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Jens Ejbye Schmidt public CV
Vis Scopus-profil
Jens Ejbye Schmidt
Institutleder, professor , PhD
Institutleder
,
Institut for Grøn Teknologi
https://orcid.org/0000-0001-6067-5032
Telefon
+4565507364
E-mail
jesc
igt.sdu
dk
Oversigt
Fingeraftryk
Netværk
Publikationer
(189)
Aktiviteter
(20)
Presse/medie
(14)
Undervisning
(1)
Lignende profiler
(6)
Ph.d.-vejledning
(1)
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Fingeraftryk
Fingeraftryk dannes ud fra videnskabelige udgivelser og skaber et indeks med vægtede emneord for hver enkelt forsker.
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Vægt
Alfabetisk
Teknik og materialevidenskab
Arid regions
100%
Biomass
95%
Fermentation
75%
Food waste
75%
Proteins
73%
Seawater
52%
Feedstocks
43%
Biogas
42%
Economics
41%
Carboxylic acids
41%
Dairies
37%
Biofuels
36%
Enzymatic hydrolysis
36%
Pyrolysis
34%
Lipids
33%
Acids
32%
Economic analysis
32%
Lactic acid
30%
Process engineering
29%
Computer aided engineering
27%
Butyric acid
26%
Methane
26%
Sugars
26%
Profitability
23%
Copolymerization
22%
Photoelectrochemical cells
21%
Nanocatalysts
21%
Furfural
21%
Liquid fuels
19%
Sales
19%
Pervaporation
18%
Plastics
18%
Oils
18%
Temperature
18%
Methanation
18%
Activated carbon
18%
Anodic oxidation
17%
Bioethanol
16%
Sodium hydroxide
16%
Acetic acid
16%
Catalysts
15%
Process design
15%
Fertilizers
15%
Pigments
15%
Fatty acids
15%
Biomaterials
15%
Animals
14%
Chemical industry
14%
Thermogravimetric analysis
13%
Electricity
13%
Geo- og miljøvidenskab
fermentation
79%
arid region
63%
food waste
58%
biomass
47%
acid
45%
economic analysis
34%
seawater
28%
semiarid region
27%
reactor
25%
biogas
24%
product
23%
valorization
22%
hydrolysis
22%
pyrolysis
22%
carboxylic acid
20%
methane
18%
bioenergy
18%
macroalga
16%
activated carbon
16%
economics
16%
animal waste
16%
whey
16%
arid land
16%
biofuel
15%
energy technology
14%
sugar
14%
energy
14%
chemical industry
13%
municipal solid waste
12%
power generation
12%
solid waste
11%
alternative energy
11%
screening
10%
chemical
10%
acetic acid
10%
food
10%
life cycle
10%
hedge
9%
renewable energy source
9%
plastic
9%
price
9%
fatty acid
9%
protein
8%
adsorption
8%
filter
8%
oxidation
8%
seed
7%
kinetics
7%
anaerobic digestion
7%
oil
7%
Landbrug og biologi
United Arab Emirates
52%
Avicennia marina
34%
biomass
20%
fermentation wastes
19%
pyrolysis oils
18%
total solids
18%
Persian Gulf
18%
biohydrogen
18%
biorefining
16%
food waste
15%
biobased products
15%
Ulva
15%
xylan
14%
glucans
14%
economic analysis
14%
renewable energy sources
13%
mixed culture
13%
solar energy
12%
macroalgae
12%
mineral content
11%
lactic acid
11%
hydroxymethylfurfural
11%
furfural
11%
fermentation
10%
dates (fruit)
9%
pretreatment
9%
arid zones
8%
pneumatophores
8%
Phoenix dactylifera
7%
stems
5%
arable soils
5%
sampling
5%
salinity
5%
seeds
5%
water shortages
5%
mangroves (trees)
5%
aeration
5%
energy
5%
