Level 1: 5 L x 2
Supercritical Fluid Extraction System
Our Level 1 SCFE Systems are ideal for small scale producers or research and development labs with pilot extraction requirements.
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CO2 extraction employs supercritical carbon dioxide to separate cannabinoids, terpenes, and other valuable compounds from plant material. When CO2 is in a supercritical state, it combines the properties of a liquid and a gas, allowing it to penetrate the plant material and dissolve essential compounds efficiently. This process is carried out in a closed-loop system, ensuring that the CO2 is fully contained and can be recycled, which enhances both efficiency and safety.
Here's an explanation of our system, benefits, and a detailed walkthrough of the supercritical fluid (CO2) extraction technology.
The extraction chamber is a high-pressure vessel where the supercritical CO2 interacts with the plant material. Designed to handle extreme conditions, it is constructed from durable materials such as stainless steel to withstand the high pressures and temperatures involved in the extraction process. The chamber's size and capacity can vary, accommodating different production scales from small laboratory setups to large commercial operations.
Features:
Pressure Resistance : Built to endure high pressure, the chamber ensures safe and effective extraction.
Temperature Control : Equipped with temperature regulation systems to maintain optimal conditions for supercritical CO2.
The CO2 pump is crucial for achieving and maintaining the pressure required to keep CO2 in its supercritical state. It must deliver CO2 at high pressure and controlled flow rates to ensure consistent extraction.
Features:
High-Pressure Capability : The pump must achieve and sustain pressures of 1000-5000 psi or more.
Precision Control : Allows for fine-tuning of CO2 flow rates and pressure, which is essential for optimizing extraction efficiency and product quality.
The separator is responsible for separating the extracted compounds from the CO2 after it has passed through the extraction chamber. The CO2 and extracted compounds are cooled, causing the cannabinoids and terpenes to condense into a liquid or solid form, while the CO2 is returned to the extraction chamber for reuse.
Features:
Efficient Separation : Ensures complete separation of extract from CO2.
Recycling Capability : Returns CO2 to the system, minimizing waste and reducing solvent costs.
CO2 extraction machines provide a highly efficient and environmentally friendly solution for businesses in Indonesia looking to produce pure, high-quality extracts across industries like cannabis, essential oils, and pharmaceuticals. With precision control and scalability, CO2 extraction ensures optimal results and product consistency, making it an ideal choice for both small-scale and industrial operations
Looking to upgrade your extraction process? Explore our range of CO2 extraction machines designed for every production scale. Contact us today for a free consultation and discover the right solution for your business in Indonesia!
CO2 extraction uses supercritical carbon dioxide to separate valuable compounds like cannabinoids and terpenes from plant material. The process involves CO2 in a supercritical state, combining properties of both liquid and gas to efficiently dissolve and extract these compounds.
CO2 extraction offers high-purity extracts without residual solvents, precision control over extraction parameters, and is environmentally friendly. It is safer and more versatile compared to solvent-based methods.
CO2 extraction machines are used in industries such as cannabis, essential oils, nutraceuticals, and pharmaceuticals. They are ideal for producing high-quality oils, concentrates, and extracts.
CO2 extraction systems range from small laboratory units for research to large industrial machines for high-volume production. They can be scaled based on production needs.
CO2 is a non-toxic, recyclable solvent used in a closed-loop system, which minimizes waste and emissions, making the process eco-friendly.
Key factors include production capacity, system features like temperature and pressure control, automation options, and available support for installation and maintenance.
Yes, CO2 extraction systems can be used for extracting compounds from a wide variety of plant materials, including herbs, fruits, and essential oils.
A closed-loop system ensures CO2 is recycled during the extraction process. After extracting compounds, the CO2 is recovered, cooled, and reused, reducing operational costs and environmental impact.
Yes, CO2 extraction is considered one of the safest methods for producing consumer products, as it leaves no harmful solvent residues in the final extract.
Recent advancements include enhanced automation, real-time monitoring systems, and integration with other technologies like short-path distillation for improved extraction efficiency and product quality.
