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Catalyst design for biorefining
Karen Wilson
*
, Adam F. Lee
*
Corresponding author for this work
Chemical Engineering & Applied Chemistry
Energy and Bioproducts Research Institute (EBRI)
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Physics & Astronomy
biomass
94%
catalysts
67%
deforestation
37%
land use
30%
climate change
28%
commodities
27%
hydrophobicity
22%
crude oil
21%
nanotechnology
20%
porous materials
20%
resources
17%
oils
16%
acids
16%
platforms
15%
routes
15%
synthesis
13%
products
11%
polymers
10%
molecules
9%
energy
5%
Mathematics
Biomass
100%
Catalyst
94%
Design
45%
Land Use
31%
Hydrophobicity
31%
Climate Change
28%
Nanotechnology
27%
Petroleum
25%
Porous Materials
25%
Polymers
18%
Molecules
17%
Resources
17%
Synthesis
16%
Energy
12%
Concepts
9%
Engineering & Materials Science
Biomass
66%
Catalysts
61%
Deforestation
29%
Petroleum refineries
26%
Hydrophobicity
23%
Land use
21%
Nanotechnology
21%
Biofuels
20%
Climate change
19%
Feedstocks
18%
Porous materials
17%
Molecules
17%
Acids
16%
Polymers
13%
Oils
11%
Costs
6%