Abstract
Nanomaterials play a vital role in healthcare, electronics, manufacturing industries, biotechnology, and security systems. One such material is graphene and its oxides are specifically used for recycling industrial waste water. Graphene, a single layer in honeycomb cross section, provides excellent attention because of its significant optical, mechanical, and physical properties. GO was utilized to decrease the acidic or essential centralization of the mechanical wastewater into reusable water for the modern reason utilizing graphene channels. In this paper, sample solution (waste water) is taken from paper industry. Graphene channels can be created from the pencil graphite. Graphene has the high goals of separating capacity, and graphene is considered as “a definitive RO film” in light of its stronger, thinner, and more chemically safe nature than the polymer layers. Graphene oxide layers are likewise to be used in the desalination plant in place of the RO membrane.
Highlights
Nowadays, waste water coming from industries produces major problem to surroundings as well as creates pollution to the environment
Results and Discussion e incorporated graphene oxide (GO) was prepared by Hummer’s method, and the result was revealed by FTIR
Nanographene oxide filter paper was obtained by the Hummers method
Summary
Waste water coming from industries produces major problem to surroundings as well as creates pollution to the environment. Public and government forced the industries to recycle or reduce the waste coming out to stringent standards. Improper treatment will cause contaminations and reduction in processes and may result in poor performance, product deterioration, and sometimes overall process failure. Appropriate water treatment facility should be planned earlier. Another important aspect in water treatment is that it should be fully investigated in order to analyse the nature of the constituents in the waste water because it may contain some microorganisms, other relative hazards, and metal ions. Waste water treatment may be done in several levels. Graphene is obtained from pencils, and the oxidation process is carried out in order to scatter the carbon layers with oxygen molecules; carbon layers are completely separated into single or multilayer by means of reduction
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