literature review on solid waste management pdf

• DOI: 10.1177/0734242X14535653
• Corpus ID: 23658562

Assessment methods for solid waste management: A literature review

• Astrid Allesch , P. Brunner
• Published in Waste Management Research 1 June 2014
• Environmental Science

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A Literature Review on Solid Waste Management and Disposal Behavior at the Base of the Pyramid

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Consumer behavior in disposing of products has substantial consequences for the environment that affect all of us. Waste management is a major challenge faced by many developing countries, underlining the relevance of this literature review. Even when academia tries to shed light on this field, it often fails to consider that waste management must be approached differently in less developed countries, which differ dramatically from advanced countries, especially with regard to consumers’ behavioral characteristics. Further, limited effort has been made to systematize the existing literature by highlighting areas of interest in the scholarly discussion. This literature review contributes to the field by illuminating focal points in scholarly research on the background of solid waste management and the disposal behavior of people living at the base of the pyramid. It explores how scholarly research results can guide scholars and practitioners who are contributing to a positive shift in waste management practices. Its novelty arises from annotating scholarly theories and managerial approaches that promise to advance the understanding of sustainable waste management in developing countries. Additionally, the utilization of VOSviewer’s network visualization involving cluster building and keyword occurrences, contributes to the methodological originality of the study. Selective keyword research in the Web of Science database identified 124 pertinent articles for review. This underscores the importance of this literature review, especially in light of the significant increase in publications in this research domain, with approximately 70% (87 of 124 articles) published since 2019. The results show that knowledge, participation, and the active involvement of the local communities are key components in achieving sustainable waste management. Shaping individuals’ attitudes and awareness is vital for promoting pro-environmental behaviors in developing countries. The results also show a prominent focus on recycling behavior and an extensive use of the theory of planned behavior.

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Sustainable Solid Waste Management: A Critical Review

• First Online: 18 November 2021

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• Bupe G. Mwanza 3 &
• Charles Mbohwa 4  

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The chapter provides an overview of sustainable solid waste management (SSWM). In order to understand SSWM, the definitions of solid wastes (SWs) are reviewed and gaps are identified. From the identified gaps, a new definition of plastic solid wastes (PSWs) is developed.

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Mwanza, B.G., Mbohwa, C. (2022). Sustainable Solid Waste Management: A Critical Review. In: Sustainable Technologies and Drivers for Managing Plastic Solid Waste in Developing Economies. SpringerBriefs in Applied Sciences and Technology. Springer, Cham. https://doi.org/10.1007/978-3-030-88644-8_1

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CONSTRUCTION SOLID WASTE MANAGEMENT ON THE BUILDING SITE: A LITERATURE REVIEW

2020, IAEME PUBLICATION

Building construction is a key aspect of infrastructure development and urban growth in both developing and developed countries. However, the construction sector generates too much waste that pollutes the environment. Waste reduction is becoming a major research topic in the field of construction and building-site management. Solid waste management at the construction site is the act of reducing, reusing, and recycling the generated waste to minimise the quantity of solid waste deposited on the landfills. Contractors maximize profits by minimizing the generation of waste on-site. Waste reduction not only saves the environment from pollution but also reduces the deposition costs and the purchasing expenses of some raw materials. Today, construction solid waste management is a global concern for sustainable construction sector and on-site construction management. Owing to such a significant concern, this research is a critical literature review of the published research on construction solid waste management. It has focused on the factors leading the accumulation of solid waste, its effects, the best practices for on-site solid waste management, and the factors behind failures in many adopted waste management initiatives.

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Mechanical response and deterioration mechanisms in freeze–thaw environments for crushed stone stabilized with industrial solid waste.

1. Introduction

2. test methods and preparation, 2.1. micro test, 2.1.1. scanning electron microscope, 2.1.2. mercury intrusion porosimetry, 2.1.3. x-ray fluorescence analysis, 2.2. freeze–thaw cycle test, 2.3. mechanical test, 2.3.1. unconfined compression strength, 2.3.2. indirect tensile strength, 2.3.3. compressive rebound modulus, 2.4. raw material, 2.4.1. gravel, 2.4.2. mineral powder, 2.4.3. wet calcium carbide slag, 2.4.4. fly ash, 2.4.5. naoh, 2.4.6. cement, 2.5. mix design, 2.5.1. sieve test, 2.5.2. unconfined compressive strength test and compaction test, 2.6. specimen preparation, 3. result analysis, 3.1. freeze–thaw cycle test, 3.2. scanning electron microscope, 3.3. mercury intrusion porosimetry, 3.3.1. results of mercury intrusion porosimetry, 3.3.2. grey relation analysis of mixture performance index and mip results under freeze–thaw cycle conditions, 4. discussion, 5. conclusions, author contributions, institutional review board statement, informed consent statement, data availability statement, conflicts of interest.

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Li, Y.; Ji, K.; Lv, L.; Li, X. Mechanical Response and Deterioration Mechanisms in Freeze–Thaw Environments for Crushed Stone Stabilized with Industrial Solid Waste. Appl. Sci. 2024 , 14 , 5566. https://doi.org/10.3390/app14135566

Li Y, Ji K, Lv L, Li X. Mechanical Response and Deterioration Mechanisms in Freeze–Thaw Environments for Crushed Stone Stabilized with Industrial Solid Waste. Applied Sciences . 2024; 14(13):5566. https://doi.org/10.3390/app14135566

Li, Yongxiang, Kuiliang Ji, Li Lv, and Xiao Li. 2024. "Mechanical Response and Deterioration Mechanisms in Freeze–Thaw Environments for Crushed Stone Stabilized with Industrial Solid Waste" Applied Sciences 14, no. 13: 5566. https://doi.org/10.3390/app14135566

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