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Ionic liquids could be promising for biphasic reaction media and CO₂ capture, where understanding phase behavior under supercritical CO₂ is essential for high-pressure applications.
In our research group an device was developed that is suitable for accurate, cost- and time-efficient automated detection of the melting temperature in a high pressure carbon dioxide atmosphere.
In the research group, a continuous stripper has been developed, which enables controllable solvent remove from dilute solutions with the help of high-pressure carbon dioxide.
In this research, the solubility diagram of a chiral ternary system and its application during enantiomeric enrichment was investigated at atmospheric pressure and in supercritical carbon dioxide.