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Assessment of groundwater quality in Puri City, India: an impact of anthropogenic activities

机译:印度普里市地下水质量评估:人为活动的影响

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ESDM Division, National Environmental Engineering Research Institute, Nehru Marg, Nagpur, 440020, Maharashtra, India;ESDM Division, National Environmental Engineering Research Institute, Nehru Marg, Nagpur, 440020, Maharashtra, India;Orissa Water Supply & Sewerage Board, Water Works Road, Puri, 752002, Orissa, India;%Puri City is situated on the east coast of India and receives water supply only from the groundwater sources demarcated as water fields. The objective of this paper is to assess and evaluate the groundwater quality due to impact of anthropogenic activities in the city. Groundwater samples were collected from the water fields, hand pumps, open wells, and open water bodies during post-monsoon 2006 and summer 2007. Ground-water quality was evaluated with drinking water standards as prescribed by Bureau of Indian Standards and Environmental Protection Agency to assess the suitability. The study indicated seasonal variation of water-quality parameters within the water fields and city area. Groundwater in the water fields was found to be suitable for drinking after disinfection. While in city area, ground-water quality was impacted by onsite sanitary conditions. The study revealed that groundwater quality was deteriorated due to the discharge of effluent from septic tanks, soak pits, pit latrines, discharges of domestic wastewater in leaky drains, and leachate from solid waste dumpsite. Based on observed groundwater quality, various mitigation measures were suggested to protect the water fields and further groundwater contamination in the city.
机译:国家环境工程研究所,ESDM部门,印度那格浦尔市内格鲁玛格,440020,印度马哈拉施特拉邦;国家环境工程研究所ESDM部门,印度那格浦尔,内格鲁尔市,国家环境工程研究所,440020,印度马哈拉施特拉邦;奥里萨邦供水和污水处理局,水厂路,普里,752002,印度奥里萨邦;%普里市位于印度东海岸,仅从划为水田的地下水源获得水供应。本文的目的是评估和评估由于人为活动对该城市造成的影响而引起的地下水质量。在2006年季风之后和2007年夏季,从水田,手动泵,露天井和露天水体中收集了地下水样品。按照印度标准和环境保护局规定的饮用水标准对地下水水质进行了评估,以期评估适合性。研究表明水域和市区内水质参数的季节性变化。发现水域中的地下水经过消毒后适合饮用。在城市地区,地下水水质受到现场卫生条件的影响。研究表明,由于化粪池,污水坑,坑厕,泄漏排水渠中的生活污水以及固体垃圾场的渗滤液排放,地下水质量恶化。根据观察到的地下水水质,提出了各种缓解措施,以保护城市的水域和进一步的地下水污染。

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