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Now a days researchers focuses on the development of green synthesized metal nanoparticlesMetal nanoparticles. Sustainable chemistry is used as a synonym for green chemistryGreen chemistry because it involves the environmentally benign synthesisSynthesis of nanoparticlesNanoparticle. Green methodsMethods are more safe, economically favorable, environmentally friendly, and produce stable nanoparticlesNanoparticle. The twelve basic principlesPrinciples of green chemistryGreen chemistry are the guiding rules for the designing of new materials. The different approachesApproach used for the green synthesisGreen synthesis are microwave assisted synthesisMicrowave assisted synthesis, enzymesEnzyme and vitaminsVitamins mediated synthesisSynthesis, and bio-based methodsMethods like bacteriaBacteria, actinomycetesActinomycetes, fungiFungi, yeastYeast, algaeAlgae and plant mediated synthesisSynthesis. Fast reactionReaction rate, high purity, and higher yield are the outcomes of microwaveMicrowave assisted organicOrganic synthesisSynthesis. NanomaterialsNanomaterial can be synthesized from biomaterials using various techniquesTechnique, which is now a largely explored area of research. Due to its low cost, non-toxic chemicals and less amount of waste products produced, the green synthesisGreen synthesis is widely used and sustainable. SynthesisSynthesis of nanoparticlesNanoparticle using greener approachesApproach are one of the interesting areas of modern researchers due to novelty of nanoparticlesNanoparticle in morphologyMorphology, stabilityStability and applicationsApplications. Gold, silver, palladium, zinc oxideZinc oxide (ZnO) and titanium dioxide are largely synthesized using bio-based methodsMethods. This chapter mainly discusses the various approachesApproach of green nanotechnologyGreen nanotechnology.

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Green Chemistry Approaches in Nanotechnology

  • 章节

  • 发表日期：

    2025年

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  • Joicy George,
  • Meenu Eldhose,
  • Roshny Roy,
  • Alex Joseph,
  • Cincy George

摘要

Now a days researchers focuses on the development of green synthesized metal nanoparticlesMetal nanoparticles. Sustainable chemistry is used as a synonym for green chemistryGreen chemistry because it involves the environmentally benign synthesisSynthesis of nanoparticlesNanoparticle. Green methodsMethods are more safe, economically favorable, environmentally friendly, and produce stable nanoparticlesNanoparticle. The twelve basic principlesPrinciples of green chemistryGreen chemistry are the guiding rules for the designing of new materials. The different approachesApproach used for the green synthesisGreen synthesis are microwave assisted synthesisMicrowave assisted synthesis, enzymesEnzyme and vitaminsVitamins mediated synthesisSynthesis, and bio-based methodsMethods like bacteriaBacteria, actinomycetesActinomycetes, fungiFungi, yeastYeast, algaeAlgae and plant mediated synthesisSynthesis. Fast reactionReaction rate, high purity, and higher yield are the outcomes of microwaveMicrowave assisted organicOrganic synthesisSynthesis. NanomaterialsNanomaterial can be synthesized from biomaterials using various techniquesTechnique, which is now a largely explored area of research. Due to its low cost, non-toxic chemicals and less amount of waste products produced, the green synthesisGreen synthesis is widely used and sustainable. SynthesisSynthesis of nanoparticlesNanoparticle using greener approachesApproach are one of the interesting areas of modern researchers due to novelty of nanoparticlesNanoparticle in morphologyMorphology, stabilityStability and applicationsApplications. Gold, silver, palladium, zinc oxideZinc oxide (ZnO) and titanium dioxide are largely synthesized using bio-based methodsMethods. This chapter mainly discusses the various approachesApproach of green nanotechnologyGreen nanotechnology.