How CBD Oil is Made: A Beginners Guide to Ethanol Extraction

Cannabidoil (CBD) – a naturally occurring compound found in the cannabis plant – is growing in popularity for its medicinal use in recent years.

Without the THC compound that contains the ‘high’ of cannabis, CBD oil contains a large range of benefits to a person’s health – including:

  • Antioxidants
  • Anti-inflammatories
  • Anticonvulsants
  • Antipsychotics
  • And many more!

However, it’s not easy for the consumer to gain these benefits from simply purchasing the hemp plant. The beneficial compound must be extracted by a professional and transformed into an oil extract that can then be used as an ingredient in products such as edibles, oils and creams.

In this blog, Cannabis Oil Tech takes a look at how exactly CBD oils is extracted and the benefits of an oil and ethanol recovery system to do it.

Why ethanol is the best extraction method

There are a variety of ways to extract CBD oil, but the purpose of extraction is to create cannabinoids that are pure and highly concentrated for human consumption. That’s why oil and ethanol recovery systems are the best CBD oil extraction method.

Ethanol extraction involves introducing the solvent ethanol to the hemp plant in order to extract the cannabinoids. Unlike other extraction methods, ethanol extraction can produce cannabis oil with up to 99 percent purity, meaning a higher quality end product than CBD oil extracted through other techniques.

Not only that, but oil and ethanol extraction is much less expensive and far more efficient than using C02 system. Oil and ethanol recovery systems are far cheaper than the expensive machinery used in C02 extraction.

Additional steps after extraction

After CBD has been extracted from the plant, before it is ready for human use it must first go through a few additional post-processing steps. These include:

Decarboxylation: Decarboxylation is the process in which you activate your CBD oil. Before your extract is decarboxylated, there isn’t naturally occurring CBD or THC present in the plant. Instead, these phytocannabinoids are found in an acidic state, better known as cannabidiolic acid (CBDA) and tetrahydrocannabinolic acid (THCA). The decarboxylation process converts these inactive components into active components – giving you a high-quality end product.

Winterization: Winterization is the act of removing any unwanted fatty acids, plant materials, chlorophyll, cannabinoids, and terpenoids contained in your CBD extract. This is the process in which non-polar substances (such as hash oil) are dissolved into a polar substance (most commonly ethanol) at sub-zero temperatures. This forces waxes and lipids (fatty acids) from the crude extract to the top of the mixture – where they can be easily removed through the filtration process.

How can Cannabis Oil Tech help?

Cannabis Oil Tech – a leader in the separation of cannabis and hemp oils from ethanol with our machinery creating a finished product with over 99 percent purity – engineers world-class extraction equipment with the highest safety and quality standards.

In fact, all of our equipment are classified as Class 1, Division 1 certified, GMP compliant, and UL listed.

Our highly automated and advanced Oil & Ethanol Recovery System – Continuous (OERS-C) and our Oil and Ethanol Recovery System – Batch (OERS-B) are highly regarded within the industry and are designed specifically for the CBD oil market.

By using our equipment, your company will realize benefits such as:

  • Improved CBD oil purity.
  • Access to affordable but high-quality extraction equipment.
  • Become more efficient by completely automating your CBD oil extraction processes.
  • Scale your CBD oil production for batch or continuous cycles.
  • And much more!

Want to learn more about how our automated CBD oil extraction equipment can benefit your company? Contact our team of industry experts today for more information.

The post How CBD Oil is Made: A Beginners Guide to Ethanol Extraction appeared first on Cannabis Oil Tech – Oil Recovery & Production Systems & Equipment.

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