2014
DOI: 10.3103/s0361521914030100
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Adsorption properties of coal from the Ishideiskoe deposit, semicokes, and ash and slag wastes from the combustion of coals from Siberia and Sakhalin

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“…At relatively high pH (>9.6), SC surfaces become negatively charged and adsorption is less due to the repulsion of like charges. Since SC contains some amount of heavy metals [ 118 ], there is a likelihood of ionic competition for active site bindings, which can delay adsorption processes. Hence, high ionic strength may hinder adsorption by SC.…”
Section: Contaminant Adsorptionmentioning
confidence: 99%
“…At relatively high pH (>9.6), SC surfaces become negatively charged and adsorption is less due to the repulsion of like charges. Since SC contains some amount of heavy metals [ 118 ], there is a likelihood of ionic competition for active site bindings, which can delay adsorption processes. Hence, high ionic strength may hinder adsorption by SC.…”
Section: Contaminant Adsorptionmentioning
confidence: 99%