An empirical analysis on the impact of metal contents on water quality

ABSTRACT

Water is a renewable natural resource that is essential for all living things on earth. Fresh water becomes a scarce material due to its excessive exploitation and pollution. Factories, agriculture and domestic activities are factors for water pollution. Furthermore, industrial development in the form of sewage in the freshwater system and the resulting pollution is a challenge to this fragile ecosystem. The global epidemic caused by the 2019-nCoV 'novel virus has caused people around the world to stay in their homes for months due to continuous locking. As a result of these series of locks, the world economy has been badly tested and India is no exception. In India, the government imposed the lockout in late March 2020, but it continues in phases. Although this continuous locking has been announced to control the spread of the Covid-19 virus, the process has greatly tested the regular lives of many and caused income loss among the population. But these mandatory restrictions have reduced pollution from factories across the country. Therefore, considering the above factors, the current study explored the physical and chemical parameters of groundwater in the sand and its surrounding areas. Water samples were collected from the study site from 2019 to 2020. Water tests were collected at a depth of 2-4 m from the site. Water tests were broken down for different physical and joint parameters depending on the methods depicted in the APHA. Twenty different water samples were collected from the Buckingham Canal River and its tributaries. Electronic laboratory testing was carried out using standard procedures (APHA methods). Twenty different water samples were collected from the Buckingham Canal River and its tributaries. The T-Test electronics laboratory test was performed to understand the magnitude of the difference between salts, pH, heavy metals and TVC using standard procedures (APHA methods). In the end CO3 and TVC are not as significant as canal or groundwater.(c) 2021 Elsevier Ltd. All rights reserved.