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Advances in Materials and Technologies for Gas Sensing from Environmental and Food Monitoring to Breath Analysis
Summary
This review examines recent advances in gas sensing materials and technologies across environmental monitoring, food quality control, and medical breath analysis applications. Researchers highlight how nanostructured and composite sensing materials are enabling improved device performance and opening new application areas. The study discusses emerging trends in sensor development that could impact environmental pollution detection and healthcare diagnostics.
Abstract Gas sensing research experiences a worldwide revival in the last years. From one side, the emergence of novel sensing materials enables unprecedented capacities for improving the device performances. From the other, the increasing opportunities for applications impacting current societal priorities highly motivate further studies. Herein, this field is reviewed with special attention to the emerging approaches and the most recent breakthroughs, challenges, and perspectives. In particular, this study focuses on: 1) the sensing layers analyzing recent trends toward nanostructured, low‐dimensional and composite materials; and 2) the latest achievements and targets in terms of applications, from environmental monitoring to food aroma identification and quality control up to the healthcare sector with breath analysis and diseases diagnosis.
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