SUPERCRITICAL EXTRACTION SYSTEM TH-1000 – SUPEREX

Origin: Turkey

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This supercritical extraction system is specially designed for research on supercritical water and CO₂, enabling efficient extraction of natural compounds. With a CO₂ recycling system, PID temperature control, and automatic pressure regulation, it ensures precise and stable extraction. All surfaces in contact with food are made of stainless steel, preventing microbial attachment. Additionally, users can flexibly load samples and add trapping solutions such as water or alcohol to optimize performance.

MODEL: Thermo Hyper-1000

SPECIFICATION

  •  Special design suitable for supercritical water and carbon dioxide studies
  •  1 Liter extractor column
  •  2 separator columns
  •  With CO2 liquefaction system
  •  Working pressure up to 345 Bar
  •  Working temperature up to 70 °C
  •  Temperature control in separators
  •  CO2 recycling system
  •  All surfaces in contact with food are stainless steel
  •  Smooth-honed reactor columns against microbial attachments
  •  Temperature control with PID algorithm
  •  Digital fully automatic pressure control
  •  Possibility to load samples with a stainless steel basket or a cloth basket
  •  Gas feeding or cyclone flow feature from the bottom to the separators
  •  Trap solution to the separators; water, alcohol etc. can be added.

PRODUCT VIEWED

The SuperView WX100 is a high-precision white light interferometry probe developed by Chotest Technology Inc., designed for non-contact 3D surface profiling and roughness measurements at the micro- and nano-scale. This compact and versatile instrument is well-suited for applications in semiconductor manufacturing, electronics, optics, and precision engineering.

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.