首页> 外文会议>2011 International Conference on Remote Sensing, Environment and Transportation Engineering >Study on the sorption mechanisms of trichlorethylene to anion-cation organattapulgites from Water
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Study on the sorption mechanisms of trichlorethylene to anion-cation organattapulgites from Water

机译:三氯乙烯对水中阴离子阳离子有机凹凸棒石的吸附机理研究

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Adsorption mechanism of attapulgite to TCE and its effect factors was prepared by adsorption kinetics experiments, isotherm equilibrium adsorption experiments and experiments of environmental effect factors. Its performance of adsorption showed that, compared with the original attapulgite, the removal of organattapulgites to TCE was significantly improved and grew up with the amount of organic carbon. Further, its main removal mechanism was partition of attapulgite''s organic phase to TCE and the anion-cation organattapulgites, 100S/100 H, was best with the most removal efficiency . Under such conditions, namely TCE initial concentration of 100mg.L−1, controlling the temperature of 30°C, 2h of adsorption time, the anion-cation organattapulgites, 100S/100H had the best removal of TCE,which remained stably at about 62%.
机译:通过吸附动力学实验,等温线平衡吸附实验和环境影响因素实验,制备了凹凸棒石对三氯乙烯的吸附机理及其影响因素。其吸附性能表明,与原始凹凸棒石相比,有机凹凸棒石对三氯乙烯的去除率显着提高,并且随着有机碳含量的增加而增长。此外,它的主要去除机理是将凹凸棒石的有机相分配到三氯乙酸中,而阴离子阳离子有机凹凸棒石的去除效果最好,为100S / 100H。在这样的条件下,即TCE初始浓度为100mg.L -1 ,控制温度为30°C,吸附时间为2h,阴离子阳离子有机凹凸棒石,100S / 100H对TCE的去除效果最好。 ,稳定在62%左右。

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