Valorization of municipal solid wastes through biogas production in Iran
Authors
Abstract:
Iran is a developing country with a population of over 80 million. The total daily MSWs production in Iran is about 50 million kg. Most of the MSWs in this country is being disposed of in the landfills. Some of the landfills are located in the urban area or near to sea, river, and forest. In this regard, the management of MSWS becomes a concern in Iran. One solution to manage MSWs and mitigate their environmental impacts is to capture the biogas production. Thus, this research presents the potential biogas generation from MSWs in Iran. The findings of this study illustrated that Iran's daily energy generation potential from MSW is equal to 31,676 barrels of crude oil. The yearly biogas potential generation from MSWs resources is equal to 13.4 million barrels of crude oil equivalent. Overall, the results of this research show that there is a tremendous potential to generate energy and reduce the environmental impact of MSWs in Iran through converting them to the biogas.
similar resources
Characteristics and biogas production potential of municipal solid wastes pretreated with a rotary drum reactor.
This study was conducted to determine the characteristics and biogas production potential of organic materials separated from municipal solid wastes using a rotary drum reactor (RDR) process. Four different types of wastes were first pretreated with a commercial RDR system at different retention times (1, 2 and 3 d) and the organic fractions were tested with batch anaerobic digesters with 2.6 g...
full textComposting of Municipal Solid Wastes
The generation of municipal solid waste is increasing year by year and there are many options for handling and disposing of these wastes. Currently in United States land disposal is the most common practice to deal with municipal solid wastes. The evolution of waste generation, and increase in population suggest composting as a future alternative. Since municipal solid waste comprises of a high...
full textConversion of Municipal Solid Wastes into Biochar through Hydrothermal Carbonization
In this study, the hydrothermal treatment of municipal solid wastes (MSWs) for the production of biochar as a renewable solid fuel was investigated. The properties of surrogate MSWs and mixtures of newspaper and vegetables were greatly improved by hydrothermal treatment and were similar to those of coal-like fuel substances. Hydrothermal treatment increased the calorific value, the fixed carbon...
full textEstimation and Modeling of Biogas Production in Municipal Landfill
The municipal solid waste in Landfill is transformed into landfill gas during a biochemical conversion process called bio-degradation. Gas release from landfills has potentially different environmental effects; therefore, assessing and forecasting the rate of production and release of gas from landfill sites is important for designing these sites and for the successful exploitation of gases as ...
full textBiogasifica Tion of Municipal Solid Wastes
This is a rather interesting and ingenious experi mental laboratory approach to handling the organic fraction of municipal solid waste. Since this organic fraction is the portion that is putrescible, it presents a special disposal problem. Once segregated, it might be usefully disposed in the manner sug gested. However, much separation and preparation are required to obtain the organic fracti...
full textExperimental and Theoretical Study for Hydrogen Biogas Production from Municipal Solid Waste
This study carried out to investigate the production of hydrogen using the organic fraction of municipal solid waste OFMSW, where the anaerobic digester was depended as a method for disposing and treating OFMSW and producing bio-hydrogen. Bio-hydrogen production had been studied under different parameters including pH, solid content T.S%, temperature and mixing ratios between the thick sludge t...
full textMy Resources
Journal title
volume 7 issue 1
pages 57- 65
publication date 2019-03-01
By following a journal you will be notified via email when a new issue of this journal is published.
Hosted on Doprax cloud platform doprax.com
copyright © 2015-2023