Salahaldin Shoshtari | Isfahan University of Art (original) (raw)
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Papers by Salahaldin Shoshtari
icaud.epoka.edu.al
The urban heat island (UHI) phenomenon is characterized by significantly higher temperatures in m... more The urban heat island (UHI) phenomenon is characterized by significantly higher temperatures in metropolitan areas as compared to the surrounding suburban and rural neighborhoods. In this context, this paper presents a preliminary report pertaining to an ongoing EU-supported research project, which investigates the urban heat island phenomena in Central Europe. First, the background and general scope of the UHI phenomena are discussed. Subsequently, the paper investigates the manifestation of the urban heat islands phenomena (especially in the city of Vienna) and evaluates possible mitigation and adaptation strategies.
The aim of this project is to make an energy flow survey of Ljusdal’s municipality. The reason fo... more The aim of this project is to make an energy flow survey of Ljusdal’s municipality. The reason for the energy flow survey is to discover possibilities to utilize and refine the energy resources loc ...
Renewable and Sustainable Energy Reviews, 2020
The organic carbon in municipal wastewater is an energetic substance and can be captured and reus... more The organic carbon in municipal wastewater is an energetic substance and can be captured and reused for bioenergy production. A comprehensive evaluation of relevant technical advances and energy recovery potential is essential to provide guidance for sustainability improvement. Although several previous works have covered this topic, most of them have mainly focused on the technical evaluation of a single step, rather than the full treatment line. In this review the currently available processes and achievements related to the capture, recovery and reuse of organic carbon from municipal wastewater for bioenergy production are summarized. The technoeconomic evaluation indicates that the biological capture process fails to achieve a good effluent quality when treating wastewater with a high soluble organic content. Chemical coagulants or membranes can be applied as effective methods to assist carbon capture. A fermentation-centered bioprocessing platform is beneficial for the conversion of captured carbon into versatile products. At present, bioenergy recovery is the most promising carbon recovery mode, and the global wastewater sector possesses a 51.06 billion kWh/year bioenergy production potential. Through hydrothermal or pyrolysis treatment, the organic residue arising from the bioprocessing platform can be circularly used. Based on the above analysis, a plant-wide wastewater-to-energy route including a carbon separation system, a bioprocessing platform, and a thermochemical conversion line is envisaged. Additionally, the challenges to achieving the proposed bioenergy production paradigm from municipal wastewater are examined. This review presents the gaps and future prospects in achieving sustainable municipal water pollution control.
Motaleate Shahri, Oct 23, 2018
The purpose of this study is to find potential areas suitable for energy production using renewab... more The purpose of this study is to find potential areas suitable for energy production using renewable sources. For this aim, accurate assessments are necessary. The assessments include geographical s ...
icaud.epoka.edu.al
The urban heat island (UHI) phenomenon is characterized by significantly higher temperatures in m... more The urban heat island (UHI) phenomenon is characterized by significantly higher temperatures in metropolitan areas as compared to the surrounding suburban and rural neighborhoods. In this context, this paper presents a preliminary report pertaining to an ongoing EU-supported research project, which investigates the urban heat island phenomena in Central Europe. First, the background and general scope of the UHI phenomena are discussed. Subsequently, the paper investigates the manifestation of the urban heat islands phenomena (especially in the city of Vienna) and evaluates possible mitigation and adaptation strategies.
The aim of this project is to make an energy flow survey of Ljusdal’s municipality. The reason fo... more The aim of this project is to make an energy flow survey of Ljusdal’s municipality. The reason for the energy flow survey is to discover possibilities to utilize and refine the energy resources loc ...
Renewable and Sustainable Energy Reviews, 2020
The organic carbon in municipal wastewater is an energetic substance and can be captured and reus... more The organic carbon in municipal wastewater is an energetic substance and can be captured and reused for bioenergy production. A comprehensive evaluation of relevant technical advances and energy recovery potential is essential to provide guidance for sustainability improvement. Although several previous works have covered this topic, most of them have mainly focused on the technical evaluation of a single step, rather than the full treatment line. In this review the currently available processes and achievements related to the capture, recovery and reuse of organic carbon from municipal wastewater for bioenergy production are summarized. The technoeconomic evaluation indicates that the biological capture process fails to achieve a good effluent quality when treating wastewater with a high soluble organic content. Chemical coagulants or membranes can be applied as effective methods to assist carbon capture. A fermentation-centered bioprocessing platform is beneficial for the conversion of captured carbon into versatile products. At present, bioenergy recovery is the most promising carbon recovery mode, and the global wastewater sector possesses a 51.06 billion kWh/year bioenergy production potential. Through hydrothermal or pyrolysis treatment, the organic residue arising from the bioprocessing platform can be circularly used. Based on the above analysis, a plant-wide wastewater-to-energy route including a carbon separation system, a bioprocessing platform, and a thermochemical conversion line is envisaged. Additionally, the challenges to achieving the proposed bioenergy production paradigm from municipal wastewater are examined. This review presents the gaps and future prospects in achieving sustainable municipal water pollution control.
Motaleate Shahri, Oct 23, 2018
The purpose of this study is to find potential areas suitable for energy production using renewab... more The purpose of this study is to find potential areas suitable for energy production using renewable sources. For this aim, accurate assessments are necessary. The assessments include geographical s ...