University Campus Solid Waste Management
-15%
portes grátis
University Campus Solid Waste Management
Combining Life Cycle Assessment and Analytical Hierarchy Process
Ariffin, Junaidah; Ghazvinei, Pezhman Taherei; Darvishi, Hossein Hassanpour; Mir, Masoud Aghajani
Springer International Publishing AG
08/2017
114
Mole
Inglês
9783319432274
15 a 20 dias
2117
Descrição não disponível.
Chapter 1. Introduction 1.1 Challenges of Solid waste management 1.2 Solid waste generation 1.3 Approach of the book.- Chapter 2 Overview of Solid Waste Management 2.1 Pilot campus 2.2 The consequences of population expansion and solid waste generation trends 2.3 Sustainable concept at Higher Education Institutes (HEIs) 2.4 Solid waste minimization and recycling experiences at universities'campus.- Chapter 3. Solid Waste Management Models 3.1 Life Cycle Assessment 3.2 Application of analytical hierarchy process in municipal solid waste management 3.3 Cluster analysis for solid waste management methods 3.4 Requirements of solid waste management.- Chapter 4. Solid Waste Management Design 4.1 Overview of solid waste management plan 4.2 Current solid waste management at the campus 4.3 Improving solid waste management at the campus 4.4 Data resources of the investigation 4.5 Stage 1: Solid waste generation and composition of the campus 4.6 Stage 2: Solid waste management scenarios 4.7 Stage 3: Environmental assessment of scenarios by life cycle assessment 4.8 Stage 4: Economic analysis of the scenarios by analytical hierarchy process 4.9 Stage 5: Combining LCA and AHP using Cluster Analysis method 4.10 Plan Summary.- Chapter 5: Waste Composition Investigation 5.1 Overview of waste composition investigation 5.2 Stage 1: Solid waste generation and composition5.3 Stage 2: Introducing scenarios for solid waste management5.4 Stage 3: Life cycle assessment of different solid waste management scenarios 5.5 Stage 4: Analytical hierarchy process of solid waste management scenarios 5.6 Stage 5: Combination of LCA and AHP.- Chapter 6: Solid Waste Management Framework: 6.1 Structure of the proposed solid waste management framework 6.2 Comparison of the results between AHP and cluster analysis method 6.3 Combination of LCA and environmental results of AHP 6.4 Advantages of the proposed solid waste management system 6.5 Environmental advantages of proposed solid waste management system at the campus 6.6 Comparison of the current investigation with relevant investigations.- Chapter 7. Summary and limitations of recommendations.
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Life Cycle Assessment;Cluster analysis;Analytic Hierarchy Process;Campus Sustainability;Environmental decision-making;Solid waste composition analysis;College Campus;sustainability
Chapter 1. Introduction 1.1 Challenges of Solid waste management 1.2 Solid waste generation 1.3 Approach of the book.- Chapter 2 Overview of Solid Waste Management 2.1 Pilot campus 2.2 The consequences of population expansion and solid waste generation trends 2.3 Sustainable concept at Higher Education Institutes (HEIs) 2.4 Solid waste minimization and recycling experiences at universities'campus.- Chapter 3. Solid Waste Management Models 3.1 Life Cycle Assessment 3.2 Application of analytical hierarchy process in municipal solid waste management 3.3 Cluster analysis for solid waste management methods 3.4 Requirements of solid waste management.- Chapter 4. Solid Waste Management Design 4.1 Overview of solid waste management plan 4.2 Current solid waste management at the campus 4.3 Improving solid waste management at the campus 4.4 Data resources of the investigation 4.5 Stage 1: Solid waste generation and composition of the campus 4.6 Stage 2: Solid waste management scenarios 4.7 Stage 3: Environmental assessment of scenarios by life cycle assessment 4.8 Stage 4: Economic analysis of the scenarios by analytical hierarchy process 4.9 Stage 5: Combining LCA and AHP using Cluster Analysis method 4.10 Plan Summary.- Chapter 5: Waste Composition Investigation 5.1 Overview of waste composition investigation 5.2 Stage 1: Solid waste generation and composition5.3 Stage 2: Introducing scenarios for solid waste management5.4 Stage 3: Life cycle assessment of different solid waste management scenarios 5.5 Stage 4: Analytical hierarchy process of solid waste management scenarios 5.6 Stage 5: Combination of LCA and AHP.- Chapter 6: Solid Waste Management Framework: 6.1 Structure of the proposed solid waste management framework 6.2 Comparison of the results between AHP and cluster analysis method 6.3 Combination of LCA and environmental results of AHP 6.4 Advantages of the proposed solid waste management system 6.5 Environmental advantages of proposed solid waste management system at the campus 6.6 Comparison of the current investigation with relevant investigations.- Chapter 7. Summary and limitations of recommendations.
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