城市生活垃圾处理对地下水水质的影响及农业地下水适宜性评价

issue 2 Pub Date : 2018-07-03 DOI:10.30955/gnj.002561
Jeykumar R.K.C
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引用次数: 2

摘要

本研究的重点是Tirunelveli城市城市垃圾的处理对垃圾处处地Ramayanpatti村地下水质量的影响;并对处理区内地下水的适宜性进行了评价。Tirunelveli市每天产生近15 MLD的生活废水和100吨的固体废物。采用污水稳定池对生活污水进行处理。固体废物被倾倒在露天的院子里。这两个处置地点位于Ramayanpatti地区,它们的边界彼此相距500米。在Ramayanpatti地区,地下水资源被提取用于农业。根据等高线和水流方向,在Ramayanpatti地区已经确定了大约30个采样点。大部分地下水样品的优势化学阳离子形态为Na>Ca>Mg>K,阴离子形态为HCO3>Cl>SO4>NO3。Gibbs图显示,该区域以蒸发和稀释现象为主。罗德的图显示,在拉马扬帕蒂地区,土壤的入渗率没有减少。树状图显示,冬季以渗滤液入渗为主。研究表明,固体废物渗滤液对处置场址东南侧地下水水质的影响和污染最为严重。对不同灌区的推断表明,东南地区地下水用于灌溉的质量存在问题,需要对地下水进行评价才能用于农业灌溉。
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Influence of city municipal waste disposal on groundwater quality and assessment of groundwater suitability in agriculture
This study focuses on the impact of the disposal of Tirunelveli city municipal waste in the quality of groundwater in Ramayanpatti village where the waste is disposed; the study also assesses the quality of the groundwater suitability in irrigation in the disposed region. Tirunelveli city generates municipal waste of nearly 15 MLD of domestic wastewater and 100 tons of solid waste in a day. The domestic wastewater is treated by waste stabilization pond. The solid waste is dumped in the open yard. These two disposal sites are located in the Ramayanpatti area and their boundaries are at a distance of 500m from each other. Ground water resources are extracted in use for agriculture in the area of Ramayanpatti. Around thirty, locations have been identified in the Ramayanpatti area for sampling, based on the contour and flow direction. The dominant chemical cation species in the majority of the groundwater samples are in the order of Na>Ca>Mg>K and anion species are in the order of HCO3>Cl>SO4>NO3. Gibbs plot shows that the region is dominated by evaporation and dilution phenomenon. Rhode’s plot shows that there is no reduction in the rate of infiltration of soil in the Ramayanpatti region. Dendrogram shows that the leachates infiltration is predominant in the winter season. The study shows that the groundwater quality, nearer and to the southeastern side of the disposal sites are most affected and contaminated by solid waste leachates. The inference with various irrigation plots show that the quality of groundwater in the southeastern region is doubtful for use in irrigation and the groundwater needs to be assessed in order to use in irrigation for agriculture.
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