Supercritical CO2 extraction is a revolutionary technology used to extract high-purity bioactive compounds from botanicals, including essential oils, cannabinoids, and plant-based pharmaceuticals. It offers a solvent-free, highly efficient alternative to traditional extraction methods.
The supercritical CO2 extraction process involves using pressurized CO2 in a supercritical state to dissolve and extract desired compounds from botanical materials.
CO2 is compressed above its critical point, allowing it to act as both a gas and a liquid to efficiently extract essential oils, cannabinoids, and other compounds.
Solvent-free and chemical-free
Preserves full-spectrum plant compounds
Eco-friendly and sustainable
Optimized for pharmaceutical and food-grade extraction
Used for cannabis oil, essential oil production, pharmaceutical formulations, and nutraceuticals.
A major pharmaceutical brand switched to CO2 extraction, achieving higher purity and better compliance with organic certifications.
Key factors include pressure control, extraction efficiency, and scalability.
AI-driven process optimization, advanced CO2 recovery techniques, and hybrid extraction technologies are shaping the next generation of CO2 extraction.
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