Separate collection and biological waste treatment in the European Community

Bidlingmaier, Werner; Sidaine, Jean-Michel; Papadimitriou, Efstathios

doi:10.1007/s11157-004-2334-1

Cited by 16 publications

(8 citation statements)

References 9 publications

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“…The plastic packaging fractions have dominating shares in the recyclable waste category with 10.69% in spring and 15.39% in summer. Nevertheless, the overall recyclable waste composition is lower compared to the average recyclable produced in the EU [12]. In the recyclable waste category, the composition of PPC is significantly lower not only in comparison with the different economic levels of the counties but also with the same economic level as well.…”

Section: Economic Feasibility Of Compost Production In Zqymentioning

confidence: 88%

“…As explained earlier, the fraction < 40 mm is dominated by the finer fractions from kitchen waste and the decrease in the kitchen waste composition in summer can be directly correlated with the increase in the composition of < 40 mm fractions. The composition of recyclable wastes is lower compared to the average MSW composition in the EU and reason seems to be the source-segregation of recyclables and informal waste collections in ZQY [12]. As explained earlier ZQY is the peri-urban city where most of the produced recyclable wastes are retained by households for further sale or collected by the informal sectors.…”

Section: Waste Sorting Analysismentioning

confidence: 96%

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Waste Value Potential Analysis of Municipal Solid Waste Produced in the Peri-Urban Area of Zhaoquanying, China

Ekanthalu

Hemidat

Hartard

et al. 2020

WIT Transactions on Ecology and the Environment

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The recovering and recycling of municipal solid waste (MSW) plays a most crucial role in sustainable waste management and environmental preservation. The rapid urbanization and migration of people is urging the bigger cities of china to handle significantly higher amount of waste. Likewise, the overdependence of peri-urban regions like Zhaoquanying town (ZQY) on bigger cities is making the concept of recycling and recovery a major challenge and simultaneously causing a higher burden on urban areas for sustainable waste management. In this concern, it is crucial to make peri-urban regions like ZQY self-reliant in their waste management. The current study provides the integration of experimental analysis and theoretical evaluation to determine the waste value potential of the MSW produced in ZQY. The experimental sorting analysis of MSW in ZQY has revealed that the major component of MSW consists of recoverable waste with an average of 28% (kitchen and other organic waste) and recyclable waste with an average of 20% (paper, plastic, and metal). Despite the having a higher amount of recoverable and recyclable waste, all the produced waste in ZQY is currently ending up in the Shunyi central incineration plant without efficient waste value recovery. The experimental analysis from the organic waste in ZQY has proved to have a higher potential in producing better quality methane and compost. The analysed results reveal that organic waste produced in ZQY has comparatively higher value potential than the recyclable waste available in ZQY, and the total estimated value potential of municipal waste produced in ZQY is between 2.93-3.66 million Yuan/year. The outcome of this study will provide policymakers with the first-hand information and reasoning for directing efforts to achieve waste recovery and recycling in their current waste management practice in ZQY.

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Section: Economic Feasibility Of Compost Production In Zqymentioning

confidence: 88%

Section: Waste Sorting Analysismentioning

confidence: 96%

Waste Value Potential Analysis of Municipal Solid Waste Produced in the Peri-Urban Area of Zhaoquanying, China

Ekanthalu

Hemidat

Hartard

et al. 2020

WIT Transactions on Ecology and the Environment

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“…Je nutné si také uvědomit, že v zemích EU bioodpad tvoří největší složku komunálního odpadu (KO). Ve směsném komunálním odpadu (SKO) se vyskytuje i více než z 50 % a z toho 30 % představují zbytky potravin, slupky od ovoce a zeleniny, z 12 % biologický odpad ze zahrad a 10 % je tvořeno papírem a kartonem [1].…”

Section: úVodunclassified

Způsoby nakládání s bioodpadem v Praze a ve vybraných hlavních městech států Evropské unie

Vološinová¹,

Kořínek²,

Čejka³

2019

VTEI

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“…Parmi les résidus organiques « éligibles » pour la production de biogaz, il existe de nombreuses ressources susceptibles d'être mobilisées notamment les déchets agricoles et les déchets verts, les boues de station d'épuration, la fraction organique des déchets ménagers, les déchets de restauration, les déchets de la sylviculture et les déchets des industries agro-alimentaires (Buffière et al, 2009). L'évaluation de ces ressources à l'échelle européenne en termes de quantité et de disponibilité est encore assez mal maitrisée (Bidlingmaier et al, 2004). En Europe, la production annuelle de déchets ménagers fermentescibles est évaluée à 200 Mt.…”

Section: Introductionunclassified

Évaluation du potentiel biométhanogène de biomasses lignocellulosiques

Liu¹,

Bayard²,

Benbelkacem³

et al. 2014

Environnement, Ingénierie &Amp; Développement

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Dans la recherche de ressources énergétiques renouvelables, la bioconversion en méthane de biomasses lignocellulosiques est l'une des alternatives les plus prometteuses. Toutefois, la sélection des ressources dépend non seulement de leur disponibilité mais également de leurs caractéristiques bio-physico-chimiques. Leur structure, leur composition et la présence de fractions indésirables ont des conséquences sur leur bioconversion en méthane. Dans cette étude, les caractéristiques globales (teneur en matière organique totale, matière organique soluble dans l'eau), biochimiques (fractions solubles, hémicellulose, cellulose et fraction résiduelle) et bioréactivité (mesure de la demande biologique en oxygène-BDO 28 , et potentiel biométhanogène-PBM 60) ont été mesurées sur 25 échantillons. La comparaison des données par la méthode statistique d'analyse par composante principale (ACP) a conduit à la mise en évidence de la bonne corrélation entre le PBM 60 et la DBO 28 , et une corrélation inverse avec la teneur en matière résiduelle RES, correspondant à la fraction ligneuse de la matière organique. Aucune corrélation ne semble pouvoir s'établir en revanche entre le PBM et les teneurs en matière organique (MV, DCO ou COT), la DCO soluble à l'eau (DCO sol) et les trois fractions biochimiques solubles, hémicellulose et cellulose. Les résultats de cette étude indiquent donc que la prédiction du PBM nécessite d'identifier d'autres paramètres qui permettraient de prendre en considération des caractéristiques structurales de la biomasse lignocellulosique.

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Separate collection and biological waste treatment in the European Community

Cited by 16 publications

References 9 publications

Waste Value Potential Analysis of Municipal Solid Waste Produced in the Peri-Urban Area of Zhaoquanying, China

Waste Value Potential Analysis of Municipal Solid Waste Produced in the Peri-Urban Area of Zhaoquanying, China

Způsoby nakládání s bioodpadem v Praze a ve vybraných hlavních městech států Evropské unie

Évaluation du potentiel biométhanogène de biomasses lignocellulosiques

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