2025

Rawan Omar; Jiawei Yang; Tan Phat Huynh; Kiran Gulia; Sooyun Caroline Tavolacci; Weiwei Wu; Yan Wang; Hossam Haick

<p>Contemporary electronic devices generate substantial quantities of electronic waste (e-waste), presenting a significant environmental challenge and exerting considerable pressure on the health of the Earth's ecosystems. Owing to the industry's heavy reliance on limited resources and the use of nondegradable components, innovation is necessary in device design, use, and end-of-life management. This review delves into the growing field of advanced materials for sustainable electronics, emphasizing their critical role in transforming the industry toward sustainability. The use of advanced materials in a sustainable way offers promising opportunities for reducing environmental harm and health risks while enhancing device performance and longevity. This interdisciplinary review explores themes such as energy efficiency, sustainable materials, recycling potential, resource consumption reduction, and environmental and health monitoring. It aims to illuminate recent progress, highlight ongoing challenges, and examine future prospects and applications for advanced materials in the pursuit of responsible electronics.</p>