Reactive crystallization is not new, but there has been recent growth in its use as a means of
improving performance and sustainability of industrial processes. This review examines …

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 …

Continuous crystallization has gained interest in the pharmaceutical sector as part of the
drive toward the transition from exclusive batch manufacturing to integrated continuous …

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 …

At a time of rising raw material and energy prices, as well as growing awareness of the
green transition approach, sustainability is becoming an increasingly important issue in the …

Improving the flexibility and capabilities of pharmaceutical technologies and lowering the
process development time while satisfying regulatory constraints translate to highly desired …

Molecular mechanisms and process kinetics of crystallizing concomitant polymorphs remain
poorly understood. Solvent‐mediated phase transformation and concomitant crystallization …

Solid-state deracemization via temperature cycles converts a racemic crystal mixture into an
enantiopure product by periodic cycling of the temperature in the presence of a racemization …

In this study, the continuous chiral inversion of an undesired but cheap and readily available
enantiomer into a desired valuable target enantiomer via coupling enzymatic racemization …

Deracemization techniques produce target enantiomer (eutomer) by converting the
undesired enantiomer (distomer) through a racemization reaction. We identify four …