Cannabis Extraction Certificate Program By Green Flower
$102.00
Created By: Green Flower
File size: 1.93 GB
Media Type: Online Course
Delivery Time: 1-12 hours.
Content proof: Watch here!
Cannabis Extraction Certificate Program By Green Flower – Instant Download!
Cannabis Extraction
Commercial Cannabis Extraction Demystified
The Cannabis Extraction Certificate Program provides students with practical knowledge of industrial laboratory techniques and extraction principles.
The program brings students a scientifically rigorous curriculum. From interpreting lab results to building sustainable financial models for each of your business’ extraction methods, you will acquire a comprehensive understanding of cannabis extraction that will be an asset to you throughout your career.
Cannabis Extraction Certificate Program By Green Flower, what is it included (Content proof: Watch here!)
Content length: 5h 48m
01. Choosing the B.E.S.T. Extraction Process for Your Business
15 Lessons
In this course, you will learn the key principles and practices of extraction and how it applies to cannabis and hemp manufacturing. Next, you will cover the efficacy, effectiveness, and economics for the extraction of cannabis products, as well as examples of major extraction processes. Finally, developing a financial model for extraction is also discussed. After completing this course, you will be able to:
- Discuss key principles and practices of cannabis concentrations
- Choose the best extraction method for your cannabis company
- Identify examples of common extraction and isolation techniques
- Explain the efficacy and cost effectiveness of cannabis extraction
Lessons included in this course:
| Intro to Essential Cannabis Extraction Principles | 3m |
| Three Main Types of Trichomes | 4m |
| Maximizing Separation in Order to Scale | 3m |
| Scaling from Analytical to Bulk | 11m |
| Applying the Design of the Experiment | 4m |
| Examples of Applying the Design of the Experiment | 7m |
02. Essential Cannabis Extraction Principles
6 Lessons
In this course, you will learn about the key principles and practices of differentiated solubility and how it applies to cannabis and hemp extraction. Next, you will discover extraction based on principles of the differentiated solubility of compounds, as well as which compounds you target and how it depends on the goals of your end product. Finally, developing a financial model for differentiated solubility extraction is also discussed. After completing this course, you will be able to:
- Discuss extraction based on principles of the differentiated solubility of compounds
- Examine how solution use affects the compounds extracted
- Provide examples of how solubility applies to major extraction processes
- Develop a financial model for differentiated solubility extraction
Lessons included in this course:
| Intro to Principle & Practice of Alcohol Dominant Extraction | 2m |
| Why is Ethanol One of the Most Common Solvents Used Over the Centuries? | 1m |
| Principles of Successful Extraction With Ethanol | 1m |
| Controlling Extraction Parameters | 1m |
| Addressing the Problems of Ethanol | 1m |
| The Process | 2m |
| Plant Processing | 4m |
| Developing A Financial Model For Ethanol Extraction/Summary | 2m |
03. Principle & Practice of Alcohol Dominant Extraction
8 Lessons
In this course, you will learn key principles and practices of ethanol extraction and how it applies to cannabis and hemp manufacturing. Next, you will break down the full ethanol process from plant harvesting to the impact of ethanol reclamation. Finally, developing a financial model for ethanol extraction is also discussed. After completing this course, you will be able to:
- Discuss expanding the use of alcohols at different scales
- Describe ethanol as the most common of solvents used in natural products
- Identify principles of successful extraction with ethanol
- Develop a financial model for ethanol extraction
Lessons included in this course:
| Intro to Principle & Practice of Alcohol Dominant Extraction | 2m |
| Why is Ethanol One of the Most Common Solvents Used Over the Centuries? | 1m |
| Principles of Successful Extraction With Ethanol | 1m |
| Controlling Extraction Parameters | 1m |
| Addressing the Problems of Ethanol | 1m |
| The Process | 2m |
| Plant Processing | 4m |
| Developing A Financial Model For Ethanol Extraction/Summary | 2m |
04. Introduction to Extraction with Sub and Supercritical Fluids
7 Lessons
In this course, you will learn the key principles and practices of Sub and Supercritical Fluids (SCF) and how it applies to cannabis and hemp manufacturing. Next, you will cover the characteristics of a supercritical fluid (SCF), as well as the importance of solubility and phase diagrams. Finally, developing a financial model for (SCF) extraction is also discussed. After completing this course, you will be able to:
- Discuss extraction with sub and supercritical fluids (SCF)
- Identify unique characteristics of a supercritical fluid
- Discover the importance of solubility and phase diagrams
- Develop a financial model for SCF extraction
Lessons included in this course:
| Intro to Extraction with Sub and Supercritical Fluids | 1m |
| Appreciating the Complexity of Cannabis Sativa | 3m |
| Extracting Cannabis is Like Brewing a Fine Cup of Java | 4m |
| Key Parameters for Process Control | 2m |
| Is Supercritical CO2 Just a Marketing Term? | 1m |
| Terpenes and Cannabinoids are Synthesized and Stored in Trichomes | 3m |
| Molecular Structure of Cannabinoids | 7m |
05. Advanced Extraction with Sub and Supercritical Fluids
11 Lessons
In this course, you will learn about the advanced principles and practices of Sub and Supercritical Fluids (SCF) and how it applies to cannabis and hemp manufacturing. Next, you will cover the characteristics of a supercritical fluid (SCF), with examples of Carbon Dioxide and the importance of solubility and phase diagrams. Finally, developing a financial model for (SCF) extraction is also discussed. After completing this course, you will be able to:
Discuss fractionation of extracted material
- Explain increasing the process productivity
- Describe online monitoring of the extraction process
- Develop a financial model for advanced CO2 extraction
Lessons included in this course:
| Intro to Advanced Extraction with Sub- and Supercritical Fluids | 2m |
| Understanding CO2 Phase Diagram and Solubility | 2m |
| CO2 Density | 5m |
| Strategy and Optimization for CO2 Extraction | 5m |
| Unity Operations | 4m |
| Extraction Tips and Tricks | 2m |
| Fractionation of Extracted Materials | 8m |
| Increasing Process Productivity | 3m |
| Post Processing of Oil | 8m |
| Example of THC Remediation | 6m |
| Developing a Financial Model for Extraction | 3m |
06. Solventless Solutions
8 Lessons
In this course, you will learn about the key principles and practices of solventless extraction and how it applies to cannabis and hemp manufacturing. Next, you will cover key definitions for extractions with solution as a solvent for extraction, as well as, types of solventless extraction technologies. Finally, developing a financial model for solventless extraction methodologies is also discussed. After completing this course, you will be able to:
- Discuss solventless extraction in reality
- Review key definitions for extractions with solution as a solvent for extraction
- Define types of solventless extraction
- Develop a financial model for solventless extraction
Lessons included in this course:
| Intro to Solventless Solutions | 1m |
| What is Hash and Rosin | 2m |
| Facility Requirements and Buildout | 10m |
| Hash Making 101 | 16m |
| Air Drying vs. Freeze Drying | 6m |
| Economics vs. Inefficiencies | 5m |
| Dry Sieving/Sifting | 2m |
| Rosin | 13m |
07. Data Driven Analytics for Optimizing Post Process
6 Lessons
In this course, you will learn the key principles and practices of post processing extraction and how it applies to cannabis and hemp manufacturing. Next, you will cover growing and harvesting to increase crop yield and quality, as well as production monitoring and quality control to verify the extraction process is complete. Finally, developing a financial model for extraction post processing is also discussed. After completing this course, you will be able to:
- Define and differentiate post processing from processing
- Discuss production monitoring and quality control
- Explore growing and the post harvest process to complete extraction
- Develop a financial model for extraction post processing
Lessons included in this course:
| Intro to Data-Driven Analytics for Optimizing Post Process | 1m |
| What’s the Motivation for Using Data at All? | 7m |
| Where in the Process and How to Take Samples? | 12m |
| Units of Measurement | 4m |
| Types of Analytics and General Cost | 6m |
| Examples on How Data Can Be Used | 4m |
08. Environmental & Contamination Impact
6 Lessons
In this course, you will learn the environmental and contamination impact of extraction and how it applies to cannabis and hemp manufacturing. Next, you will cover the chemical compounds of cannabis, as well as the concentration process and testing considerations to screen for contaminants. After completing this course, you will be able to:
- Identify cannabis and its unique chemical compounds
- Explore testing and residual solvent concerns
- Discuss pesticide / heavy metal / microbiological considerations
- Recognize how extraction creates change in cannabis industry
Lessons included in this course:
| Intro to Environmental and Contamination Impact | 2m |
| Chemicals of Cannabis | 3m |
| Most Common in Compositions | 4m |
| Many Primary Methods of Extraction | 8m |
| Pesticide Challenges | 10m |
| Spent Material Considerations | 14m |
09. The Future of Extraction
6 Lessons
In this course, you will learn about the future of extraction and how it applies to cannabis and hemp manufacturing. Based on a formulation centric strategy this course will guide you through key factors to consider when choosing a method for the enrichment of the ingredient you need for the products your business model is based on today, as well as a view into the future of technology in the entire process. After completing this course, you will be able to:
- Identify the B.E.S.T. modes to use for natural cannabis products
- Examine scientific factors in concentration technology
- Explore the reality of your extraction business model
- Discuss the future of cannabis extraction techniques
Lessons included in this course:
| Intro to The Future of Extraction | 3m |
| What is the Best Concentration | 4m |
| Modes of Concentration: Extraction and Separation | 7m |
| Three Scientific Factors in Concentration. | 7m |
| Reality of the Extraction Business | 11m |
| Concentration on the Future of Extraction | 18m |
| What will be covered The program will help you develop skills essentials to success in commercial cannabis extraction, including:
|
Complete the program 100% online Extracts are the fastest-growing segment of the cannabis industry. Due to the rapid expansion of the sector, extraction professionals are in high demand. Labs are looking to fill positions at every level.Whether you are a seasoned chemist looking to transition into cannabis or a recent grad seeking your first job in a lab, this program can give you the knowledge, training, and skills to make it happen. |
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