Multi-gram Mechanosynthesis of Salophen-Complex: A Comparative Analysis

08 October 2020, Version 1
This content is a preprint and has not undergone peer review at the time of posting.

Abstract

Mechanochemistry is a powerful alternative to traditional solvent-based synthesis as it is environmentally benign, allows for higher yields in shorter reaction times, while minimizing the use of solvents. Although mechanochemical routes are becoming increasingly mainstream in synthetic laboratories, up-scales examples for main group complexes are still rare. Here, motivated by the practical implementation of mechanosynthesis, we demonstrated the synthesis of salen and salophen complexes. The herein reported synthesis displays low E-factor and process mass intensity compared to conventional solution methods. In addition, analyses evaluating environmental parameters, energy consumption and production costs have been performed, showing the multiple advantages mechanochemistry has over convetional solution-based synthesis

Keywords

inorganic synthesis
mechanochemistry
mechanochemistry vs solution
main group complexes
salen complexes
salophen complexes

Supplementary materials

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