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Mesocosm Assays of Oil Spill Bioremediation with Oleophilic Fertilizers: Inipol, F1 or Both?

机译:亲油性肥料对溢油生物修复的中观试验:Inipol,F1还是两者兼而有之?

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The biodegradation of Iranian light crude in seawater environments was examined in three mesocosms, simulating a wild Mediterranean ecosystem. Two oleophilic fertilizers, Inipol EAP22 and F1 (modified fish meal), were compared with regard to the biode- gradation enhancement achieved by them. Hydro- carbon degradation proceeded faster at the water surface than at the sediment, as assessed by the n-Cl7/pristane and n-Cl8/phytane indicator ratios. Alkane biodegradation was higher in the presence of Fl (70/100 in 30 days). However, treatment with Inipol produced another desirable effect, the quick disappearance of the oil slick. The data led to the formulation of the hypothesis that the combined use of both fertilizers may be thc treatment of choice.
机译:在三个中观范围内,模拟了地中海野生生态系统,研究了伊朗轻质原油在海水环境中的生物降解。比较了两种亲油性肥料Inipol EAP22和F1(改良鱼粉)的生物降解能力。通过正Cl7 / rist烷和正Cl8 /植烷指示剂比率评估,在水表面的碳降解进展快于沉积物。在F1的存在下烷烃的生物降解更高(在30天内为70/100)。但是,用Inipol处理产生了另一个理想的效果,浮油迅速消失。数据导致假说的提出:两种肥料的联合使用可能是选择的治疗方法。

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