INIS
comparative evaluations
100%
life cycle
100%
life cycle assessment
100%
production
83%
wastes
66%
polymers
50%
plastics
50%
raw materials
50%
landfills
50%
chains
33%
space
33%
lactic acid
33%
capacity
33%
polyolefins
33%
performance
16%
fermentation
16%
policy
16%
hydrocarbons
16%
water
16%
refining
16%
market
16%
growth
16%
emission
16%
air
16%
incineration
16%
carbohydrates
16%
soils
16%
minerals
16%
fertilizers
16%
environmental impacts
16%
waste management
16%
waste treatment
16%
crude oil
16%
compost
16%
standard of living
16%
Keyphrases
Biopolymers
100%
Life Cycle Assessment
100%
Diaper
100%
Tion
42%
Synthetic Plastics
42%
Lactic Acid
28%
Whole Life Cycle
28%
Polylactide
28%
Renewable Raw Materials
28%
Polyolefins
28%
Biodegradable Materials
28%
Agricultural Production
28%
Landfill Capacity
28%
Fermentation
14%
Hydrocarbons
14%
Environmental Impact
14%
Landfill
14%
Urbanization
14%
Waste Management
14%
Incineration
14%
Waste Can
14%
Environmental Performance
14%
Futures Markets
14%
Product System
14%
Waste Utilization
14%
Waste Treatment
14%
Waste Reduction
14%
Waste Production
14%
Polymer Products
14%
Biodegradable Polymers
14%
Biological Treatment
14%
Crude Oil
14%
Agricultural Policy
14%
Standard of Living
14%
Policy Aspects
14%
Agri
14%
Landfill Waste
14%
Soil Quality
14%
Plastic Products
14%
Variable Effect
14%
Compost Product
14%
Carbohydrate Source
14%
Duction
14%
Mineral Fertilizers
14%
Environmental Stressors
14%
Growing Space
14%
Space Problem
14%
Cultural Production
14%
Scenario Variables
14%
Diaper Waste
14%
Utilization Intensity
14%
Engineering
Life Cycle Assessment
100%
Lifecycle
100%
Biopolymer
100%
Biodegradable Material
33%
Polyolefin
33%
Renewable Raw Material
33%
Incineration
16%
Product System
16%
Production Waste
16%
Waste Treatment
16%
Biological Treatment
16%
Polymer Product
16%
Crude Oil
16%
Environmental Performance
16%
Plastic Product
16%
Living Standard
16%
Chemical Engineering
Lactic Acid
100%
Polyolefin
100%
Biodegradable Polymer
50%