Method: Uses mechanical pressure to squeeze out the oil without applying heat.
Advantages: Preserves the natural qualities and aroma of the essential oils.
Applications: Commonly used for extracting oils from citrus fruits (like oranges and lemons) and some nuts and seeds.
2. Steam Distillation Units
Method: Uses steam to vaporize the essential oils, which are then condensed back into liquid form.
Advantages: Effective for extracting essential oils from herbs, flowers, and leaves.
Applications: Widely used for distilling oils like lavender, peppermint, and rosemary.
3. Solvent Extraction Machines
Method: Uses chemical solvents to dissolve essential oils from plant material, followed by the removal of the solvent.
Advantages: Can extract oils from delicate flowers and other materials where other methods might not be as effective.
Applications: Often used for extracting jasmine, vanilla, and other high-value essential oils.
4. CO2 Extraction Machines
Method: Uses supercritical carbon dioxide to extract essential oils. The CO2 is pressurized and heated until it reaches a state where it can act as a solvent.
Advantages: Provides a high yield and preserves a wide range of plant compounds. Itïs also considered to be a cleaner process compared to solvent extraction.
Applications: Suitable for high-quality essential oils, such as those used in high-end cosmetics and aromatherapy products.
5. Hydrodistillation Units
Method: A combination of steam and boiling water is used to extract essential oils.
Advantages: Suitable for plant materials that require prolonged boiling.
Applications: Used for herbs and plants where gentle boiling is necessary.
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