Engineering
Life Cycle Impact Assessment
100%
Circularity
96%
Lifecycle
77%
Material Flow
55%
Systems Dynamics
53%
Dynamic Models
47%
Biofuel
36%
Bioenergy
35%
Life Cycle Assessment
35%
Metrics
34%
Feedstock Production
31%
United States
31%
Renewable Energy
28%
Production Engineering
23%
Closed Loop
20%
Process Design
20%
Multiscale Modeling
20%
Impact Energy
20%
Compressed Air Motors
20%
Manufacturing Engineering
20%
Greenhouse Gas
20%
Industrial Sector
20%
Biorefineries
20%
Market Share
19%
Energy Efficiency
17%
Generation Technology
15%
Renewables
15%
Department of Energy
15%
Fossil Fuel
15%
Life Cycle Inventory
14%
Development Project
14%
Level Energy
14%
Potential Energy
14%
Reduce Energy Consumption
14%
Input Data
13%
Early Stage
13%
Energy Storage
13%
Engineering
13%
Industrial Ecology
13%
Global Warming Potential
12%
Manufacturing Sector
12%
Model Chain
12%
Subject Matter Expert
11%
Assessment Method
10%
Fractionation
10%
Hydropower Energy
10%
Remanufacturing
10%
Advanced Manufacturing
10%
Storage Hydropower
10%
Hydro-Storage
10%
Earth and Planetary Sciences
Circular Economy
52%
Life Cycle Assessment
48%
Environmental Impact Assessment
45%
Ecosystem Service
31%
Biofuel
31%
Emission to Air
29%
Dynamic Models
29%
United States of America
26%
Air Pollutant
25%
Renewable Energy
25%
Literature Reviews
20%
Emissions
16%
Bioenergy
15%
Decision Making
13%
Good and Service
11%
United States
10%
Water-Energy Nexus
10%
Evaluation Method
10%
Energy Production
10%
Material Flow
10%
Depolymerization
10%
Monomer
10%
Assessment Method
10%
Carbon Dioxide Removal
10%
Compressed Air Motors
9%
Spatial Resolution
8%
Land Use
8%
Technological Development
8%
Environmental Protection Agency
6%
Agricultural Machinery
6%
Pollutant Emission
6%
Air Quality
6%
