What question did this study set out to answer?

This research aims to develop an eco-friendly electrode for the accurate sensing of acetaminophen from rice husk waste.

April 10, 2026New Journal of Chemistry1 citations

In situ grown AuNPs on MXene/rice husk biochar nanocomposites for high-performance electrochemical sensing of acetaminophen

YXYuyi XiaJiangxi Agricultural University ZDZhongshu DuanJiangxi Agricultural University XZXiangrong ZengJiangxi Agricultural University

Key Points

This research aims to develop an eco-friendly electrode for the accurate sensing of acetaminophen from rice husk waste.
Transformation of rice husk into biochar
Synthesis of AuNPs on MXene/biochar composites
Electrochemical testing for acetaminophen sensing
Achieved high sensitivity and precision in detecting acetaminophen
Demonstrated the potential for eco-friendly applications in pharmaceuticals
Established rice husk waste as a valuable material for electrode production

Abstract

This work pioneers a sustainable sensing strategy by transforming rice husk waste into a high-value electrode material, offering a robust, precise, and eco-friendly approach for APAP quantification in pharmaceutical and clinical applications.

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