Abstract

Fluorosis is the prevalent problem of the Rajasthan state as the drinking water source at many places are ground water which are having high concentration of fluoride ion. Fluoride contamination of ground water may be correlated with the regional geological aspects. For the present study the water samples were collected and analysed for physico-chemical parameters namely pH, EC, TDS, Calcium and Magnesium Hardness, Total Alkalinity, Chlorides, Sulphates, Nitrates etc. with special reference to fluoride deliberation for drinking water of Jaipur main station (Two samples); Jagatpura; Durgapura; Sanganer; Gandhinagar; Baisgodam and Kanakpura railway stations. The source of drinking water at every station is groundwater. The analysed values were compared with the standard values of Bureau of Indian Standards (BIS) and World Health Organisation (WHO). The analysis shows that the fluoride concentration is much higher in the drinking water samples of Sanganer; Jagatpura; Jaipur main; Baisgodam and Kanakpura railway station where as it is within permissible limits for the drinking water of Durgapura and Gandhinagar railway station. According to BIS and WHO the fluoride concentration more than 1.5 mg/l is toxic and may cause Fluorosis. Too much of fluoride concentration leads to destruction of enamel and causes fluorosis leading to decalcification, dental disorder, mineralization of tendons, digestive and nervous system. Out of eight water samples six are of higher range and two comes in the permissible limits. Hence the study suggests the defluoridation of drinking water in the study area.

Highlights

  • Clean and safe drinking water is most primary need of living organisms

  • Ground water is the main source of water for drinking purposes in Rajasthan

  • Eight water samples were collected from Jaipur main and suburb railway station namely Gandhinagar, Durgapura, Sanganer, Baisgodam, Kanakpura and Jagatpura

Read more

Summary

Introduction

Clean and safe drinking water is most primary need of living organisms. Ground water contributes 0.6 percent of the total water resources on the earth and is the major source of drinking and agriculture water in rural and urban areas. Fluoride content in the water of railway In the present study drinking water samples from all the stations were collected and analysed for the physico – chemical and bacteriological parameters for the monsoon period 2009. Eight water samples were collected from Jaipur main and suburb railway station namely Gandhinagar, Durgapura, Sanganer, Baisgodam, Kanakpura and Jagatpura.

Results
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call