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From waste to resources – driving the circular economy
Margaret P Bates
University of Northampton
Research output
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Contribution to Conference
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Paper
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peer-review
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Dive into the research topics of 'From waste to resources – driving the circular economy'. Together they form a unique fingerprint.
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Keyphrases
Circular Economy
100%
Waste Resources
100%
Business Model
87%
Landfill
50%
Rethink
25%
EU Targets
25%
Municipal Waste
25%
Resilient
12%
Waste Prevention
12%
Waste Hierarchy
12%
Sustainable Waste Management
12%
Ecological Footprint
12%
Recycling Rate
12%
Electronic Waste (E-waste)
12%
Electronic Equipment
12%
Resource Prices
12%
Goodwill
12%
FTSE 350
12%
Leasing
12%
Resource Uncertainty
12%
Economic Instruments
12%
Industrial Symbiosis
12%
Recycling Scheme
12%
Management Activities
12%
Life+
12%
Circular Approach
12%
Horizon 2020
12%
Support Recovery
12%
Calculation Method
12%
Electronic Goods
12%
Plastic Recycling
12%
Market Recovery
12%
Waste Plastics
12%
Virgin Material
12%
Total Benefit
12%
Resource Use
12%
Multiplier Effect
12%
Electrical Goods
12%
Incentivization
12%
Packaging Waste
12%
Resource Risk
12%
Packaging Equipment
12%
Profit Warnings
12%
Industry By-product
12%
Circular Economy Package
12%
Green Products
12%
Widespread Adoption
12%
Electric Equipment
12%
International Pressure
12%
MacArthur Foundation
12%
Fast-moving
12%
Recovery Scheme
12%
UK Firms
12%
Linear Economy
12%
Battery Electric
12%
Service Life
12%
Prevention Activities
12%
Economic Incentives
12%
Engineering
Research Project
100%
Battery (Electrochemical Energy Engineering)
100%
Recycling Rate
100%
Industrial Symbiosis
100%
Lifecycle
100%
Green Product
100%
Service Life
100%
Economics, Econometrics and Finance
Circular Economy
100%
Business Model
77%
Industry
22%
Economic Instrument
11%
Sustainable Product
11%
Material Flow Management
11%
Price
11%
Earth and Planetary Sciences
Circular Economy
100%
Municipal Waste
22%
United Kingdom
11%
Waste Prevention
11%
Waste Management
11%
Ecological Footprint
11%
Resource Use
11%
Packaging Waste
11%
Economic Instrument
11%
Electronic Waste
11%
Service Life
11%
Calculation Method
11%
Electric Battery
11%
Chemical Engineering
Sustainable Waste Management
100%