Los líquidos iónicos como prometedores catalizadores en síntesis orgánica: una contribución a la química sostenible

Abstract

Los líquidos iónicos como prometedores catalizadores en síntesis orgánica: una contribución a la química sostenible Los líquidos iónicos como prometedores catalizadores en síntesis orgánica: una contribución a la química sostenible

Trends in Green Chemistry Research between 2012 and 2022: Current Trends and Research Agenda

“…In 2017 and 2018, the keyword synthesis and its transition to green synthesis stood out. In particular, green synthesis became relevant in 2021 and 2022 with the emergence of new research on ionic liquids as promising catalysts for organic synthesis [73], on computer-aided prediction for the design of solvent and anti-sol- In 2015, the most used keyword was gold nanoparticles. Research on gold nanoparticles focuses on designing green chemistry-based classification models for synthesis protocols and their applications [64], for example, in modifiers of glassy carbon electrodes for catalytic purposes and in the analysis of complex samples, such as the determination of diethylstilbestrol [70].…”

“…In 2017 and 2018, the keyword synthesis and its transition to green synthesis stood out. In particular, green synthesis became relevant in 2021 and 2022 with the emergence of new research on ionic liquids as promising catalysts for organic synthesis [73], on computer-aided prediction for the design of solvent and anti-solvent mixtures to reduce energy consumption [74], on the use of eutectic solvents to improve chitosan film production [75], and on the synthesis of innovative bacterial agents based on hybrid peptides attached to silver nanoparticles [76] and of high-surface graphene oxide to prepare a carbon nanomaterial with potential applications in supercapacitors, programmable adsorbents, and catalysts with a wide range of activities [77].…”