Selecting the best place for accumulation of wastes of angouran lead and zinc mine by using analytical hierarchy process and GIS package

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Research Paper 01/10/2014
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Selecting the best place for accumulation of wastes of angouran lead and zinc mine by using analytical hierarchy process and GIS package

Masoumeh Hosseini, Hossein Pirkharrati, Ehsan alizadeh
J. Bio. Env. Sci.5( 4), 573-578, October 2014.
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Extent of lands affected by mining activities including waste accumulation areas grows gradually. So it is increasingly necessary to enforce the revival of mines. Gangues from mineral mining and purification factories are environmental problems of mining. Select a suitable location for the accumulation of these substances not only from environmental perspective but also from technical and economic point of view is significant. Gangue dam constructions in optimal locations not only cause reduction in environmental problems but also decrement costs that must be spent to solve the created problems from economic aspect. In this paper, important criteria in locating are considered. Ultimately by using analytic hierarchy process (AHP), these criteria were weighted. After weighting, criteria in order to spatial analysis entered to the Geographic Information System (GIS). At the end, the integration of all the weights with each other, Locations for accumulation of gangues were identified. The result indicates that selected location with using the integrated method and location of the accumulation of waste are conformed.


Alavi A, Akbari A, Ataei M, Kiyadaliri H. 2010. “Comparison of fuzzy AHP and fuzzy TOPSIS methods for selecting and planting native plant species (Case Study: Copper mining area)” Journal of Renewable Natural Resources, second year. 3. Fall 2011.

Bangian A, Osanloo M. 2008. “Multi attribute decision model for plant species selection in mine reclamation plants: Case study sungun copper mine”. Post-Mining, February 6-8, Nancy, France. P. 1-11.

Hajmforushnia Sh, Ghasemi P, Derakhshan_ babaei F. 2014. “Locating the construction of artificial lagoon in the North West of Tehran using analytic hierarchy process (AHP) and fuzzy logic” First National Conference on the Environment of PNU, 2014.

Imani N, Surrey D, Motamedi, vol. 2013. Bagheri bodagh Abadi, M. 2011. Assessment of land use and land-Pelk publications, Tehran.

Kholil and Octaviani R. 2013. “Application of AHP method for selecting the best strategy to reduce environmental damage caused by non metallic mining Case study in Gunungkidual Regency, Yogakarta, Indonesia”. International journal of environmental Engineering Science and Technology Research, Vol. 1, No. 7, July 2013, pp: 98-109, ISSN: 2326-3113 (online).

Kontos T, Komilis P and Havadakis P. 2005. “Sitting MSW Landfill with a spatial multiple criteria analysis methodology” Waste Management; pp. 818-832.

Malekan A, Shakiba A, Pour_Ali H, Nazmfar H. 2008. “Locating areas suitable for landfill by using GIS”. Journal of Environmental Sciences, 6, number II, winter 2008.

Matthew R, Doyel P, Wiley J & sons. 1997. Environmental Geology (Geology and the human Environment) translated by Hormuzi. Center of Academic Publication p: 566, 1997.

Moeshedi J, Borna R, Asgharipour_ Dashtbozorg A, Ahmadi H, Zaheri_Abdevand, 2010. “Locating wind power plants by using Analytical Hierarchy Process (AHP) in the GIS” Journal of Remote Sensing and GIS in Planning Quarterly, 1, Number 2, winter 2010.

Mohammadpour M, Almodaresi A. 2014. “Locating areas suitable for landfill by using fuzzy logic and analytic hierarchy process”. First National Conference on the Environment of PNU, 2014.

Osanloo M and Parsaei M. 2004. Sarcheshmeh Copper Mine reclamation, safety congress, Iran, 2004, 316-325.

Rezaei A. 1999. Geological Survey of lead and zinc deposits, lead and zinc mine geological reports.

Samavati A, Asadi A, Rashidinejad F. Selecting optimal mine tailing dam by using SAW and TOPSIS techniques”.

Sartaj M, Jalalvandi H. 2007. “GIS application in locating suitable sites for waste landfills”. Third National Conference on Waste Management 271-281.

Shahabi H, Alaei M, Hoseini M, Rahimi A, Evaluation of hierarchical analysis methods to locate a weighted linear combination of landfill waste.

Vachev I and Evstatiev D. 1994. “Radioactive Wastes Management–AHP Application ” Proceedings of the Third Symposium on the Analytic Hierarchy Process, Washington, DC, 585-596.