Keywords: Water quality, IS: 3025, pH, hardness, total suspended solids, alkalinity, total dissolved solids.

Article Content:-


The present study is the water quality analysis of HSIIDC industrial area Kundli, Sonipat and their surrounding areas which includes tests for various physico-chemical parameters like Temperature, pH value, Total solids, Total suspended solids, Total dissolved solids and Total fixed solids, Total volatile solids, Total hardness, Alkalinity, Water quality index and Correlation coefficient matrix. Kundli is one of the most important industrial complexes in the state of Haryana
which has Integrated Steel Plant, a number of sponge iron industries, automobile, chemicals, explosives, ceramics and distillery units and large number of small and medium industries. A water quality standard is a rule or law comprised of the uses to be made of a water body or segment and the water quality criteria necessary to protect that uses. In our study 20 samples were collected from Kundli and their surrounding areas. Out of 20 samples 10 samples found within permissible limit, 10 samples found out of permissible limit set by WHO, BIS, IS 10500. The water is badly affected may be due to disposal of industrial wastes into ground, open land areas and water bodies. In the light of this analysis we can conclude  that these water samples require some treatment before their use for drinking purpose. Such poor quality of water reasoned severe waterborne diseases like diarrhea, cholera etc.



. Gupta DP, Sunita and Saharan JP (2009) Physio-chemical analysis of ground water of selected area of Kaithal City (Haryana)

India. Researches 1(2), 1.5

. K.S Kumar and R. R Kumar (2011), “Analysis of Water Quality Parameters of Groundwater near Ambattur Industrial Area,

Tamil Nadu, India,” Indian Journal of Science and Technology, Vol. 4, No. 5, , pp. 660-662

. Kulshreshtha S.N “A Global outlook for water resources to the year 2025”. Water Resources Management 12(3): PP 167-

, 1998

. Neerja Kalra, Rajesh Kumar, Physiochemical analysis of ground water taken from five blocks of southern Bhojpur (Bihar)

(3) 1827-1832

. M. Govinda rajan, T. Senthilnathan Ground water quality and its health impact analysis in an industrial area. 3(7), 1028-1034

. Devender Dohare (Analysis of ground water quality parameters.) A Review Volume 3(5), 26-31

. Panjiar, U.N. (2010), “Efficient Water Management: Challenges and Initiatives” Yojana, Vol. No. 54, pp5-8.

. V. K. Garg et al., (1999), “An Appraisal of Groundwater Quality of Some Villages of Jind District,” Indian Journal of

Environmental Protection, Vol. 19, No. 4, pp. 267-272.

. Sunita Kumari and Jyoti Rani (2014). Assessment of water quality index of ground water in Smalkhan, Haryana Centre of

Excellence for Energy and Environmental Studies, Deenbandhu Chhotu Ram University of Science and Technology, Murthal ,

Haryana, India .International Journal of Latest Research in Science and Technology ISSN (Online):2278-5299 Volume 3, Issue 6:

Page No.169-172, November-December 2014. [10]. Sinha, D.K, S. Saxena and R. Saxena (2004). Ram Ganga river water pollution at Moradabad. A physico-chemical

study.Indian J. of Env. Protection, 24(1): 49-52


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., S., & Rani, J. (2016). Water Quality Analysis of HSIIDC Industrial Area Kundli, Sonipat Haryana. RA Journal Of Applied Research, 2(10), 678-684. Retrieved from