Sustainable strategies for producing large-scale nanomaterials: A note from the editors
2022
Abstract The green and biological approaches are very essential for synthesis of nanomaterials in nanotechnology and nanoscience. The nanomaterials are key role in many various fields such as biomedical science, nanoelectronics, drug-gene delivery, renewable solar energy, agriculture and other environmental applications. Physical and chemical methods are exiting. However, these methods are not suitable due to high energy consumption, high cost, usage of toxic chemicals, not eco-friendly. Hence, on the other side, researchers and investigators are concentrating to produce the nanomaterials using the agricultural wastes as resources by green chemistry, renewable strategy, inexpensive and eco-friendly method. Agricultural wastes are employed as capping and reducing agents for production of nanomaterials as alternative for hazardous chemicals. This current book chapters determines the various methods for biogenic nanomaterials and includes the recent significant improvements for production of nanomaterials and its applications. The aim of this chapter is to deliver clear ideas for the substantial usage of agricultural wastes particularly cellulose and lignin-rich biomass to produce the bio-inspired nanomaterials at large-scale level by green route methods.
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