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Beilstein J. Org. Chem. 2022, 18, 1720–1740, doi:10.3762/bjoc.18.182
Graphical Abstract
Scheme 1: Automated in-line chromatography with the Advion puriFlash® system. The rightmost part of the schem...
Scheme 2: Purification via pH tuning and several Zaiput membranes. Redrawn from [51].
Scheme 3: Two-phase recirculating system for purifications of an immobilized enzyme-based reaction. Redrawn f...
Scheme 4: Countercurrent L–L purification using large Zaiput membranes in the presence of a phase transfer ca...
Scheme 5: General scheme of a telescoped flow process using L–L separators.
Scheme 6: Example of phase separation using a computer-vision approach. Redrawn from [68].
Scheme 7: Example of an inline purification using heterogeneous scavenging. Redrawn from [76].
Scheme 8: General scheme of a telescoped process using heterogenous cartridges.
Scheme 9: Comparison of two strategies for flow-based imatinib syntheses. Redrawn from [91] and [92].
Scheme 10: General purification scheme using the catch and release strategy.
Scheme 11: Exemplar catch and release purification of a stereoselective oxidation. Redrawn from [105].
Scheme 12: Catch and release-type purification using conventional SiO2. Redrawn from [107].
Scheme 13: Schematic representation of an industrial continuous crystallization. Redrawn from [109].
Scheme 14: General scheme of an academic inline crystallization approach.
Scheme 15: Simplified overview of purification options and selected criteria.