Published Paper Details:

Groundwater quality must be assessed since it determines whether or not it may be used for drinking. Water for drinking, cooking, land farming and other purposes should be free of physical and chemical impurities. Groundwater is the primary source of drinking water. The physicochemical and biological examination of groundwater was used to determine the appropriateness of the water for consumption. The groundwater is polluted as a result of human and industrial activity. This is a significant issue nowadays. As a result, water quality analysis is critical for maintaining and improving the natural ecosystem. The factor analysis approaches are used to analyze groundwater quality data sets acquired from the CGWB, Gandhinagar in India in this study. The data were normalized and submitted to factor extraction in order to make it easier to comprehend and identify the characteristics that cause the most variability in water quality. The goal is to determine the reciprocal connections among the various water quality metrics in order to identify the key variables that influence reservoir water quality as well as the variations between them. The water quality index (WQI) is a useful and unique rating that depicts the total state of water quality in a single term and aids in the selection of appropriate treatment techniques to address the concerns.