Explore the key technical specifications of CO2 Supercritical Extraction Machines to make informed purchasing decisions.
CO2 Extractor Technical Specifications and CO2 Supercritical Extraction Machine
Understanding the technical specifications of a CO2 Supercritical Extraction Machine is essential for selecting the right equipment. This article details the critical specifications to consider and provides real-world examples.
Key Technical Specifications
- Capacity:
- Describes the amount of material the machine can process per cycle.
- Example: Laboratory models often have a 5L capacity, while industrial models can handle up to 200L.
- Operating Pressure:
- Determines the machine’s ability to achieve the supercritical state of CO2.
- Range: 100–300 bar for most applications.
- Example: Essential oil extraction typically requires pressures around 200 bar.
- Operating Temperature:
- Affects the extraction efficiency and compound preservation.
- Range: 30°C–80°C.
- Example: Cannabinoid extraction is often optimized at 50°C.
- CO2 Flow Rate:
- Impacts the extraction speed and efficiency.
- Example: A machine with a flow rate of 10 kg/h processes materials faster than one with 5 kg/h.
- Power Requirements:
- Energy consumption varies based on capacity and features.
- Example: A 50L machine may require up to 10 kW of power.
Advanced Features
- AI Integration: Enables real-time monitoring and automatic parameter adjustments.
- Example: An AI system improved yield accuracy by 15% for a pharmaceutical firm.
- CO2 Recycling: Reduces operational costs by reusing CO2.
- Example: A food company saved $30,000 annually through efficient CO2 recycling.
- Multi-Chamber Design: Allows simultaneous processing of different materials.
- Example: A cosmetics company used a dual-chamber system to extract multiple fragrances.
Real-World Example
A German botanical extraction company upgraded to a CO2 Supercritical Extraction Machine with the following specifications:
- Capacity: 100L.
- Pressure: 250 bar.
- Temperature: 40°C.
- Result: A 30% increase in production efficiency and a 20% reduction in operating costs.
Conclusion
Technical specifications play a crucial role in the performance and efficiency of a CO2 Supercritical Extraction Machine. By understanding these parameters, businesses can select equipment that aligns with their production goals.
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