Particularly, this article highlights that functional living matters are very promising in the development of new eco-friendly processes.
Development of novel synthetic routes based on more eco-friendly processes, such as enzyme-based catalysis, are in great demand to produce biopolymers.
To develop feasible and eco-friendly processes, R&D studies are being conducted for the extraction of rare earth metals from leached solutions (chloride, nitrate, sulfate, thiocyanate, etc).
The massive use of lithium batteries in industries, such as automotive and electrical network accumulation, requires the development of safer electrolytes, economic and possibly made from renewable resources using eco-friendly processes.
Debbie Ullman, a former tabloid newspaper designer in New York aware of the decline of print media at the hands of the web, turned three "dormant" newspaper vending boxes into compost boxes for food waste, raising awareness of the eco-friendly process of urban composting.
A simple and eco-friendly process to coat TiH2 powders with electroless Ni-B was developed.
A reliable and eco-friendly process for synthesis of metallic nanoparticles is an important step in the field of nanotechnology.
The addition of cement is an eco-friendly process to increase mechanical performances of fine grained soils.
Apart from this, it is an eco-friendly process, and compared with microorganisms, plant extract biorecovery unit has an added benefit of ease handling.
DRM is considered as an eco-friendly process due to the consumption of two greenhouse gases, namely carbon dioxide and methane [1].
In conclusion, the focus of this manuscript was on the antibacterial mechanism of stable silver nanobioconjugate, synthesized by an eco-friendly process.
