Carbon dioxide is one of the many commonly used supercritical fluids. It is relatively simple to exceed its critical point (31 °C , 1057 psi). Applications that involve supercritical fluids include extractions, nano‐particle and nano‐ structured film formation, supercritical drying, carbon capture and storage, as
In order to Give the best Specification and customize according to your need, we require our customer to explain and help us with the schematic of the supercritical fluid reactor system. This the example of the schematic that can help us determine the customization of your supercritical fluid reactor. Please kindly email us for your inquiry and customization, or fill the inquiry here.
Please note that we can use any Parr General Purpose for your customization need, for the option of Parr General Purpose Reactor, Click Here.
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The supercritical fluid extraction system diagramed right incorporates a 1.2 liter vessel rated for use at 3000 psig (200 bar) at temperatures to 300 °C. The system includes an automated inlet valve and an air-piloted back pressure regulator which is used to facilitate a controlled pressure release at the end of the test. The vessel is heated with a 1500W flexible mantle heater |
