Keyphrases
Urban Symbiosis
100%
Carbon Emission Reduction Effect
100%
Feasibility Analysis
100%
Energy-saving Emission Reduction
100%
Industrial Symbiosis Network
50%
Carbon Emissions
25%
Energy Saving
25%
Waste Treatment
25%
Developing Countries
12%
Treatment Methods
12%
Landfill
12%
Sustainable Development
12%
Cost-benefit
12%
Treatment System
12%
Steam
12%
Industrial Systems
12%
Heat Loss
12%
Resource Consumption
12%
Treatment Optimization
12%
Shenyang
12%
System Factors
12%
Network Optimization
12%
Shenyang Area
12%
Resource Conservation
12%
Energy Resources
12%
Energy Networks
12%
Consumption Emissions
12%
Economic Factors
12%
Energy Emission
12%
Industrial City
12%
MSW Treatment
12%
Energy-saving Effect
12%
Investment Payback Time
12%
Waste Power Generation
12%
Waste Treatment Methods
12%
Emission Reduction Potential
12%
Time of Change
12%
Steam Generation
12%
Engineering
Energy Conservation
100%
Industrial Symbiosis
100%
Feasibility Study
100%
Waste Treatment
37%
Energy Engineering
25%
Sustainable Development
12%
Power Generation
12%
Heat Losses
12%
Industrial System
12%
Resource Consumption
12%
Energy Resource
12%
Developing Countries
12%
Payback Time
12%
Steam Generation
12%
Economics, Econometrics and Finance
Greenhouse Gas Emissions
100%
Energy Conservation
100%
Material Flow Management
100%
Emission Reduction
100%
Sustainable Development
12%
Developing Countries
12%
Cost Benefit Analysis
12%