Nanomaterial’s synthesis, types and their use in Bioremediation and Agriculture

The particle ranges between 1 to 100 nanometers in size is called a nanomaterial. reduction results change redox behaviour, thermodynamic property and internal cohesive forces of the resulted from its bulk. This enhances delivery interaction with active site. These features matter are considered synthesis nanomaterials either by bottom-up or top-down approaches. Nanomaterials may be organic, inorganic, biogenic natural depending on their process formation. smaller makes them useful utilized as sensors that can easily deployed remote locations. Currently, being proved successful both efficiency well cost-effective for agricultural production. use biologically synthesized has been increasing because stable, eco-friendly nature. Earlier studies have reported influence nanoparticles plant growth review focused application Nano-fertilizers, Nano-sensors, pollutant remediating, diseases detector, pathogen attack preventer, stress detector precision farming techniques. Further, efforts made describing biosynthetic route nanomaterial could emerge better safer option environmental pollution reduction. Thus, nanoscience increase production feed huge population near future.