Sewage Generation and Treatment Status for the Capital City of Uttar Pradesh, India

Q4 Environmental Science
R. K. Gautam, Saumya Verma, Islamuddin, N. More
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引用次数: 1

Abstract

The piped water supply in Lucknow was introduced in 1892 to serve the population of 2 Lacs. However, the population has risen exponentially since then from 2.1 million in 2001 to 2.86 million in 2011 according to the census data of the Government of India. In this paper, statistical analysis was done and it was projected that the population of Lucknow will be as high as 4.2 million in 2025 followed by 6.42 million in 2040. Since the water demand is proportional to the population, it is projected that present water demand of 550 million liters per day (MLD) would rise to the maximum of 1300 MLD in the year 2040 which is twice more than the present volume. The major concern of Lucknow city is the poor efficiency of wastewater treatment facilities which are deteriorating the quality of underground water and surface sources. The major concern lies in Gomti River. The wastewater generation in 2025 would be as high as 700 MLD while for the year 2040 it would be 1100 MLD. To meet the given figures a well-planned and effective wastewater treatment system has to be designed and implemented which may include centralized and decentralized treatment facilities in accordance with the need of the particular division followed by up-gradation of the present water supply and sewerage system. Care should be taken while discharging the sewage into river Gomti and other natural streams as it should strictly follow the prescribed standards by central state pollution control boards, also there should be the least disturbance of aquatic ecosystem. Furthermore, deterioration of the water quality must be minimized to a large extent.
印度北方邦首府城市污水产生和处理现状
勒克瑙的管道供水于1892年引入,为2拉克人提供服务。然而,根据印度政府的人口普查数据,自那时以来,人口呈指数级增长,从2001年的210万增加到2011年的286万。在本文中,进行了统计分析,预计勒克瑙的人口在2025年将高达420万,2040年将达到642万。由于水需求量与人口成正比,预计目前每天5.5亿升的水需求量(MLD)将在2040年达到1300 MLD的最大值,这是目前水量的两倍。勒克瑙市主要关注的问题是污水处理设施效率低下,这正在恶化地下水和地表水源的质量。主要问题在于贡蒂河。2025年的废水产生量将高达700 MLD,而2040年将达到1100 MLD。为了达到给定的数字,必须设计和实施一个精心规划和有效的废水处理系统,该系统可能包括根据特定部门的需要进行集中和分散处理的设施,然后对现有的供水和污水系统进行升级。将污水排入贡蒂河和其他自然溪流时应小心,因为污水应严格遵守中央国家污染控制委员会的规定标准,对水生生态系统的干扰也应最小。此外,必须在很大程度上尽量减少水质恶化。
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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来源期刊
Avicenna Journal of Environmental Health Engineering
Avicenna Journal of Environmental Health Engineering Environmental Science-Health, Toxicology and Mutagenesis
CiteScore
1.00
自引率
0.00%
发文量
8
审稿时长
8 weeks
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