Sustainable Value Chain Design for Biorefineries

Keyphrases

• Biorefinery 100%
• Sustainable Value Chain 100%
• Value Chain Design 100%
• Value Chain 66%
• Design Process 50%
• Sustainable Development Agenda 33%
• Sustainable Production 33%
• Process Systems Engineering 16%
• Process Optimization 16%
• Control Strategy 16%
• Process Integration 16%
• First-order Model 16%
• Sensitivity Analysis 16%
• Product Market 16%
• Microorganisms 16%
• Uncertainty Analysis 16%
• Plant-wide 16%
• Economic Evaluation 16%
• Risky Driving 16%
• Production Strategy 16%
• Combined Uncertainty 16%
• Economically Viable 16%
• Economic Potential 16%
• Economic Viability 16%
• Power of Food 16%
• Surrogate Model 16%
• Power Generation 16%
• Production Patterns 16%
• Food Chemicals 16%
• Process Unit 16%
• Process Intensification 16%
• Combined Sensitivity 16%
• Scheduling Strategy 16%
• Avail 16%
• Agricultural Waste 16%
• Co-products 16%
• Integrated Biorefinery 16%
• Biorefinery Process 16%
• Poor Economics 16%
• Optimal Process Design 16%
• Chemical Generation 16%
• Model Robustness 16%
• Lignocellulosic Waste 16%
• Design Heuristics 16%
• Target Indicators 16%
• Value Chain Optimization 16%
• Instigation 16%
• Optimal Operation Condition 16%

Engineering

• Biorefineries 100%
• Process Design 57%
• Sustainable Development 28%
• Sustainable Production 28%
• Control Strategy 14%
• Optimal Design 14%
• Lifecycle 14%
• Process Intensification 14%
• Power Generation 14%
• Main Step 14%
• Process Unit 14%
• Process Step 14%
• Process Integration 14%
• Economic Potential 14%
• Systematic Approach 14%
• Unit Operations 14%
• Scheduling Strategy 14%
• Combined Uncertainty 14%
• Lignocellulosics 14%
• Production Strategy 14%
• Surrogate Model 14%
• Integrated Biorefineries 14%