In the present work, we report an environment friendly procedure for synthesis of stable silver nano-bioconjugate (SNBC) and its potential application as antimicrobial agent.
The present environment friendly procedure has also been applied for large-scale extraction by employing the use of newly designed reactor in which on-line separation and preconcentration of Pd can be carried out easily and efficiently in short duration of time.
Sorbent and solvent microextraction techniques, mainly solid-phase microextraction, stir-bar sorptive extraction, single-drop microextraction, dispersive liquid liquid microextraction, and hollow-fiber liquid-phase microextraction, are well-established, environment-friendly procedures for treating a wide range of samples when isolating organic and inorganic targets.
The solvent-free procedure was environment friendly, easy operation, and suitable for the practical application in large scale.
Principle 8 of Green Chemistry recommends eliminating derivatization, yet it is difficult to fulfill in analytical chemistry, so we consider the design of environment-friendly derivatization procedures in this article.
The present procedure to perform MBH reaction between the aldehydes and ethyl acrylate in PEG-200-DABCO medium provide an environment friendly, very simple and efficient methodology to introduce a new carbon-carbon bond in a molecule.
It makes an environment friendly, approachable".
Thus, it is simple, economic, and environment friendly.
Aqueous, environment friendly precursor solutions were formulated for both materials.
Increased concern for environment has led to the search for more environment friendly sources of energy.
