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Mineral oil bio-degradation within a permeable pavement: long term observations

机译:渗透性路面中矿物油的生物降解:长期观察

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The paper reports on the first 300 days of a research project conducted at Coventry University which has focused on the ability of a permeable pavement, reservoir structure to retain and treat petroleum-derived pollutants through in situ microbial bio-degradation. The research has required the construction of a full-scale model permeable pavement in the laboratory, which has been subjected to prolonged low-level hydrocarbon contamination, representative of typical loadings to urban surfaces such as highways and car parks. Water quality and bio-degradation indicators have been monitored over several months so that the capability of the permeable pavement to maintain a viable and effective microbial population could be assessed. The research has demonstrated that the structure can be used as an effective in situ aerobic bioreactor.
机译:该论文报道了在考文垂大学进行的一项研究项目的前300天,该项目的重点是渗透性路面,储层结构通过原位微生物生物降解来保留和处理石油衍生污染物的能力。这项研究要求在实验室中建造一个全尺寸模型的渗透性路面,该路面长期受到低水平的碳氢化合物污染,代表了城市表面(如高速公路和停车场)的典型负荷。已经监测了几个月的水质和生物降解指标,以便可以评估渗透性路面维持可行和有效的微生物种群的能力。研究表明,该结构可用作有效的原位好氧生物反应器。

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