Supercritical Extraction Technology

  Low-temperature Chiller has a cooling temperature range of -150℃~-5℃, fast cooling speed, safe and reliable, and is used for rapid liquid cooling. It adopts secondary subcooling technology, a complete set of imported cold controls, and rapid cooling. We adopt the world famous brand compressor, which can extend the service life of industrial chiller, enhance the refrigeration effect, reduce the energy consumption and noise of industrial chiller. Cooling Chiller Advantages: (1)Air-cooled and hermetically sealed compressor units (import) with dependable quality; (2)The dedicated and high-quality relays, protective devices and capacitors of the refrigerating units; (3)Digital Read Out of temperature and microprocessor controller for temperature is simple and easy to see; (4)It can be matched with a variety of instruments (rotary evaporators, fermentation tanks, chemical reactors, freeze-drying equipment, pharmaceutical reactors, etc.); (5)Bigger cooling capacity and faster cooling s...

  Automatic supercritical CO2 equipment has the following advantages: Efficiency: Automatic supercritical CO2 equipment can complete a large amount of chemical reactions in a short period of time. As a solvent, supercritical CO2 has high permeability and diffusion, which can improve reaction rate and efficiency. Environmental friendliness: Using supercritical CO2 as a reaction medium can reduce environmental pollution because it is a non-toxic, tasteless, and colorless gas that does not affect the environment. Additionally, using supercritical CO2 can also reduce waste production. Controllability: Automatic supercritical CO2 equipment can control the rate and efficiency of chemical reactions by adjusting parameters such as temperature, pressure, flow rate, and reaction time, allowing for more precise reaction conditions. Versatility: Supercritical CO2 can be used as a solvent for many different types of chemical reactions, including organic synthesis, chemical separation, solid ext...

Supercritical fluid extraction is the world's most advanced physical extraction technology, referred to as SFE (supercritical fluid extraction). At lower temperatures, when the gas pressure is continuously increased, the gas is converted into a liquid. When the pressure increases, the volume of the liquid increases. There is always a critical temperature (Tc) and critical pressure (for a particular substance). Pc), above the critical temperature and critical pressure, the material does not become liquid or gas, which is the critical point. In the range above the critical point, the matter state is between the gas and the liquid, and the fluid within this range becomes a supercritical fluid (SF). Supercritical fluids have strong penetrability similar to gases and large density and solubility similar to liquids, have good solvent properties, and can be used as solvents for extraction and separation of monomers. Supercritical fluid extraction (SFE) is a high-tech technol...