Methodology Proposed for Estimating Biowaste Generation Using Municipal Rurality Indexes

The separated collection and management of biowaste (BW) must be implemented in next years in the European countries. In order to define a proper BW strategy, it is necessary to estimate the generation at a municipal level, since depending on the amount to be treated, the strategy may notably vary....

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Veröffentlicht in:Waste and biomass valorization 2022-02, Vol.13 (2), p.941-954
Hauptverfasser: Baquero, M., Cifrian, E., Pérez-Gandarillas, L., Andrés, A.
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container_issue 2
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container_title Waste and biomass valorization
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creator Baquero, M.
Cifrian, E.
Pérez-Gandarillas, L.
Andrés, A.
description The separated collection and management of biowaste (BW) must be implemented in next years in the European countries. In order to define a proper BW strategy, it is necessary to estimate the generation at a municipal level, since depending on the amount to be treated, the strategy may notably vary. The aim of this study is to develop a methodology to estimate BW generation at municipal level taking into account the characteristics of the region, the Municipal Solid Waste management applied, and different socio-economic variables that define the level of rurality of a municipality. A model to estimate the BW generation for each type of municipality has been developed using Multiple Linear Regression Analysis. As input data, results from a Waste Compositional Analysis executed by the regional government to samples collected on 38 municipalities and data related to influential socio-economic variables have been used. Significant influence of socio-economic variables on BW generation is observed for the rural municipalities. The evolution of these characteristics, as well as the greater awareness of society with food waste, have change the consumption patterns. Therefore, it is not recommended to use static ratios, but models that allow including socio-economic changes in the estimation of waste generation. Graphic Abstract
doi_str_mv 10.1007/s12649-021-01571-2
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In order to define a proper BW strategy, it is necessary to estimate the generation at a municipal level, since depending on the amount to be treated, the strategy may notably vary. The aim of this study is to develop a methodology to estimate BW generation at municipal level taking into account the characteristics of the region, the Municipal Solid Waste management applied, and different socio-economic variables that define the level of rurality of a municipality. A model to estimate the BW generation for each type of municipality has been developed using Multiple Linear Regression Analysis. As input data, results from a Waste Compositional Analysis executed by the regional government to samples collected on 38 municipalities and data related to influential socio-economic variables have been used. Significant influence of socio-economic variables on BW generation is observed for the rural municipalities. The evolution of these characteristics, as well as the greater awareness of society with food waste, have change the consumption patterns. Therefore, it is not recommended to use static ratios, but models that allow including socio-economic changes in the estimation of waste generation. 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In order to define a proper BW strategy, it is necessary to estimate the generation at a municipal level, since depending on the amount to be treated, the strategy may notably vary. The aim of this study is to develop a methodology to estimate BW generation at municipal level taking into account the characteristics of the region, the Municipal Solid Waste management applied, and different socio-economic variables that define the level of rurality of a municipality. A model to estimate the BW generation for each type of municipality has been developed using Multiple Linear Regression Analysis. As input data, results from a Waste Compositional Analysis executed by the regional government to samples collected on 38 municipalities and data related to influential socio-economic variables have been used. Significant influence of socio-economic variables on BW generation is observed for the rural municipalities. The evolution of these characteristics, as well as the greater awareness of society with food waste, have change the consumption patterns. Therefore, it is not recommended to use static ratios, but models that allow including socio-economic changes in the estimation of waste generation. 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subjects Consumption patterns
Economic models
Economics
Engineering
Environment
Environmental Engineering/Biotechnology
Estimation
Food waste
Industrial Pollution Prevention
Municipal solid waste
Municipal waste management
Municipalities
Original Paper
Regression analysis
Renewable and Green Energy
Socioeconomic factors
Socioeconomics
Solid waste management
Waste management
Waste Management/Waste Technology
title Methodology Proposed for Estimating Biowaste Generation Using Municipal Rurality Indexes
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