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首页> 外文期刊>Journal of Geoscience and Environment Protection >Barium, Calcium and Sodium, Cyanide, Phosphate and Sulphate Contents of Groundwater in Some Ika Communities of Delta State, Nigeria
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Barium, Calcium and Sodium, Cyanide, Phosphate and Sulphate Contents of Groundwater in Some Ika Communities of Delta State, Nigeria

机译:在尼日利亚三角洲的一些IKA社区的地下水中钡,钙和钠,氰化物,磷酸盐和硫酸盐含量

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Barium, calcium, sodium, cyanide, phosphate and sulphate and contents of groundwater in Boji-Boji (BB) area and suburbs of Ika land, Delta State, Nigeria were studied. Groundwater is the predominant source of water for inhabitants of these communities without any form of treatment. 55 borehole water sites spread within these five sample sub-areas. The metal ions were analyzed using Solar Unicam flame Atomic Absorption Spectrophotometer. Sulphate, phosphate, and cyanide contents were determined by colorimetric method. Results indicate the presence of sodium, calcium, sulphate, and phosphate. However, barium and cyanide were below detection limit. Secondly, there was a relatively higher proportion of calcium and sulphate than sodium and phosphate in its aquifer. Thirdly, a mean ratio value of 0.018 and 0.158 was observed for the ratios of Na+/Ca2+ and src="Edit_bcec5d86-f6bc-4a0b-9554-b3355ddf1e87.bmp" alt="" />?respectively. Fourthly, sodium showed good correlation with all the other parameters. Finally, nearly all the studied parameters have concentrations below the maximum contaminant levels of the World Health Organization (WHO), invariably inferring that the water is wholesome with respect to the analytes. However, concern still remains from a health point of view on the sodium concentrations in many sample areas.
机译:研究了钡,山谷(BB)地区和IKA土地,三角洲,尼日利亚的Boji-Boji(BB)区域和郊区地下水的钡,钙,钠,氰化物,磷酸盐和硫酸盐和含量。在没有任何形式的治疗的情况下,地下水是这些社区居民的主要水源。 55井孔水位在这五个样品亚区域内涂布。使用太阳Unicam火焰原子吸收分光光度计分析金属离子。通过比色法测定硫酸盐,磷酸盐和氰化物含量。结果表明存在钠,钙,硫酸盐和磷酸盐。然而,钡和氰化物低于检测限。其次,钙和硫酸钙比例相对较高,其含水层中的钠和磷酸盐。第三,针对Na + ca 2 + 和 src =“编辑_bcec5d86-f6bc-4a0b-9554- b3355ddf1e87.bmp“alt =”“/>分别?第四,钠与所有其他参数显示出良好的相关性。最后,几乎所有研究的参数都具有低于世界卫生组织(世卫组织)的最大污染物水平的浓度,总是推断水对分析物的效果有益。然而,令人担忧的仍然来自许多样本区域的钠浓度的健康观点。

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