Category:Industrial ecology

• Industrial ecology

A

• Braden Allenby
• Anthropogenic metabolism
• Avoided burden

B

• Best available technology
• Biomimetics
• Blue economy
• Building life cycle

C

• Circular procurement
• Cleaner production
• Roland Clift
• Cradle-to-cradle design

D

• Dematerialization (products)
• Design for the environment
• DPSIR
• Faye Duchin

E

• Earth systems engineering and management
• Eco-costs
• Eco-costs value ratio
• Eco-efficiency
• Eco-industrial park
• Eco-investing
• Ecoleasing
• Earth Economics
• Ecological economics
• Ecological modernization
• Ecomechatronics
• EcoPark (Hong Kong)
• Energy efficiency in Europe (study)
• Efficient energy use
• EIO-LCA
• Energy quality
• Environmental economics
• Environmental full-cost accounting
• Extended producer responsibility

G

• Green economy
• Green finance and the Belt and Road Initiative

H

• Helix of sustainability
• History of industrial ecology

I

• Industrial ecology programme
• Industrial symbiosis
• Integrated chain management
• International Society for Industrial Ecology
• ISASMELT
• ISO 14031

J

• Jevons paradox
• Journal of Industrial Ecology

K

• Kalundborg Eco-industrial Park
• James J. Kay

L

• Life-cycle assessment
• Life-cycle engineering

M

• Material criticality
• Material flow
• Material flow accounting
• Material flow analysis
• Material flow management
• MET Matrix
• MuSIASEM

P

• Polluter pays principle
• Pollution prevention in the United States

Q

• Quantitative storytelling

R

• Rebound effect (conservation)
• Regenerative design

S

• Source reduction
• SPOLD

T

• Thermoeconomics

U

• Urban metabolism

W

• Waste hierarchy
• Waste input-output model
• Waste minimisation

Z

• Zero waste

Τ

• Template:Industrial ecology