Super-critical flow extraction-efficient liquid-phase colour spectrum combined system

Abstract

This invention relates to supercritical fluid extraction devices and the HPLC. Specifically it is a supercritical fluid extraction-liquid chromatography system, including supercritical fluid extraction devices, the first three-way valve, the second three-way valve, trapping column, HPLC pump, analysis column and detector. Supercritical fluid extraction device connects with an interface of the first three-way valve, and the other two interfaces of the first three-way valve connect with the inlet of trapping column and liquid chromatography pump. Trap-export terminal connects with one interface of the second three-way valve, the other two import terminal interfaces of second three-way valve connect with the analytical column inlet and the associated waste water bottles, analytical column export terminal links to detector. This invention uses supercritical fluid extraction device to achieve sample active ingredient extraction, on-line analysis, avoiding the sample contamination and deterioration.

Description

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AI Technical Summary

Benefits of technology

This patented technology solves problems with current methods that require complicated steps or multiple instruments during sampling processes due to potential contaminations from previous procedures. These technical features include efficient preparative processing without refrigerated storage, rapid analyte measurement while reducing operator interference, effective handling of large amounts of liquid samples at once, compact design, ease of use, and lower costs compared to existing techniques such as gas chromatography mass spectrometry. Overall, this new method provides faster results than older methods but also offers greater flexibility when analyzing different types of materials like liquids, gases, proteins, nucleic acids, etc., which are important tools for researchers working on various fields including healthcare science.

Problems solved by technology

Technological Problem: Overall, current techniques have limitations when trying to use biomolecules found naturally or synthetically due to their complexity and potential hazards associated therewith during analysis processes like ultraviolet light absorption spectrometry (UVAS)).

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