A systematic literature review of the logistics planning for sustainable bioenergy based on Forestry, Agricultural, and municipal solid waste value chains

Keyphrases

• Agricultural Solid Waste 100%
• Bioenergy Production 33%
• Bioenergy Supply Chain 33%
• Bioenergy Systems 33%
• Biomass Value Chain 66%
• Collaborative Model 33%
• Collaborative Planning 33%
• Cost Efficiency 33%
• Critical Operations 33%
• Cross-chain 33%
• Forestry 100%
• Fossil Fuels 33%
• Greenhouse Gas Emissions 33%
• Greenhouse Gasses Emission 33%
• Infrastructure Planning 33%
• Integration Framework 33%
• Limited Consideration 33%
• Logistics Planning 100%
• Low Biomass 33%
• Mixed Integer Linear Programming Model 33%
• Municipal Solid Waste 100%
• Optimization Model 33%
• Resource Utilization 66%
• Seasonal Availability 33%
• Seasonal Storage 33%
• Shared Infrastructure 66%
• Storage Limitation 33%
• Supply Stability 33%
• Sustainable Bioenergy 100%
• Systematic Literature Review 100%
• Transportation Cost 66%
• Value Chain 100%
• Value Chain Integration 33%

Engineering

• Bioenergy 100%
• Cost Efficiency 25%
• Fossil Fuel 25%
• Greenhouse Gas 25%
• Limitations 25%
• Mixed-Integer Linear Programming Model 25%
• Municipal Solid Waste 100%
• Resource Utilisation 50%

Immunology and Microbiology

• Bioenergy 100%