SUPEREX P-10
Supercritical Extraction System
- Extraction vessel with a capacity of 10 L (or 10×10 L)
- Special design for efficient industrial production
- 2 x 4 L separators (one with pressure and temperature control)
- Separators have interchangeable packing for cyclone flow or liquid trap
- Maximum working pressure of 150 or 345 bar
- Maximum working temperature of 70°C
- High CO2 flow rate (1 L/min)
- Co-solvent supply system (100 ml/min)
- All contact surfaces are made of stainless steel 316
- Fully automatic pressure increase, solvent supply and pressure decrease
- Highly accurate PID algorithm for temperature control
- Fully automatic pressure regulators
- Fully automatic adaptive control of pressure and CO2 flow
- Fully automatic CO2 liquefaction and recycling system for reuse with an efficiency of up to 95%
- Highly energy efficient heat pump (COP=6)
- Average energy consumption: 6 kWh
- Average consumption CO2: 1.3 kg per working cycle (90-95% CO2 recirculation)
- Increase maximum pressure to 600 bar (test pressure 900 bar)
- Increase maximum extraction temperature to 90°C
- Additional 10L extraction vessel
- Additional 4L separator with pressure and temperature control
- Cooling package for first or third separator (optional) to -10°C for more efficient fractionation
- Bass Instruments Coriolis flow meter
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SUPEREX P-15
Supercritical Extraction System
- Extraction vessel with a capacity of 15 L (or 15×15 L)
- Special design for efficient industrial production
- 2 x 5 L separators (one with pressure and temperature control)
- Separators have replaceable packings for cyclone flow or liquid trap
- All contact surfaces are made of stainless steel 316
- Maximum working pressure of 150 or 345 bar
- Maximum working temperature of 70°C
- High CO2 flow rate (1.5 L/min)
- Co-solvent supply system (150 ml/min)
- Fully automatic pressure increase, solvent supply and pressure decrease
- Highly accurate PID algorithm for temperature control
- Fully automatic pressure regulators
- Fully automatic adaptive control of pressure and CO2 flow
- Fully automatic CO2 liquefaction and recycling system for reuse with an efficiency of up to 95%
- Highly energy efficient heat pump (COP=6)
- Average energy consumption: 8 kWh
- Average CO2 consumption: 2.6 kg per working cycle (CO2 recirculation 90–95%)
- Increase in maximum pressure to 600 bar (test pressure 900 bar)
- Increase in maximum extraction temperature to 90°C
- Additional 15L extraction vessel
- Additional 5L separator with pressure and temperature control
- Cooling package for the first or third separator (optional) to -10°C for more efficient fractionation
- Bass Instruments Coriolis flow meter
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SUPEREX P-20
P-20 Supercritical Extraction System
- 20L (or 20×20L) extraction vessel
- Special design for efficient industrial production
- 2 x 7L separators (one with pressure and temperature control)
- Separators have replaceable nozzles for cyclone flow or liquid trap
- Maximum working pressure of 150 or 345 bar
- Maximum working temperature of 70°C
- High CO2 flow rate (2L/min)
- Co-solvent supply system (200 ml/min)
- All contact surfaces are made of 316 stainless steel
- Fully automatic pressure increase, solvent supply and pressure decrease
- Highly accurate PID algorithm for temperature control
- Fully automatic pressure regulators
- Fully automatic adaptive control of pressure and CO2 flow
- Fully automatic CO2 liquefaction and recycling system for reuse with an efficiency of up to 95%
- Heat pump with high energy efficiency (COP=6)
- Average energy consumption: 10 kWh
- Average CO2 consumption: 2.6 kg per working cycle (CO2 recirculation 90-95%)
- Increase of maximum pressure to 600 bar (test pressure 900 bar)
- Increase of maximum extraction temperature to 90°C
- Additional 20L extraction vessel
- Additional 7L separator with pressure and temperature control
- Cooling package of the first or third separator (optional) to -10°C for more efficient fractionation
- Bass Instruments Coriolis flow mete
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P-20.Video
SUPEREX P-30
Supercritical Extraction System
- 30L (or 30×30L) extraction vessel
- Special design for efficient industrial production
- 2 x 10L separators (one with pressure and temperature control)
- Separators have replaceable nozzles for cyclone flow or liquid trap
- Maximum working pressure of 150 or 345 bar
- Maximum working temperature of 70°C
- High CO2 flow rate (3L/min)
- Co-solvent supply system (300 ml/min)
- All contact surfaces are made of 316 stainless steel
- Fully automatic pressure increase, solvent supply and pressure decrease
- Highly accurate PID algorithm for temperature control
- Fully automatic pressure regulators
- Fully automatic adaptive control of pressure and CO2 flow
- Fully automatic CO2 liquefaction and recycling system for reuse with an efficiency of up to 95%
- Highly energy efficient heat pump (COP=6)
- Average energy consumption: 13 kWh
- Average CO2 consumption: 3.9 kg per working cycle (CO2 recirculation 90–95%)
- Increase in maximum pressure to 600 bar (test pressure 900 bar)
- Increase in maximum extraction temperature to 90°C
- Additional 30L extraction vessel
- Additional 10L separator with pressure and temperature control
- Cooling package for the first or third separator (optional) to -10°C for more efficient fractionation
- Bass Instruments Coriolis flow meter
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P-30.Video
SUPEREX P-50
Supercritical Extraction System
- 50L (or 50×50L) extraction vessel
- Special design for efficient industrial production
- 2 x 15L separators (one with pressure and temperature control)
- Separators have replaceable nozzles for cyclone flow or liquid trap
- Maximum working pressure of 150 or 345 bar
- Maximum working temperature of 70°C
- High CO2 flow rate (5L/min)
- Co-solvent supply system (500 ml/min)
- All contact surfaces are made of 316 stainless steel
- Fully automatic pressure increase, solvent supply and pressure decrease
- Highly accurate PID algorithm for temperature control
- Fully automatic pressure regulators
- Fully automatic adaptive control of pressure and CO2 flow
- Fully automatic CO2 liquefaction and recycling system for reuse with an efficiency of up to 95%
- Highly energy efficient heat pump (COP=6)
- Low energy consumption (3 times lower than other SCE systems) (Patent No.: 2022/020748)
- Average energy consumption: 20 kWh
- Average CO2 consumption: 5.5 kg per working cycle (CO2 recirculation 90–95%)
- Increase of maximum pressure to 600 bar (test pressure 900 bar)
- Increase of maximum extraction temperature to 90°C
- Additional 50 L extraction vessel
- Additional 15 L separator with pressure and temperature control
- Cooling package for the first or third separator (optional) to -10°C for more efficient fractionation
- Bass Instruments Coriolis flow meter
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SUPEREX P-100
Supercritical Extraction System
- Extraction vessel with a capacity of 100 L (or 100×100 L)
- Special design for efficient industrial production
- 2 x 35 L separators (one with pressure and temperature control)
- Separators have replaceable packings for cyclone flow or liquid trap
- Maximum working pressure of 150 or 345 bar
- Maximum working temperature of 70°C
- High CO2 flow rate (10 L/min)
- Co-solvent supply system (1 L/min)
- All contact surfaces are made of stainless steel 316
- Fully automatic pressure increase, solvent supply and pressure decrease
- Highly accurate PID algorithm for temperature control
- Fully automatic pressure regulators
- Fully automatic adaptive control of pressure and CO2 flow
- Fully automatic CO2 liquefaction and recycling system for reuse with an efficiency of up to 95%
- Highly energy efficient heat pump (COP=6)
- Low energy consumption (3 times lower than other SCE systems) (Patent No.: 2022/020748)
- Average energy consumption: 38 kWh
- Average CO2 consumption: 5 kg per working cycle (CO2 recirculation 90–95%)
- Increase of maximum pressure to 600 bar (test pressure 900 bar)
- Increase of maximum extraction temperature to 90°C
- Additional 100 L extraction vessel
- Additional 35 L separator with pressure and temperature control
- Cooling package for the first or third separator (optional) to -10°C for more efficient fractionation
- Bass Instruments Coriolis flow meter
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SUPEREX P-250
Supercritical Extraction System
- 2 x 250L Extraction Vessels
- Special design for efficient industrial production
- 2 x 80L Separators (one with pressure and temperature control)
- Separators have replaceable nozzles for cyclone flow or liquid trap
- Maximum working pressure of 150 or 345 bar
- Maximum working temperature of 70°C
- High CO2 flow rate (25 L/min)
- Co-solvent supply system (2.5 L/min)
- All contact surfaces are made of 316 stainless steel
- Fully automatic pressure increase, solvent supply and pressure decrease
- Highly accurate PID algorithm for temperature control
- Fully automatic pressure regulators
- Fully automatic adaptive control of pressure and CO2 flow
- Fully automatic CO2 liquefaction and recycling system for reuse with an efficiency of up to 95%
- High-efficiency heat pump energy efficiency (COP=6)
- Low energy consumption (3 times lower than other SCE systems) (Patent No.: 2022/020748)
- Average energy consumption: 75 kWh
- Average CO2 consumption: kg per working cycle (CO2 recirculation 90–95%)
- Increase in maximum pressure to 600 bar (test pressure 900 bar)
- Increase in maximum extraction temperature to 90°C
- Additional 80 L separator with pressure and temperature control
- Cooling package for the first or third separator (optional) to -10°C for more efficient fractionation
- Bass Instruments Coriolis flow meter
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SUPEREX P-500
Supercritical Extraction System
- 4 x 250L extraction vessels (2 x 250×2 x 250L)
- Special design for efficient industrial production
- 2 x 80L separators (one with pressure and temperature control)
- Separators have replaceable packings for cyclone flow or liquid trap
- Maximum working pressure of 150 or 345 bar
- Maximum working temperature of 70°C
- High CO2 flow rate (50L/min)
- Co-solvent supply system (5L/min)
- All contact surfaces are made of 316 stainless steel
- Fully automatic pressure increase, solvent supply and pressure decrease
- Highly accurate PID algorithm for temperature control
- Fully automatic pressure regulators
- Fully automatic adaptive control of pressure and CO2 flow
- Fully automatic CO2 liquefaction and recycling system for reuse with efficiency up to 95%
- Heat pump with high energy efficiency (COP=6)
- Low energy consumption (3 times lower compared to other SCE systems) (Patent No.: 2022/020748)
- Average energy consumption: 80 kWh
- Average CO2 consumption: 6.6 kg per working cycle (CO2 recirculation 90–95%)
- Increase in maximum pressure to 600 bar (test pressure 900 bar)
- Increase in maximum extraction temperature to 90°C
- Additional 80 L separator with pressure and temperature control
- Cooling package for the first or third separator (optional) to -10°C for more efficient fractionation
- Bass Instruments Coriolis flow meter
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