International Journal of Technology Enhancements and Emerging Engineering Research (ISSN 2347-4289)

IJTEEE >> Volume 3 - Issue 2, February 2015 Edition

International Journal of Technology Enhancements and Emerging Engineering Research  
International Journal of Technology Enhancements and Emerging Engineering Research

Website: http://www.ijteee.org

ISSN 2347-4289

Heavy Metals Analysis In Solid Municipal Wastes

[Full Text]



Tsadkan Asgele, Kiflom Gebremedhin



Key words: municipal waste, heavy metals, stablization, mercury.



ABSTRACT: Heavy metals contents of solid municipal waste produce in high density towns showed higher levels of iron zinc, and cad-mium. There is no significant difference between the concentrations of other metal in high and low density towns. The inter correlation of those elements may have slightly difference of some heavy metals such as mercury, cadimium and arsenic. Contamination in municipal solid waste (MSW) and its treatment products is hudge issue that everone governs. The effect of heavy metals in mercury, cadmuim and lead which are most significant toxic elements of heavy metals and organic forms of lead are absorbition through ingestion by food and water. The source of heavy metals and their mobility in solid waste can consequence of he intended use of heavy metals in industrial product, heavy metals in solid waste contaminated soil and ground water to their leachability and manage by recycling municipal Solid waste, land filling and by incineration of solid wastes. By the stabilization through physical and chemical process in the environment, they may pose an adverse effect on the life of Human. Therefore, every person should control his environment from the contamination and their effects.



[1] J.O Duribe m.o.c.of wuegbuand J.N.gwurugwu,Heavy metal pollution and human biotoxic Effects, physics, 2. 2007, P 111-119.

[2] E.C.ukpebor and C.A.unigbe, Heavy metals Concentration in the Sub Solid refuse dumpsites in Benicity, Ghas.sci, 43, 2003, P 9-15.

[3] M.fraco and G.Giuseppe,fullseale tests of short termmunicipal Solid incineration bottom As Weathering before land fill disposal Envi, sc, 5, and 2009, P 568-577.

[4] S.Esarru,polonivelu and J.kuria,As sment of Heavy metals in municipal solid waste Dumpsite, Work. Suts, land fills.manag, 2003, P 139-145.

[5] L.W.marine, B,Gabrial land T.T,mathy,Heavy metals binding of municipal solid waste land Fill Leachates, Chemo. Phe, 60, 2005, P 260-215.

[6] J.H. change. M. to shiniko and J.Nobutishi, flow Analysis of me sols in municipal solid waste Management system, 2004, P 305-310.

[7] J.W.Heartling, Trace metal pollution from municipal waste disposal site at ponsniuons arctic, 42, 1989, P 57-61.

[8] E.metin, AE rofturk and C.Neyim, sokid waste management pariticles and review of recovery and recycling operation in turkey, waste. Manage, 23, 2003, P 425-430.

[9] M.Korac and T. buzidoru, Heavy metals content in soil, solid.Wastetechnology 33, 2007, P 92-95.

[10] S.E. monaroman, water pollution, ENvi. Chrmi, and F in kelma, R, B, Source and health effects and transetements our environment. Anore reiew, in l, A. Moore 2009. P. 160-170

[11] S.C,Jame and B,S. Msce, metals in municipal land fill leach ate and their health effects, AJPH, 67, 1977, P 429-430.

[12] C.R.Evanko and D,A,D zomoback, Ground eater Remediation Technologies analysis E, Serie, 1997. P 120-150

[13] H.C.HO.J.D. chaw ans S.H. Gou, thermal mobility of Heavy in municipal solid waste in Cinerator flyash, Envi. Eng, sci, 25, 2008, P 649-655.

[14] R. Mohamed and A.S.Elasayed, Dispersion and Deposition of heavy metals around to Municipal solid waste Dumpsite, Alteandra, J, Agri and Envi,2, 2007, P 204-717.

[15] W. milne Homeand. Khon, Assessment of heavy metals land Fill leachate contaminated to , appli Sci, 8,2008,P 1383-1394.

[16] H. GandJi doust. A.Hassan and A.R.Ashkikill, heavy metals and Neurological diseases, caviling, 2009. P 101-115.