Summary
This review examines the emerging field of biosynthesised metal nanoparticles (MNPs) supported on various matrices as a green chemistry approach to mitigating environmental challenges. The authors adopt a bioinspiration strategy to explore ecofriendly production methods for supported MNPs, positioning biosynthesis as a novel alternative to conventional chemical processes. The work contributes to the growing literature on sustainable nanotechnology within green chemistry frameworks.
UK applicability
The findings on biosynthetic metal nanoparticle production are relevant to UK policy priorities around sustainable chemistry and circular economy manufacturing, though direct applicability to farming systems or food production would depend on downstream applications not specified in the abstract.
Key measures
Not specified in abstract; likely synthesis methods, nanoparticle characterisation, and environmental impact comparisons
Outcomes reported
The paper reviews biosynthetic approaches to producing supported metal nanoparticles as an environmentally benign alternative to conventional chemical synthesis methods. It explores how bioinspired strategies can address environmental challenges associated with nanoparticle production.
Topic tags
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