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Growing importance of environmental issues at global and regional levels  including pollution of water, air etc. as well as the outcomes such as global  warming and climate change has led to being considered environmental aspects  as effective factors for power generation. Study ahead, aims at examination  of risks resulting from activities of Yazd Combined Cycle Power Plant located  in Iran. Method applied in the research is analytical hierarchy process.  After identification of factors causing risk, the analytical hierarchy  structure of the power plant risks were designed and weight of the criteria  and sub-criteria were calculated by intensity probability product using  Eigenvector Method and EXPERT CHOICE Software as well. Results indicate that  in technological, health-safety, biophysical and socio economic sections of  the power plant, factors influenced by the power plant activities like fire  and explosion, hearing loss, quantity of groundwater, power generation are  among the most important factors causing risk in the power plant. The drop in  underground water levels is the most important natural consequence influenced  on Yazd Combined Cycle Power Plant

Health-safety and environmental risk assessment of power plants using multi criteria decision making method