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首页> 外文期刊>Journal of the Indian Chemical Society >Ferets diameter estimation of activated carbon for effluent treatment application
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Ferets diameter estimation of activated carbon for effluent treatment application

机译：用于废水处理应用的活性炭直径估计

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In this paper, activated carbon was produced of by chemical activation with phosphoric acid of agricultural wastes such as Arecanut shell of 25 micronmeter at 400 degrees C by slow pyrolysis. The BET surface area and iodine number surface area is calculated and compared. The FTIR spectra show the presence of activated carbon. The TGA revealed, activated carbon is thermally stable at 480 degrees C. The SEM shows the incorporation of activated carbon particles leads to the systematic change in morphology of activated carbon. Surface area plot shows the details of morphological change caused by iodine number surface area. Ferets diameter is estimated to know circularity of the particle. Methylene blue number, acid adsorption value is calculated to know adsorption capacity of the carbon. Thus results proves selection of ferets diameter, activation temperature, and impregnation ratio is important in determining the quality of activated carbon obtained and its use in industrial waste water treatment.
机译：本文通过化学活化，由农业废物的磷酸等化学活化产生了活性炭，如缓慢的热解，400℃下的25微米测量计的壳。计算并比较BET表面积和碘数表面区域。 FTIR光谱显示出活性炭的存在。 TGA显示，活性炭在480℃下热稳定。SEM显示活性炭颗粒的掺入导致活性炭形态的系统变化。表面积图显示了由碘数表面积引起的形态变化的细节。估计机构直径以了解颗粒的圆形性。亚甲基蓝数，计算酸吸附值，以了解碳的吸附能力。因此，结果证明了飞机直径，活化温度和浸渍比在确定所获得的活性炭质量及其在工业废水处理中的用途是重要的。

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