Publication | Open Access
Synthesis of chiral ionic liquids by ion cross-metathesis: en route to enantioselective water–ionic liquid extraction (EWILE), an eco-friendly variant of the ELLE process
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2012
Year
EngineeringOrganic ChemistryChemistryIon ProcessChemical EngineeringElle ProcessInitial Ils TwoAnalytical ChemistryInterfacial ChemistryBiophysicsChromatographySimultaneous Ion ExchangeIon ExchangeDeep Eutectic SolventAsymmetric CatalysisEnantioselective SynthesisChiral Ionic LiquidsIon MobilityIonic ConductorMedicineWater–ionic Liquid ExtractionIon Structure
From two initial ILs two other ILs are obtained by simultaneous ion exchange. The hydrophobic ions unite in the hydrophobic layer, whereas the hydrophilic ions gather in water. This protocol is explored as a variant of the ELLE process, in which an enantiomer of a racemic mixture is preferentially extracted with water.
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