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Remediation of weathered crude oil contaminated soil with a green surfactant, alkyl polyglucoside

机译:用绿色表面活性剂烷基多糖苷修复风化的原油污染土壤

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In present study, alkyl polyglucosides (APGs) as green surfactants, were tested in washing weathered crude oil contaminated soil with a high oil concentration (123mgg -1 soil) from Jilin Oilfield, northeast of China. APG1214, with longer alkyl chain, was more effective in removing crude oil than APG0810. The oil removal was improved by adding inorganic sodium salts into APG1214 solutions, and a best inorganic salts formula was obtained. To optimize the washing conditions, the effects of different washing parameters were investigated,and the values of the parameters were optimized.At the optimized conditions, 81.0% of the crude oil was removed with 1.5% APG1214 solution, while the crude oil removal efficiency of the deionized water was only 30.1%; the addition of inorganic salts further improved the removal efficiency to 97.4%. The kinetics of the washing process and the synergistic effect of the surfactant and the inorganic salts were investigated.
机译:在本研究中,在来自中国东北吉林油田的高油含量风化原油污染土壤(123mgg -1土壤)中洗涤了作为绿色表面活性剂的烷基聚葡萄糖苷(APGs)。具有更长烷基链的APG1214在去除原油方面比APG0810更有效。通过向APG1214溶液中添加无机钠盐来改善除油效果,从而获得最佳的无机盐配方。为了优化洗涤条件,研究了不同洗涤参数的影响,并优化了参数值。在优化条件下,用1.5%APG1214溶液去除了81.0%的原油,而去除效率为去离子水仅为30.1%。加入无机盐后,去除效率进一步提高到97.4%。研究了洗涤过程的动力学以及表面活性剂和无机盐的协同作用。

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