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Study on the optimum degradation conditions of combination remediation on petroleum-contaminated soil by cold-adapted bacterial and winter wheat

机译:冷适应细菌和冬小麦将石油污染土壤组合整理的最佳降解条件研究

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Through greenhouse pots experiments, an orthogonal test method was employed here to study the optimum degradation conditions of cold-adapted degrading bacterial and the winter wheat. This orthogonal experiment selected four influencing factors: oil content, bacteria amount, soil moisture content and fertilizer. The results showed that in different stages, the optimum degradation conditions were different. Oil content and the bacterial amount were the two most important factors that influenced the degradation of petroleum hydrocarbons. The impact of fertilizers on the degradation rate increased with time, while water content on the degradation rate decreased with time.
机译:通过温室盆试验,在此采用正交试验方法来研究冷适应降解细菌和冬小麦的最佳降解条件。这种正交实验选择了四种影响因素:油含量,细菌量,土壤水分含量和肥料。结果表明,在不同的阶段,最佳降解条件是不同的。油含量和细菌量是影响石油烃降解的两个最重要的因素。肥料对降解率的影响随着时间的推移而增加,而降解率的水含量随着时间的推移而降低。

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