Journal Paper

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Journal: محیط شناسی
Year:1397 | Volume:44 | Issue:1
Start Page:1 | End Page:15

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Title

Application of polymerized graphene oxide for optimization of o-xylene removal from aqueous solutions through response surface methodology

Pages

 Start Page 1 | End Page 15

Abstract

 Expanded Abstract 1. Introduction Following an accidental oil spill, the removal of surface oil is usually the important concern for decreasing energy loss and damage to the environment. O-xylene is one of the common compounds which exist in the effluent of oil and petroleum industries. Consequently, the removal of O-xylene from groundwater and surface waters is essential. One of main techniques that are useful for cleaning up the soluble oil is Adsorption. Adsorption methods are simple and economical and the removal of toxic chemicals using porous adsorbents has aroused attention. Graphene as a new synthetic 2D allotrope of carbon has advantages as an adsorbent due to its flexible structure. Graphene has a very fine potential as adsorbent material due to its low cost and environmentally friendly product and by the fact that graphene can be reused without any significant change in its Adsorption capacity.

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