Green Supramolecular Solvents for Wastewater Antibiotics 🌱🔍

 Cyclodextrin-based ternary supramolecular deep eutectic solvents (SDES) are emerging as a powerful green technology in analytical chemistry . These innovative materials combine cyclodextrins, hydrogen bond donors, and pH-responsive components to form a unique solvent system. Their ability to dissolve, capture, and interact with complex molecules makes them ideal for extracting pollutants from challenging environmental samples like wastewater 💧🌍.



By adjusting pH, these SDES systems can selectively extract trace quinolones and sulfonamides—two classes of antibiotics commonly found in contaminated water sources . Even at extremely low concentrations, these pollutants pose risks to ecosystems and contribute to antibiotic resistance. The pH-dependent supramolecular interactions enhance selectivity, improving extraction efficiency and analytical sensitivity .

This approach is not only efficient but also eco-friendly and cost-effective compared to conventional organic solvent-based extraction techniques . It supports greener monitoring strategies for environmental protection and offers a promising pathway for large-scale pollution control and water treatment research . As sustainability continues to guide innovation, cyclodextrin-based SDES may become a key tool in modern environmental analytical chemistry ✨.

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