Crystallization is an effective, low-cost purification & formulation process widely applied to
pharmaceuticals and fine chemicals. This review describes recent advances in research on …

Continuous crystallization has always been a hot topic in industrial crystallization. Many
efforts have been made to improve the continuous crystallization, either by designing novel …

Crystallization has been applied to a broad range of industries such as bulk and fine
chemicals and the pharmaceutical and food industries. It is important to strategically control …

Chiral resolution is an operation of great interest and increasing importance for the scientific
community and industry. There are two approaches to provide enantiomerically pure …

Selective crystallization represents one of the most economical and convenient methods to
provide large-scale optically pure chiral compounds. Although significant development has …

A review is presented on fifty years of research on crystallization in fluidized bed reactors
(FBRs). FBRs are suitable for recovery of slightly soluble compounds from aqueous …

Industrial synthesis of enantiopure compounds is nowadays heavily based on the
separation of racemates through crystallization processes. Although the application of …

The separation of two enantiomers of a chiral molecule is one of the most difficult tasks for
separation technology. Among the available methods, Preferential Crystallization (PC) offers …

Temperature cycling induced deracemization (TCID) is an attractive method to provide a
pure enantiomer from a racemic solid phase. In this work, we performed deracemization of …

The separation of conglomerate forming chiral molecules is investigated in continuous
processes combining crystallization, milling, and a racemization reaction in solution. Two …