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Potential of aeration flow rate and bio-char addition to reduce greenhouse gas and ammonia emissions during manure composting
Md Albarune Chowdhury
*
, Andreas de Neergaard,
Lars Stoumann Jensen
*
Corresponding author af dette arbejde
Plante- og Jordvidenskab
157
Citationer (Scopus)
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Vægt
Alfabetisk
Medicin og biovidenskab
Greenhouse Gases
100%
Manure
93%
Composting
92%
Hordeum
81%
Trout
76%
Ammonia
65%
Cattle
18%
Carbon
11%
Nitrogen
11%
Geo- og miljøvidenskab
composting
59%
barley
56%
manure
55%
aeration
53%
greenhouse gas
49%
straw
48%
ammonia
45%
loss
30%
low flow
28%
cattle
19%
rate
18%
slurry
18%
greenhouse gas emissions
8%
nitrogen
5%
carbon
5%
need
5%
laboratory
5%
comparison
3%
effect
2%
Teknik og materialevidenskab
Composting
87%
Manures
80%
Ammonia
61%
Straw
58%
Gas emissions
58%
Greenhouse gases
57%
Flow rate
43%
Nitrogen
8%
Carbon
7%
Kemiske forbindelser
Greenhouse Gas
74%
Flow Kinetics
44%
Ammonia
43%
Flow
7%
Nitrogen
6%
Carbon Atom
5%