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Directions of future developments in waste recycling
Malin Meinander (Editor), Ulla-Maija Mroueh (Editor)
VTT Technical Research Centre of Finland
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Keyphrases
Advanced Solutions
50%
Business Environment
50%
Chain Management
50%
Chain Modeling
50%
Climate Change Impacts
50%
Climate Resources
50%
Construction Waste
50%
Cultural Aspects
50%
Demolition Waste
50%
Development Needs
50%
Eco-development
50%
Eco-product Design
50%
Economic Analysis
50%
Economic Viability
50%
Efficient Process
50%
Efficient Technology
50%
Electrical Equipment
100%
Electronic Equipment
100%
End-of-life Vehicles
100%
Environmental Analysis
50%
Household Waste
50%
In-line Quality Control
50%
Industrial Waste
50%
Innovation Development
50%
Integrated Modeling
50%
Life Cycle Assessment
50%
Life Cycle Cost Analysis
50%
Market Waste
50%
Material Flow Analysis
50%
Material Loss
50%
Material Utilization
50%
Modeling Analysis
50%
Modeling Concepts
50%
Monitoring Method
50%
Municipal Solid Waste
50%
Operational Environment
100%
Presorting
50%
Raw Material Prices
50%
Recycling Solution
50%
Recycling Targets
50%
Resource Use
50%
Systemic Thinking
50%
Time Monitoring
50%
Treatment Chain
50%
Value Chain
50%
Value Formation
50%
Waste Electrical
100%
Waste Electronic Products
100%
Waste Management
50%
Waste Management Chain
50%
Waste Recycling
100%
Earth and Planetary Sciences
Climate Effect
50%
Construction Waste
50%
Decision Making
50%
Demolition Waste
50%
Development Project
50%
Domestic Waste
50%
Industrial Waste
50%
Integrated Modelling
50%
Life Cycle Assessment
50%
Life Cycle Cost
50%
Literature Reviews
50%
Material Flow Analysis
50%
Material Technology
50%
Municipal Solid Waste
50%
Pretreatment
50%
Quality Control
50%
Real Time
50%
Recycling
50%
Resource Use
50%
Waste Management
50%
Waste Recycling
100%
Engineering
Development Project
50%
Ecodesign
50%
End of Life Vehicle
100%
Life Cycle Assessment
50%
Life-Cycle Cost Analysis
50%
Management Chain
100%
Material Flow Analysis
50%
Material Loss
50%
Material Utilization
50%
Modeling Concept
50%
Municipal Solid Waste
50%
Pretreatment
50%
Quality Control
50%
Raw Material Price
50%
Research Project
50%
INIS
attitudes
10%
business
10%
chains
80%
climates
10%
construction
10%
data
10%
decision making
10%
demolition
10%
design
10%
economic analysis
10%
economics
10%
electrical equipment
20%
electronic equipment
20%
environment
20%
households
10%
implementation
10%
industrial wastes
10%
life cycle assessment
10%
life-cycle cost
10%
losses
10%
management
30%
market
10%
modeling
20%
monitoring
10%
municipal wastes
10%
people
10%
planning
10%
policy
10%
prices
10%
quality control
10%
raw materials
10%
recycling
100%
regulations
10%
resources
10%
reviews
10%
solid wastes
10%
solutions
20%
supply and demand
10%
values
20%
vehicles
20%
viability
10%
waste management
10%
wastes
100%
Chemical Engineering
Flow Measurement
100%