Adsorption of Dye in Media Industry Pollution with Glass Wool Modified by Graphite Oxide

Yi Fei Zhang; Fei Bian; Yu Jing Yan; Guo Zhang

doi:10.4028/www.scientific.net/AMM.448-453.119

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Removal of Oil from Movie Shooting by EPDM Foaming Material
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Synthesis and Property of Siloxane and other Modifier Modified Melamine Resin
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Adsorption of Methylene Blue in Media Industry Pollution by GO-Coated Glass Wool/EVA/EPDM Foaming Composite
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Adsorption of Dye in Media Industry Pollution with Glass Wool Modified by Graphite Oxide
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Structure Sensitivity of H₂O Adsorption on Graphene-Supported Bi₂WO₆
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Acoustic Insulation Property of V-Structure Glass Fabric Reinforced PVC Composites
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Quantum Chemical Calculations on Binding Energy of Alkyl Substituted Crown Ethers with Sr²⁺
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 448-453Adsorption of Dye in Media Industry Pollution with...

Adsorption of Dye in Media Industry Pollution with Glass Wool Modified by Graphite Oxide

Abstract:

In order to resolve the dye pollutions in media industry, a new kind of glass wool modified by graphite oxide was prepared. This material could easily fill the filtration column and had good performance on the adsorption of methylene blue. Four kinds of samples like the glass wool modified once, twice, three times by graphite oxide and unmodified were used in our study. According to the dynamic adsorption experiments, the effective adsorption time of the glass wool modified three times is 95 min which is almost 4 times the length of the effective adsorption time of unmodified glass wool.