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Characterization of Activated Carbon from Coal and Its Application as Adsorbent on Mine Acid Water Treatment

机译:煤中活性炭的表征及其作为吸附剂在矿山酸性水处理中的应用

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Anthracite and Sub-bituminous as activated carbon raw material had been utilized especially in mining field as adsorbent of dangerous heavy metal compound resulted in mining activity. Carbon from coal was activated physically and chemically in various temperature and particle sizes. Characterization was carried out in order to determine the adsorbent specification produced hence can be used and applied accordingly. Proximate and ultimate analysis concluded anthracite has fixed carbon 88.91% while sub-bituminous 49.05%. NaOH was used in chemical activation while heated at 400-500°C whereas physical activation was conducted at 800-1000°C. Activated carbon has high activity in adsorbing indicated by high iodine number resulted from analysis. SEM-EDS result confirmed that activated carbon made from coal has the quality in accordance to SNI and can be used as adsorbent in acid water treatment.
机译:无烟煤和亚沥青作为活性炭原料已被利用,特别是在采矿领域,因为危险重金属化合物的吸附剂导致了采矿活动。煤中的碳在不同的温度和粒径下被物理和化学活化。进行表征以确定所产生的吸附剂规格,因此可以相应地使用和应用。最近的和最终的分析表明,无烟煤的固碳为88.91%,次烟煤为49.05%。在加热至400-500°C时,将NaOH用于化学活化,而在800-1000°C进行物理活化。分析表明,高碘值表明活性炭具有很高的吸附活性。 SEM-EDS结果证实,煤制活性炭具有符合SNI的质量,可作为酸性水处理中的吸附剂。

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