SUPERCRITICAL CO₂ EXTRACTION SYSTEM SC-2000 – SUPEREX

Origin: Turkey

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The SUPEREX SC-2000 extraction system is optimally designed for supercritical CO₂ extraction, making it particularly suitable for the food, pharmaceutical, and cosmetic industries. Equipped with a 2-liter extractor column and an additional 0.5-liter column, the system operates at a maximum pressure of 345 bar and temperatures up to 70°C. All surfaces in contact with the material are made of stainless steel, ensuring hygiene and preventing microbial attachment. Notably, the system features three separators, two of which allow pressure and temperature control, enhancing the efficiency of compound recovery. It also integrates PID algorithm-based temperature control, a digital automatic back pressure regulator (BPR), and CO₂ recycling and recovery capabilities, ensuring cost-effectiveness and high extraction efficiency. With its smart design, sample loading and cleaning are effortless, supporting optimal aroma extraction from liquid samples.

MODEL: SC-2000

SPECIFICATION

  • 2 Liter extractor column,
  •  Extra 0.5 Liter extractor column
  •  Working pressure up to 345 Bar,
  •  Working temperature up to 70 °C
  •  With CO2 liquefaction system
  •  All surfaces in contact with food are stainless steel
  •  Smooth-honed reactor columns against microbial attachments
  •  Special design for aroma extraction from liquid sample
  • Three separators, two of which are pressure and temperature controlled
  •  Replaceable cyclone flow or bottom feeding apparatus in separators
  •  Trap solution, water, alcohol, etc. to the separators. can be added.
  •  Digital Automatic back pressure regulator (BPR)
  •  With CO2 recycling system
  •  Optional CO2 recovery feature
  •  Temperature control with PID algorithm
  •  Gas feeding or cyclone flow feature from the bottom to the separators

PRODUCT VIEWED

The SUPEREX SC-2000 extraction system is optimally designed for supercritical CO₂ extraction, making it particularly suitable for the food, pharmaceutical, and cosmetic industries. Equipped with a 2-liter extractor column and an additional 0.5-liter column, the system operates at a maximum pressure of 345 bar and temperatures up to 70°C. All surfaces in contact with the material are made of stainless steel, ensuring hygiene and preventing microbial attachment. Notably, the system features three separators, two of which allow pressure and temperature control, enhancing the efficiency of compound recovery. It also integrates PID algorithm-based temperature control, a digital automatic back pressure regulator (BPR), and CO₂ recycling and recovery capabilities, ensuring cost-effectiveness and high extraction efficiency. With its smart design, sample loading and cleaning are effortless, supporting optimal aroma extraction from liquid samples.

The Supercritical CO₂ Extraction System is designed for industrial production with 300L or 600L extraction vessels, a maximum pressure of 345 bar, and a temperature of 70°C. The system is equipped with three 35L separators, precise pressure and temperature control, and a high CO₂ flow rate of 30 kg/min to optimize efficiency. With a fully automatic CO₂ recirculation system, a high-precision PID controller, and a heat pump with COP = 6, the system ensures clean extraction, energy efficiency, and environmental sustainability.

The subcritical water extraction system is designed to efficiently and environmentally friendly extract natural compounds. Equipped with an extraction vessel and two separators, the system operates at high temperature and pressure, allowing for the effective extraction of phenolic compounds without the need for chemical solvents. All surfaces in contact with food are made of stainless steel, ensuring hygiene and preventing microbial attachment. The system features PID temperature control, automatic pressure regulation, and a back pressure regulator, ensuring precise and stable extraction. Additionally, users can integrate a supercritical CO₂ module to expand the extraction capability for high-value compounds.