Highly Discriminative Detection of Nitrophenol Isomers by Covalent Organic Framework Membrane-Modified Electrochemical Sensors

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The modified sensor effectively identifies nitrophenol isomers, enhancing detection accuracy in various environments.
Using anodic stripping analysis, the sensor achieves distinct oxidation peak potentials for each nitrophenol variant.
The unique covalent organic framework improves the stability and detection of toxic compounds in water and soil.
This method provides a powerful tool for environmental monitoring and industrial quality control, targeting hazardous pollutants.

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Electrochemical sensors detect nitrophenol isomers in real samples, highlighting the role of covalent organic frameworks and gold nanoparticles.

Dong et al. (2025) studied this question.

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Electrochemical sensors detect nitrophenol isomers in real samples, highlighting the role of covalent organic frameworks and gold nanoparticles.