Economic and Environmental Evaluation of Waste to Energy through Gasification; Case study: Tehran

In spite of the past few decades, gasification of waste is being used in the developed countries. Reducing the space for landfill sites, producing fuel from waste, as well as avoiding negative impacts of landfilling, are of advantages of gasification. The research was aimed at feasibility study of a...

Full description

Bibliographic Details
Main Authors: Soheila Sadat Majidi, Hamidreza Kamalan
Format: Article
Language:English
Published: Iranian Association for Energy Economics 2017-02-01
Series:Environmental Energy and Economic Research
Subjects:
Online Access:http://www.eeer.ir/article_46461_98e0604b5bb1bc2b411b8b3af0f72dc7.pdf
_version_ 1818307202847342592
author Soheila Sadat Majidi
Hamidreza Kamalan
author_facet Soheila Sadat Majidi
Hamidreza Kamalan
author_sort Soheila Sadat Majidi
collection DOAJ
description In spite of the past few decades, gasification of waste is being used in the developed countries. Reducing the space for landfill sites, producing fuel from waste, as well as avoiding negative impacts of landfilling, are of advantages of gasification. The research was aimed at feasibility study of application of Tehran municipal solid waste (MSW) gasification in addition to understanding the waste gasification as a stable and economic substitute for generating clean energy. On this basis, the researcher analyzed the required information through library research and by examining different types of available gasifiers in the developed countries. Firstly, the profitability of the project was assessed by using the net present value method and then, the cost-benefit analysis of the project was performed. In this study, three scenarios of the MSW landfilling and two gasification scenarios were analyzed. The research findings indicate that the gasification scenario is more economical than the landfill. Finally, the environmental analysis of all of the three scenarios was reviewed and considering the fact that the gasification scenarios are in line with the Fifth Economic Plan of the Islamic Republic of Iran, they can be proposed as the best scenarios. As to comparison of the two gasification scenarios, it was found out that considering the capacity of the waste produced in Tehran and the volume of the input waste of the two gasifiers and reduction of the operational costs of Termiska TPS Gasifier, the model of Termiska TPS Gasifier is a more suitable option for Tehran.
first_indexed 2024-12-13T06:54:38Z
format Article
id doaj.art-2ce6c30ca69945309111c1377cdca5a6
institution Directory Open Access Journal
issn 2538-4988
2676-4997
language English
last_indexed 2024-12-13T06:54:38Z
publishDate 2017-02-01
publisher Iranian Association for Energy Economics
record_format Article
series Environmental Energy and Economic Research
spelling doaj.art-2ce6c30ca69945309111c1377cdca5a62022-12-21T23:56:04ZengIranian Association for Energy EconomicsEnvironmental Energy and Economic Research2538-49882676-49972017-02-011111312410.22097/eeer.2017.4646146461Economic and Environmental Evaluation of Waste to Energy through Gasification; Case study: TehranSoheila Sadat Majidi0Hamidreza Kamalan1Department of Environmental Science, Science and Research Branch, Islamic Azad University, Tehran, IranDepartment of Civil Engineering, Pardis Branch, Islamic Azad University, Pardis, IranIn spite of the past few decades, gasification of waste is being used in the developed countries. Reducing the space for landfill sites, producing fuel from waste, as well as avoiding negative impacts of landfilling, are of advantages of gasification. The research was aimed at feasibility study of application of Tehran municipal solid waste (MSW) gasification in addition to understanding the waste gasification as a stable and economic substitute for generating clean energy. On this basis, the researcher analyzed the required information through library research and by examining different types of available gasifiers in the developed countries. Firstly, the profitability of the project was assessed by using the net present value method and then, the cost-benefit analysis of the project was performed. In this study, three scenarios of the MSW landfilling and two gasification scenarios were analyzed. The research findings indicate that the gasification scenario is more economical than the landfill. Finally, the environmental analysis of all of the three scenarios was reviewed and considering the fact that the gasification scenarios are in line with the Fifth Economic Plan of the Islamic Republic of Iran, they can be proposed as the best scenarios. As to comparison of the two gasification scenarios, it was found out that considering the capacity of the waste produced in Tehran and the volume of the input waste of the two gasifiers and reduction of the operational costs of Termiska TPS Gasifier, the model of Termiska TPS Gasifier is a more suitable option for Tehran.http://www.eeer.ir/article_46461_98e0604b5bb1bc2b411b8b3af0f72dc7.pdfSolid wastesgasificationclean development mechanism (CDM)Net Present Valueand cost-benefit
spellingShingle Soheila Sadat Majidi
Hamidreza Kamalan
Economic and Environmental Evaluation of Waste to Energy through Gasification; Case study: Tehran
Environmental Energy and Economic Research
Solid wastes
gasification
clean development mechanism (CDM)
Net Present Value
and cost-benefit
title Economic and Environmental Evaluation of Waste to Energy through Gasification; Case study: Tehran
title_full Economic and Environmental Evaluation of Waste to Energy through Gasification; Case study: Tehran
title_fullStr Economic and Environmental Evaluation of Waste to Energy through Gasification; Case study: Tehran
title_full_unstemmed Economic and Environmental Evaluation of Waste to Energy through Gasification; Case study: Tehran
title_short Economic and Environmental Evaluation of Waste to Energy through Gasification; Case study: Tehran
title_sort economic and environmental evaluation of waste to energy through gasification case study tehran
topic Solid wastes
gasification
clean development mechanism (CDM)
Net Present Value
and cost-benefit
url http://www.eeer.ir/article_46461_98e0604b5bb1bc2b411b8b3af0f72dc7.pdf
work_keys_str_mv AT soheilasadatmajidi economicandenvironmentalevaluationofwastetoenergythroughgasificationcasestudytehran
AT hamidrezakamalan economicandenvironmentalevaluationofwastetoenergythroughgasificationcasestudytehran