Julien Estager, Jean-Marc Lévêque
A novel method is described for the one-pot synthesis of various ionic liquids in a competitive time. By using ultrasonic irradiation, different families of nitrogen-bearing ionic liquids can be obtained in a solvent-free or in aqueous medium, which gives a greener touch to the overall process. The use of volatile organic compounds (VOCs) in synthesis is becoming more and more inconvenient in terms of ecological impact. Thus, room-temperature ionic liquids (RTILs) that have aroused great interest because of their unusual physicochemical properties have been designed to solve this problem. Thanks to their purely ionic nature, RTILs possess a negligible vapor pressure; additionally, they can be recycled by distillation, making them interesting candidates for avoiding both air pollution and waste production. Moreover, they can be used in a large variety of chemical transformations due to their tunable polarity, high thermal stability, high liquid range, and good solvating ability. This study demonstrates an efficient, environmentally friendly approach for synthesizing ionic liquids that can potentially be applied across various fields of chemistry.
@article{7d3b4871-5077-4c2b-8bd3-dfc54c543825,
title={One pot and Solventless Synthesis of Ion},
author={Julien Estager and Jean-Marc Lévêque},
year={2026},
language={en}
}TY - JOUR TI - One pot and Solventless Synthesis of Ion AU - Julien Estager AU - Jean-Marc Lévêque PY - 2026 LA - en ER -
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