<div>Heavy metal species are toxic, non-decomposable</div><div>molecules which exist in our ecological systems and</div><div>food chains, eventually exposing us to serious health hazards</div><div>and economic damage. In this context, various attempts</div><div>have been made for sensitive detection of heavy</div><div>metal ions through electrochemical sensor. Carbon nanomaterials</div><div>endowed with unique physiochemical properties</div><div>were found to be most suitable for electrochemical detection</div><div>of heavy metal due to their ease to modify, high sensitivity,</div><div>good selectivity and high reproducibility. Here,</div><div>we present a critical review about detection of heavy</div><div>metals using nanocarbon with focus on graphene and</div><div>carbon nanotubes in various sources of water, soil, and</div><div>foods for fast and sensitive detection of heavy metal ions.</div><div>We have evaluated the current trends and discussed the</div><div>major challenges associated with electrode modification</div><div>and electrochemical analysis with the aim to achieve the</div><div>best sensing performance.</div>

Nanocarbon-based Electrochemical Detection of Heavy Metals

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