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Bo Hu
Professor
,
Bioproducts and Biosystems Engineering
Email
bhu
umn
edu
2003
2024
Research activity per year
Overview
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Projects and Grants
(25)
Research output
(100)
Similar Profiles
(6)
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Dive into the research topics where Bo Hu is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Engineering & Materials Science
Acids
14%
Algae
39%
Anaerobic digestion
56%
Animals
37%
Aspergillus
11%
Bacteria
14%
Biodiesel
23%
Biofilms
26%
Biofuels
15%
Biogas
15%
Bioremediation
25%
Carbon
15%
Cell growth
23%
Chlorine compounds
27%
Cyanobacteria
11%
Dairies
38%
Degradation
11%
Electrodes
18%
Ethanol
49%
Fermentation
63%
Food waste
27%
Fungi
70%
Glucose
11%
Hydrogen
15%
Hydrogen production
10%
Hydrogen sulfide
19%
Lactic acid
12%
Lichens
12%
Lipids
78%
Liquids
11%
Low carbon steel
15%
Manures
100%
Metal ions
15%
Methane
25%
Nitrogen
18%
Nutrients
39%
Nutrition
14%
Oils
20%
Phosphorus
66%
Proteins
13%
Recovery
15%
Septic tanks
31%
Substrates
13%
Sugar beets
14%
Sulfides
28%
Urea
12%
Wastewater
30%
Wastewater treatment
11%
Medicine & Life Sciences
Amino Acids
9%
Animals
9%
Aspergillus oryzae
12%
Biofilms
19%
Biofuels
29%
Biomass
37%
Carbon
14%
Chlorella
7%
Chloroform
10%
Environmental Biodegradation
16%
Enzymes
7%
Ethanol
29%
Fermentation
58%
Fungi
37%
Growth
16%
Hydrogen
10%
Lactic Acid
8%
Lactococcus lactis
8%
Lichens
11%
Lipids
32%
Luffa
8%
Manure
54%
Meals
11%
Methane
9%
Methanomicrobiaceae
8%
Microalgae
34%
Microbial Consortia
7%
Mortierella
24%
Mucor
46%
Nisin
13%
Nitrogen
11%
Nutrients
23%
Oils
21%
Oryza
16%
Penicillium chrysogenum
7%
Phosphorus
11%
Photobioreactors
8%
Phytic Acid
8%
Pleurotus
9%
Rhizopus
24%
Sewage
7%
Solanum tuberosum
7%
Soybeans
23%
Swine
21%
Technology
9%
Urea
7%
Waste Water
20%
Water
8%
Whey
12%
Zea mays
37%
Earth & Environmental Sciences
agriculture
6%
alga
9%
anaerobic digestion
30%
animal
10%
animal nutrition
7%
biogas
11%
biomass
16%
bioremediation
13%
canola
12%
carbon
7%
cell
13%
chemical oxygen demand
5%
cost
6%
cultivation method
8%
cultivation system
6%
digestibility
8%
digestion
10%
electrode
15%
ethanol
8%
fermentation
7%
food supply
6%
food waste
19%
fruit
7%
fungus
18%
hydrogen sulfide
26%
intensive culture
6%
lipid
8%
maize
6%
manure
46%
methane
13%
nitrogen
8%
nutrient
10%
phosphorus
23%
protein
6%
reactor
6%
removal
21%
septic tank
22%
sludge
5%
solid state
9%
soybean
7%
steel
10%
straw
5%
substrate
7%
sugar beet
8%
sulfide
18%
valorization
6%
vegetable
7%
wastewater
15%