Abstract

Unmanaged gasses emitted from the landfills can lead to various environmental and health problems for the resident of such regions. Despite various studies conducted on prediction of emission rates of gaseous pollutant in landfills, no study in currently being conducted on the emission rates of carbon dioxide, methane, and non-methane organic compounds from the Marvdasht landfills. In the first steps of this study the required information were gathered first and then the necessary prediction calculations were handled by the LandGEM software. The study results suggest that the within the years of 2003 and 2031, the generation rates of carbon dioxide, methane and non-methane organic compounds will respectively be equal to 14×10 11 , 4667×10 7 and 3.89×10 5 tons. Among the aforementioned gasses, in case of converting the methane energy capacity into the electrical energy, a total income of 1489 billion rials is achievable from the Marvdasht landfill within a course of 27 years of operation. However, it should be noted that no investigation was conducted on the initial and operation costs in this study. In this study, by calculating all of the required information for the design and construction of a biogas collection and extraction system in the landfill of Marvdasht, the necessary means for the appliance of such plan has been provided.

Highlights

  • Inappropriate management of landfills can lead to the pollution of atmosphere, soil and water

  • The previous landfill of Marvdasht is located near the Persepolis crossroads which is closed since the year 2002 due to the lack of space and proximity to the city

  • Based on the records from the municipal recycling agency of Marvdasht, 80 tons of solid waste is disposed in the landfill

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Summary

Introduction

Inappropriate management of landfills can lead to the pollution of atmosphere, soil and water. Conducting vast studies for the purpose of preventing such pollutions is deemed necessary. Water and atmosphere are among the environmental factors for which they play the superior role in site selection process of landfills. Among the important environmental factors climatic elements, temperature, precipitation, wind and sun radiations play the superior role compared to the other climatic elements. The temperature and humidity are the main determining factors for the type and course of the decomposition of solid waste. The wind plays the considerable role in transferring the generated suspended particles and gasses [1]. The municipal landfills are utilized for the purpose of reducing the environmental impacts of the generated solid waste. The landfills can turn into an environmental tragedy in case of inappropriate design and Journal of Advanced Medical Sciences and Applied Technologies (JAMSAT). 2016; 2(1)

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