Supercritical Fluid Extractors SEE
ANTICO SuperEx™ is designed for selective extraction of high-value compounds using supercritical fluids, primarily carbon dioxide (CO₂), as the solvent medium. The working principle relies on CO₂ at supercritical conditions (above 31.1°C and 73.8 bar) exhibiting liquid-like solvating power combined with gas-like diffusivity, enabling highly selective and efficient extraction without thermal degradation of target compounds. The system includes a CO₂ supply and compression unit, extraction vessel, separator, and CO₂ recovery and recycling loop. A co-solvent (modifier) addition capability allows fine-tuning of extraction selectivity. It is used for extraction of essential oils, cannabinoids, nutraceuticals, flavours, and pharmaceutical actives. The solvent-free nature of the extract eliminates residual solvent concerns. ANTICO SuperEx™ produces clean, pure, and thermally sensitive extracts with minimal post-processing. The system is widely chosen for food, pharma, and cosmetic applications requiring high purity and regulatory compliance.
Absorption
- Extraction Vessel Volume 0.5 L – 500+ L
- Operation Mode Batch / Semi-continuous
- CO₂ Operating Pressure Up to 500 bar
- CO₂ Operating Temperature 30°C – 100°C
- MOC (Vessel) SS316L / Hastelloy
- Separator Stages 1 – 3 (cascaded)
Key Features
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Solvent-free, clean extraction with CO₂
Solvent-free, clean extraction with CO₂
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Selective extraction by tuning pressure and temperature
Selective extraction by tuning pressure and temperature
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Preserves thermally labile and sensitive compounds
Preserves thermally labile and sensitive compounds
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Integrated CO₂ recovery and recycling
Integrated CO₂ recovery and recycling
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Co-solvent modifier system for enhanced selectivity
Co-solvent modifier system for enhanced selectivity
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GMP-compliant design available
GMP-compliant design available
System Components
Modular assemblies engineered for reliable integration, service access, and scale-up from laboratory to pilot plant operation.
Applications
- Cannabis and hemp extraction
- Essential oil and fragrance production
- Pharmaceutical active extraction
- Nutraceuticals and dietary supplements
- Food and flavour industry
- Cosmetics and personal care
- Hop extraction for brewing
- Decaffeination processes
Technical Specifications
| Parameter | Specification |
|---|---|
| Extraction Vessel Volume | 0.5 L – 500+ L |
| Operation Mode | Batch / Semi-continuous |
| CO₂ Operating Pressure | Up to 500 bar |
| CO₂ Operating Temperature | 30°C – 100°C |
| MOC (Vessel) | SS316L / Hastelloy |
| Separator Stages | 1 – 3 (cascaded) |
| CO₂ Recovery | >95% (closed-loop recycling) |
| Co-solvent Modifier | Ethanol / Water / Others (Optional) |
| Flow Rate | 5 – 5000 kg/hr CO₂ |
| Safety | Pressure relief valves, rupture discs |
| Instrumentation | Pressure, Temperature, Flow, CO₂ purity |
| Automation | PLC / SCADA (Optional) |
| Compliance | ASME / ATEX / GMP (Optional) |
Related Products
FAQ
What capacity range is available for Supercritical Fluid Extractors (SEE)?
We offer project-specific sizing from laboratory benchtop scale through pilot and production volumes. Contact our engineers with your batch size and process requirements for a tailored recommendation.
Can this unit be integrated with existing plant automation?
Yes. All systems support standard instrumentation signals and can interface with DCS, PLC, or standalone controllers. Custom I/O and recipe control packages are available.
What material options are available?
Borosilicate glass, glass-lined steel, stainless steel, and specialty alloys including Hastelloy can be specified based on your process chemistry, temperature, and pressure requirements.
Do you provide installation and commissioning?
Global Lindus provides on-site installation supervision, commissioning, operator training, and optional IQ/OQ documentation for regulated industries.
What is the typical delivery lead time?
Standard configurations ship in 4–8 weeks. Custom skid assemblies and large production units may require 12–16 weeks depending on scope and material availability.