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Industrial Landfill Sources of Air, Water and Land pollution in India

机译:印度空气,水和土地污染的工业垃圾填埋源

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Landfill source at mining site in Orissa's Jajpur district in India is one of the highest water pollution , in particular with chromium heavy metal. The chromite mining has resulted in landfills which are the sources air, water and land pollution. Industrial landfills are sources of air , water and land pollution in many industrial cities and towns of India due to the generation of large quantity of industrial dumps from mining , metallurgical, chemical , mechanical, mineral , other engineering and technological processes. Million tones of total mass of residues such as pyrite, ferric , chromium, lead, zinc, cadmium, and other associated metals arsenic, antimony, mercury and silver are dumped in landfills. The heavy metal content in air , water and land which surround industrial landfill towns cause many environmental impacts and economic losses. Cities like Chennai, Delhi, Kolkata , Mumbai and Bangalore etc. are surrounded with industrial wastes. Further air pollution occur from windblown dusts as well as wind erosion of fine particulates from uncovered industrial landfills. Atmospheric transport leads to serious heavy metal pollution of a waste area. Soils within a least radius of distance from the stacks are heavily polluted mostly from highly toxic elements such as iron, chromium , lead and cadmium in an investigated site. Many case studies were performed with respect to environmental health impacts of polluted landfill sites . Few sites are namely, Chromite mining at Orissa Jndia , Union Carbide site at Bhopal , India, and Ambattur industrial landfill site at Chennai . In this context are explored the features of air pollution case suspended particles , water pollution case of toxic heavy metals and land pollution case of toxic heavy metals. Monitoring of air, water and soil is conducted in different parts of the town , respectively in rural, urban and industrial zones. From the values obtained based on chemical analysis of dust, water and soil , it follows that the presence of suspended particulates containing heavy metals exceed permitted values. In certain places even ten times than the allowed values. While the source of pollution is known , the amount of pollutants reaches in to millions of tones , it is urged to prepare s strategic plan for rehabilitation and elimination of these landfills.
机译:印度奥里萨邦Jajpur地区采矿场的垃圾填埋源是水污染最高的地区之一,尤其是铬重金属。铬铁矿开采导致了垃圾填埋场,这些填埋场是空气,水和土地污染的来源。在印度许多工业城市和城镇中,工业填埋场是空气,水和土地污染的源头,这是由于采矿,冶金,化学,机械,矿物,其他工程和工艺过程产生了大量的工业垃圾场。百万吨的残留物(如黄铁矿,铁,铬,铅,锌,镉和其他相关金属中的砷,锑,汞和银)的总吨数被倾倒在垃圾填埋场中。工业垃圾填埋场周围的空气,水和土地中的重金属含量会造成许多环境影响和经济损失。像钦奈,德里,加尔各答,孟买和班加罗尔等城市周围都是工业垃圾。风吹尘埃以及未发现的工业垃圾填埋场对细颗粒的风蚀造成了进一步的空气污染。大气运输导致废物区严重的重金属污染。在被调查的地点中,距烟囱距离最小的半径范围内的土壤被重度污染,主要由铁,铬,铅和镉等剧毒元素污染。关于污染的垃圾填埋场对环境健康的影响,进行了许多案例研究。很少有站点位于Orissa Jndia的铬铁矿开采,印度博帕尔的Union Carbide站点和金奈的Ambattur工业垃圾填埋场。在此背景下,探讨了空气污染案悬浮颗粒物,水污染案有毒重金属和土地污染案有毒重金属的特征。在城镇的不同地方,分别在农村,城市和工业区,对空气,水和土壤进行监测。根据对灰尘,水和土壤的化学分析得出的值,可以得出结论,含有重金属的悬浮颗粒物的存在超过了允许值。在某些地方,甚至是允许值的十倍。尽管已知污染源,但污染物的数量达到了数百万吨,但敦促为恢复和消除这些垃圾填埋场制定战略计划。

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