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Source identification for oil-based drill cuttings on the seabed based on stable carbon isotopes

机译:基于稳定碳同位素的海底油基钻屑来源识别

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This paper demonstrates how stable carbon isotopes can be utilized to identify the source of oil-based drill cuttings discharges and estimate the time of their deposition. The base-oil used in drilling mud systems may be biodegraded by seabed microflora. Effects of such processes make it difficult to identify sources of discharges based on the oil’s molecular structure. However, the stable isotope fingerprint of the base oil may vary for each batch of base-oil. Because carbon isotopic ratios in compounds with more than ten carbons are resistant to fractionation during biodegradation, this may be used as a tool to identify the source of drill cuttings discharges.
机译:本文演示了如何利用稳定的碳同位素来识别油基钻屑的排放源并估算其沉积时间。钻井泥浆系统中使用的基础油可能会被海底微生物区系生物降解。这种过程的影响使得很难根据油的分子结构来确定排放源。但是,每批基础油的基础油稳定同位素指纹图谱可能会有所不同。由于具有十个以上碳原子的化合物中的碳同位素比在生物降解过程中具有抗分馏性,因此可以用作识别钻屑排放源的工具。

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