Prioritizing The Sustainable Development Of Strategic Infrastructures Using The Analytic Hierarchy Process: A Case Study Of Iran
Subject Areas : Natural resources and environmental hazardsBabak Nabizadeh 1 * , Saman Solaimanian 2
1 - Islamic Republic of Iran Armed Forces
2 -
Keywords: Sustainable Development, AHP, Analytic Hierarchy Process, Iran.,
Abstract :
Introduction: The importance of the global movement towards sustainable development has increased in the recent years, and it is necessary to redefine the concept of development in every country under a framework which responds to the current and future needs of that nation. Therefore, the aim of this research is to prioritize three strategic infrastructures of the national electricity distribution network, water supply network and fossil fuel distribution network within a specific practical framework. Materials and Methods: This research used the comprehensive multi-criteria decision-making method of the analytical hierarchy process which is based on the experiences gained in the design, implementation and operation of strategic infrastructures with a survey from 12 experts. Mentioned infrastructures have prioritized according to four economic, social, environmental and technical criteria along with 10 sub-criteria layers of investment and construction cost, maintenance cost, job creation, acceptance and public participation rate, water, soil and air pollution, final quality, technical efficiency and training of expert staff. Results and Discussion: The results showed that in examining the dimensions of sustainable development, the environmental criterion with a weight of 0.30 has the highest priority, followed by the technical criterion with a weight of 0.24. Social and economic criteria were ranked next with weights of 0.224 and 0.223 respectively. Also, the fuel distribution network with a weight of 0.026 had the highest importance in the sustainable development of infrastructure. The second priority was the nationwide electricity distribution network with a weight of 0.0252, and the third priority was the water supply network with a weight of 0.0251. Further, the weight of the alternatives for prioritizing the strategic target infrastructures based on the main criteria showed that the water supply network had the highest priority in economic and environmental criteria with weights of 0.27 and 0.34 respectively. In the social criterion, the nationwide electricity distribution network has the highest priority with a weight of 0.26, and in the technical criterion, the fuel network has the highest priority with a weight of 0.33. Conclusion: Iran with high dependency on fossil energy in its infrastructure demands planning for sustainable development in the processes of exploration, extraction, refining and transportation network of fossil fuels. Then the electricity network of the country requires fundamental changes in the electricity supply system and convergence with innovative technologies. In the third step, because of the water crisis, Iran needs to introduce novel technologies into its infrastructure to achieve higher efficiency.
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