Analysis of Physical and Chemical composition of Municipal Solid waste in Nanded city (MS) India
Mushtaq Ahmad Dar1 & Patwari Jayprakash M2
1Research Scholar and 2Assistant Professor
1N.S.B College Nanded (MS) India
2M.U. College, Udgir (MS) India
In present day, solid waste generation is at its peak and it has become growing concern in urban area. The city of Nanded is facing a serious problem to its environment due to present situation of increasing rate of the solid waste generation. Present study reveals physical and chemical composition of solid waste generated in Nanded city. The share of the solid waste is mainly from residential area, it is followed by commercial areas, restaurants and market places, hospitals and institutes etc. Physical composition of the solid waste was carried out by segregating solid waste. The main components of municipal solid waste which includes food waste, bricks, debris, leaves, paper, glass, metals, plastic, dirt and ash. Chemical composition of solid waste was analyzed like Moisture content, Organic carbon, Nitrogen and Phosphorus. Due to the large content of Nitrogen and Phosphorus it has a great value for fertilizers and has high value for the conversion of waste into good compost. Leachate characteristics were also carried out pH, Chlorides, Total suspended solids, Chemical oxygen demand and Biochemical oxygen demand. Whenever possible leachate entraps into the ground water and nearby ponds with surface wash, leachate has a high value of pollution threat to the surface water and ground water, it has also high value of causing health effect and environmental hazards.
Keywords: Characteristics, Composition, Fertilizer, Segregation and Solid Waste.
Amul L, and Mule MB, 2013. Composition and characterization study of solid waste from Aurangabad city. Universal journal of Environmental Research and Technology. 3(1): 55-60.
Hoornweg D, and Bhada-Tata p, 2012. What a waste: A global review of solid waste management. World Bank.
Ilaboya R, 2011. Design of an integrated solid waste management scheme:
a model design for Igbinedion University Community. Journal of Applied Technology in Environmental Sanitation 1: 125-138.
Kumar PD and Bhowmick GC, 1998. Solid waste management the obvious answer, in Roy, D. (Ed), Environment management with Indian Experience. APH Publishing Corporation, New Delhi. 173.
Kumar S, Dhar H, Vijay VN, Bhattacharyya JK, Vaidya AN and Akolkar AB, 2016. Characterization of municipal solid waste in high-altitude sub-tropical regions. Environmental Technology, 37 : 2627-2637.
Sehker M and Beukering PV, 1998. Intergrated solid waste management: A perspective on Bangalore (India). CREED, 277-295.
Shaikh Parveen R, Bhosle AB, and Yannawar VB, 2012. The impact of landfill on soil and ground water quality of the Nanded City, Maharashtra, Researcher, 4(7): 56-63.
Sujauddin M, Huda SMS and Hoque ATMR, 2008. House hold solid waste characteristics and management in Chittagong Bangladesh, Waste management, 28: 1688-1695.
Trivedi RK and Goel PK, 1998. Practical methods in Ecology and Environmental Science. Enviro Media Publication, Karad, pp 1-175.
How to cite this article
Mushtaq Ahmad Dar and Patwari Jayprakash M, 2020. Analysis of Physical and Chemical composition of Municipal Solid waste in Nanded city (MS) India. Bioscience Discovery, 11(1):11-14.
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