尼日利亚拉各斯州伊科罗杜 Ewu-Elepe 垃圾场对土壤和地下水资源影响的地质环境评估

S. Salami, Morakinyo E. Omoniyi, Kiamuke Itiowe
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摘要

对拉各斯州伊科罗杜地方政府区 Ewu-Elepe 的城市固体废物倾倒场的环境状况进行了调查。共收集了十七(17)份样本,包括十二(12)份土壤样本、三(3)份地下水样本和两(2)份沥滤液样本,并使用原子吸收分光光度计(AAS)对不同参数进行了分析。结果显示,在沥滤液样本中,所有重金属、Cl-、化学需氧量、盐度和电导率含量都有显著增加。地下水样本的理化结果符合国际饮用水标准,但 W1 地下水样本中的镉含量较高(0.009 毫克/升),超过了国家有害物质检测局和世界卫生组织规定的饮用水允许限值(分别为 0.003 毫克/升和 0.005 毫克/升),W1 地下水样本中的锰含量也较高(0.09 毫克/升)。垃圾场土壤样本的检测结果显示,除了镉(16.60 毫克/千克)低于《沉积物质量标准》(ISQG-Low)和《纽约沉积物标准》(New York Sediment Criteria)的最低影响范围外,所有重金属锌(23.5 毫克/千克)、铜(10.8 毫克/千克)、铬(14.2 毫克/千克)、镍(3.47 毫克/千克)和铅(19.0 毫克/千克)的浓度均低于《沉积物质量标准》(ISQG-Low)和《纽约沉积物标准》(New York Sediment Criteria)的最低影响范围。60 毫克/千克)甚至高于《纽约沉积物标准》和《沉积物质量标准》的 "高影响范围",这表明倾倒场内的土壤受到了中度影响。沉积物质量评估结果很好地证实了垃圾场土壤受到镉(Cd)的高度污染和铅(Pb)的中度污染。这项研究表明,固体废物倾倒场正在影响周围环境的自然质量。因此,应禁止在垃圾场任意倾倒固体废物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geoenvironmental Assessment of the Impacts of Ewu-Elepe Dumpsite on Soil and Groundwater Resources at Ikorodu, Lagos State, Nigeria
The environmental status of the municipal solid waste dumpsite at Ewu-Elepe, Ikorodu Local Government Area of Lagos State was  investigated. A total of seventeen (17) samples consisting of twelve (12) soils, three (3) groundwater and two (2) leachate samples were  collected and analyzed for different parameters using Atomic Absorption Spectrophotometer (AAS). The results revealed that in the  leachate samples, all the heavy metals, Cl- , COD, salinity, and conductivity contents showed significant increase. The physicochemical  results for the groundwater samples agreed with the international standards for drinking water, except for high cadmium content  (0.009mg/l) recorded in the groundwater sample W1 which exceeded the NSDWQ and WHO permissible limits of 0.003 and 0.005mg/l  respectively for drinking water, and high manganese content (0.09mg/l) recorded also in W1. The results of soil samples from the  dumpsite showed that the concentration of all the heavy metals, Zn (23.5mg/kg), Cu (10.8mg/kg), Cr (14.2mg/kg), Ni (3.47mg/kg) and Pb  (19.0mg/kg) fall below the Sediment Quality Criteria ISQG-Low level and the Lowest Effect Range of the New York Sediment Criteria  except for Cd (16.60mg/kg) which is even higher than the High Effect Range of both the New York sediment Criteria and the Sediment  Quality Criteria that the soil within the dumpsite have been moderately impacted is further demonstrated by the application of  environmentric parameters treatment such as Contamination Factor (CF), Geo-accumulation Index, Enrichment Factor (EF) and Ecological  Risk Factor Analyses. The results of the sediment quality assessment are good evidence to confirm that the soil of the  dumpsite is highly polluted with cadmium (Cd), and moderately contaminated with lead (Pb). This study reveals that the solid waste  dumpsite is affecting the natural quality of the ambient environment. Therefore, indiscriminate dumping of solid waste at the dumpsite   should be prohibited.
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