Energy saving, global warming and waste recovery potential of retrofitting process for a district

Keyphrases

• Energy Saving 100%
• Global Warming 100%
• Energy Consumption 100%
• Applied Interventions 100%
• Waste Recovery 100%
• Recovery Potential 100%
• Life Cycle Assessment 50%
• Environmental Impact 50%
• Set-based 50%
• Negative Effects 50%
• Renewable Energy 50%
• Energy Performance 50%
• Potential Energy 50%
• Global Warming Potential 50%
• Operational Energy Consumption 50%
• Total Consumption 50%
• Material Production 50%
• Reduction Rate 50%
• Energy Environment 50%
• Cumulative Energy Demand 50%
• Building Lifetime 50%
• Material Recycle 50%
• Waste Management Process 50%
• Energy Recovery Efficiency 50%
• Raw Material Extraction 50%
• Intervention Effect 50%
• Cradle-to-gate 50%
• Cumulative Energy Consumption 50%
• Retrofitting Materials 50%
• Life Cycle Assessment Methodology 50%
• End-of-life Scenarios 50%

Engineering

• Global Warming 100%
• Retro-Fitting 100%
• Life Cycle Impact Assessment 14%
• Global Warming Potential 14%
• Management Process 14%
• Negative Effect 14%
• Energy Performance 14%
• Building Block 14%
• Material Production 14%
• Operational Energy 14%
• Life Cycle Assessment Methodology 14%
• Recovery Rate 14%
• Life Stage 14%
• Percentage Increase 14%
• Renewable Energy Source 14%