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Surface and Adsorption Characteristics of Black Carbon from Different Sources

机译:不同来源的黑炭的表面和吸附特性

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Two black carbon (BC) samples, new BC and soil BC isolated from the burning residues and soil repectively, were characterized for their surface areas, surface acidity, zero point of charge, and adsorption capacity for metal (Cu) and organic pollutant (oxytetracycline). Compared with new BC, soil BC had a low surface area but a high surface acidity and thus a low isoelectric point. Soil BC had a stronger capacity for adsorbing Cu(II), but less for oxytetracycline. This study demonstrated that BC may be an important adsorbent of heavy metals and organic pollutants in soil, and the adsorption capacity of BC may be significantly influenced by soil environmental conditions where BC was formed.
机译:从燃烧残渣和土壤中分别分离出两个黑碳(BC)样品,即新的BC和土壤BC,其表面积,表面酸度,零电荷点以及对金属(Cu)和有机污染物(土霉素)的吸附能力)。与新BC相比,土壤BC具有较低的表面积,但具有较高的表面酸度,因此具有较低的等电点。土壤BC具有较强的吸附Cu(II)的能力,但对土霉素的吸附能力却较低。这项研究表明,BC可能是土壤中重金属和有机污染物的重要吸附剂,并且BC的吸附能力可能会受到形成BC的土壤环境条件的显着影响。

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