Developing a sustainability-oriented multi-criteria game theoretical decision analysis framework: A case study of sludge management

Keyphrases

• Electricity Generation 100%
• Sludge Treatment 100%
• Multi-criteria 100%
• Treatment Facilities 100%
• Decision Analysis 100%
• Game Analysis 100%
• Sludge Management 100%
• Decision-making Process 66%
• Incineration 66%
• Game Theory 66%
• Biogas 66%
• Sludge Digestion 66%
• Fuel Cell 33%
• Combustion 33%
• Landfill 33%
• Sensitivity Analysis 33%
• Parameter Uncertainty 33%
• Power Generation 33%
• Tipping Fee 33%
• Management Technology 33%
• Cement Production 33%
• Decision-making Problem 33%
• Methodological Framework 33%
• Strategy Selection 33%
• Multi-criteria Decision-making Approach 33%
• Sustainable Decisions 33%
• Electricity Production 33%
• Conflicting Interests 33%
• Net Energy 33%
• Sustainability Assessment 33%
• Life Cycle Sustainability 33%
• Sustainability Impact 33%
• Sludge Valorization 33%
• Valorization Technologies 33%
• Sustainable Sludge Management 33%

Engineering

• Sludge Treatment 100%
• Sludge Management 100%
• Decision Analysis 100%
• Electricity Generation 100%
• Incineration 66%
• Sludge Digestion 66%
• Biogas 66%
• Power Generation 33%
• Lifecycle 33%
• Multi-Criteria Decision-Making 33%
• Parameter Uncertainty 33%
• Final Selection 33%
• Cement Production 33%
• Making Problem 33%
• Electricity Production 33%
• Sludge Valorisation 33%
• Fuel Cell 33%

Chemical Engineering

• Decision Theory 100%
• Sludge Treatment 100%
• Sludge Management 100%
• Sludge Digestion 66%
• Biogas 66%
• Sludge Valorisation 33%