Eco Friendly Supercritical Co2 Extractor 5000 PSI Pressure 95% CO2 Recovery Rate For CBD Oil

The 50L–500L supercritical CO2 extraction system is designed for high-efficiency botanical processing and premium oil production. By using carbon dioxide under controlled temperature and pressure, the system transforms CO2 into a supercritical fluid that acts as a highly selective solvent. This allows manufacturers to extract cannabinoids, terpenes, and essential oils with exceptional purity and consistency. Compared to traditional solvent-based methods, this system eliminates toxic residues and significantly reduces post-processing steps. Its closed-loop design ensures minimal CO2 loss, improving cost efficiency while maintaining environmentally friendly operations. The modular structure supports scalability, making it suitable for both growing businesses and established extraction facilities.

Many extraction facilities struggle with inconsistent product quality, solvent contamination, and high operational risks. Traditional extraction methods often require hazardous chemicals such as ethanol or hydrocarbons, which can compromise safety and lead to additional purification costs. Furthermore, these methods may degrade sensitive compounds, reducing the final product value.

This CO2 extraction system addresses these issues through a solvent-free and highly controllable process. Operators can precisely adjust pressure and temperature to target specific compounds, ensuring higher yields and better product quality. The closed-loop system recycles CO2, reducing waste and operational costs. Additionally, integrated separators allow for fractionation, enabling the production of multiple extract grades in a single cycle.

• Extraction Capacity: 50L / 100L / 300L / 500L
• Working Pressure: Up to 5000 PSI
• Temperature Range: 5°C to 80°C
• CO2 Recovery Rate: ≥95%
• Material: Stainless Steel 304/316
• Control System: PLC with touch screen
• Operation Mode: Fully automatic

This system is widely used in CBD oil extraction, essential oil production, herbal medicine processing, and food-grade ingredient manufacturing. It is also suitable for cosmetics and fragrance industries that require high-purity extracts.

The extraction process begins by loading plant material into the vessel. CO2 is pressurized and heated until it reaches a supercritical state, where it behaves as both a liquid and a gas. In this state, it penetrates the material and dissolves target compounds. The CO2 carrying these compounds flows into separators, where pressure reduction causes the extracts to separate and collect. The CO2 is then condensed and reused in a continuous cycle.

When selecting a system, consider your daily production capacity and future expansion plans. Smaller operations may choose 50L systems, while industrial facilities should consider 300L or larger. If product purity and terpene preservation are priorities, a multi-stage separator system is recommended. Automation level should also match your labor availability and technical expertise.