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Groundwater is the most important source of fresh water supply for drinking all over the world. Groundwater samples from different location of Jhenaidaha Municipality have been analyzed to assess the chemical composition, source rock and quality. The parameter analyzed for the research are pH, TDS, EC, Na+, K+, Ca2+, Mg2+, Cl-, HCO3-, SO42-, PO43-, H4SiO4 and NO2-N. The analysis reveals that the cations and anions of the water shows the order of dominance as Ca2+Mg2+ Na+K+ and HCO3-Cl-SO42- respectively. The Na+/ (Na++Ca2+) weight ratio against TDS illustrates that the water is derived mainly from rock weathering; however few samples suggest dominance of evaporation crystallization process. Deduction of source rock demonstrates that carbonate weathering and cation exchange is predominant in almost all over the study area. Piper diagram indicates that the water is rich in Ca2+ + Mg2+ and HCO3- (temporary hard) in the study area. This study reveals that the water quality of shallow aquifers in Jhenaidaha Municipality is quite satisfactory and meets the drinking water standard of Bangladesh and WHO.

Nature of Solute Load from Aquifers in& around Jhenaidaha, Bangladesh: Groundwater quality in and around the Jhenaidaha Municipality, a South-Western region of Bangladesh