科吉州ankpa煤矿附近水、土壤和食用植物样品中重金属和必需矿物质的测定

Nimatu Zubairu, Y. Mohammed, O. Babatunde, J. Salawu
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The results were compared with the maximum permissible limit (MPL) set by World Health Organization (WHO), Food and Agricultural Organization (FAO) and recommended dietary intake set by Food and Nutrition Board (FNB). The physicochemical parameters were all within WHO maximum permissible limit for drinking water. Lead and Cr exceeded the MPL set for drinking water, all heavy metals were within set limit for plants. Lead, Cu and Chromium exceeded the MPL set for soil. The essential minerals in all samples were compared to recommended dietary intake (RDI). Correlation analysis was done using Pearson’s correlation coefficient. In plants Zn correlated positively with Ca (0.9298), K (0.7860) and Mg (0.9967) and in soil samples Cu correlated positively with P (0.8212), K (0.8191) and Na (0.8658), Cr correlated positively with P (0.9911), K (0.9915) and Na (0.8363) and Lead correlated positively with P (0.9734), K (0.9905) and Na (0.7948). 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引用次数: 0

摘要

本研究工作确定了从科吉州Ankpa煤矿附近收集的水、植物和土壤样品中的水、重金属(Cr、Cd、Cu、Pb和Zn)和必需矿物质(P、Ca、K、Mg和Na)的物理化学性质(pH、温度、电导率、总溶解固体和总悬浮固体)。用火焰原子吸收分光光度计分析重金属,用微波等离子体原子发射分光光度计分析必需矿物质。水的物理参数计算结果在范围内;pH(4.51-6.91),温度(19.8-26.5˚C),电导率(110-210µs/cm), TDS (7.0-13 mg/l)和TSS (0-1.5 mg/l)。水中重金属浓度为:Cd (ND)、Pb (0.001 ~ 0.077 mg/l)、Cr (0.028 ~ 3.459 mg/l)、Cu (0.09 ~ 0.057 mg/l)、Zn (0.050 ~ 0.161 mg/l)。在植物中,Cd (ND)、Pb (0.043 ~ 0.096 mg/kg)、Cr (0.138 ~ 0.325 mg/kg)、Cu (0.139 ~ 0.153 mg/kg)、Zn (0.150 ~ 0.510 mg/kg)。土壤中Cd (ND)、Pb (0.127 ~ 0.664 mg/kg)、Cr (1.206 ~ 4.718 mg/kg)、Cu (0.155 ~ 0.934 mg/kg)、Zn (0.00 ~ 0.400 mg/kg)。必需矿物质的测定结果如下:在水中,P (0.19-43.31 mg/l)、Ca (5.75-158.63 mg/l)、K (5.04-32.28 mg/l)、mg (1.98-11.34 mg/l)和Na (10.70-28.29 mg/l)。在植物中,磷(15.12 ~ 23.90 mg/kg)、钙(30.13 ~ 144.44 mg/kg)、钾(64.10 ~ 119.06 mg/kg)、镁(10.38 ~ 25.69 mg/kg)和钠(0.94 ~ 3.55 mg/kg)。土壤中磷(180.01 ~ 1879.51 mg/kg)、钙(11.61 ~ 85.18 mg/kg)、钾(3.02 ~ 114.98 mg/kg)、镁(2.59 ~ 14.05 mg/kg)、钠(8.24 ~ 15.03 mg/kg)。结果与世界卫生组织(WHO)、联合国粮食及农业组织(FAO)规定的最大允许限量(MPL)和食品及营养委员会(FNB)规定的推荐膳食摄入量进行了比较。理化指标均在世界卫生组织饮用水最高允许限量范围内。铅、铬超标,植物重金属含量均在限定范围内。铅、铜、铬超标。将所有样品中的必需矿物质与推荐膳食摄入量(RDI)进行比较。采用Pearson相关系数进行相关分析。植物中Zn与Ca(0.9298)、K(0.7860)、Mg(0.9967)呈正相关,土壤样品中Cu与P(0.8212)、K(0.8191)、Na(0.8658)呈正相关,Cr与P(0.9911)、K(0.9915)、Na(0.8363)呈正相关,铅与P(0.9734)、K(0.9905)、Na(0.7948)呈正相关。从这一结果可以推断,安帕煤矿对周边地区产生了负面影响。
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Determination of heavy metals and essential minerals in water, soil and edible plant samples from the vicinity of ankpa coal mine, kogi state
This research work determined the physicochemical properties (pH, temperature, electrical conductivity, total dissolved solids and total suspended solids) of water, heavy metals (Cr, Cd, Cu, Pb and Zn) and essential minerals ( P, Ca, K, Mg and Na) in water, plant and soil samples collected from the vicinity of Ankpa Coal mine, Kogi State. The heavy metals were analyzed using a Flame Atomic Absorption Spectrophotometer machine and the essential minerals analyzed using Microwave Plasma Atomic Emission Spectrophotometer machine. Results obtained for physical parameters of water are within the ranges; pH (4.51-6.91), temperature (19.8-26.5˚C), electrical conductivity (110-210 µs/cm), TDS (7.0-13 mg/l) and TSS (0-1.5 mg/l). The heavy metals concentration in water are as follows; Cd (ND), Pb (0.001-0.077 mg/l), Cr (0.028-3.459 mg/l), Cu (0.09-0.057 mg/l) and Zn (0.050-0.161 mg/l). In plants, Cd (ND), Pb (0.043-0.096 mg/kg), Cr (0.138-0.325 mg/kg), Cu (0.139-0.153 mg/kg) and Zn (0.150-0.510 mg/kg). In soils, Cd (ND), Pb (0.127-0.664 mg/kg), Cr (1.206-4.718 mg/kg), Cu (0.155-0.934 mg/kg) and Zn (0.00-0.400 mg/kg). Results obtained for essential minerals ranged as follows; In water, P (0.19-43.31 mg/l), Ca (5.75-158.63 mg/l), K (5.04-32.28 mg/l), Mg (1.98-11.34 mg/l) and Na (10.70-28.29 mg/l). In plants, P (15.12-23.90 mg/kg), Ca (30.13-144.44 mg/kg), K (64.10-119.06 mg/kg), Mg (10.38-25.69 mg/kg) and Na (0.94-3.55 mg/kg). In soil, P (180.01-1879.51 mg/kg), Ca (11.61-85.18 mg/kg), K (3.02-114.98 mg/kg), Mg (2.59-14.05 mg/kg) and Na (8.24-15.03 mg/kg). The results were compared with the maximum permissible limit (MPL) set by World Health Organization (WHO), Food and Agricultural Organization (FAO) and recommended dietary intake set by Food and Nutrition Board (FNB). The physicochemical parameters were all within WHO maximum permissible limit for drinking water. Lead and Cr exceeded the MPL set for drinking water, all heavy metals were within set limit for plants. Lead, Cu and Chromium exceeded the MPL set for soil. The essential minerals in all samples were compared to recommended dietary intake (RDI). Correlation analysis was done using Pearson’s correlation coefficient. In plants Zn correlated positively with Ca (0.9298), K (0.7860) and Mg (0.9967) and in soil samples Cu correlated positively with P (0.8212), K (0.8191) and Na (0.8658), Cr correlated positively with P (0.9911), K (0.9915) and Na (0.8363) and Lead correlated positively with P (0.9734), K (0.9905) and Na (0.7948). It can be inferred from this result that Ankpa coal mine has negatively impacted its vicinity.
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