A Review of the Strategic Environmental Assessment in Solid Waste Management in Iran and the World

Authors
1 PhD Student in Environmental Science and Engineering, Shahid Beheshti University, Tehran, Iran
2 Associate Professor, Institute of Environmental Sciences, Shahid Beheshti University, Tehran, Iran
Abstract
The per capita waste production for each Iranian citizen is about 700 grams, which is beyond international standards. The production of this volume of waste requires strategic management and development of macro-policies to achieve the goals of sustainable development. Today, solid waste management is seen as a major challenge in different parts of the world, especially in densely populated and developing cities, and the main reasons for this challenge are factors such as population growth and urban expansion, lack of proper consumption patterns, reduced financial resources and poor planning. In this comparative study, using library studies and search of scientific sites on the problems and challenges of urban waste management in developing countries, including Iran, first waste management strategies in countries with codified policies were reviewed and their key points identified. Then, according to these policies and the current situation in Iran, the positive and negative points, modes and challenges in the country's waste management were examined. The results of this study showed that in most parts of the world, a wide range of measures are usually considered for more effective measures towards achieving the goals and policies in strategic evaluation of waste management. These measures vary according to different economic, social and cultural conditions, the level of public awareness and public participation, and the existence of legal and civil infrastructure. Considering the above-mentioned issues, including the important and noteworthy policies at the global level that are used in the agenda of waste management strategies, the following policies are highlighted: Adopting a zero waste strategy, paying attention to the management hierarchy strategy, support for the private sector, boosting the reduction of disposable and plastics consumption, attention to 3R strategy, efforts to attract public participation, development of technical infrastructure, and support of the World Bank and international cooperation. By carefully examining the strengths and weaknesses of these strategies, analyzing and comparing them with the current situation of Iran's waste management, more effective steps can be taken in formulating macro strategies in this field. In addition to the above, the existence of waste management law in Iran and attention to the development of strategic environmental assessment in the five-year development plans of the country promises a strong potential for the development of relevant policies. Considering waste management in different parts of the world, it seems that the revision of waste management structure in Iran can be a way forward in optimal management by creating an independent organization such as "Management Organization". Currently, supervision of waste management in Iran is the responsibility of the Department of the Environment (DoE). However, due to the varied tasks defined for DoE, lack of manpower and lack of infrastructure, effectiveness of this supervision is not up to the standards. Therefore, the establishment of a comprehensive waste management organization can integrate the process of centralized management and supervision, in addition to formulating macro-strategic policies for the country's waste management and creating effective measures. This may increase inter-organizational cooperation, including DoE, Management and Planning Organization, Ministry of Interior, Ministry of Health, municipalities and other bodies towards proper waste management in the medical, industrial, special, agricultural and household sectors.
 
Keywords
Subjects

Anonymous. 2019. Tehran Urban Research and Planning Center. Investigation of Waste Management Process in the World and Iran. Report No. 207.
Asrari, A. & Nezafat, F. 2019. Investigation of quantity and quality and waste management in Shiraz. 8th National Conference and Exhibition on Environmental Engineering, Tehran, Iran. (In Persian).
Australian National Waste Report. 2021. Policies and governance for waste, Australian Government Department of Agriculture, Water and Environment National Waste Report.
Bahramian, M. 2018. Applying the 3R Approach for Waste Minimization of Petrochemical. Journal of the Environment, 2(58):17-30.
Clive, B.; Jeff, O. & Jamie, M. 2018. Environmental assessment in Malaysia. Impact Assessment and Project Appraisal.
Dalal-Clayton, B. & Sadler, B. 2019. Strategic Environmental Assessment, A Sourcebook and Reference Guide to International Experience, London.
Davis, P.; Melling, A.; Mason, K.; Martin, J. & Topham, J. 2019. Report for Strategic Environmental Assessment of the Waste Management Plan for England. Department for Environment, Food & Rural Affairs. London. 132p.
Davis, P.; Melling, A.; Martin, J. & Topham, J. 2021. Report for Strategic Environmental Assessment. Department for Environment, Food & Rural Affairs. London. 100p.
Dastjerdi, H.; Vladimir Sterol, B.; Reminder, K. & Bennie, M. 2021. Economic Feasibility and Sustainability Assessment of Residual Municipal Solid Waste Management Scenarios in NSW, Australia, sustainability.
Kalkenari, H.; Jamal pour, M. & Ghorbanifar, M. 2019. Strategic-ecological Politics to reduce the Municipal waste. Journal of Environmental Education and Sustainable Development. 2(5):11-18. (In Persian).
Karimi Kondzi, S. 2021. Isfahan waste management using new technologies. 1th International and 4th National Conference on Conservation of Natural Resources and Environment. University of Mohaghegh Ardabili. Iran. (In Persian).
Khodaverdi Azghandi, Z. & Kolahi, M. 2018. Future Horizons of Waste Policy Formulation and Management. Rahyaft, 29(73): 57-72. (In Persian).
King, P. 2019. Strategic Environmental Assessment as a Critical Planning Tool in Asia, Institute for Global Environmental Strategies.
Monavari, M. 2005. Environmental Impact Assessment. Mitra Publications. 462 p. (In Persian).
Noyan, K. 2020. Near ZERO waste in Turkey moving toward a circular economy by monetizing waste CIF-GDI delivery challenges.
Partidario, M.R. 2012. Strategic environmental assessment better practice guide, Methodological guidance for strategic thinking in SEA, Lisbon, 2012.
Saeidi, A.; Hoseini Binabaj, M.; Mohamad Alini, H. & Heidarian, H. 2020. Investigating the various multi-criteria decision-making methods in waste management. Waste Management, 18(2): 68-77. (In Persian).
Shhinfar, Sh. & Rezvani, H.R. 2020. Survey of citizens' satisfaction with the installation and expansion of smart underground reservoirs in Isfahan. Waste Management, 18(3): 25-33. (In Persian).
Turan, N.; Çoruh, S.; Akdemir, A. & Ergun, N.O. 2019. Country Report Municipal solid waste management strategies in Turkey, 465–469.
UNEP. 2020. Reducing Marine Plastic Pollution in Low- and Middle income Countries Adopting Land-based Plastic Waste Management Strategies and Policy Interventions, IGES and UNEP, 2020.
Vaez Madani, B.; Mabasheri, M. & Dizji, H. 2018. Investigating the status of solid waste management in Tabriz. 2nd International Conference on Applied Research in Agriculture, Natural Resources and Environment. Hamedan, Iran. (In Persian).
Victor, D. & Agamuthu. P. 2018. Strategic environmental assessment policy integration model for solid waste management in Malaysia, International Conference and Eepoon, Recycling, August 20-21, 2018 Amsterdam, Netherlands. 233–245.
Vidyaningrum, W. 2020. Study of Solid Waste Management Financing in Indonesia, Final Report, 85 p.
World Bank. 2018. Solid Waste Management in Asia, Opportunities and Challenges for Recycling and Waste Reduction, 31 p.