CO2 supercritical extraction is a sustainable and efficient method for maximizing the yield of organic essential oils. This advanced technology is transforming the production of high-quality oils in an eco-friendly manner.
In this method, CO2 is used in its supercritical state to extract essential oils. This process is eco-friendly, as it eliminates the need for chemical solvents and allows for CO2 recycling.
Eco-Friendliness: The process uses non-toxic and recyclable CO2, reducing environmental impact.
High Yield: Extracts maximum oil content from organic materials.
Purity: Delivers essential oils free from chemical residues.
This method is ideal for extracting oils from organic plants such as:
**Lavender**: Produces high-quality therapeutic oil with potent calming properties.
**Peppermint**: Extracts oils for use in aromatherapy and natural remedies.
Using a 200L CO2 supercritical extraction system, 50kg of organic lavender yielded 7 liters of pure essential oil with enhanced aromatic and therapeutic properties, showcasing the method's efficiency.
Environmental Responsibility: Reduces chemical waste and carbon footprint.
Cost Efficiency: Recyclable CO2 minimizes operational costs over time.
Quality Assurance: Ensures that essential oils meet organic certification standards.
Sustainable CO2 supercritical extraction is the future of organic essential oil production. Its eco-friendly, efficient, and high-yield capabilities make it the preferred choice for modern extraction processes.
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Organic essential oils
High-yield extraction methods
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