伊拉克南部西古尔纳-2油田土壤中总石油烃(TPH

H. Al-Saad, Duha S. Karem, H. Kadhim
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引用次数: 5

摘要

采用分光光度计对西古尔纳-2油田10个测站土壤中总烃含量进行了测定。从区域分布上看,春季10站TPHs浓度最高(41.86 μg/g干重),春季1站TPHs浓度最低(14.82 μg/g干重)。各站点tph的季节分布表现为冬季最高(30.350 μg/g),夏季最低(24.167 μg/g)。从研究参数的空间变异性来看,从1号站到5号站,各研究站点的参数浓度逐渐升高,在6号站浓度显著降低,最后在10号站浓度升高。各站点的浓度波动主要受距离影响,距离8、9、10站较近,距离1、2、3、4、5、6、7站较远,季节浓度变化顺序为冬季>春季>秋季>夏季。土壤TPH与各质地组分(砂、粉、粘)的相关性不显著,而与TOC%的相关性显著。通过将本研究的结果浓度与文献综述相结合,浓度水平在其范围内,在其他情况下超过其范围。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Total Petroleum Hydrocarbons (TPH) in the Soil of West Qurna-2 Oil Field Southern Iraq
This study focused on the determinate the concentrations of Total hydrocarbon by using spectroflurometer, for soil in ten stations at West Qurna-2 oil field. The regional distribution of TPHs at the present study showed a highest concentration of TPHs during spring at station 10 (41.86 μg/g dry weigh) while a lowest concentration observed during spring at station 1 (14.82 μg/g dry weigh). The seasonal distribution of TPHs show highest level in all stations during winter (30.350 μg/g) and the lowest levels observed during summer (24.167 μg/g). With respect to spatial variably of studied parameters, the parameters concentrations in studied stations gradually increased from station 1 to station 5, and then significantly decreased at station 6 and finally increased to station 10. The fluctuation in concentrations of concentrations in stations is due to distance from the flame of the flare which near to the stations 8, 9, 10 and far to the stations 1, 2, 3, 4, 5, 6, 7, while the seasonal concentration arrange as following: winter >spring >autumn>summer. There were non-significant correlation between the TPH in soil and each of the soil texture compounds (sand, silt and clay), while there is significant correlation between the TPH in soil and TOC%. By comprising the result concentration of this study with literature reviews, the concentration levels lies within it and in other cases exceed it.
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