IMPLEMENTATION OF WASTE WATER TREATMENT AT UPPAL LAKE, HYDERABAD

Ahmad Zahir Ferooz Kohi, Z. Faizi
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引用次数: 1

Abstract

The purpose of study was to assess water quality of Uppal Lake, Hyderabad during 2016. Usually wastewater physiochemical analysis will involve collecting the wastewater in a central, segregated location and subjecting the wastewater to various physiochemical analysis processes. Most often, since large volumes of wastewater are involved, physiochemical analysis are carried out on continuously flowing wastewaters (continuous flow or "open" systems) rather than as "batch" or a series of periodic processes in which physiochemical analysis is carried out on parcels or "batches" of wastewaters. While most wastewater physiochemical analysis processes are continuous flow, certain operations, such as vacuum filtration, involving as it does, storage of sludge, the addition of chemicals, filtration and removal or disposal of the treated sludge, are routinely handled as periodic batch operations. Water quality test by physiochemical analysis, however, can also be organized or categorized by the nature of the physiochemical analysis operation. The objective of study was to study and process the water quality in Uppal lake, the lake water samples were collected from 4 sides randomly, the physico-chemical analyses were done by APHA method, in this research the Primary Sources Were Books and Articles and Secondary Sources Were Lake samples (water) collection – 4samples, Physicochemical analysis, Results Compared with standards. The finding parameters definitely showed that Uppal lake is highly contaminated. Although there are some parameters which come under the tolerable range of the standards provided yet it is very important to be noticed that these parameters, are for Industrial effluents and Waste water, not for irrigation purpose but Uppal lake water from a long time is being used for Printing, Dying and most importantly for irrigation, which makes this water channel highly polluted. Overall findings indicated that wastewaters of the major industrial areas of Hyderabad city were not found good and should not be used for irrigation without prior treatment. Immediate action could be taken by the people at household level like they should try and find some other water sources for irrigation, filter plats should be installed in personal level etc. as environmental and engineering measures at community level would take a long time to be applied. Key wordsHyderabad, Physiochemical Analysis, Waste Water, Uppal Lake.
在海得拉巴乌帕尔湖实施废水处理
研究的目的是评估2016年海德拉巴乌帕尔湖的水质。通常,废水的理化分析将包括在一个集中的、隔离的地点收集废水,并对废水进行各种理化分析过程。大多数情况下,由于涉及大量废水,因此对连续流动的废水(连续流动或“开放”系统)进行理化分析,而不是对包裹或“批次”废水进行“批量”或一系列周期性过程。虽然大多数废水物理化学分析过程是连续流动的,但某些操作,如真空过滤,涉及污泥的储存,添加化学品,过滤和去除或处置处理过的污泥,通常是定期批处理操作。然而,通过理化分析的水质测试也可以按理化分析操作的性质进行组织或分类。本研究的目的是对乌帕尔湖的水质进行研究和处理,随机从4个侧面采集湖泊水样,采用APHA法进行理化分析,本研究的一次资料来源为书籍和文章,二次资料来源为湖泊样本(水)采集- 4个样本,理化分析,结果与标准比较。结果表明,乌帕尔湖污染严重。虽然有一些参数在规定的可容忍范围内,但值得注意的是,这些参数是针对工业废水和废水的,而不是用于灌溉目的,但长期以来,乌帕尔湖的水被用于印刷,染色,最重要的是用于灌溉,这使得该水道受到严重污染。总体调查结果表明,海德拉巴市主要工业区的废水水质不佳,不应未经事先处理就用于灌溉。家庭层面的人们可以立即采取行动,比如他们应该尝试寻找其他水源用于灌溉,应该在个人层面安装过滤板等,因为社区层面的环境和工程措施需要很长时间才能实施。关键词:海德拉巴;理化分析;废水;
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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