尼日利亚塔拉巴州乌卡里市土壤中无机和有机污染物的初步调查

G. YebpellaG., Hikon B.N, M. MagomyaA., M. Paninga
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引用次数: 0

摘要

本研究旨在对乌卡里市区土壤中无机和有机污染物进行初步调查,并评价其污染状况和金属的生物有效性。采用火焰原子吸收分光光度计对土壤样品的总金属含量和重金属浓度进行三次分析,采用5个Varian Bond Elu SI固相萃取柱进行固相萃取,采用气相色谱-质谱联用分析土壤样品提取物。金属的生物利用度分别为Fe: 13.81 ~ 98.85%, Ni: 65.01 ~ 80.93%, Cr: 34.82 ~ 77.19%, Pb: 66.93 ~ 86.59%, Co: 70.35 ~ 99.14%。农业区ST3站铁、镍、铅、钴的生物利用度均在50.00%以上。这表明该地区种植的粮食作物可能受到金属污染。在不同的采样点,土壤样品中金属元素的分布顺序为:残余铁>碳酸盐铁>交换铁>可氧化铁;Ni:可交换性>碳酸盐性>可氧化性>残余性;Pb:可交换性>残余性>碳酸盐性>可氧化性;Co:可交换性>碳酸盐性>可氧化性>残余性。有机污染物,如环烷烃;ST1中检测到溴二氯甲烷(分子量162.0 g/mol)和氯仿(分子量118.0 g/mol), 1,1,2三氯乙烷(分子量132.0 g/mol)。另一种污染物苯酚d5分别记录在样品ST2、ST3和ST4中。ST5(一些汽车车间附近的加油站)中也存在BTEX化合物。
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Preliminary Investigation of Inorganic and Organic Contaminants in Soils within Wukari Metropolis, Taraba State, Nigeria
This study aimed at the preliminary investigation of inorganic and organic contaminants in soils within Wukari metropolis and to assess the contamination status and metal bioavailability. Digested soil samples for total metals and fractionation were analyzed for heavy metal concentrations in triplicates using Flame Atomic Absorption Spectrophotometer while 5 Varian Bond Elu SI SPE cartridges was used for solid phase extraction and the soil sample extracts were analyzed by GC-MS. The percentage bioavailability of metals ranged from Fe: 13.81 – 98.85 %, Ni: 65.01 - 80.93 %, Cr: 34.82 – 77.19 %, Pb: 66.93 - 86.59 % and Co: 70.35 - 99.14 % respectively. The bioavailability of Fe, Ni, Pb and Co station ST3 which is an agricultural area were above 50.00%. This indicates that food crops grown in the area may be contaminated by the metals. Irrespective of sampling points, the distribution of metals in the soil samples generally followed the order Fe: residual > carbonate > exchangeable > oxidizable; Ni: exchangeable > carbonate > oxidizable > residual; Pb: exchangeable > residual > carbonate > oxidizable; Co: exchangeable > carbonate > oxidizable > residual. Organic contaminants such as Halo alkanes; bromodichloromethane (molecular weight 162.0 g/mol) and chloroform (molecular weight 118.0 g/mol) were detected in ST1 while, 1, 1, 2 trichloroethane (molecular weight 132.0 g/mol). Another contaminant phenol d5 was recorded in sample ST2, ST3 and ST4 respectively. BTEX compounds were also contaminants present in ST5 (Fuel station near some automobile workshops).
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