辣木籽粉对污染水体的生物修复性能研究

B. N. Khan, Malik Fiaz Hussain Firdosi, Syed Husnain Ali Asghar, Saba Amreen, Shifa Rabani, Maryam Ilyas, Mubashara Sohail
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摘要

摘要:城市化和各种人类活动对淡水资源造成了不利影响。地下水位每天都在下降,排水污染对拉合尔市的饮用水构成了令人担忧的威胁。因此,需要改善水质,生物修复是污染水回收的一个非常有用的应用。本研究采用4粒辣木种子处理1升污水。采用完全随机设计(CRM)从6个主要排水渠中收集水样[Cantt。(CNTD)、Sattu Katla排水渠(SKD)、下Chotta Ravi排水渠(LCRD)、上Chotta Ravi排水渠(UCRD)、Shalimar逃生通道排水渠(SECD)和Shahdra排水渠(SHD)),以及位于每个排水渠周围500米范围内的四座房屋。这些房子分别被命名为H1、H2、H3和H4。测定了添加辣木前后样品的浊度、pH、Ts、盐度(%)、TSS、TDS、COD、BOD及重金属(Pb、Cu、Cd、Ca)等理化参数。用辣木籽粉处理后,浊度降低95%。经辣木种子处理后,各样品的pH、NaCl(%)、TS (mg/l)、TSS (mg/l)、BOD、电导率和TDS (ppm)均有所升高。此外,所有样品的COD都降低了,这是水质污染的良好指标。在所有场址使用MOSP处理后,发现痕量金属的平均水平都有所降低,这强烈提倡使用该产品来回收受污染的水域。
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Bio-remedial Properties of Moringa oleifera Seed Powder against Contaminated Water
ABSTRACT: Urbanization and various human activities are adversely affecting freshwater resources. The lowering of ground water table every day and drained water contamination is an alarming threat to potable water for the Lahore city. So, there is need to improve water quality and bioremediation is found as very useful application for reclamation of polluted water. In the current study 4g seeds of Moringa oleifera were used for treatment of one liter sewerage/polluted water. The water samples were collected by completely randomized design (CRM) from six primary drains [Cantt. Drain (CNTD), Sattu Katla Drain (SKD), Lower Chotta Ravi Drain (LCRD), Upper Chotta Ravi Drain (UCRD), Shalimar Escape Channel Drain (SECD) and Shahdra Drain (SHD)] and four houses located within 500m distance around each drain. The houses were named as H1, H2, H3 and H4. Samples were examined for physicochemical parameters including turbidity, pH, Ts, Salinity (%), TSS, TDS, COD, BOD and heavy metals (Pb, Cu, Cd and Ca) before and after adding Moringa oleifera. Turbidity decreased by 95% after treatment with Moringa oleifera Seed Powder. After treatment with Moringa seeds, there was an increase in values of pH, NaCl (%), TS (mg/l), TSS (mg/l), BOD, Electrical conductivity and TDS (ppm) of all collected samples. Moreover COD of all samples was reduced which is a good measure for water pollution. Mean levels of trace metals were found to be reduced after treatment with MOSP at all sites which strongly advocates for the use of this product for reclamation of polluted waters.
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