devices needed. It requires specialized understanding and it is vital to have access to a knowledgeable chemist. These two things make CO ₂ mining unsuitable for specific producers.

Go further

The above extraction approach can provide a great yield of CBD oil by itself, and lots of companies stop there. However, there are additional steps you can take to get a really great finished product. Here are some additional steps that CBD oil takes to heart and considers essential in its production process. They are our way of going further and producing a genuine top quality product.

Decarboxylation of CBD

In regards to cannabis, decarboxylation is a procedure that utilizes heat to convert cannabinoid acids to active cannabinoids. When heat is applied at a particular temperature and for a particular time period, a carboxyl group is gotten rid of from the cannabinoid acid. Co2 is launched and just active cannabinoids stay. For example when cannabinoid acid CBDA is decarboxylated, it becomes CBD.

Decarboxylation of CBD oil on a business scale is a complex process that requires skill and experience. To do this safely, a laboratory is needed together with expert advice and the use of specialized engineering devices. That said, when done right, decarboxylation allows us to ensure that the CBD oil reaches its maximum strength (therefore you can get the most out of it).


At CBD oil, we purify our oil with bluewave CBD using a special filter system. This process gets rid of unwanted fat, chlorophyll and particular chemical parts. Unpurified (or raw) oil is darker. It can be non-uniform in regards to concentration and has a strong smell. The purified oil has a lighter color, a discreet and natural smell, a consistent power and a pure and liquid consistency.

In addition to our filtering system, we check all of our oils for a very long time to ensure that they include no synthetic impurities, ingredients or hazardous microscopic life forms. Additionally, a 3rd party will ensure that our products are as pure as we declare.

Terpenes enrichment

Terpenes are aromatic parts discovered in cannabis. They all have their own residential or commercial properties, some reveal therapeutic potential. For example, one study discovered that myrcene, which has an earthy scent, alleviates pain, inflammation, and depressed state of minds.

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