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Prof Tao Wu
Department of Chemical and Environmental Engineering
China Beacons Institute
Advanced Energy and Environmental Materials & Technologies Research Group
Email
tao.wu
nottingham.edu
cn
,
Tao.Wu
nottingham.edu
cn
h-index
6488
Scopus Citations
45
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
1997 …
2024
Research activity per year
Overview
Fingerprint
Network
Projects
(13)
Research output
(221)
Prizes
(7)
Similar Profiles
(5)
Supervised Work
(29)
Fingerprint
Dive into the research topics where Tao Wu is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Keyphrases
Activation Energy
27%
Adsorbent
50%
Adsorption
42%
Ash Fusion
32%
Bio-oil
23%
Biomass Blends
26%
Biomass Pyrolysis
38%
Biomass-coal Blends
27%
Catalytic Oxidation
32%
Char Morphology
31%
Co-firing
46%
Co-gasification
44%
Co-processing
30%
CO2 Adsorption
31%
Coal Char
29%
Coal-fired Power Plant
26%
Combustion
31%
Conventional Pyrolysis
32%
Density Functional Theory
39%
Drop Tube Furnace
23%
Elemental Mercury
30%
Entrained Flow Gasifier
30%
Environmental Impact
27%
G-C3N4
38%
Graphene
30%
Hg0 Capture
40%
Hg0 Removal
26%
High Efficiency
67%
HKUST-1
30%
Hydrogen Production
32%
Image Analysis
25%
Image Analysis Technique
30%
Lignocellulose
23%
Lignocellulosic Composition
25%
Low Temperature
38%
Methanol
25%
Microwave Heating
26%
Microwave Pyrolysis
77%
Microwave-assisted
23%
Molybdenite
64%
MoS2 Nanosheets
40%
Oat Straw
23%
Oil Shale
30%
Power Generation
23%
Pyrolysis
34%
Recent Advances
26%
Steam
23%
Synergistic Effect
51%
Syngas
23%
Thermogravimetric Analysis
23%
Engineering
Activation Energy
35%
Adsorption
51%
Ash Sample
22%
Biomass Pyrolysis
24%
Carbon Deposition
17%
Carbonaceous Material
19%
Char Burnout
15%
Char Combustion
15%
Char Particle
19%
Clean-in-Place
15%
Coal Blend
15%
Coal Sample
20%
Coal-Water-Slurries
19%
Combustion
17%
Drop Tube Furnace
29%
Elevated Temperature
14%
Energy Engineering
100%
Energy Harvesting
15%
Engineering
20%
Environmental Impact
21%
Flue Gas
14%
Fossil Fuel
16%
Fuel Blend
15%
Gasification
72%
Gasifiers
41%
Graphene
33%
Hemicellulose
15%
Hydrogen Production
15%
Ignition
30%
Ignition Temperature
14%
Image Analysis
53%
Isothermal
14%
Kinetic Model
16%
Lignocellulosics
47%
Low-Temperature
27%
Microwave Pyrolysis
20%
Molybdenum Disulfide
29%
Oil Shale
22%
Organic Solar Cells
19%
Partial Pressure
15%
Polyurethan
19%
Power Generation
24%
Processing Parameter
15%
Programmed Temperature
18%
Pulverised Coal
17%
Pyrolysis
34%
Solid Oxide Fuel Cell
15%
Synergistic Effect
38%
Thermal Behavior
15%
Thermal Processing
17%
