Joint Design and Pricing Problem for Symbiotic Bioethanol Supply Chain Network: Model and Resolution Approach

Keyphrases

• Design Problems 100%
• Resolution Approach 100%
• Supply Chain Network 100%
• Biofuel 100%
• Province of Québec 100%
• Joint Design 100%
• Pricing Problem 100%
• Bioethanol Supply Chain 100%
• Price Level 100%
• Network Resolution 100%
• Chain Network Model 100%
• Joint Pricing 100%
• Canada 50%
• Mathematical Model 50%
• Greenhouse Gasses Emission 50%
• Greenhouse Gas Emissions 50%
• Climate Change 50%
• Selling 50%
• Process Optimization 50%
• Decision Model 50%
• Decision-making Problem 50%
• Industrial Symbiosis 50%
• Pricing Decision 50%
• Problem Instances 50%
• Depot 50%
• Game Theoretic Approach 50%
• Multi-step Optimization 50%
• Diesel Fuel 50%
• Gasoline Fuel 50%
• Fossil Fuel Consumption 50%
• Production Level 50%
• Reduce Greenhouse Gas 50%
• Distributed Decision Making 50%
• Biorefinery 50%
• Co-products 50%
• Bioethanol Production 50%
• Corn Stover 50%
• Distributed Decision 50%
• Computational Challenges 50%
• Purchase Price 50%
• Symbiotic Supply Chains 50%
• Cellulosic Sugars 50%
• Pig Farm 50%
• Sales Price 50%
• Supply Level 50%
• Pig Farmers 50%
• Pig Feed 50%

Engineering

• Network Model 100%
• Supply Chain Network 100%
• Biofuel 100%
• Joint Design 100%
• Bioethanol 100%
• Mathematical Model 50%
• Design Problem 50%
• Climatic Change 50%
• Greenhouse Gas 50%
• Climate Change 50%
• Fossil Fuel 50%
• Diesel Fuel 50%
• Making Problem 50%
• Industrial Symbiosis 50%
• Biorefineries 50%
• Cellulosics 50%
• Production Level 50%
• Corn Stover 50%
• Bioethanol Production 50%
• Main Product 50%