Implicating the effects of consuming water with a high level of arsenic content: highlighting the cause and consequences of arsenic contamination in drinking water

Sumant Kumar Verma, SriRam Chaurasia
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Abstract

Contamination of groundwater due to arsenic (As) and problems faced by drinking the contaminated water have been identified worldwide. The integration of biogeochemical processes has led to the dissolution of naturally occurring As into the groundwater. The goal of this investigation is mainly to determine the presence of As in drinking water and consequences faced by human beings by drinking such contaminated water. Scope of this issue has not yet undergone a full epidemiological examination in any Indian region. However, in India, little is known about the disease caused by arsenicosis. Therefore, the present study discusses various natural and anthropogenic sources of As in groundwater involving its speciation and mobilization pattern in groundwater. Appropriate review on the issues of As contamination in groundwater has been conducted in various regions across the globe followed by the epidemiology and toxicity mechanisms of As in human beings. Various remediation techniques have been adopted for mitigating the major impact of As contamination depending upon the conventional, modern, and hybrid technologies for removing the As from several regions of India.
说明饮用含砷量高的水的影响:强调饮用水砷污染的原因和后果
砷(As)造成的地下水污染以及饮用受污染水所面临的问题已在全球范围内得到确认。生物地球化学过程的整合导致天然砷溶解到地下水中。本次调查的目的主要是确定饮用水中是否存在砷,以及人类饮用此类受污染的水所面临的后果。印度尚未对这一问题的范围进行全面的流行病学研究。然而,在印度,人们对砷中毒引起的疾病知之甚少。因此,本研究讨论了地下水中砷的各种自然和人为来源,涉及其在地下水中的分型和迁移模式。本研究对全球不同地区的地下水砷污染问题进行了适当审查,随后研究了砷在人体中的流行病学和毒性机制。为减轻砷污染的主要影响,采用了各种补救技术,包括传统技术、现代技术和混合技术,以消除印度多个地区的砷污染。
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