Earth & Environmental Sciences
volatile organic compound
62%
biogas
56%
valorization
55%
removal
54%
bioreactor
53%
cost
50%
filter
46%
gas mixture
40%
biodegradation
39%
microorganism
35%
fermentation
31%
greenhouse gas
29%
waste gas emission
29%
partitioning
29%
toluene
25%
anthropogenic greenhouse gas
23%
air
23%
circular economy
21%
oil
20%
mass transfer
19%
carbon
19%
biotechnology
18%
acetone
18%
climate
18%
commodity
18%
profit
17%
literature review
17%
sugar
17%
chemical
16%
green economy
16%
product
16%
market
16%
evaluation
16%
genome
16%
gas
16%
reactor
15%
biofilm
15%
greenhouse gas emissions
15%
degradation
14%
environmental analysis
14%
waste gas
14%
drug
14%
curriculum
13%
chemical method
13%
gene
13%
economic analysis
13%
indoor air
12%
volatility
12%
fungus
12%
project
12%
salinity
12%
substrate
11%
European Union
10%
metabolite
10%
energetics
10%
natural gas
9%
trichloroethylene
9%
carbon dioxide
9%
economy
9%
transform
8%
environmental impact
8%
mitigation
8%
methane
8%
foam
8%
organism
7%
residence time
7%
bacterium
7%
cell
7%
pollutant
6%
world
6%
hydrophobicity
6%
environmental risk
5%
energy source
5%
purification
5%
liquid
5%
Engineering & Materials Science
Biogas
89%
Volatile organic compounds
83%
Biodegradation
64%
Bioreactors
62%
Silicones
58%
Biofilters
56%
Bioconversion
54%
Packed beds
41%
Microorganisms
41%
Gas mixtures
38%
Fermentation
38%
Polishing
37%
Oils
33%
Toluene
29%
Gases
26%
Hexane
25%
Biofilms
23%
Air
22%
Costs
21%
Acetone
21%
Sugars
20%
Degradation
19%
Economic analysis
18%
Drug products
18%
Genomics
17%
Gas emissions
17%
Cost reduction
17%
Carbon
17%
Fungi
17%
Impurities
16%
Genes
16%
Environmental impact
16%
Industrial applications
15%
Mass transfer
15%
Profitability
15%
Natural gas
14%
Latexes
14%
Filters (for fluids)
14%
Bacteria
12%
Substrates
12%
Trichloroethylene
11%
Candida
11%
Solubility
9%
Air purification
9%
Minerals
8%
Recycling
8%
Internal combustion engines
8%
Hydrophobicity
7%
Molecular structure
7%
Polyurethanes
7%
Biotechnology
7%
Turbines
6%
Foams
6%
Experiments
5%
Medicine & Life Sciences
Volatile Organic Compounds
100%
ectoine
50%
Gases
45%
hydroxyectoine
43%
Bioreactors
41%
Carbon Monoxide
35%
Air
34%
Coculture Techniques
34%
Toluene
33%
n-hexane
28%
Acetone
20%
Biofilms
16%
Fermentation
14%
Latex
13%
polyurethane foam
13%
Fungi
12%
Trichloroethylene
12%
Carbon
12%
Costs and Cost Analysis
12%
Microbial Genetics
11%
Fusarium
11%
Salinity
10%
Candida
8%
Molecular Structure
6%
Population
6%
Sugars
6%
Biotechnology
6%
Hydrophobic and Hydrophilic Interactions
6%
Microbiota
5%