One of the most important criteria of nanotechnology is the development of eco-friendly, nontoxic, and clean green chemistry procedures [36].
Gold nanoparticles represent an inert, biocompatible and rigid scaffold on which to assemble molecular complexes using clean, facile chemistries.
It is increasingly realised that the importance of social processes in relation to climate change, and to sustainable technologies (such as clean energies, green chemistry, clean processes, etc).
The proposed approach is "green chemistry, clean production and precaution," which involves engineering as little waste and pollution into production of safer compounds.
Besides these points, catalysis is an important principal of clean protocol in green chemistry, and one of the fundamental challenges chemists face now is design and development of eco-friendly catalysts.
With such solids, which act simultaneously both as permeable catalysts and reaction vessels, a number of highly desirable chemical conversions many of paramount importance in the context of "green" chemistry and clean technology may be smoothly effected under environmentally benign conditions.
With the help of his best friend, a robot named Baymax, the two recruit a reluctant team of inexperienced heroes – including adrenaline junkie Go Go Tamage, clean freak Wasabi No-Ginger, chemistry whiz Honey Lemon and fanboy Fred - to try and stop the criminal threat.
The proposed approach gives a good example to turning pollutants into clean energy carriers by green chemistry.
Thus, there is an urgent need for 'green chemistry' that includes clean, nontoxic and environment-friendly methods of nanoparticle synthesis with precise control over the shape and size.
