Through a combination of theoretical learning and hands-on training, participants will explore the science, techniques, and industry practices associated with cannabis concentrates.
The course will cover a wide range of topics, including:
Participants will gain a thorough understanding of different extraction techniques such as butane, CO2, ethanol, and solventless methods. They will learn about the advantages, limitations, and considerations associated with each method, as well as the key parameters for optimizing extraction efficiency and product quality.
The course will explore post-extraction processes, including purification, winterization, distillation, and terpene preservation. Participants will learn how to analyze and evaluate concentrates based on factors such as potency, purity, flavor, and consistency.
Safety will be a primary focus throughout the course, emphasizing the importance of proper ventilation, equipment maintenance, and handling of volatile solvents. Participants will learn best practices for ensuring a safe and compliant extraction environment.
The Concentrates Specialist Course will explore emerging trends and innovations in the field, including new extraction techniques, novel concentrate products, and the integration of concentrates in various applications such as edibles, topicals, and vaporizers.
Benefits of Course Completion
By the end of the course, you will have the necessary knowledge to pursue careers in cannabis extraction, concentrate production, quality control, and product development.
You will be well-versed in the technical aspects of concentrates and be equipped to contribute to the advancement of the cannabis industry.
This course assumes a foundational knowledge of cannabis basics, including plant anatomy, chemical constituents, and regulatory considerations. We recommend completing the Budtending 101 course prior to enrolling in this course.
Cannabis Extraction is a meticulous process aimed at separating the vital healing compounds from the cannabis plant while eliminating unwanted plant and leaf materials. This technique results in a highly concentrated form of cannabis, which is particularly beneficial for patients requiring higher dosages of essential healing compounds.
When it comes to cannabis extraction, there are two primary methods: solvent extraction and solventless extraction. Each approach offers unique advantages and considerations for producing high-quality cannabis concentrates. Let's explore these methods in detail.
Dry sift and water extraction methods have stood the test of time in the world of cannabis extraction. These techniques utilize straightforward materials and have consistently proven themselves as reliable and effective among even the most advanced extraction processes. Both methods are easy to learn, employ safe materials, and in the hands of a skilled hash-maker, can yield truly exceptional results.
Solvent-based extraction is a method that utilizes chemical solvents like alcohol or butane to separate the vital healing compounds from cannabis while leaving behind unwanted plant matter. This approach can be highly effective and, in some cases, more efficient in extracting cannabinoids.
The use of liquid nitrogen and dry ice in cannabis extraction offers a relatively simple yet highly effective process. However, it is essential to emphasize that handling liquid nitrogen requires proper experience, training, and equipment due to its extremely cold temperature.
Some people have made use of propane rather than butane to process cannabis. Although the extraction is similar, propane requires a slightly different set up due to the way it evaporates. Many professional extractors are moving forward with propane extractions and are producing some amazing results.
Limonene Extraction: In recent years, a new method utilizing limonene has emerged as an experimental approach in cannabis extraction.
Supercritical Fluid Extraction has been gaining popularity among the cannabis extraction community because of its ability to extract the desired cannabis compounds while leaving behind little to no residual traces.
One method that has been gaining popularity in the cannabis extraction community is the utilization of fresh cannabis plant material.