Investigation of Petroleum Hydrocarbons in Soil from Auto-mobile Mechanic Workshops within Ikot Akpaden, Mkpat Enin L.G.A Akwa Ibom State Nigeria

E. Ikpe, U. U. Ubong, E. Uwanta, U. U. Oku, E. Akpan
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Abstract

This study investigates the concentrations of total petroleum hydrocarbon (TPH) and total hydrocarbon content (THC) in soil samples from auto-mobile mechanic workshop in Ikot Akpaden, Mkpat Enin. Soil samples were collected in triplicate at different points within the vicinity of auto-mobile mechanic workshop at Ikot Akpaden represented as site A and control samples were obtained within the frontage of Chemistry Department, AKSU represented as site C. Soxhlet extraction and shaking methods were used  for the extraction of the total petroleum hydrocarbons and total hydrocarbon content respectively. Each of the sample extracts were purified using column chromatography to remove moisture, polar hydrocarbons, colour interferences and any impurities before GC analysis. Total petroleum hydrocarbons and THC were analyzed using Gas Chromatography (GC-FID) and UV-VISIBLE spectrophotometer respectively. The results obtained from TPH analysis indicates that; 15,223.4 mg/kg was recorded from the auto-mobile mechanic workshop and 808.507 mg/kg was recorded from the control samples. The results from the two stations were higher than the department of petroleum resources (DPR) permissible limit of 50 mg/Kg for soils. There was significant difference in the concentration of total hydrocarbon content, the result obtained showed that, the three sampling point at the mechanic workshop has THC level in the order; A1>A3>A2. The concentration of THC obtained in the three points were greater than the 0.6 mg/Kg limit of total hydrocarbons content allowed by the DPR. The study revealed that the soils were polluted as a result of indiscriminate disposal of waste petroleum products (used engine oil, petrol, diesel and other lubricants) directly on the soil, as well as dumping and burning of waste at the auto-mobile mechanic workshops. Hence, there is need for a holistic and sustainable monitoring and remediation of the environment for a cleaner and healthier environment.
尼日利亚Akwa Ibom州Ikot Akpaden, Mkpat Enin L.G.A汽车机械车间土壤中石油碳氢化合物的调查
研究了伊克特阿克帕登地区汽车机械车间土壤样品中总石油烃(TPH)和总烃含量(THC)的含量。在Akpaden Ikot汽车机械车间附近的不同地点采集了三份土壤样品,代表地点为A,对照样品在AKSU化学系前方,代表地点为c。采用索氏提取法和摇法分别提取总石油烃和总烃含量。在GC分析之前,每个样品提取物都使用柱层析纯化,以去除水分,极性碳氢化合物,颜色干扰和任何杂质。用气相色谱(GC-FID)和紫外-可见分光光度计分别分析石油总烃和四氢大麻酚。TPH分析结果表明:汽车修理工车间记录到15223.4 mg/kg,对照样品记录到808.507 mg/kg。这两个站点的检测结果均高于石油资源部门(DPR)对土壤的允许限值(50 mg/Kg)。总烃含量的浓度存在显著性差异,结果表明,机械车间三个采样点的四氢大麻酚水平按顺序排列;A1 > A3 > A2。3点测得的四氢大麻酚浓度均大于DPR规定的总烃含量0.6 mg/Kg的限值。研究表明,土壤受到污染的原因是不加区分地将废弃石油产品(废旧机油、汽油、柴油和其他润滑油)直接处置在土壤上,以及在汽车机械车间倾倒和焚烧废物。因此,需要对环境进行全面和可持续的监测和补救,以实现更清洁和更健康的环境。
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