The adsorption capacity of ten active carbons with different origins and a wide range of textural characteristics has been assessed for Phenanthrene (Phe) removal from hot gas emissions. The study was carried out at laboratory scale with one adsorbent varying the Phe concentration, from 1 to 225 μg/min in the inlet stream into the bed; the bed temperature, from 125°C to 175°C, and the adsorbent mass, 25, 45 and 50 mg.. Once the three variables influence was known, it was studied the Phe adsorption capacities on the different adsorbents at l0ml/min gas flow, ≈15 μg/min of Phe and between 15 to 50 mg of the adsorbent at150°C.
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机译：已评估了十种不同来源的活性炭的吸附能力，以及多种结构特征，可用于从热气排放物中去除菲（Phe）。这项研究是在实验室规模下进行的，其中一种吸附剂在床的进料流中改变了Phe浓度，浓度从1到225μg/ min。床温从125°C到175°C，吸附剂质量分别为25、45和50 mg。一旦知道了三个变量的影响，便研究了在10 ml / min气体下Phe对不同吸附剂的吸附能力。在150°C下，流量约为≈15μg/ min的Phe和15至50 mg的吸附剂。
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