A carbon-constrained stochastic model for eco-efficient reverse logistics network design under environmental regulations in the CRD industry

Keyphrases

• Approximation Procedure 33%
• Canada 33%
• Collection Center 33%
• Conflicting Objectives 33%
• Constraint Method 33%
• Demolition 100%
• Eco-efficiency 33%
• Eco-efficient 100%
• Economic Performance 33%
• Environmental Perspective 33%
• Environmental Policy 33%
• Environmental Regulation 100%
• Expected Profit 33%
• Landfill 33%
• Logistics Channel 33%
• Material Recycling 33%
• Optimization Model 33%
• Province of Québec 33%
• Recycling Rate 33%
• Reverse Logistics 66%
• Reverse Logistics Network Design 100%
• Sample Average Approximation 33%
• Separation Strategy 33%
• Source Separation 66%
• Stochastic Model 100%
• Two-stage Model 33%
• Under Uncertainty 33%
• Waste Generated 33%
• Waste Recycling 33%
• Wood Waste 33%

Engineering

• Conflicting Objective 25%
• Early Stage 25%
• Eco-Efficiency 25%
• Environmental Regulations 100%
• Logistics Network 100%
• Recycling Rate 25%
• Reverse Logistics 100%
• Source Separation 50%
• Stochastic Model 100%