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Physico-chemical characterization of water from drinking water Treatment Plants (WTPs) around Kolhapur city of Maharashtra, India

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Abstract (Original Language): 
Quality of drinking water has always been considered important in public health paradigm. Provision of potable water to people is necessary in assuring health as well as prevention of spreading of water born diseases. Treatment of water is traditional practice in public distribution system in cities and towns all over the world. Kolhapur is industrial, educational and cultural city in the Western Maharashtra getting considerable rise in population each year. Water supply to citizens is through pumping stations located at outskirts of the city which are looked after by Municipal Corporation. Various characteristics like pH, turbidity with other chemical characteristics which are important for drinking water were analyzed for six months continuously. Samples from inlet and outlet were taken for analysis to check the efficiency of the WTPs. Further tap water analysis was also carried out to asses any influence of piped water distribution. All plants are seen to be efficient in terms of drinking water limits prescribed by different agencies with indication of requirement of supplementary water treatment with provision of advanced technology while considering the rising population of the city. The results obtained about drinking water characteristics are discussed in the paper.
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REFERENCES

References: 

i.Cantor A. F. (2009) Corrosion control in small public water
systems, Proceeding of Midwest workshop for Small Public
Water Systems St. Louis, Missouri, pp-1-16.
ii.Environmental Status Report (ESR) for 2008 of Kolhapur
city prepared by Kolhapur Municipal Corporation, Kolhapur
(Maharashtra, India).
iii.Fin Michael (2009) Control and mitigation of drinking
water losses in distribution systems, Review draft, USEPA,
Washington DC, pp-1-6.
iv.Guidelines for drinking-water quality, 1st addendum to
third edition, vol. 1, ISBN: 92 4 154696 4, World Health
Organization, Geneva, Switzereland.
v.Maiti S. K. (2001) Handbook of methods in Environmental
studies, V1: Water and wastewater analysis, ISBN 81-8577-
34-0, ABD pub. Jaipur (RJ), India, pp-18-19.
vi.Ouali Amira, Chafai Azri, Khaled Medhioub, Ahmed
Ghrabi (2009) Descriptive and multivariable analysis of the
physico-chemical and biological parameters of Sfax
wastewater treatment plant, Desalination (248), Elsevier,
Amsterdam, pp-175-184.
vii.Pathak M. (2012) Assessment of Physico-chemical
quality of municipal water samples of Makronia sub-urban
area of Bundel khand region, India, Annals of the University
of Oradea, EU, June 2012, E-ISSN 2065-1619, pp-122-127.
Patil Y. Y. and Raut P. D. (2010) Studies on the status of open
wells in Kolhapur city Journal of Advances in Science and
Technology 13(1)” ISSN :0971-9563, pp-165-170.
viii.Rahman and Zayed (2009) Condition Assessment of
Water Treatment Plant Components, J. Performance of
Constructed facilities, Vol. 23, No. 4, ISSN-0887-3828, pp-
276–287.
ix.Schwartz Joel, Ronnie Levin, Rebecca Goldstein (2000)
Drinking water turbidity and gastrointestinal illness in the
elderly of Philadelphia, J Epidemiol Community Health 54
BMJ(Brit. Medi. Group), pp-45-51.
x.Sieliechi, Kayem and Sandu (2010) Effect of water
treatment residuals (aluminum and iron ions) on human
health and drinking water distribution systems, International
Journal of Conservation Science, ISSN:2067-533X Volume
1, Issue 3, pp-175-182.
xi.Sierakowski R., Finlayson B., Landes R. (1979) Stone
incidence as related to water hardness in different geological
regions of the US Urol. v (7) issue 3, Springer sciences, pp-
157-160.
xii.Standard methods for examination of Water and
Wastewater, 19th edt. 1995 APHA, Washington (DC) US.

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